Catalog

• Sensors For Harsh Environments

  Hazardous Area Crane Systems - Brochure

  Sensors For Harsh Environments

  Certified to Class I, Division II, the Hazardous Area product family brings McCoy Global reliability and precision to potentially explosive atmospheres and brutal offshore environments. McCoy Global crane systems have answered challenges across many applications: offshore/marine, nuclear, materials handling, mobile and fixed, new and retrofit systems. And all McCoy Global systems are custom tailored to your application by a McCoy Global engineer. Our most popular configurations include: BOOM CRANES –– crawler, digger derrick, knuckle boom, lattice, telescopic, tower hoist GANTRY & OVERHEAD BRIDGE CRANES –– grapple, portal types, tower SD50-H PREMIER DISPLAY & CONTROLLER Extreme Durability, Robust Communications, and Ease of Use make SD50-H the premier display for crane and winch applications in hazardous areas. EXTREME DURABILITY: A stainless steel enclosure that is NEMA Type 4X and IP66 rated allow SD50-H to survive environmental and physical abuse. ROBUST COMMUNICATIONS: Digital communications across the sensor network simplify wiring schema while offering the best possible noise-immunity. And a variety of data output options allow for data logging, networking multiple systems, and remote monitoring from a mobile device or over the internet. EASE OF USE: An intuitive and highly configurable user interface, seamless load chart integration, and easy on-screen calibration can automate the most complex load monitoring applications. LOAD SENSORS Often Class I, Division 2 rated, McCoy Global hazardous area load sensors include both custom and off-the-shelf designs that maximize safety and reliability. Sensors can be configured with digital CANbus or 4-20mA outputs. The three most popular form factors: LP-H Series Load Pins for Hazardous Areas TL-H Series Tension Links CC-H Series Compression Load Cells A2B-H ANTI-TWO BLOCK A simple yet effective system consisting of a weight detector and torus-shaped weight, the A2B-H simplifies proximity detection between the upper block and lower block or hook for boom lengths up to 100 feet. SLA-H ANGLE SENSOR Built to perform in the harshest conditions, the SLA-H reliably delivers precise angle measurements from the boom to the SD50-H.

  • Our Sensors

    • Torque Testers for Wellbore

      • Bucking Unit Verifier

        • weVERIFY II

          WeVerify II Torque Calibration Bar Brochure

          weVERIFY II

          WEVERIFY II TORQUE CALIBRATION BAR From the global market leader in well construction equipment for ensuring connection integrity, McCoy Global’s weVERIFY II torque calibration bar and display is the solution for calibrating Bucking Units in non-hazardous environments. When inaccurate torque is delivered by the bucking unit to your make-up connections it can cause damage to tubulars, dropped strings, leaks, and other connection failures that result in downtime in the critical path. You reduce the likelihood of all those things occurring if you check the torque delivery from your bucking unit on a regular basis. The weVERIFY II provides improved accuracy in its calibration capability through its separating grip adapters from the sensors, removing the effects of irrelevant forces being applied to the sensors, and only transmitting torque forces. In addition, the gauging selection and application increases accuracy by now including eight discreet strain gauges placed at 45° and cross-wired to one another which reduces the effects of radial and bending forces impacting the torque reading. • Wireless wifi communication via a McCoy developed app that sends the data in real time as your bucking unit is being calibrated. The app can be installed on computers, laptops or tablets that operate with MS Windows • Separate grip adapters mate with the square drive to minimize unwanted forces into the weVERIFY II sensor (unwanted forces can create measurement errors) • Gauging selection and application reduces the effects of radial and bending forces impacting the torque reading • Lighter weight by constructing the Sensor through a combination of high strength stainless steel and aluminum • Battery power with off-the-shelf Alkaline AA cells including a magnetic on/off switch to aid battery life BENEFITS SPECIFICATIONS TTR524-50K-4153 weVERIFY II, 50K, wifi (Standard grip adapters are 7 5/8” OD with a total grip length of 32”) TTR524-100K-4153 weVERIFY II, 100K, wifi (Standard grip adapters 9 5/8” OD with a total grip length of 32”) TTR524-150K-4171 weVERIFY II, 150K, wifi (Standard grip adapters 10.75” with total grip length of 32”)  

      • Iron Roughneck Tester

        • IRTT

          IRTT Iron Roughneck Torque Tester Brochure

          IRTT

          The IRTT is a calibrated torque gauge that is engineered to emulate the specific geometric and material properties of your joints. This likeness allows the IRTT to measure the torque delivered by an Iron Roughneck in situ: the IRTT is placed within the jaws and is loaded just like a joint connection. Since a direct (not derived or estimated) torque measurement is captured by the IRTT, it removes additional calculations, correlations or guess work. The IRTT directly measures the make-up torque that is being delivered to your joint connections. Measurements captured by the IRTT allows an operator to adjust the Iron Roughneck set point to maximize the accuracy of the make-up torque delivered. • Calibrated as a complete system by the McCoy Global custom-engineered calibration test stand that is traceable to NIST • Shunt calibration feature provides a reliable intermediate check against IRTT drift. • Machined from a solid piece of stainless steel to maximize symmetry and safety, minimize corrosion, and eliminate joint flexure/fatigue. • Wireless communication and Class 1, Division 2 safety rating permit operation on the rig floor. BUILT FOR MISSION CRITICAL MEASUREMENTS: Calibrated as a complete system by the McCoy Global custom-engineered calibration test stand that is traceable to NIST. • Shunt calibration feature provides a reliable intermediate check against IRTT drift. • Machined from a solid piece of stainless steel to maximize symmetry and safety, minimize corrosion, and eliminate joint flexure/fatigue. • Wireless communication and Class 1, Division 2 safety rating permit operation on the rig floor.

    • Our Other Sensors for Harsh & Hazardous Environments

      • Load Sensors

        Ultra Thin Load Ring - Brochure

        Load Sensors

        Machined from stainless steel, McCoy Global Load Washers are engineered for rugged, harsh and hazardous area applications. Since we engineer, manufacture and calibrate every component, if your application requires a non-standard configuration, McCoy Global can quickly deliver the custom solution for your needs. LOAD WASHER OFFER SIGNIFICANT PERFORMANCE IMPROVEMENTS OVER CONVENTIONAL LOAD WASHERS BY ITS SHEAR WEB DESIGN AND RADIUSED LOADING SURFACE. THESE FEATURES PROVIDE IMPRESSIVE REPEATABILITY EVEN WHEN SUBJECTED TO DYNAMIC AND MISALIGNED COMPRESSIVE LOADS. Features –– Shear web design mitigates errors from offaxis loading –– Integrated radiused loading surface to orientate force vector. –– Even when subjected to misaligned loads non-repeatability typically ≤1% FS –– 17-4 Stainless steel construction for corrosion resistance. Electrical Specifications Sensitivity: 1mV/V Max Excitation: 15 VDC or VAC Bridge Resistance: 700 Ω (nominal) Environmental Zero Drift: ±0.01% FS/°F Span Drift: ±0.01% FS/°F Operating Temperature: 32 to 130°F (0 to 54°C) Storage Temperature: -40 to 180°F (-40 to 82°C) Dimensions Capacity (lbf) 1000 1500 2000 3500 10,000 Non-linearity (±FS%) 1.5 1 1 1 1 Safe Overload (FS%) 150 333 300 300 300 Height (in) 0.25 0.50 0.91 0.63 0.79 Inner Diameter (in) 2.00 6.34 1.38 3.07 2.40 Outer Diameter(in) 4.00 8.34 4.33 4.61 5.04

        Overload Protection Device - Datasheet

        Load Sensors

        FOR APPLICATIONS REQUIRING ONLY THE BASICS IN OVERLOAD PROTECTION THE OPD IS A ROBUST SOLUTION AT AN AGGRESSIVE PRICE POINT. THE OPD IS A SIMPLE INTERFACE AND IS TARGETED AT SINGLE LOAD DEVICE OVERLOAD PROTECTION. THE OPD IS A BETTER SOLUTION THAN TRADITIONAL LOAD PIN/ RELAY COMBINATIONS. THE OPD OPERATES AS A STANDALONE CONTROL DEVICE. –– Monitors single MGNet load sensor –– Auto-detect sensor support with error detection –– Easy-to-use configuration tools –– 8 Point calibration –– User settable alarm levels –– User assignable relays –– Low power consumption –– (4) Output Relays –– Dry contact; NO and NC contacts –– 30 VDC / 240 VAC at 10 A Electrical Specifications Supply Voltage: 12 or 24 VDC (nominal) Supply Current: 200 mA (max) Environmental Operating Temperature: -40 to 158°F (-40 to 70°C) Dimensions Height: 3.30 in (8.38 cm) Width: 4.80 in (12.19 cm) Depth: 3.41 in (8.66 cm) Weight: <1 lbs (< 0.45 kg) STANDARD CONFIGURATION

      • Tesiometers

        Tensiometers - Brochure

        Tesiometers

        Running-Line Tensiometers accurately measure line speed, tension and payout to ensure safe and reliable operation of offshore mooring systems, anchor monitoring systems, cranes or oceanographic payloads. • FRLT – fixed running line for one size of rope • URLT – universal running line, multiple sizes of rope, largest 4” diameter • Fixed or variable rope sizes up to 4” • Measures speed, payout and tension • Multiple mounting styles • High duty cycles • Hazardous area certification RUNNING-LINE TENSIOMETERS Clamp-Line Tensiometers measure tension on static lines. This device is easy to install and is available in standard sizes or can be custom-built to your specifications. This system installs in minutes at any convenient point on a fixed position line and can monitor overhead lifting or guy wire applications. The main use is for the dead-end on a land rig, to measure the tension on a line that never moves. CLAMP-LINE TENSIOMETERS BENEFITS SPECIFICATIONS MEASURE LINE SPEED, TENSION, AND PAYOUT TENSIOMETERS We make three different types of Tensiometers for any type of offshore mooring systems, or anchor monitoring systems. Standard Capacities* Wire Rope Diameters Output Signal Excitation Static Error Band Temperature Materials Hazardous Area 100,000 and 150,000 lbf *other capacities available 100K Capacity: 0.5 to 1.50 inch 150K Capacity: 1.5 to 2.25 inch 4-20 mA 18 to 28 volts DC ±2% of Full Scale -70 to 165 ºF [-20ºC to 75ºC] AL 7075-T651, 17/4 pH Stainless Steel & AISI 4140 Alloy Steel UL and CAN/CSA or ATEX

      • Portable Aircraft Digital Scale System

        Portable Aircraft Digital Scale (PADS)

        Portable Aircraft Digital Scale System

        PADS™ PORTABLE AIRCRAFT DIGITAL SCALE When weighing an airliner, nothing is more important than accuracy and reliability. The McCoy PADS System delivers both. Its accuracy, dependability, ease-of-use and maintainability has led major aircraft manufacturers to choose PADS as the exclusive system for weighing their aircraft.  PADS can be used for all aircraft and for other high accuracy weighing applications. Both the scale and display are ruggedized against physical abuse, shock and vibration, and are certified for use in Hazardous areas. Because its electronics assemblies are environmentally sealed and its stainless steel sensors are seal welded, the scale can be reliably set down into floor recesses.

        • Programmable averaging and motion detection
        • Flexible battery saving configurations
        • Sealed environmental proteciton
        • No measurement errors due to side-loads or non-level (up to 1 degree) platforms and no damage up to 10 degrees
        • Comprehensive Self Diagnostics
        • Corrects for variations in the local gravitational constant
        • Minimum 100 hour battry life typical
        • Push-button Tare
        • 1 lb. or 1 kg. Resolution
        • Balanced knife-edge load cell mounting
        • Four each double-ended shear beam standard load cells
        • Recessed hand-holds for easy handling by two people
        • Independent mounted feet for use on uneven surfaces
        • Specially designed high strength weight bridge without welds

        PADS electronics, display, and battery pack assemblies are available to retrofit existing platform scales produced by others. End User's and OEM's ship their platform scales to McCoy Global to have the existing electronics display replaced with the reliable and accurate McCoy Global equipment. This approach utilizes the existing frame and weight bridge to reduce costs to the end user and OEM to dramatically extend the operating life of their existing platform scales, and increase the reliability and accuracy of the platform scales.

      • IO Devices

        Relay Output Module-RLM01 - Datasheet

        IO Devices

        THE RLM PROVIDE 4 CONFIGURABLE RELAYS OUTPUTS FOR USE WITH THE LMC AND SD50 BASE CONTROLLERS. BECAUSE THE RLM USES THE MGNET NETWORK FOR COMMUNICATIONS THE SYSTEM CAN BE SCALED TO MEET MOST APPLICATION REQUIREMENTS. –– (4) N.O. / N.C. relay contacts –– Rated for 30VDC / 240 VAC at 10 amps –– Heartbeat monitoring for failsafe operations and error detection –– No device configuration required –– User assignable relays –– Low power consumption –– (4) Output relays –– Dry contact; NO and NC contacts –– 30VDC / 240VAC at 10 amps Electrical Specifications Supply Voltage: 12 or 24 VDC (nominal) Supply Current: 200 mA (max) Environmental Operational Altitude: < 1500 m Operating Temperature: -40 to 158°F (-40 to 70°C) Storage Temperature: -40 to 158°F (-40 to 85°C) Dimensions Height: 3.30 in (8.38 cm) Width: 4.80 in (12.19 cm) Depth: 3.41 in (8.66 cm) Weight: <1 lbs (< 0.45 kg)

      • System Displays & Controllers

        • System Display & Controllers

          SD50-H Display Controller - Data Sheet

          System Display & Controllers

          BGD01-CB0001 - LCD Digital Display

          System Display & Controllers

          BGD01-CB0003 - LCD Digital Display

          System Display & Controllers

          BGD01-CB0002 - LCD Digital Display

          System Display & Controllers

          SD50-LT - Datasheet

          System Display & Controllers

          OFFERING SD50 FUNCTIONALITY AND PROCESSING POWER, SD50-LT IS A MORE ECONOMIC OPTION FOR APPLICATIONS THAT DO NOT REQUIRE THE EXTREME TEMPERATURE RANGE OF THE ORIGINAL. WITH SD50 CONFIGURATION FLEXIBILITY, SD50-LT IS ALSO A STRONG CHOICE FOR OEM AND CUSTOM APPLICATIONS. AND, ITS HIGHER-RESOLUTION COLOR SCREEN CAN IMPROVE READABILITY IN DIRECT SUNLIGHT. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications Voltage DC: 10 to 30 VDC Current DC: 1.2 A max Voltage AC: 120 VAC Current AC: 0.3 A max Environmental Operating Temperature: -20 to 150°F (-29 to 66°C) Storage Temperature: -20 to 185°F (-29 to 85°C) Dimensions Height: 5.60 in (14.22 cm) Width: 8.20 in (20.83 cm) Depth: 3.80 in (9.65 cm) Weight: 13 lbs (5.9 kg) Enclosure Material: 316 Stainless Steel Rating: NEMA 4X, IP66

          SD50-H - Datasheet

          System Display & Controllers

          SD50-H COMBINES EXTREME DURABILITY AND HIGH PERFORMANCE TO SERVE AS OUR PREMIER DISPLAY CONTROLLER FOR MEASUREMENT AND MONITORING IN HAZARDOUS AREAS. DESIGNED FOR MAXIMUM CONFIGURATION FLEXIBILITY, SD50-H IS ALSO A NATURAL CHOICE FOR OEM AND CUSTOM APPLICATIONS. IN ADDITION TO A VARIETY OF HAZARDOUS AREA CERTIFICATIONS, SD50-H IMPROVES UPON THE STANDARD SD50 BY INCLUDING A BEZEL WITH ENHANCED SHATTER RESISTANCE AND TOOL-SAFE CONNECTOR LOCKING TECHNOLOGY. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications Voltage DC: 10.5 to 28.0 VDC Current DC: 1.2 A max Voltage AC: 120 VAC Current AC: 0.3 A max Environmental Operating Temperature: -40 to 165°F (-40 to 74°C) Storage Temperature: -40 to 185°F (-40 to 85°C) Dimensions Height: 6.56 in (16.66 cm) Width: 9.56 in (24.28 cm) Depth: 5.06 in (12.85 cm) Weight: 17 lbs (7.71 kg) Enclosure Material: 316 Stainless Steel Rating: NEMA 4X, IP66 Certifications Class I, Division II, Grp C, D T4 (-40°C < Ta < 75°C) Conforms To: ANSI/ISA 12.12.01, ANSI/UL 61010-1 Certified To: CAN/CSA C22.2 No. 61010-1, CAN/CSA C22.2 No. 213

          SD50-Display Controller

          System Display & Controllers

          The SD50 Display Controller is a high end configurable display for crane and winch applications. The display utilizes 3PS rugged technology and advanced bus communications protocol to build highly configurable environmental sensing networks for the harshest environments. SD50 Controllers have been used in Boom Crane (land based and offshore), Bridge Crane, Gantry Crane, Crawler Crane, Ladle Crane, Winch and Anchor Monitoring, Marine / Maritime environments, as well as, Oilfield and Drilling Applications. HIGH END CONFIGURABLE DISPLAY FOR CRANE AND WINCH APPLICATIONS ELECTRICAL Supply Voltage (See Note 1.): 10.5 — 28.0 VDC Supply Current: 1.2A max Transient Voltage Protection Reverse Polarity Protection RFI Filtered * Note 1. 120 VAC Version Available MECHANICAL Enclosure Dimensions: 9.56”w x 6.56”h x 5.06”d Materials: 316 Stainless Polycarbonate Lens: 1/4” (6.4 mm) Thick Weight: Approximately 10 lbs. ENVIRONMENTAL Operation Temperature: -40°C to +65°C Storage Temperature: -40°C to +65°C Front Panel Display Temperature: -40°C to +65°C CONNECTIVITY CONFIGURABILITY RELIABILITY

          SD50 - Datasheet

          System Display & Controllers

          SD50 COMBINES EXTREME DURABILITY AND HIGH PERFORMANCE TO SERVE AS OUR PREMIER DISPLAY CONTROLLER FOR MEASUREMENT AND MONITORING APPLICATIONS. DESIGNED FOR MAXIMUM CONFIGURATION FLEXIBILITY, SD50 IS ALSO A NATURAL CHOICE FOR OEM AND CUSTOM APPLICATIONS. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications Voltage DC: 10.5 to 28.0 VDC Current DC: 1.2 A max Voltage AC: 120 VAC Current AC: 0.3 A max Environmental Operating Temperature: -40 to 165°F (-40 to 74°C) Storage Temperature: -40 to 185°F (-40 to 85°C) Dimensions Height: 6.56 in (16.66 cm) Width: 9.56 in (24.28 cm) Depth: 5.06 in (12.85 cm) Weight: 17 lbs (7.71 kg) Enclosure Material: 316 Stainless Steel Rating: NEMA 4X, IP66

          SD50-DAQ - Datasheet

          System Display & Controllers

          SD50-DAQ DELIVERS THE PERFORMANCE OF THE SD50 PLATFORM IN A LIGHT-DUTY HOUSING, PERFRECT FOR INSTALLATION IN AN EXISTING ENCLOSURE, SAFE AREA OR OEM APPLICATIONS. SD50-DAQ OFFERS ALL THE CONFIGURATION FLEXIBILITY AND PROCESSING POWER OF THE SD50 PLATFORM AT AN EXTREMELY AGGRESSIVE PRICE POINT. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications –– Voltage DC: 18 to 30 V –– Current DC: 500 mA (max) Environmental Operating Temperature: -4 to 150°F (-20 to 66°C) Storage Temperature: -4 to 185°F (-20 to 85°C) Dimensions Height: 5.16 in (13.11 cm) Width: 6.86 in (17.42 cm) Depth: 2.20 in (5.59 cm) Weight: 5 lbs (2.27 kg) Enclosure Material: Powder-Coated Steel Includes DIN Rail Mount and 3.95 x 7.85 in (10.03 cm x 19.94 cm) Bracket

        • System Display

          Portable SD50-LT - Drawing

          System Display

          OPD-00001 - Overload Protection Device - 24 VDC - Drawing

          System Display

          OPD-00001 - Overload Protection Device - 12 VDC - Drawing

          System Display

          OPD-00001 - Overload Protection Device - Manual

          System Display

          SD50LT Display - User Guide

          System Display

          All our system displays have as standard an intuitive menu-driven display, data logging capabilities, CANbus interface for fast and clean measurement data, and either VGA or LCD Backlit daylight capable display. The ultra-rugged SD50LT is a highly configurable display for crane and winch applications. Where the SD50 used and electro luminescence display the SD50LT uses a high output LCD. This display utilizes advanced McCoy network communications protocol to build specialized sensing networks that reliably perform in the harshest environments. When the extended temperature range of the original SD50 is not required, SD50-LT offers a higher-resolution display.

          SD50 System Display User Guide

          System Display

          The ultra-rugged SD50 is the next generation of configurable displays for crane and winch applications. Utilizing advanced McCoy Global network communications protocol to build sensing networks that reliably perform in the harshest environments. The SD50 is available for use in class 1 division 2 areas and offers the very best in power, durability and flexibility. The scalability of the SD50 system architecture allows McCoy Global to rapidly meet customers’ product needs.

        • Controllers

          LMC-0001 - Drawing

          Controllers

          LMC-00001 Load Monitor and Controller

          Controllers

          The Load Monitor and Controller (LMC) is the next generation of the intelligent DAQs used in the McCoy Global Product Portfolio. The LMC provides a cost effective solution for standard bridge crane systems. The LMC can support main and aux applications with up to 4 load devices per hoist. In addition, the LMC supports alarm outputs such as high and low alarms and inputs such as Tare and Main Aux select.

          LMC Bridge Crane - Datasheet

          Controllers

          FOR APPLICATIONS NOT REQUIRING AN INTEGRATED DISPLAY, THE LMC DELIVER IMPRESSIVE FEATURES AT AN AGGRESSIVE PRICE POINT. THE LMC SIMULTANEOUSLY MONITORS 2 HOISTS (MAIN AND AUXILIARY) WITH UP TO 4 LOAD SENSORS PER HOIST; AN INDEPENDENT 8-POINT CALIBRATION EQUATION IS APPLIED TO EACH HOIST. LMC CAN OPERATE AS A STANDALONE CONTROLLER OR BE DEPLOYED AS A REMOTE I/O DEVICE WITHIN AN MCCOY GLOBAL SYSTEM NETWORK. MGNet (Digital Network) –– Up to (12) devices –– Up to 300 meters RS485 Port –– Up to (3) scoreboards (main, aux and total) –– User-configurable ASCII output strings –– Up to 300 meters –– 9600 baud; 8 data bits; no parity; 1 stop bit Onboard Wireless Antenna –– Monitors one wireless device –– Up to 300 meters (line of sight) USB Port –– System setup via included configuration software –– System diagnostics via included inspection software (4) Input Coil-Type Relays –– Select from 12 or 24 VDC or 120 VAC –– Controls tare, shunt calibration (4) Output Relays –– Option to expand to (12) –– Dry contact; NO and NC contacts –– 30 VDC/240 VAC at 10 amps (2) 4-20 mA Analog Inputs –– 2 Hz sampling rate –– Supports shunt calibration (1) 4-20 mA Analog Output –– 12 to 24 VDC (12) Individual Relay Set Points –– Balance Alarms –– Communications Alarms –– Overload Protection Alarms Electrical Specifications Supply Voltage: 12 or 24 VDC (nominal) Supply Current: 500 mA (max) Environmental Operating Temperature: -40 to 158°F (-40 to 70°C) Storage Temperature: -40 to 158°F (-40 to 85°C) Dimensions Height: 4.90 in (12.45 cm) Width: 6.62 in (16.81 cm) Depth: 2.40 in (6.1 cm) Weight: <5 lbs (< 2.27 kg) Includes Din Rail Mount Bracket

          OPD-0001 - User Guide

          Controllers

          OPD Controller The OPD is an ideal solution for a cost sensitive overload protection applications for industries such as crane and winch systems. This controller utilizes advanced McCoy network communications protocol to build specialized sensing networks that reliably perform in the harshest environments.

          LMC-0001 Controller - User Guide

          Controllers

          Our controllers utilize advanced McCoy Global network communications protocol to build specialized sensing networks that reliably perform in the harshest environments. The LMC is a compact solution for Load Monitoring and Balance applications. It may be used as a control or IO device when used with additional McCoy Global sensors. When an integrated display is not required, LMC offers high performance at an aggressive price.

  • Tower, Boom or Bridge Crane

    Wireless Boom Crane

    Tower, Boom or Bridge Crane

    WIRELESS BOOM CRANE

    Hardwired Boom Crane

    Tower, Boom or Bridge Crane

    Bridge Crane System - Brochure

    Tower, Boom or Bridge Crane

    Thousands of crane operators around the world count on McCoy Global equipment to keep their equipment operating safely. BOOM AND BRIDGE CRANE SYSTEMS Nuclear power plants to logging operations, construction to shipping, offshore and onshore: Crane Operators around the world trust McCoy Global Systems to provide reliable monitoring in all conditions. SIMPLE CRANE SYSTEMS The Simple Crane System is a collection of off-the-shelf, interconnected components. These combine easily into complete crane monitoring systems, measuring load and angle to ensure safe operation. Wired or wireless, these systems are readily available and simple to install.

    Boom Crane System - Brochure

    Tower, Boom or Bridge Crane

    Thousands of crane operators around the world count on McCoy Global equipment to keep their equipment operating safely. BOOM AND BRIDGE CRANE SYSTEMS Nuclear power plants to logging operations, construction to shipping, offshore and onshore: Crane Operators around the world trust McCoy Global Systems to provide reliable monitoring in all conditions. McCoy Global has unique engineering and manufacturing exper?se that allows us to supply many standard system types including wireless, hard-wired, hydraulic and combined systems to meet customer needs. McCoy Global specializes in the design of reliable safeload monitor systems that must withstand high shock, vibra?on and physical abuse inherent in boom crane opera?ons. Monitor and Control Systems WIRELESS SYSTEMS McCoy Global wireless systems are configured to order and designed to meet high reliability needs. Wireless load, anti-2 block and angle sensors, as well as displays, all utilize internal antennas for protection from damage. McCoy Global wireless systems can also be supplied with hardwired components to minimize the use of battery power or integrate multiple measurement systems including: WIRELESS BENEFITS - High Shock and vibration - Direct sunlight viewable displays - Wide operating temperatures - Long battery life - Standard D cells - Withstand severe physical abuse - Permanent use outdoors and offshore marine - EMI/RFI robust BENEFITS - McCoy Global gauges are 100% stainless steel - McCoy Global sensors fit standard crane wedge sockets with optimized outputs for crane capacity - All load cells are 17/4 stainless steel, designed to withstand great side impacts - McCoy Global Systems do not require an external dial adjust and still meet OSHA requirements - Full scale gauge pressure matches full scale load cell pressure - Hose lengths to 200 ft. without steel tubing - Approximately 3 times more stroke inside tension link which allows for volumetric changes for air and fluid - McCoy Global products require lower mantenance - Gauges can be silkscreened with your company logo - Competitors use 600-1,000 psi gauge on a 3,200 psi load cell HARDWIRED SYSTEMS BENEFITS - Any tension link up to 3 million pounds capacity - Any load pin up to 6 million pounds capacity - Integral cables with strain relief - Armor jacketed cables with bronze glands - McCoy Global displays are 316 stainless steel with weld seal contruction - Direct sunlight viewable large digit displays operate from -40 to +85°C fix degree - McCoy Global systems are configured to order to keep system operation simple

• Wellbore Construction Equipment

  • Hydraulic Power Tongs

    • 3-1/2” Models

      80-350-650-000-000-30-00 CLE3500 Technical Manual

      3-1/2” Models

      3 1/2" Tong, Max Torque 6,500 ft.lb., CLE3500 Tong Only, 690 1.66 To 3-1/2 "CJ-35B CJ-LF-35" N/A N/A Consult Engineering 24" (T) 1:5.2 35072 60-0072 (200) N/A 1040 MHA-016 SH-016 LCR-045 Motor-BU-Lift

      80-350-650-000-000-30-00 CLE3500 Drawing

      3-1/2” Models

      General Size	3 1/2"
      Max Torque	6500 ft.lb.
      Tong Type	CLE3500
      Top Level P/N	80-350-650-000-000-30-00
      General Configuration Description	Tong Only
      Weight	690 lbs
      Tong Jaws	1.66 To 3-1/2
      Jaw/Die Series	CJ-35B CJ-LF-35
      Backup Jaws	N/A
      Jaw/Die Series	N/A
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	Consult Engineering
      System Arm Length (in) (T) = Tong (B) = Backup	24" (T)
      WINCATT
      Turns Ratio (see note 1)	1:5.2
      Encoder Mount	35072
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch	N/A
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1040
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-350-650-40L-000-3S-00 CLE3500 Drawing

      3-1/2” Models

      General Size	3 1/2"
      Max Torque	6500 ft.lb.
      Tong Type	CLE3500
      Top Level P/N	80-350-650-40L-000-3S-00
      General Configuration Description	Tong + Lockjaw BU (Compression), Closed Center
      Weight	900 lbs
      Tong Jaws	1.66 T0 3-1/2
      Jaw/Die Series	CJ-35B CJ-LF-35
      Backup Jaws	1.66 To 4
      Jaw/Die Series	BUC4000XXXX BB4000XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM8-21-C
      System Arm Length (in) (T) = Tong (B) = Backup	21" (B)
      WINCATT
      Turns Ratio (see note 1)	1:5.2
      Encoder Mount	35072
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch	N/A
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1040
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift (Closed Center)

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-350-650-40L-000-30-00 CLE3500 Drawing

      3-1/2” Models

      \\camaro10\EpicorData\Attachments\Engineering\80-350-650-40L-000-30-00.pdf CLE3500 - Tong + Lockjaw BU (Compression)

      General Size	3 1/2"
      Max Torque	6500 ft.lb.
      Tong Type	CLE3500
      Top Level P/N	80-350-650-40L-000-30-00
      General Configuration Description	Tong + Lockjaw BU (Compression)
      Weight	900 lbs
      Tong Jaws	1.66 T0 3-1/2
      Jaw/Die Series	CJ-35B CJ-LF-35
      Backup Jaws	1.66 To 4
      Jaw/Die Series	BUC4000XXXX BB4000XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM8-21-C
      System Arm Length (in) (T) = Tong (B) = Backup	21" (B)
      WINCATT
      Turns Ratio (see note 1)	1:5.2
      Encoder Mount	35072
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch	N/A
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1040
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 5-1/2” Models

      Technical Manual - CLE7625UHT and CLE5500-15

      5-1/2” Models

      80-0421-13 and 80-0421-14 KT5500 Technical Manual

      5-1/2” Models

      5 1/2", 18,700 ft.lb. , KT5500 80-0421-13 Tong + Clincher 6.250" BU (Compression) 80-0421-14 Tong + Clincher 6.250" BU (Compression), Closed Center 2,200 2-3/8 To 5-1/2 "1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)" 2-3/8 To 6-1/4 BUC7625xxxx 10-0029C 32" (B) 1:8.3 (A) 60-0072 (200) 1660 MHA-030 SH-030 LCR-045 Motor-Lift-BU

      80-0420-23 KT5500 Technical Manual

      5-1/2” Models

      5 1/2" tong, 18,700 ft.lb., KT5500 80-0420-23 Tong + Lift Section 1,150 2-3/8 To 5-1/2 "1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)" - - 10-0033T 36" (T) 1:8.3 (A) 60-0072 (200) 1660 MHA-016 SH-016 LCR-045 Motor-Lift

      80-0421-X Technical Manual

      5-1/2” Models

      5 1/2" Tong, Max Torque 18,700 ft.lb., KT5500 80-0421-10 Tong+ Clincer 5.500" BU (Tension) "M:\Engineering\Public\Technical Publications\Tongs & Backups\5.5 in. Assemblies\80-0421-X KT5500+CBU TECH MANUAL\80-0421-X KT5.5+CBU Manual REV20160303 [Hi-Rez].pdf" 2,350 2-3/8 To 5-1/2 "1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)" 2-3/8 To 5-1/2 BUC5500xxxx 10-0028T 30" (B) 1:8.3 (A) 60-0072 (200) MHA-030 SH-030 LCR-045 Motor-Lift-BU

      80-550-400-55D-000-30-00 CLE5500XHT Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	40000 ft.lb.
      Tong Type	CLE5500XHT
      Top Level P/N	80-550-400-55D-000-30-00
      General Configuration Description	Tong + 5.5 Lockjaw BU (Compression)
      Weight	3360 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	CJ-59B CJ-LF-59B CJDT59-XXXX
      Backup Jaws	2-3/8 To 6-1/4
      Jaw/Die Series	BUC5500XXXX BB5700XXXX BUDT55-0XXXXA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM40-28-C
      System Arm Length (in) (T) = Tong (B) = Backup	28 (B)
      WINCATT
      Turns Ratio (see note 1)	0.05
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1200
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-550-250-620-000-30-00 CLE5500-15 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	25000 ft.lb.
      Tong Type	CLE5500-15
      Top Level P/N	80-550-250-620-000-30-00
      General Configuration Description	Tong + 6.25 BU (Compression)
      Weight	2830 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	CJ-55B CJ-LF-55B CJDT55-0XXXX
      Backup Jaws	2-3/8 To 6-1/4
      Jaw/Die Series	BUC7625XXXX BB7625XXXX BUDT76-0XXXXA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM25-28-C
      System Arm Length (in) (T) = Tong (B) = Backup	28 (B)
      WINCATT
      Turns Ratio (see note 1)	0.00090138888889
      Encoder Mount	51074
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1788
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0421-10 KT5500 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	18700 ft.lb.
      Tong Type	KT5500
      Top Level P/N	80-0421-10
      General Configuration Description	Tong+ Clincer 5.500" BU (Tension)
      Weight	2350 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)
      Backup Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	BUC5500xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0028T
      System Arm Length (in) (T) = Tong (B) = Backup	30" (B)
      WINCATT
      Turns Ratio (see note 1)	1:8.3 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0421-8 KT5500 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	18700 ft.lb.
      Tong Type	KT5500
      Top Level P/N	80-0421-8
      General Configuration Description	Tong + Cam Style 5.500" BU (Compression)
      Weight	1750 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)
      Backup Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0029C
      System Arm Length (in) (T) = Tong (B) = Backup	32" (B)
      WINCATT
      Turns Ratio (see note 1)	1:8.3 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1660
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0421-14 KT5500 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	18700 ft.lb.
      Tong Type	KT5500
      Top Level P/N	80-0421-14
      General Configuration Description	Tong + Clincher 6.250" BU (Compression), Closed Center
      Weight	2200 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)
      Backup Jaws	2-3/8 To 6-1/4
      Jaw/Die Series	BUC7625xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0029C
      System Arm Length (in) (T) = Tong (B) = Backup	32" (B)
      WINCATT
      Turns Ratio (see note 1)	1:8.3 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1660
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0421-13 KT5500 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	18700 ft.lb.
      Tong Type	KT5500
      Top Level P/N	80-0421-13
      General Configuration Description	Tong + Clincher 6.250" BU (Compression)
      Weight	2200 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)
      Backup Jaws	2-3/8 To 6-1/4
      Jaw/Die Series	BUC7625xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0029C
      System Arm Length (in) (T) = Tong (B) = Backup	32" (B)
      WINCATT
      Turns Ratio (see note 1)	1:8.3 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1660
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0420-23 KT5500 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	18700 ft.lb.
      Tong Type	KT5500
      Top Level P/N	80-0420-23
      General Configuration Description	Tong + Lift Section
      Weight	1150 lbs
      Tong Jaws	2-3/8 To 5-1/2
      Jaw/Die Series	1064-JDK-(See Jaw Tab) 1064-WJK-(See Jaw Tab)
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0033T
      System Arm Length (in) (T) = Tong (B) = Backup	36" (T)
      WINCATT
      Turns Ratio (see note 1)	1:8.3 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1660
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-550-170-62L-000-30-00 CLES5500HT Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	17000 ft.lb.
      Tong Type	CLES5500HT
      Top Level P/N	80-550-170-62L-000-30-00
      General Configuration Description	Tong + 6.25 Lockjaw BU (Compression)
      Weight	1600 lbs
      Tong Jaws	2-1/16 To 5-1/2
      Jaw/Die Series	CJ-51A CJ-LF-51A CJDT51-XXXXX CJDT-LF-51-XXXXX
      Backup Jaws	2-1/16 To 6-1/4
      Jaw/Die Series	(2)BUCS6250XXXX (1)BUCS6251XXXX (2)BB6250XXXX (1)BB6251XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM20-29C
      System Arm Length (in) (T) = Tong (B) = Backup	29 (B)
      WINCATT
      Turns Ratio (see note 1)	0.00077083333333
      Encoder Mount	51074
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1320
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-550-120-640-000-30-00 CLES5500 Drawing

      5-1/2” Models

      General Size	5 1/2"
      Max Torque	12000 ft.lb.
      Tong Type	CLES5500
      Top Level P/N	80-550-120-640-000-30-00
      General Configuration Description	Tong + 6.375 BU (Compression)
      Weight	1850 lbs
      Tong Jaws	2-1/16 To 5-1/2
      Jaw/Die Series	CJ-51A CJ-LF-51A CJDT51-XXXXX CJDT-LF-51-XXXXX
      Backup Jaws	2-1/16 To 6-3/8
      Jaw/Die Series	BUC6375XXXX BB6375XXXX BUDT63750XXXXA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM15-29C
      System Arm Length (in) (T) = Tong (B) = Backup	29 (B)
      WINCATT
      Turns Ratio (see note 1)	0.00077083333333
      Encoder Mount	51074
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1320
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 7-5/8” Models

      Technical Manual - CLE7625UHT and CLE5500-15

      7-5/8” Models

      80-760-300-000-111-00-01 Technical Manual

      7-5/8” Models

      CLE7625UHT  7 5/8"  Max Torque 30,000 ft. lb. 80-760-300-000-111-00-01 Tong Only (Remote) "M:\Engineering\Public\Technical Publications\Tongs & Backups\7.625 in. Assemblies\80-760-300-000-111-00-01\80-760-300-000-111-00-01 Tech Manual REV DEC2017.pdf" 1,600 2-3/8 To 7-5/8 "CJ-76A CJ-LF-76A CJ-76B CJ-LF-76B CJDT76X0XXXX CJDT78xXXXX CJDTLF78xXXXX" N/A N/A SM30-37250-T 37.25" (T) 1:24 55142 60-0068 (100) 2400 MHA-030 SH-030 LCR-045 No Valves Included  

      80-760-30L-76D-111-6S-00 CLJ7625 Drawing

      7-5/8” Models

      General Size	7 5/8"
      Max Torque	30000 ft.lb.
      Tong Type	CLJ7625
      Top Level P/N	80-760-30L-76D-111-6S-00
      General Configuration Description	LockJaw Tong + 7.625 LockJaw BU (Compression)
      Weight	4040 lbs
      Tong Jaws	2-3/8 To 7-5/8
      Jaw/Die Series	N/A
      Backup Jaws	2-3/8 To 7-5/8
      Jaw/Die Series	BUC7625XXXX BB7625XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM30-36-C
      System Arm Length (in) (T) = Tong (B) = Backup	36 (B)
      WINCATT
      Turns Ratio (see note 1)	0.0010200231481
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)
      Proximity Switch	SLV1000-01
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2813
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift-Shift-Rev. Pin

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-760-30C-86T-000-50-00 CLE7625UHT Drawing

      7-5/8” Models

      General Size	7 5/8"
      Max Torque	30000 ft.lb.
      Tong Type	CLE7625UHT
      Top Level P/N	80-760-30C-86T-000-50-00
      General Configuration Description	Tong + 8.625 BU (Tension) + ChromeMaster
      Weight	3470 lbs
      Tong Jaws	2-3/8 To 7-5/8
      Jaw/Die Series	BUC7625XXXX BB7625XXXX
      Backup Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	BUC8625XXXX BB8625XXXX BUDT86-0XXXXA SDI86-XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM30-32-T
      System Arm Length (in) (T) = Tong (B) = Backup	32 (B)
      WINCATT
      Turns Ratio (see note 1)	0.058333333333
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch	N/A
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2400
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-CM-BU-Lift-Pusher

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-760-300-860-000-30-00 CLE7625UHT Drawing

      7-5/8” Models

      General Size	7 5/8"
      Max Torque	30000 ft.lb.
      Tong Type	CLE7625UHT
      Top Level P/N	80-760-300-860-000-30-00
      General Configuration Description	Tong + 8.625 BU (Compression)
      Weight	3060 lbs
      Tong Jaws	2-3/8 To 7-5/8
      Jaw/Die Series	CJ-76A CJ-LF-76A CJ-76B CJ-LF-76B CJDT76X0XXXX CJDT78xXXXX CJDTLF78xXXXX
      Backup Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	BUC8625XXXX BB8625XXXX BUDT86-0XXXXA SDI86-XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM30-32-C
      System Arm Length (in) (T) = Tong (B) = Backup	32 (B)
      WINCATT
      Turns Ratio (see note 1)	0.058333333333
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2400
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 8-5/8” Models

      80-860-850-000-111-00-01 CLE8625DP Technical Manual

      8-5/8” Models

      8 5/8", Max Torque 85,000 ft.lb., 80-860-850-000-111-00-01 Tong Only (Remote) "M:\Engineering\Public\Technical Publications\Tongs & Backups\8.625 in. Assemblies\80-860-850-000-111-00-01\80-860-850-000-111-00-01 Tech Manual REV DEC2017.pdf" 2,700 3-1/8 To 8-5/8 "CJ-86A CJDT76-0XXXX CJ-LF-76D CJDT86-0XXXX" N/A N/A SM85-40-T 40" (T) 1:33 55142 60-0068 (100) 3300 MHA-030 SH-030 LCR-045 No Valves Included

      80-0615-X Technical Manual

      8-5/8” Models

      80-0615-X 8⅝ in 25K Hydraulic Power Tong 7⅝/8⅝ in CLINCHER® Backup Mounting Kit Low Resolution

      80-860-850-000-111-00-01 CLE8625DP Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	85000 ft.lb.
      Tong Type	CLE8625DP
      Top Level P/N	80-860-850-000-111-00-01
      General Configuration Description	Tong Only (Remote)
      Weight	2700 lbs
      Tong Jaws	3-1/8 To 8-5/8
      Jaw/Die Series	CJ-86A CJDT76-0XXXX CJ-LF-76D CJDT86-0XXXX
      Backup Jaws	N/A
      Jaw/Die Series	N/A
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM85-40-T
      System Arm Length (in) (T) = Tong (B) = Backup	40" (T)
      WINCATT
      Turns Ratio (see note 1)	0.064583333333
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	3300
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	No Valves Included

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-860-850-86D-000-30-00 CLE8625DP Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	85000 ft.lb.
      Tong Type	CLE8625DP
      Top Level P/N	80-860-850-86D-000-30-00
      General Configuration Description	Tong + 8.625 LockJaw BU (Compression)
      Weight	4500 lbs
      Tong Jaws	3-1/8 To 8-5/8
      Jaw/Die Series	CJ-86A CJDT76-0XXXX CJ-LF-76D CJDT86-0XXXX
      Backup Jaws	2-7/8 To 8-5/8
      Jaw/Die Series	BUC8625XXXX BB8625XXXX BUDT86-0XXXXA SDI86-XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM85-36-C
      System Arm Length (in) (T) = Tong (B) = Backup	36 (B)
      WINCATT
      Turns Ratio (see note 1)	0.064583333333
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	3300
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0605-22 HD8625 Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	35000 ft.lb.
      Tong Type	HD8625
      Top Level P/N	80-0605-22
      General Configuration Description	Tong + Clincher 8.625" BU (Compression)
      Weight	2600 lbs
      Tong Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	8625-JDK-XXX
      Backup Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	BUC8625xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0016C
      System Arm Length (in) (T) = Tong (B) = Backup	36" (B)
      WINCATT
      Turns Ratio (see note 1)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT
      LC/SH Combo.
      Spring Hanger
      Lift Cylinder
      Valve Layout (Order of valve function from left to right as viewed by operator)

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0615-15 KT8625 Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	25000 ft.lb.
      Tong Type	KT8625
      Top Level P/N	80-0615-15
      General Configuration Description	Tong + Clincher 7.625" BU (Tension) + 7.625" Chromemaster
      Weight	3300 lbs
      Tong Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	1050-JDK-xxx
      Backup Jaws	2-3/8 To 7-5/8
      Jaw/Die Series	BUC7625xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0022T
      System Arm Length (in) (T) = Tong (B) = Backup	32" (B)
      WINCATT
      Turns Ratio (see note 1)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)
      Proximity Switch	61-0040
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	800
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-CM-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0615-14 KT8625 Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	25000 ft.lb.
      Tong Type	KT8625
      Top Level P/N	80-0615-14
      General Configuration Description	Tong + Clincher 8.625" BU (Compression)
      Weight	2700 lbs
      Tong Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	1050-JDK-xxx
      Backup Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	BUC8625xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0017C
      System Arm Length (in) (T) = Tong (B) = Backup	36" (B)
      WINCATT
      Turns Ratio (see note 1)	1:10.67 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1067
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0615-12 KT8625 Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	25000 ft.lb.
      Tong Type	KT8625
      Top Level P/N	80-0615-12
      General Configuration Description	Tong + Clincher 7.625" BU (Tension)
      Weight	2700 lbs
      Tong Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	1050-JDK-xxx
      Backup Jaws	2-3/8 To 7-5/8
      Jaw/Die Series	BUC7625xxxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0022T
      System Arm Length (in) (T) = Tong (B) = Backup	32" (B)
      WINCATT
      Turns Ratio (see note 1)	1:10.67 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1067
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0609-15 KT8625 Drawing

      8-5/8” Models

      General Size	8 5/8"
      Max Torque	25000 ft.lb.
      Tong Type	KT8625
      Top Level P/N	80-0609-15
      General Configuration Description	Tong Only
      Weight	1500 lbs
      Tong Jaws	2-3/8 To 8-5/8
      Jaw/Die Series	1050-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0017T
      System Arm Length (in) (T) = Tong (B) = Backup	36" (T)
      WINCATT
      Turns Ratio (see note 1)	1:10.67 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1067
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 9-5/8” Models

      80-0830-1 HD9625 Technical Manual

      9-5/8” Models

      9 5/8", Max Torque 22,000 ft.lb., HD9625 80-0830-1 Tong + Lift Section + Two Speed Motor "M:\Engineering\Public\Technical Publications\Tongs & Backups\9.625 in. Assemblies\80-0830-X HD9625 TECH MANUAL\80-0830-X HD9625 Tech Manual REV OCT2014 [Hi-Rez].pdf" 1,300 3 To 9-5/8 AK21-JDK-xxx - - 10-0222T 31" (T) 1:10.33 (A) 60-0068 (100) 1033.3 MHA-016 SH-016 LCR-045 Motor-Lift

      80-0830-1 HD9625 Drawing

      9-5/8” Models

      General Size	9 5/8"
      Max Torque	22000 ft.lb.
      Tong Type	HD9625
      Top Level P/N	80-0830-1
      General Configuration Description	Tong + Lift Section + Two Speed Motor
      Weight	1300 lbs
      Tong Jaws	3 To 9-5/8
      Jaw/Die Series	AK21-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0222T
      System Arm Length (in) (T) = Tong (B) = Backup	31" (T)
      WINCATT
      Turns Ratio (see note 1)	1:10.33 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1033.3
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 13-5/8” Models

      80-0935-4 KT13625-35 Technical Manual

      13-5/8” Models

      13 5/8" tong, Max Torque 35,000 ft.lb., Tong + Cam Style BU (Compression) 2,450 5 To 13-5/8 997-JDK-xxx 5 To 13-5/8 997-JDK-xxx 10-0235C 32" (B) 1:12.83 (A) 60-0068 (100) 1083.3 MHA-030 SH-030 LCR-045 Motor-Lift-BU    

      80-0931-X KT13625-35 Technical Manual

      13-5/8” Models

      13 5/8", Max Torque 35,000 ft.lb., KT13625-35 80-0931-1 Tong Only, 1,600 5 To 13-5/8 997-JDK-xxx 5 To 13-5/8 997-JDK-xxx 10-0016T 36" (T) 1:12.83 (A) 60-0068 (100) 1083.3 MHA-030 SH-030 LCR-045 Motor 80-0931-7 Tong + Lift Section, 1,600 5 To 13-5/8 997-JDK-xxx 5 To 13-5/8 997-JDK-xxx 10-0016T 36" (T) 1:12.83 (A) 60-0068 (100) 1083.3 MHA-030 SH-030 LCR-045 Motor-Lift 80-0931-14 Tong + Lift Section + Remote Door, 1,600 5 To 13-5/8 997-JDK-xxx 5 To 13-5/8 997-JDK-xxx 10-0016T 36" (T) 1:12.83 (A) 60-0068 (100) 1083.3 MHA-030 SH-030 LCR-045 Motor-Lift-Door  

      80-0935-4 KT13625-35 Drawing

      13-5/8” Models

      General Size	13 5/8"
      Max Torque	35000 ft.lb.
      Tong Type	KT13625-35
      Top Level P/N	80-0935-4
      General Configuration Description	Tong + Cam Style BU (Compression)
      Weight	2450 lbs
      Tong Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Backup Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0235C
      System Arm Length (in) (T) = Tong (B) = Backup	32" (B)
      WINCATT
      Turns Ratio (see note 1)	1:12.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1083.3
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0931-14 KT13625-35 Drawing

      13-5/8” Models

      General Size	13 5/8"
      Max Torque	35000 ft.lb.
      Tong Type	KT13625-35
      Top Level P/N	80-0931-14
      General Configuration Description	Tong + Lift Section + Remote Door
      Weight	1600 lbs
      Tong Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Backup Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0016T
      System Arm Length (in) (T) = Tong (B) = Backup	36" (T)
      WINCATT
      Turns Ratio (see note 1)	1:12.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1083.3
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-Door

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0931-7 KT13625-35 Drawing

      13-5/8” Models

      General Size	13 5/8"
      Max Torque	35000 ft.lb.
      Tong Type	KT13625-35
      Top Level P/N	80-0931-7
      General Configuration Description	Tong + Lift Section
      Weight	1600 lbs
      Tong Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Backup Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0016T
      System Arm Length (in) (T) = Tong (B) = Backup	36" (T)
      WINCATT
      Turns Ratio (see note 1)	1:12.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1083.3
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-0931-1 KT13625-35 Drawing

      13-5/8” Models

      General Size	13 5/8"
      Max Torque	35000 ft.lb.
      Tong Type	KT13625-35
      Top Level P/N	80-0931-1
      General Configuration Description	Tong Only
      Weight	1600 lbs
      Tong Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Backup Jaws	5 To 13-5/8
      Jaw/Die Series	997-JDK-xxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0016T
      System Arm Length (in) (T) = Tong (B) = Backup	36" (T)
      WINCATT
      Turns Ratio (see note 1)	1:12.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1083.3
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 14” Models

      80-140-100-15D-111-7S-00 CLE14000DP Technical Manual

      14” Models

      14" Power Tong, Max Torque 100,000 ft.lb., CLE14000DP, 80-140-100-15D-111-7S-00 Tong (Remote)+ 15 Lockjaw BU (Compression) 6,890 7 To 14 "14100-JDK-XXXXX CJ-14X CJ-LF-14X" 7 To 15 "BUDT15-XXXXX BUA15-8625A BUDT86-XXXXA BUC8625XXXX BB8625XXXX" SM100-38813-C 38.8" (B) 1:39.6 55142 60-0068 (100) 3960 MHA-130 SH-130 LCR-190 Motor-BU-Door-Lift-Motor Shift-Gear Shift-Rev. Pin

      80-1001-X KT14-75K Technical Manual

      14” Models

      14" Power Tong, 75,000 KT14-75K 80-1001-10 Tong + Lift Section 80-1001-29 Tong + Lift Section + Closed Center, 80-1001-23 Tong + Lock Jaw BU (Compression), 80-1001-10-BHI Tong + Lift Section, BHI Spec, 80-1001-24-BHI Tong + Lock Jaw BU (Tension) , BHI Spec 80-1001-32 Tong + Lock Jaw BU (Tension) , REMOTE, 3,300 4-1/2 To 14-3/8 1393-JDK-xxx - - 10-0041T-2 45" (T) 1:14.83 (A) 60-0068 (100) 1483 MHA-060 SH-060 LCR-045 Motor-Lift 3,300 4-1/2 To 14-3/8 1393-JDK-xxx - - 10-0041T-2 45" (T) 1:14.83 (A) 60-0068 (100) 1483 MHA-060 SH-060 LCR-045 Motor-Lift 5,850 4-1/2 To 14-3/8 1393-JDK-xxx 4-1/2 To 15 BUDT15varies 10-0225C 39" (B) 1:14.83 (A) 60-0068 (100) 1483 MHA-060 SH-060 LCR-045 Motor-Lift-BU 3,300 4-1/2 To 14-3/8 1393-JDK-xxx - - 10-0041T-2 45" (T) 61-0041 356 MHA-060 SH-060 LCR-045 Motor-Lift 6,300 4-1/2 To 14-3/8 1393-JDK-xxx 4-1/2 To 15 BUDT15varies 10-0233T 49.5" (B) 1:39.6 60-0068 (100) 3960 MHA-130 SH-130 LCR-190 Motor-BU-Lift 6,500 4-1/2 To 14-3/8 1393-JDK-xxx 4-1/2 To 15 BUDT15varies 10-0233T 49.5" (B) "1:39.6 1:14.83 (A)" 60-0068 (100) "3960 1483" MHA-130 SH-130 LCR-190 Motor-BU-Lift-BP-Door-Gear

      80-140-500-15L-000-30-00 CLE14000 Technical Manual

      14” Models

      14" Tong, 50,000 ft.lb., CLE14000 Tong + 15 Lockjaw BU (Compression) "M:\Engineering\Public\Technical Publications\Tongs & Backups\14 in. Assemblies\80-140-500-15L-000-30-00\80-140-500-15L-000-30-00 Tech Manual REV MAR2017.pdf" 4,280 7 To 14 "CJ-14A CJ-LF-14A CJ-LF-14C" 7 To 15 "BUC1500-XXXX BB1500-XXXX BUDT15-XXXXA" SM50-44-C 44 (B) 1:20.5 55142 60-0068 (100) 2050 MHA-060 SH-060 LCR-045 Motor-BU-Lift

      80-140-100-15D-111-7S-00 CLE14000DP Drawing

      14” Models

      General Size	14"
      Max Torque	100000 ft.lb.
      Tong Type	CLE14000DP
      Top Level P/N	80-140-100-15D-111-7S-00
      General Configuration Description	Tong (Remote)+ 15 Lockjaw BU (Compression)
      Weight	6890 lbs
      Tong Jaws	7 To 14
      Jaw/Die Series	14100-JDK-XXXXX CJ-14X CJ-LF-14X
      Backup Jaws	7 To 15
      Jaw/Die Series	BUDT15-XXXXX BUA15-8625A BUDT86-XXXXA BUC8625XXXX BB8625XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM100-38813-C
      System Arm Length (in) (T) = Tong (B) = Backup	38.8" (B)
      WINCATT
      Turns Ratio (see note 1)	0.0011527777778
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	3960
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Door-Lift-Motor Shift-Gear Shift-Rev. Pin

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-140-100-15D-001-3S-S1 CLE14000DP Drawing

      14” Models

      General Size	14"
      Max Torque	100000 ft.lb.
      Tong Type	CLE14000DP
      Top Level P/N	80-140-100-15D-001-3S-S1
      General Configuration Description	Tong+ 15 Lockjaw BU (Compression)
      Weight	6840 lbs
      Tong Jaws	7 To 14
      Jaw/Die Series	14100-JDK-XXXXX CJ-14X CJ-LF-14X
      Backup Jaws	7 To 15
      Jaw/Die Series	BUDT15-XXXXX BUA15-8625A BUDT86-XXXXA BUC8625XXXX BB8625XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM100-38813-C
      System Arm Length (in) (T) = Tong (B) = Backup	38.8" (B)
      WINCATT
      Turns Ratio (see note 1)	0.0011527777778
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	3960
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-140-100-15D-001-30-00 CLE14000DP Drawing

      14” Models

      General Size	14"
      Max Torque	100000 ft.lb.
      Tong Type	CLE14000DP
      Top Level P/N	80-140-100-15D-001-30-00
      General Configuration Description	Tong + 15 Lockjaw BU (Compression)
      Weight	6800 lbs
      Tong Jaws	7 To 14
      Jaw/Die Series	14100-JDK-XXXXX CJ-14X CJ-LF-14X
      Backup Jaws	7 To 15
      Jaw/Die Series	BUDT15-XXXXX BUA15-8625A BUDT86-XXXXA BUC8625XXXX BB8625XXXX
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM100-38813-C
      System Arm Length (in) (T) = Tong (B) = Backup	38.8" (B)
      WINCATT
      Turns Ratio (see note 1)	0.0011527777778
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	3960
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1001-32 KT14-75K Drawing

      14” Models

      General Size	14"
      Max Torque	75000 ft.lb.
      Tong Type	KT14-75K
      Top Level P/N	80-1001-32
      General Configuration Description	Tong + Lock Jaw BU (Tension) , REMOTE
      Weight	6500 lbs
      Tong Jaws	4-1/2 To 14-3/8
      Jaw/Die Series	1393-JDK-xxx
      Backup Jaws	4-1/2 To 15
      Jaw/Die Series	BUDT15varies
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0233T
      System Arm Length (in) (T) = Tong (B) = Backup	49.5" (B)
      WINCATT
      Turns Ratio (see note 1)	1:39.6 1:14.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	0
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift-BP-Door-Gear

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1001-23 KT14-75K Drawing

      14” Models

      General Size	14"
      Max Torque	75000 ft.lb.
      Tong Type	KT14-75K
      Top Level P/N	80-1001-23
      General Configuration Description	Tong + Lock Jaw BU (Compression)
      Weight	5850 lbs
      Tong Jaws	4-1/2 To 14-3/8
      Jaw/Die Series	1393-JDK-xxx
      Backup Jaws	4-1/2 To 15
      Jaw/Die Series	BUDT15varies
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0225C
      System Arm Length (in) (T) = Tong (B) = Backup	39" (B)
      WINCATT
      Turns Ratio (see note 1)	1:14.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1483
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1001-29 KT14-75K Drawing

      14” Models

      General Size	14"
      Max Torque	75000 ft.lb.
      Tong Type	KT14-75K
      Top Level P/N	80-1001-29
      General Configuration Description	Tong + Lift Section + Closed Center
      Weight	3300 lbs
      Tong Jaws	4-1/2 To 14-3/8
      Jaw/Die Series	1393-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0041T-2
      System Arm Length (in) (T) = Tong (B) = Backup	45" (T)
      WINCATT
      Turns Ratio (see note 1)	1:14.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1483
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1001-10 KT14-75K Drawing

      14” Models

      General Size	14"
      Max Torque	75000 ft.lb.
      Tong Type	KT14-75K
      Top Level P/N	80-1001-10
      General Configuration Description	Tong + Lift Section
      Weight	3300 lbs
      Tong Jaws	4-1/2 To 14-3/8
      Jaw/Die Series	1393-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0041T-2
      System Arm Length (in) (T) = Tong (B) = Backup	45" (T)
      WINCATT
      Turns Ratio (see note 1)	1:14.83 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1483
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-140-500-15L-000-30-00 CLE14000 Drawing

      14” Models

      General Size	14"
      Max Torque	50000 ft.lb.
      Tong Type	CLE14000
      Top Level P/N	80-140-500-15L-000-30-00
      General Configuration Description	Tong + 15 Lockjaw BU (Compression)
      Weight	4280 lbs
      Tong Jaws	7 To 14
      Jaw/Die Series	CJ-14A CJ-LF-14A CJ-LF-14C
      Backup Jaws	7 To 15
      Jaw/Die Series	BUC1500-XXXX BB1500-XXXX BUDT15-XXXXA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM50-44-C
      System Arm Length (in) (T) = Tong (B) = Backup	44 (B)
      WINCATT
      Turns Ratio (see note 1)	0.00093171296296
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2050
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-140-500-000-000-30-00 CLE14000 Drawing

      14” Models

      General Size	14"
      Max Torque	50000 ft.lb.
      Tong Type	CLE14000
      Top Level P/N	80-140-500-000-000-30-00
      General Configuration Description	Tong Only
      Weight	2220 lbs
      Tong Jaws	7 To 14
      Jaw/Die Series	CJ-14A CJ-LF-14A CJ-LF-14C
      Backup Jaws	N/A
      Jaw/Die Series	N/A
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM50-40-T
      System Arm Length (in) (T) = Tong (B) = Backup	40 (T)
      WINCATT
      Turns Ratio (see note 1)	0.00093171296296
      Encoder Mount	55142
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2050
      LC/SH Combo.	MHA-030
      Spring Hanger	SH-030
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 20” Models

      80-1310-21 KT20000 Technical Manual

      20” Models

      20" Power Tong, Max Torque 50,000 ft.lb., KT20000,  80-1310-21 Tong + Lock Jaw BU (Tension), Remote 7,250 Size range 7 To 20,1037-JDK-xxx 8-5/8 To 21 BUDT21-xxxxxA 10-0242T 55.6" (B) 1:19.17 (A) 60-0168 (100) 1917 MHA-130 SH-130 LCR-190 Motor-BU-Door-Lift-Gear-BP

      80-1302-X KT20-50K Technical Manual

      20” Models

      20" Power Tong, Max Toque 50,000 ft.lb., KT20000, 80-1302-2, Tong + Lift Section, 3,400, 1037-JDK-xxx - - 10-0023T 52" (T) 1:19.17 (A) 60-0068 (100) 1917 MHA-060 SH-060 LCR-045 Motor-Lift

      80-1310-21 KT20000 Drawing

      20” Models

      General Size	20"
      Max Torque	50000 ft.lb.
      Tong Type	KT20000
      Top Level P/N	80-1310-21
      General Configuration Description	Tong + Lock Jaw BU (Tension), Remote
      Weight	7250 lbs
      Tong Jaws	7 To 20
      Jaw/Die Series	1037-JDK-xxx
      Backup Jaws	8-5/8 To 21
      Jaw/Die Series	BUDT21-xxxxxA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0242T
      System Arm Length (in) (T) = Tong (B) = Backup	55.6" (B)
      WINCATT
      Turns Ratio (see note 1)	1:19.17 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0168 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1917
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Door-Lift-Gear-BP

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1310-1 KT20000 Drawing

      20” Models

      General Size	20"
      Max Torque	50000 ft.lb.
      Tong Type	KT20000
      Top Level P/N	80-1310-1
      General Configuration Description	Tong + Lock Jaw BU (Tension)
      Weight	7335 lbs
      Tong Jaws	7 To 20
      Jaw/Die Series	1037-JDK-xxx
      Backup Jaws	8-5/8 To 21
      Jaw/Die Series	BUDT21-xxxxxA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0242T
      System Arm Length (in) (T) = Tong (B) = Backup	55.6" (B)
      WINCATT
      Turns Ratio (see note 1)	1:19.17 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1917
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1302-2 KT20000 Drawing

      20” Models

      General Size	20"
      Max Torque	50000 ft.lb.
      Tong Type	KT20000
      Top Level P/N	80-1302-2
      General Configuration Description	Tong + Lift Section
      Weight	3400 lbs
      Tong Jaws	7 To 20
      Jaw/Die Series	1037-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0023T
      System Arm Length (in) (T) = Tong (B) = Backup	52" (T)
      WINCATT
      Turns Ratio (see note 1)	1:19.17 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1917
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 22” Models

      80-220-150-23T-111-7S-00 CLE22000XHT Technical Manual

      22” Models

      22" Power Tong, Max Torque 150,000 ft.lb., CLE22000XHT, 80-220-150-23T-111-7S-00 , Tong + 23 Lockjaw BU (Tension) 12,710 10-3/4 - 22 22170-JDK-XXXXX 10-3/4 - 23 BUDT23XXXXXA SM150-54-T 54 (B) 1:5.5 51075 60-0072 (200) 1100 MHA-130 SH-130 LCR-190 Motor-BU-Lift-Motor Shift-Valve Shift-Rev. Pin

      80-220-150-23T-111-7S-00 CLE22000XHT Drawing

      22” Models

      General Size	22"
      Max Torque	150000 ft.lb.
      Tong Type	CLE22000XHT
      Top Level P/N	80-220-150-23T-111-7S-00
      General Configuration Description	Tong + 23 Lockjaw BU (Tension)
      Weight	12710 lbs
      Tong Jaws	10-3/4 - 22
      Jaw/Die Series	22170-JDK-XXXXX
      Backup Jaws	10-3/4 - 23
      Jaw/Die Series	BUDT23XXXXXA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM150-54-T
      System Arm Length (in) (T) = Tong (B) = Backup	54 (B)
      WINCATT
      Turns Ratio (see note 1)	1:5.5
      Encoder Mount	51075
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1100
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift-Motor Shift-Valve Shift-Rev. Pin

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-220-150-23T-001-40-00 CLE22000XHT Drawing

      22” Models

      General Size	22"
      Max Torque	150000 ft.lb.
      Tong Type	CLE22000XHT
      Top Level P/N	80-220-150-23T-001-40-00
      General Configuration Description	Tong + 23 Lockjaw BU (Tension)
      Weight	12600 lbs
      Tong Jaws	10-3/4 - 22
      Jaw/Die Series	22170-JDK-XXXXX
      Backup Jaws	10-3/4 - 23
      Jaw/Die Series	BUDT23XXXXXA
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	SM150-54-T
      System Arm Length (in) (T) = Tong (B) = Backup	54" (B)
      WINCATT
      Turns Ratio (see note 1)	1:5.5
      Encoder Mount	51075
      Encoder (Pulses per revolution of encoder shaft)	60-0072 (200)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	1100
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift-Pusher

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 26” Models

      80-1903-X HD26000 Technical Manual

      26” Models

      26" Power Tong, Max Torque 60,000 ft.lb., HD26000, 80-1903-1, 80-1903-3, Tong + Lift Section Tong + Lift Section + Closed Center, 3,900 9-5/8 To 26 1482-JDK-xxx - - 10-0082T 55" (T) 1:22.5 (A) 60-0068 (100) 2250 MHA-060 SH-060 LCR-045 Motor-Lift 3,900 9-5/8 To 26 1482-JDK-xxx - - 10-0082T 55" (T) 1:22.5 (A) 60-0068 (100) 2250 MHA-060 SH-060 LCR-045 Motor-Lift

      80-1903-3 HD26000 Drawing

      26” Models

      General Size	26"
      Max Torque	60000 ft.lb.
      Tong Type	HD26000
      Top Level P/N	80-1903-3
      General Configuration Description	Tong + Lift Section + Closed Center
      Weight	3900 lbs
      Tong Jaws	9-5/8 To 26
      Jaw/Die Series	1482-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0082T
      System Arm Length (in) (T) = Tong (B) = Backup	55" (T)
      WINCATT
      Turns Ratio (see note 1)	1:22.5 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2250
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-1903-1 HD26000 Drawing

      26” Models

      General Size	26"
      Max Torque	60000 ft.lb.
      Tong Type	HD26000
      Top Level P/N	80-1903-1
      General Configuration Description	Tong + Lift Section
      Weight	3900 lbs
      Tong Jaws	9-5/8 To 26
      Jaw/Die Series	1482-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0082T
      System Arm Length (in) (T) = Tong (B) = Backup	55" (T)
      WINCATT
      Turns Ratio (see note 1)	1:22.5 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2250
      LC/SH Combo.	MHA-060
      Spring Hanger	SH-060
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 31” Models

      80-1402-1 HD31000 Technical Manual

      31” Models

      31" Power Tong, Max Torque 80,000 ft.lb., HD31000 80-1402-1 Tong + Lift Section, 6,800 13-5/8 To 30 1095-JDK-xxx - - 10-0037T 66" (T) 1:21.3 (A) 60-0068 (100) 2130 MHA-130 SH-130 LCR-190 Motor-Lift

      80-1402-1 HD31000 Drawing

      31” Models

      General Size	31"
      Max Torque	80000 ft.lb.
      Tong Type	HD31000
      Top Level P/N	80-1402-1
      General Configuration Description	Tong + Lift Section
      Weight	6800 lbs
      Tong Jaws	13-5/8 To 30
      Jaw/Die Series	1095-JDK-xxx
      Backup Jaws	-
      Jaw/Die Series	-
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0037T
      System Arm Length (in) (T) = Tong (B) = Backup	66" (T)
      WINCATT
      Turns Ratio (see note 1)	1:21.3 (A)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	2130
      LC/SH Combo.	MHA-130
      Spring Hanger	SH-130
      Lift Cylinder	LCR-190
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 4-1/2” Models

      80-2001-XX SL4500 Technical Manual

      4-1/2” Models

      4 1/2" Power Tong, 8,000 ft.lb., SL4500 80-2001-8 Tong + Single Arm BU (Compression) "M:\Engineering\Public\Technical Publications\Tongs & Backups\4.5 in. Assemblies\80-2001-X SL4500 Slim Tong\80-2001-XX SL4500 Tech Manual REV 20160303 (Lo-Rez).pdf" 1,030 1.90 To 5 SL4500-JDK-xxx 1.90 To 5 SL4500-JDK-xxx 10-0025C 18" (B) 1:41.4 (C) 60-0001S 60-0068 (100) 4140 MHA-016 SH-016 LCR-045 Motor-Lift-BU 80-2001-18 Tong + Single Arm BU (Compression), w Dump Valve "M:\Engineering\Public\Technical Publications\Tongs & Backups\4.5 in. Assemblies\80-2001-X SL4500 Slim Tong\80-2001-XX SL4500 Tech Manual REV 20160303 (Lo-Rez).pdf" 1,030 1.90 To 5 SL4500-JDK-xxx 1.90 To 5 SL4500-JDK-xxx 10-0025C 18" (B) 1:41.4 (C) 60-0001S 60-0068 (100) 4140 MHA-016 SH-016 LCR-045 Manifold only, No DCV Valves  

      80-2001-18 SL4500 Drawing

      4-1/2” Models

      General Size	4 1/2 "
      Max Torque	8000 ft.lb.
      Tong Type	SL4500
      Top Level P/N	80-2001-18
      General Configuration Description	Tong + Single Arm BU (Compression), w Dump Valve
      Weight	1030 lbs
      Tong Jaws	1.90 To 5
      Jaw/Die Series	SL4500-JDK-xxx
      Backup Jaws	1.90 To 5
      Jaw/Die Series	SL4500-JDK-xxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0025C
      System Arm Length (in) (T) = Tong (B) = Backup	18" (B)
      WINCATT
      Turns Ratio (see note 1)	1:41.4 (C)
      Encoder Mount	60-0001S
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	4140
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Manifold only, No DCV Valves

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

      80-2001-8 SL4500 Drawing

      4-1/2” Models

      General Size	4 1/2 "
      Max Torque	8000 ft.lb.
      Tong Type	SL4500
      Top Level P/N	80-2001-8
      General Configuration Description	Tong + Single Arm BU (Compression)
      Weight	1030 lbs
      Tong Jaws	1.90 To 5
      Jaw/Die Series	SL4500-JDK-xxx
      Backup Jaws	1.90 To 5
      Jaw/Die Series	SL4500-JDK-xxx
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)	10-0025C
      System Arm Length (in) (T) = Tong (B) = Backup	18" (B)
      WINCATT
      Turns Ratio (see note 1)	1:41.4 (C)
      Encoder Mount	60-0001S
      Encoder (Pulses per revolution of encoder shaft)	60-0068 (100)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT	4140
      LC/SH Combo.	MHA-016
      Spring Hanger	SH-016
      Lift Cylinder	LCR-045
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-Lift-BU

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

    • 10" Models

      MGT 10" 40K TONG Brochure

      10" Models

      10-40K High Performance Power Tong From the global market leader in well construction equipment for ensuring connection integrity McCoy Global’s MGT 10”40K Power Tong is the solution for making up and breaking out today’s and the future’s high torque connections. Designed for use on locations where limited working areas, reduced manual handling and running performance is critical, the MGT 10”40K meets the demand of increasing connection torques with the smallest and lightest power tong available in the market. The unique jaw design featured in this latest generation power tong enables the user to compensate for nominal pipe diameter variances, while saving costs by reducing the selection of jaws required to meet the diverse pipe sizes used in today’s increasingly complex wells. • Compact design for ease of use on small area work areas • Lighter weight design for reduced handling risks • High RPM for improved running times • Higher torque for each size from 9-5/8” to 4-1/2” to meet increasing connection torques • Extended jaw gripping range of 0.5” on diameter due to strip dies in sliding head • Combined with a McCoy Global Back-up, the system provides more precise control of connection makeup along with safety enhancements. BENEFITS SPECIFICATIONS Max torque, K ft-lbs Speed @ 60GPM Torque arm length, in Mass w/o jaws, lbs Footprint width, in Length – door closed, in Length – door open, in Gripping specs Gripping range Extended gripping range: 0.5 inch on diameter, based on nominal 4.0 34 1,680 32 54-3/4 61-5/8 Sliding-head jaws 5.9 8.2 58.6 Max: 10 Min: 4.5 Low

      80-1040-11 10"-40K Drawing

      10" Models

      General Size	10"
      Max Torque	40000 ft.lb.
      Tong Type	10"-40K
      Top Level P/N	80-1040-11
      General Configuration Description	Tong Only
      Weight	1700 lbs
      Tong Jaws	4 1/2 To 10
      Jaw/Die Series	JDK-1040-XX
      Backup Jaws	N/A
      Jaw/Die Series	N/A
      Torque / Turns
      Hydraulic Load Cell Assembly (Load cell + Hose + Gage)
      System Arm Length (in) (T) = Tong (B) = Backup	34" (T)
      WINCATT
      Turns Ratio (see note 1)
      Encoder Mount
      Encoder (Pulses per revolution of encoder shaft)
      Proximity Switch
      CPT (Counts/Turn) of Rotary Gear Based on > 1000 PPT
      LC/SH Combo.
      Spring Hanger
      Lift Cylinder
      Valve Layout (Order of valve function from left to right as viewed by operator)	Motor-BU-Lift

      Notes:

      1 - Ratio of One full rotation of Rotary Gear to number of rotations of encoder shaft

      1:XX (A) = Rotary Idler, encoder mount, 6 tooth rubber gear

      1:XX (B) = Pinion

      1:XX (C) = SL4500 - Reduction Gear, encoder mount, 12 tooth steel gear"

  • Bucking Units

    • Continuous Long Stroke bucking units

      RP7012-01 Technical Manual

      Continuous Long Stroke bucking units

      RP7012 Technical Manual

      Continuous Long Stroke bucking units

      RP7022-05 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke Bucking Unit, RP7022-05, CR 105,000 16.250 / 152.625 20' 7.0 - 21.5 64 1/2 26.4 "L: 2.4 / 2.7 H: 6.9 / 7.7" 36 RP5047-7XXX Double hinged tailstock

      RP7022 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke Bucking Unit, RP7022, CR 105,000 16.250 / 80.625 12',7.0 - 21.5 64 1/2 26.4 "L: 2.4 / 2.7 H: 6.9 / 7.7" 36 RP5047-7XXX

      RP7018 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke Bucking Unit, CR 105,000 13.500 / 96.500 12' "1.900 - 17.400 (1.900 - 3.500 in 3 jaw mode)" 53 15/16 26.4 "L: 1.6 / 1.8 H: 6.6 / 7.3" 36 RP5047-7XXX

      RP6016-03 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke bucking units, RP6016-03, CR 50,000 "16.125 / 21.125 Spring Retract" 6' 2.375 - 16.000 40 3/8 26.4 "L: 3.1 / 3.5 H: 15.4 / 17.1" 24 RP5047-6XXX

      RP6016-01 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke bucking units, RP6016-01, CR 50,000, 15.500 / 95.875 12', 2.375 - 16.000 40 3/8 26.4 "L: 3.1 / 3.5 H: 15.4 / 17.1" 24 RP5047-6XXX

      RP3514 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke bucking units, MB 160,000 190,000 13.125 / 116.125 12' 3.500 - 13.500 3.5 - 17.5 41 3/4 26.4 N/A 21.5 RP5047-3XXX Single hinged tailstock

      RP3014 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke bucking units, RP3014 MB 160,000 190,000 13.125 / 115.875 12' 3.500 - 13.500 41 3/4 26.4 N/A 21.5 RP5047-3XXX Spinner: 001-3000-XX

      RP6512 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke Bucking Unit, RP6512 CR 35,000 15.875 / 99.125 12' 2.375 - 12.750 40 3/8 26.4 "L: 3.1 / 3.4 H: 15.4 / 17.1" 24 RP5047-6XXX Adjustable Elevation

      RP6012 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke Bucking Unit, RP6012, CR 50,000 16.250 / 96.625 12' 2.375 - 12.250 40 3/8 26.4 "L :3.1 / 3.5 H: 15.4 / 17.1" 24 RP5047-6XXX

      RP2109 Technical Manual

      Continuous Long Stroke bucking units

      Long Stroke Bucking Unit RP2109, CR 10,000 11.750 / 85.875 10' - 8" 1.660 - 9.000 43 26.4 18.8 / 20.8 13.0 RP5047-2XXX

      RP7022-05 Drawing

      Continuous Long Stroke bucking units

      Model	RP7022-05
      MB or CR	CR
      Make Torque (ft-lbs)	105000
      Break Torque (ft-lbs)	105000
      Min/Max / Center to Center / Die-Die Distance	16.250 / 152.625
      Bed Length	20'
      Headstock Gripping Capacity (in)	7.0 - 21.5
      Tailstock Gripping Capacity (in)	7.0 - 21.5
      Center Line Height (in)	64.5
      Flow Rate Through Motor Spool (GPM)	26.4
      Speed (RPM) Based on 90% & 100% VE	L: 2.4 / 2.7 H: 6.9 / 7.7
      Handle Length (in)	36
      Console	RP5047-7XXX
      Special Notes

      RP7022-02 Drawing

      Continuous Long Stroke bucking units

      Model	RP7022-02
      MB or CR	CR
      Make Torque (ft-lbs)	105000
      Break Torque (ft-lbs)	105000
      Min/Max / Center to Center / Die-Die Distance	16.250 / 80.625
      Bed Length	12'
      Headstock Gripping Capacity (in)	7.0 - 21.5
      Tailstock Gripping Capacity (in)	7.0 - 21.5
      Center Line Height (in)	64.5
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	L: 2.4 / 2.7 H: 6.9 / 7.7
      Handle Length (in)	36
      Console	RP5047-7XXX
      Special Notes
      Double hinged tailstock

      RP7022 Drawing

      Continuous Long Stroke bucking units

      Model	RP7022
      MB or CR	CR
      Make Torque (ft-lbs)	105000
      Break Torque (ft-lbs)	105000
      Min/Max / Center to Center / Die-Die Distance	16.250 / 80.625
      Bed Length	12'
      Headstock Gripping Capacity (in)	7.0 - 21.5
      Tailstock Gripping Capacity (in)	7.0 - 21.5
      Center Line Height (in)	64.5
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	L: 2.4 / 2.7 H: 6.9 / 7.7
      Handle Length (in)	36
      Console	RP5047-7XXX
      Special Notes

      RP7018 Drawing

      Continuous Long Stroke bucking units

      Model	RP7018
      MB or CR	CR
      Make Torque (ft-lbs)	105000
      Break Torque (ft-lbs)	105000
      Min/Max / Center to Center / Die-Die Distance	13.500 / 96.500
      Bed Length	12'
      Headstock Gripping Capacity (in)	1.900 - 17.400 (1.900 - 3.500 in 3 jaw mode)
      Tailstock Gripping Capacity (in)	1.900 - 17.400 (1.900 - 3.500 in 3 jaw mode)
      Center Line Height (in)	53.9375
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	L: 1.6 / 1.8 H: 6.6 / 7.3
      Handle Length (in)	36
      Console	RP5047-7XXX
      Special Notes

      RP6016-03 Drawing

      Continuous Long Stroke bucking units

      Model	RP6016-03
      MB or CR	CR
      Make Torque (ft-lbs)	50000
      Break Torque (ft-lbs)	50000
      Min/Max / Center to Center / Die-Die Distance	16.125 / 21.125 Spring Retract
      Bed Length	6'
      Headstock Gripping Capacity (in)	2.375 - 16.000
      Tailstock Gripping Capacity (in)	2.375 - 16.000
      Center Line Height (in)	40.375
      Flow Rate Through Motor Spool (GPM)	26.4
      Speed (RPM) Based on 90% & 100 % VE	L: 3.1 / 3.5 H: 15.4 / 17.1
      Handle Length (in)	24
      Console	RP5047-6XXX
      Special Notes

      RP6016-01 Drawing

      Continuous Long Stroke bucking units

      Model	RP6016-01
      MB or CR	CR
      Make Torque (ft-lbs)	50000
      Break Torque (ft-lbs)	50000
      Min/Max / Center to Center / Die-Die Distance	15.500 / 95.875
      Bed Length	12'
      Headstock Gripping Capacity (in)	2.375 - 16.000
      Tailstock Gripping Capacity (in)	2.375 - 16.000
      Center Line HeightA (in)	40.375
      Flow Rate Through Motor Spool (GPM)	26.4
      Speed (RPM) Based on 90% & 100 % VE	L: 3.1 / 3.5 H: 15.4 / 17.1
      Handle Length (in)	24
      Console	RP5047-6XXX
      Special Notes

      RP3514 Drawing

      Continuous Long Stroke bucking units

      Model	RP3514
      MB or CR	MB
      Make Torque (ft-lbs)	160000
      Break Torque (ft-lbs)	190000
      Min/Max / Center to Center / Die-Die Distance	13.125 / 116.125
      Bed Length	12'
      Headstock Gripping Capacity (in)	3.500 - 13.500
      Tailstock Gripping Capacity (in)	3.5 - 17.5
      Center Line Height (in)	41.75
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	N/A
      Handle Length (in)	21.5
      Console	RP5047-3XXX
      Special Notes
      Single hinged tailstock

      RP3014 Drawing

      Continuous Long Stroke bucking units

      Model	RP3014
      MB or CR	MB
      Make Torque (ft-lbs)	160000
      Break Torque (ft-lbs)	190000
      Min/Max / Center to Center / Die-Die Distance	13.125 / 115.875
      Bed Length	12'
      Headstock Gripping Capacity (in)	3.500 - 13.500
      Tailstock Gripping Capacity (in)	3.500 - 13.500
      Center Line Height (in)	41.75
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	N/A
      Handle Length (in)	21.5
      Console	RP5047-3XXX
      Special Notes
      Spinner: 001-3000-XX

      RP6512 Drawing

      Continuous Long Stroke bucking units

       

      Model	RP6512-04
      MB or CR	CR
      Make Torque (ft-lbs)	35000
      Break Torque (ft-lbs)	35000
      Min/Max / Center to Center / Die-Die Distance	18.75 / 88.375
      Bed Length	12
      Headstock Gripping Capacity (in)
      Tailstock Gripping Capacity (in)
      Center Line Height (in)	Adjustable Elevation
      Flow Rate Through Motor Spool (GPM)	26.4
      Speed (RPM) Based on 90% & 100 % VE	L: 3.1 / 3.4 H: 15.4 / 17.1
      Handle Length (in)	24
      Console	RP5047-6XXX
      Special Notes
      Has lifting jacks

      RP6512 Drawing

      Continuous Long Stroke bucking units

       

      Model	RP6512
      MB or CR	CR
      Make Torque (ft-lbs)	35000
      Break Torque (ft-lbs)	35000
      Min/Max / Center to Center / Die-Die Distance	15.875 / 99.125
      Bed Length	12'
      Headstock Gripping Capacity (in)	2.375 - 12.750
      Tailstock Gripping Capacity (in)	2.375 - 12.750
      Center Line Height (in)	40.375
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	L: 3.1 / 3.4 H: 15.4 / 17.1
      Handle Length (in)	24
      Console	RP5047-6XXX

      RP6012 Drawing

      Continuous Long Stroke bucking units

      Model	RP6012
      MB or CR	CR
      Make Torque (ft-lbs)	50000
      Break Torque (ft-lbs)	50000
      Min/Max / Center to Center / Die-Die Distance	16.250 / 96.625
      Bed Length	12'
      Headstock Gripping Capacity (in)	2.375 - 12.250
      Tailstock Gripping Capacity (in)	2.375 - 12.250
      Center Line Height (in)	40.375
      Flow Rate Through Motor Spool (GPM)	26.399999999999999
      Speed (RPM) Based on 90% & 100 % VE	L :3.1 / 3.5 H: 15.4 / 17.1
      Handle Length (in)	24
      Console	RP5047-6XXX

      RP2109 Drawing

      Continuous Long Stroke bucking units

      Model	RP2109
      MB or CR	CR
      Make Torque (ft-lbs)	10,000
      Break Torque (ft-lbs)	6500
      Min/Max / Center to Center / Die-Die Distance	11.750 / 85.875
      Bed Length	10' - 8"
      Headstock Gripping Capacity (in)	1.660 - 9.000
      Tailstock Gripping Capacity (in)	1.660 - 9.000
      Center Line Height (in)	43
      Flow Rate Through Motor Spool (GPM)	26.4
      Speed (RPM) Based on 90% & 100 % VE	18.8 / 20.8
      Handle Length (in)	13
      Console	RP5047-2XXX
      Special Notes

  • Iron Roughnecks

    • weTORQ™ 100

      weTORQ100 Wrench and Spinner Brochure

      weTORQ™ 100

  • Hydraulic Power Units

    • Diesel Driven Hydraulic Power Units

      DPU444-03 Technical Manual

      Diesel Driven Hydraulic Power Units

      Diesel DPU444-03, 60 4 Cylinder Diesel, EX 75 60 GPM 2 Stage Gear OPEN CENTER 130 GALLON/492L 50 GALLON/189 L 3000 psi Air Start ATEX ZONE II; Tier 3 Emissions Compliant Heater; Cooler; Engine block heater 5150 LBS

      DPU440-11 Technical Manual

      Diesel Driven Hydraulic Power Units

      Diesel, DPU440-11,4 Cylinder Diesel 75 40 GPM 2 Stage Gear OPEN CENTER 130 GALLON/492L 50 GALLON/189 L 3000 PSI Air Start Tier 3 Emissions Compliant Cooler 3760 LBS

      DPU440-04 Technical Manual

      Diesel Driven Hydraulic Power Units

      Diesel DPU440-04, 4 Cylinder Diesel 75 60 GPM Variable Displacement OPEN CENTER 130 GALLON/492 L 35 GALLON/132 L 3000 PSI Electric Start Tier 3 Emissions Compliant High Pressure Filter; Cooler 4200 LBS

      DPU660-11 Drawing

      Diesel Driven Hydraulic Power Units

      Type	Diesel
      Model	DPU660-11
      Prime Mover	6 Cylinder Diesel
      HorsePower	114
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	140 GALLON/ 530 L
      Fuel Capacity	42 GALLON/159 L
      Maximum Pressure	3000 psi
      Starter Type	Air Start
      Ratings	Tier 3 Emissions Compliant
      Features	Cooler, 70gpm
      Weight	4,500 LBS
      Used With
      Notes

      DPU660-09 Drawing

      Diesel Driven Hydraulic Power Units

      Type	Diesel
      Model	DPU660-09
      Prime Mover	6 Cylinder Diesel
      HorsePower	114
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	140 GALLON/ 530 L
      Fuel Capacity	42 GALLON/159 L
      Maximum Pressure	3000 psi
      Starter Type	Electric Start
      Ratings	Tier 3 Emissions Compliant
      Features	Cooler
      Weight	4,500 LBS
      Used With
      Notes

      DPU660-05 Drawing

      Diesel Driven Hydraulic Power Units

      Type	Diesel
      Model	DPU660-05
      Prime Mover	6 Cylinder Diesel
      HorsePower	114
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	140 GALLON/ 530 L
      Fuel Capacity	42 GALLON/159 L
      Maximum Pressure	3000 PSI
      Starter Type	Air Start
      Ratings	Tier 3 Emissions Compliant
      Features
      Weight	4,500 LBS
      Used With
      Notes

      DPU444-04 Drawing

      Diesel Driven Hydraulic Power Units

      Type	Diesel
      Model	DPU444-04
      Prime Mover	4 Cylinder Diesel, EX
      HorsePower	75
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	130 GALLON/492L
      Fuel Capacity	42 GALLON/159 L
      Maximum Pressure	3000 PSI
      Starter Type	Air Start
      Ratings	ATEX ZONE II; Tier 3 Emissions Compliant
      Features	Cooler
      Weight	5150 LBS
      Used With
      Notes

      DPU440-11 Drawing

      Diesel Driven Hydraulic Power Units

      Type	Diesel
      Model	DPU440-11
      Prime Mover	4 Cylinder Diesel
      HorsePower	75
      Maximum Hydraulic Flow	40 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	130 GALLON/492L
      Fuel Capacity	50 GALLON/189 L
      Maximum Pressure	3000 PSI
      Starter Type	Air Start
      Ratings	Tier 3 Emissions Compliant
      Features	Cooler
      Weight	3760 LBS
      Used With
      Notes

      DPU440-06 Drawing

      Diesel Driven Hydraulic Power Units

      Type	Diesel
      Model	DPU440-06
      Prime Mover	4 Cylinder Diesel
      HorsePower	75
      Maximum Hydraulic Flow	40 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	130 GALLON/492 L
      Fuel Capacity	35 GALLON/132 L
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings	Tier 3 Emissions Compliant
      Features	Partial Gate package
      Weight	4200 LBS
      Used With
      Notes

      DPU440-04 Drawing

      Diesel Driven Hydraulic Power Units

       

      Type	Diesel
      Model	DPU440-04
      Prime Mover	4 Cylinder Diesel
      HorsePower	75
      Maximum Hydraulic Flow	60 GPM
      Pump Type	Variable Displacement
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	130 GALLON/492 L
      Fuel Capacity	35 GALLON/132 L
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings	Tier 3 Emissions Compliant
      Features	High Pressure Filter; Cooler
      Weight	4200 LBS
      Used With
      Notes

    • Electric Driven Hydraulic Power Units

      RP5047-6000 Technical Manual

      Electric Driven Hydraulic Power Units

      Electric RP5047-6000, 50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC 50 47 GPM Variable Displacement CLOSED CENTER 90 GALLON/ 341 L N/A 3000 PSI Electric Start 8 BANK VALVE; AIR SHIFTER 2,200 LBS BUCKING UNIT RP6000

      RP5047-7006 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-7006
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	4200 PSI
      Starter Type	Electric Start
      Ratings
      Features	11 BANK VALVE; COOLER
      Weight	2,300 LBS
      Used With	BUCKING UNIT
      Notes
      RP7000

      RP5047-7005 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-7005
      Prime Mover	50 HP, 1800RPM, 3 PHASE, 60 HZ, 575VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	4200 PSI
      Starter Type	Electric Start
      Ratings
      Features	11 BANK VALVE
      Weight	2,200 LBS
      Used With	BUCKING UNIT
      Notes
      RP7000

      RP5047-7002 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-7002
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	4200 PSI
      Starter Type	Electric Start
      Ratings
      Features	11 BANK VALVE; 75 HP MOTOR STARTER
      Weight	2,200 LBS
      Used With	BUCKING UNIT
      Notes
      RP7000

      RP5047-7000 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-7000
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	4200 PSI
      Starter Type	Electric Start
      Ratings
      Features	11 BANK VALVE
      Weight	2,200 LBS
      Used With	BUCKING UNIT
      Notes
      RP7000

      RP5047-6006 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-6006
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings
      Features	11 BANK VALVE; COOLER; AIR SHIFTER
      Weight	2,300 LBS
      Used With	BUCKING UNIT
      Notes
      RP6000

      RP5047-6002 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-6002
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings
      Features	11 BANK VALVE; COOLER; AIR SHIFTER
      Weight	2,300 LBS
      Used With	BUCKING UNIT
      Notes
      RP6000

      RP5047-6000 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-6000
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings
      Features	8 BANK VALVE; AIR SHIFTER
      Weight	2,200 LBS
      Used With	BUCKING UNIT
      Notes
      RP6000

      RP5047-3501 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-3501
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	3500 PSI
      Starter Type	Electric Start
      Ratings
      Features	12 BANK VALVE
      Weight	2,200 LBS
      Used With	BUCKING UNIT
      Notes

      RP5047-2002 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	RP5047-2002
      Prime Mover	50 HP, 1800 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	50
      Maximum Hydraulic Flow	47 GPM
      Pump Type	Variable Displacement
      Pump Configuration	CLOSED CENTER
      Hydraulic Res. Capacity	90 GALLON/ 341 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings
      Features	8 BANK VALVE
      Weight	2200 LBS
      Used With	BUCKING UNIT
      Notes

      PU2500E24-11 Drawing

      Electric Driven Hydraulic Power Units

      Type
      Model	PU2500E24-11
      Prime Mover	75 HP, 1750 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	75
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear Pump
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	140 GALLON/ 530 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings	EXPLOSION PROOF
      Features	COOLER & TECH CABLE
      Weight	4700 lbs
      Used With	TONG
      Notes

      PU2500E24-10 Drawing

      Electric Driven Hydraulic Power Units

      Type
      Model	PU2500E24-10
      Prime Mover	75 HP, 1750 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	75
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear Pump
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	140 GALLON/ 530 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 PSI
      Starter Type	Electric Start
      Ratings	EXPLOSION PROOF
      Features	COOLER, 70GPM & HEATER & TECH CABLE
      Weight	4700 lbs
      Used With	TONG
      Notes

      PU2500E24 Drawing

      Electric Driven Hydraulic Power Units

      Type	Electric
      Model	PU2500E24
      Prime Mover	75 HP, 1750 RPM, 3 PHASE, 50/60 HZ, 240/480VAC
      HorsePower	75
      Maximum Hydraulic Flow	60 GPM
      Pump Type	2 Stage Gear
      Pump Configuration	OPEN CENTER
      Hydraulic Res. Capacity	140 GALLON/ 530 L
      Fuel Capacity	N/A
      Maximum Pressure	3000 psi
      Starter Type	Electric Start
      Ratings	EXPLOSION PROOF
      Features	COOLER, 70GPM
      Weight	4700 lbs
      Used With	TONG
      Notes

• Control & Monitoring Systems

  • Winch Control Systems

    Winch Sensors Control Systems - Brochure

    Winch Control Systems

      BENEFITS –– Shock and vibration tested to MIL-STD 910A for shipboard equipment to meet the most extreme conditions –– EMI/RFI tested to 200 volts per meter to combat electro-magnetic interference –– Operating temperatures -40 to +85C (higher temp spec available) –– High speed wireless, hardwired or combined communications –– Internal data logging inside sensor or display SENSORS AND SYSTEMS WINCH CONTROL For decades, McCoy Global Winch Sensors & Control Systems have been keeping our customers’ equipment productive whether it’s shipboard, dockside, underwater or airborne. Our sensors and winch systems are designed for any environment and feature MIL-STD shock units for heavy duty use. The sensor experts at McCoy Global know how to maximize sensor performance to solve system level issues. High speed, reliable sensor performance is utilized in the McCoy Global slack line and peak detection wireless PC system for any capacity and any size of winch wire, chain or rope. Central PC data logging and monitoring systems are common standard products of McCoy Global. Blackbox data loggers, remote shipboard or shore-based stations in hardwired, wireless or hybrid configurations are readily available with user definable screens. User definable data analysis screens are handled as simply another customer configuration. There are many different McCoy Global operator displays from which to choose. Indoor touchscreen or outdoor direct sunlight viewable displays can be used in any environment. MIL-STD shock and vibration units are available for heavy duty use. Stand alone or multi-unit networks are standard and are readily available in any configuration. –– External data logging on PC or other hardware platform –– Any capacity up to 6 million pounds calibrated at McCoy Global –– Sensor body can be any size or shape –– Customer onsite surveys and service  

  • Anchor Monitoring System

    Anchor Monitoring Systems Brochure

    Anchor Monitoring System

    From winch and anchor monitoring systems to tensiometers and instrumented sheaves, our sensors and systems support data acquisition in marine environments. Hover over the buttons on the marine vessel to discover the specific sensors and systems we can provide you to keep your vessels, your people, and the environment safe.

  • Instrumented Sheave Systems

    Well Service Depthometers

    Instrumented Sheave Systems

    MCCOY GLOBAL SPECIALIZES IN RUGGEDIZED SENSORS AND SYSTEMS FOR SWABBING UNITS AND OTHER APPLICATIONS THAT MUST WITHSTAND HIGH SHOCK, VIBRATION AND PHYSICAL ABUSE INHERENT IN REMOTE FIELD OPERATIONS. HARDWIRED SYSTEM FEATURES • SINGLE SENSOR BODY PROVIDES DEPTH AND DIRECTION • HEAVY TRANSIENT VOLTAGE PROTECTION • EXTREME HIGH OVERLOAD, SHOCK, VIBRATION PROTECTION • HIGH AND LOW OPERATING TEMPERATURE • DIRECT SUNLIGHT VIEWABLE OUTDOOR DISPLAYS • SENSOR MOUNTS DIRECTLY TO CROWN POINT SHEAVE

  • Torque Turn Monitoring Systems

    TTS Wireless Torque Sub Brochure

    Torque Turn Monitoring Systems

    From the leading producer of wireless torque & tension sub (TTS) technology, with units operating worldwide and in service since 2006, McCoy Global is introducing the enhanced torque & tension sub with integrated turns to support torque-turn control for connection make-up using top drive casing running tools. No other supplier has the experience and number of systems operating as McCoy Global. • Higher Accuracy- Measured Torque vs. Derived Torque. • No Cable runs or Encoder Rig-up - Reducing flat time between drilling and casing running. • Less Kit - Reduced rig-up time/sub and laptop with USB receiver are all that is required. • Data Formatted - To integrate with your torque/turn software or a turnkey solution can be provided through our WINCATT® system. • Existing TTS Subs - can be upgraded to include enhanced integrated turns. • TTS works - with all Top Drive Casing Running Tools. BENEFITS • Higher Accuracy- Measured Torque vs. Derived Torque. • No Cable runs or Encoder Rig-up - Reducing flat time between drilling and casing running. • Less Kit - Reduced rig-up time/sub and laptop with USB receiver are all that is required. • Data Formatted - To integrate with your torque/turn software or a turnkey solution can be provided through our WINCATT® system. • Existing TTS Subs - can be upgraded to include enhanced integrated turns. • TTS works - with all Top Drive Casing Running Tools.

    • Torque/Turn Monitoring Systems

      • Our Wireless Torque Subs

        • Our Casing Subs

          • weCATT

            weCATT Technical Manual

            weCATT

            McCoy’s weCATT™ Wireless Torque Sub provides solutions to customers’ measurement challenges. weCATT™ 4-1/2" API NC 50 McCoy’s weCATT™ Wireless Torque Sub provides solutions to customers’ measurement challenges. Extensive field-testing has proven that weCATT™ measures torque, turns, and hook load with unparalleled accuracy and responsiveness. These features combined with robust construction, long battery life, and easy integration with OEM top drives and casing running tools are key reasons why weCATT™ has redefined tubular connection sensor technology. weCATT™ transmits wirelessly to McCoy’s WINCATT® Torque/Turn Management system, or any other data acquisition system of choice. SPECIFICATIONS Size 4.5 in. (102 mm) Thread Orientation Pin Up / Box Down or Box Up / Pin Down Torque Rating 35 lbf·ft (47 N·m) Hook Load 350 t (350,000 kg) Accuracy +/- 1% Full scale Turns Resolution 1000 Pulses per 360° Operating Temperature -40° to 70° (158°F) Battery Life 30 days of continuous use Wireless Transmission ZIGBEE Protocol 2.4 Ghz Line of sight up to 250 ft. (90 metres) Enclosure Rating Type 4X and IP66 Hazardous Area Classification Class I Division 1, Class I Zone 1, Group IIB, T4 Certification CSA/UL/ATEX/IECEx Design Designed to API 8C Certification Length (Standard shoulder to shoulder) 21.62 in. (533 mm) Length (Minimum shoulder to shoulder with zero re-cut allowance) 18.63 in. (457 mm) Weight (Approx) 350 lb. (159 kg) weCATT™ 4-1/2" API REG McCoy’s weCATT™ Wireless Torque Sub provides solutions to customers’ measurement challenges. Extensive field-testing has proven that weCATT™ measures torque, turns, and hook load with unparalleled accuracy and responsiveness. These features combined with robust construction, long battery life, and easy integration with OEM top drives and casing running tools are key reasons why weCATT™ has redefined tubular connection sensor technology. weCATT™ transmits wirelessly to McCoy’s WINCATT® Torque/Turn Management system, or any other data acquisition system of choice. SPECIFICATIONS Size 6.625 in. (152 mm) Thread Orientation Pin Up / Box Down or Box Up / Pin Down Torque Rating 50,000 lbf·ft (67,791 N·m) Hook Load 500 t (500,000 kg) Accuracy +/- 1% Full scale Turns Resolution 1000 Pulses per 360° Operating Temperature -40° to 70° (158°F) Battery Life 30 days of continuous use Wireless Transmission ZIGBEE Protocol 2.4 Ghz Line of sight up to 250 ft. (90 metres) Enclosure Rating Type 4X and IP66 Hazardous Area Classification Class I Division 1, Class I Zone 1, Group IIB, T4 Certification CSA/UL/ATEX/IECEx Design Designed to API 8C Certification Length (Standard shoulder to shoulder) 21.62 in. (533 mm) Length (Minimum shoulder to shoulder with zero re-cut allowance) 18.63 in. (457 mm) Weight (Approx) 350 lb. (159 kg)

            weCATT™ Wireless Torque Sub Brochure

            weCATT

            McCoy’s weCATT™ Wireless torque sub provides solutions to customers’ measurement challenges. Extensive field-testing has proven that weCATT™ measures torque, turns, and hook load with unparalleled accuracy and responsiveness. These features combined with robust constructions, long battery life, and easy integration with OEM top drives and casing running tools are key reasons why weCATT™ has redefined tubular connection sensor technology. weCATT™ transmites wirelessly to mcCoy’s winCATT® torque/turn management system, or any other data acquisition system of choice. WECATT™ SPECIFICATIONS Size 4-1/2” API NC 50 6-5/8” API REG Thread Orientation P in Up / Box Down or Box Up / Pin Down Torque 35K ft.-lb. 50K ft .-lb. Hook Load 350T 500T Torque/Tension Accuracy ±1% Full Scale Turns Resolution 1,000 S amples Per Revolution Temperature Range -20° t o 70°C (-4°F to 158°F) WIRELESS TORQUE SUB Battery Life 30 D ays Continuous Wireless Transmission ZIGBEE Protocol 2.4 GHz Line o f Sight up to 250 ft. w e CATT™ Enclosure Rating 4X and IP66 Hazardous Area Class I D ivision 1, Class I Zone 1, Classification G roup IIB, T4 Certifications CS A/UL/ATEX/IECEx Design Designed to API 8C Weight Approximately 350 lbs. Length S tandard shoulder to shoulder 21.62” (18.63” is the minimum shoulder to shoulder length if ther e is zero re-cut allowance)

      • Our Torque Turn Monitoring Systems

        • WINCATT

          WINCATT Technical Manual

          WINCATT

          STANDARD WINCATT® NEWEST FEATURES OF WINCATT® 7 Laptop running Windows 8 WINCATT®7 software Option to integrate with WINCATT®8 (weCATT™) software and hardware Touch screen Built-in “one step” PDF reporting system with customizable logo Pipe connection library Shoulder slope calculation Multi-joint review, graphic overlay Custom zoom feature Program configuration in Tong or Bucking Unit model FUNCTIONS Monitors torque, turns and rotation speed during make-up Controls based on final torque or final turns. Includes calibration management system Includes automatic “Start Recording” and “Dump Valve Release” Includes automatic descriptive comments with optional override Option to accept or reject connection on delta turn Easy graphical report creation and printing of reports with one button Controls speed during make-up (optional) Available with optional pressure test system View multiple joints in makeup screen Features multiple language capabilities WINCATT® for non-hazardous area ANALYZES MAKE-UP TO DETERMINE Conformance with thread manufacturer’s specification Shouldering point for premium connections Shouldering time, delta torque, delta turns Reviews results from previous make-ups PRODUCT SPECIFICATIONS FOR STANDARD WINCATT® Computer: Laptop running Windows 8 in stainless steel enclosure Sampling Rate (per channel): Typically 100 to 500 samples per second (max 8000 samples per second) Recording Frequency: Based on delta torque and user defined delta time Response Time: Electronics: < 0.5 ms Hydraulic Dump Valve: Typical 10 to 30 ms Operating Temperature: 40° to 122°F (computer); 22° to 170°F (junction box) 4°C to 50°C (computer); -6°C to 77°C (junction box) Torque Accuracy: Typically < 1% Turns Accuracy: +/- 1 pulse of turns counter Pressure Accuracy: Typically < 1% ATEX WINCATT® NEWEST FEATURES OF WINCATT® 7 Laptop running Windows 7 WINCATT®7 software Option to integrate with WINCATT®8 (weCATT™) software and hardware Touch screen Built-in “one step” PDF reporting system with customizable logo Pipe connection library Shoulder slope calculation Multi-joint review, graphic overlay Custom zoom feature Program configuration in Tong or Bucking Unit model FUNCTIONS Monitors torque, turns and rotation speed during make-up Controls based on final torque or final turns. Includes calibration management system Includes automatic “Start Recording” and “Dump Valve Release” Includes automatic descriptive comments with optional override Option to accept or reject connection on delta turn Easy graphical report creation and printing of reports with one button Controls speed during make-up (optional) Available with optional pressure test system View multiple joints in makeup screen Features multiple language capabilities ANALYZES MAKE-UP TO DETERMINE Conformance with thread manufacturer’s specification Shouldering point for premium connections Shouldering time, delta torque, delta turns Reviews results from previous make-ups PRODUCT SPECIFICATIONS FOR ATEX WINCATT® Computer: Laptop running Windows 8 in stainless steel enclosure Sampling Rate (per channel): Typically 100 to 500 samples per second (max 8000 samples per second) Recording Frequency: Based on delta torque and user defined delta time Response Time: Electronics: < 0.5 ms Hydraulic Dump Valve: Typical 10 to 30 ms Operating Temperature: 40° to 122°F (computer); 22° to 170°F (junction box) 4°C to 50°C (computer); -6°C to 77°C (junction box) Torque Accuracy: Typically < 1% Turns Accuracy: +/- 1 pulse of turns counter Pressure Accuracy: Typically < 1% Certification: Used for hazardous and non-hazardous locations ATEX CERTIFIED UNIT WINCATT® Ex is ATEX certified for ATEX Category 2. Suitable for: Hazardous Locations Apparatus Group II Gas Group IIB T Class T4 T Ambient -4ºF to 122ºF (-20ºC to 50ºC) Pressurized Enclosure Type: PE2E266 Comes with Air Filter Assembly

• Parts & Consumables

  • Dies & Inserts

    Dies and Inserts Catalog

    Dies & Inserts

    McCoy inserts provide the accuracy you need for critical applications. Our dies are heat-treated to provide maximum insert life. We also offer a variety of tooth patterns to securely grip the hardest strings of casing, tubing, and drill pipe. We know that today's hostile well environments often use corrosion-resistant alloy (CRA) tubulars that require special handling tools. Our GRITFACE® Inserts allow you to use your standard handling tools with CRA strings because the GRITFACE® Coating prevents contamination and marking. It's economical and allows you to use the tools you have on hand. About GRITFACE® The GRITFACE® die and insert coating system combines the use of extremely hard grit particles, high strength corrosion resistant brazing materials and application processes which insure optimum dimensional control. Why GRITFACE® Dies and Inserts? GRITFACE® coating for tong dies and handling tool inserts is field-proven to last longer than hardened steel dies and inserts used with high-strength tubulars:

    • Used to run most CRA tubulars in North Sea since 1997 and now used worldwide
    • Used on tubulars from 1-3/50” to 13-3/8”
    • Heaviest string run to date weighs in excess of 250 tons
    • Heaviest lab test to date is 400 tons on 7”-35PPF 22% Cr 125ksi tubing
    • Used with expandable tubulars
    • 5/8" Width Tong Dies
    • 1” Width Tong Dies
    • 1-1/4” Width Tong Dies
    • Eckel 4-1/2" Hydra-Shift and 4-1/2 UHT Backup
    • Eckel 4-1/2" Hydra-Shift and 4-1/2 UHT Tong
    • Eckel 5-1/2" Hydra-Shift LS and 5-1/2" Hydra-Shift VS Backup
    • Eckel 5-1/2" Hydra-Shift LS and 5-1/2" Hydra-Shift VS Tong
    • Eckel 5-1/2" UHT/UHT HS and 8-5/8" Hydra-Shift HT Backup
    • Eckel 5-1/2" UHT/UHT HS and 8-5/8" Hydra-Shift HT Tong
    • Inserts for 3-1/2" TS-100 Spider
    • Baash-Ross® DU Handling Tools
    • Bilco Dual Tools
    • Bilco Precision Slips and Elevators
    • BJ® YC, HYC, MYC, Casing Elevators, Etc.
    • BJ® YT, MYT, HYT
    • Cavins® Handling Tools
    • Guiberson F-1/H-1 Bowl and Slip
    • Hydra Rig 150 Bowl and Slip
    • Hydra Rig 225 Bowl and Slip
    • Hydra Rig 300 Bowl and Slip
    • Kelco K-20 Style Tool K-25 K-30 K-50 K-70
    • Oil Country Handling Tools
    • ST-80 Iron Roughneck Tools
    • VARCO® Style Handling Tools
    • Woolley®
    • "C" Safety Clamps MPS MP MPR T
    • Circular Buttons for VARCO® Handling Tools

    Offered in four tooth patterns: Standard (-0), Pyramid (-P), Fine Pyramid (-FP) and GRITFACE® (G1-XXXX-XXX-5) Fine Tooth, GRITFACE®, Bottom Beveled, Top Beveled, Bi-Directional and Bi-Directional Beveled inserts also available.

• Service

  Repair Services Crane Monitoring Systems - Brochure

  Service

  MCCOY GLOBAL REPAIRS ALL MAKES AND MODELS OF CRANE MONITORING DEVICES • LOAD PINS • TENSION LINKS • COMPRESSION LOAD CELLS • ANTI-TWO BLOCK (A2B) SENSORS • ANGLE SENSORS • DISPLAY INSTRUMENTS • HANDHELD RADIO TRANSMITTERS (HRT) QUICK EVALUATION AND TURNAROUND AGGRESSIVE PRICING SHIPMENT TRACKING NUMBERS ALWAYS PROVIDED CALIBRATION UP TO 6,000,000 lbf

• Calibration & Training

  • Gauging Services

    Gauging Services and Solutions - Brochure

    Gauging Services

    McCoy Global offers strain gage (gauge) installation services for those customers who do not have the capability or capacity to perform the strain gage bonding process. Strain gages can be installed on many products and components to verify finite element models, measure static and dynamic forces or to create custom load transducers. We are an ISO 9001 company with a highly skilled team of engineers and technicians with over 30 years’ experience in producing strain gage based load cells. Our engineers can help you identify the type of strain gages and bonding material needed for your application and determine the best location to bond the strain gages on your part. We specialize in bonding strain gages in difficult locations which are subjected to extreme environmental conditions. Some of the materials that we have bonded strain gages to include: steel, aluminum, carbon fiber, plastics, and titanium. OUR CAPABILITIES INCLUDE: Full Turnkey solutions with in house design services available Modify Existing Components Gaging Only Solutions Customer Gage Carrier design and construction Bonding on inside bore, blind holes, pockets, diaphragms and other customer needs. No Minimum Quantity required Strain gage installations are temperature compensated on-site and can be zero balanced after the wiring and testing is completed. McCoy Global also has the on-site capability to perform NIST traceable calibrations up to four million pounds. Strain gage installations can be performed on equipment or components at the customer's facillity. APPLICATION ENVIRONMENTS Underwater devices, Marine and shipboard Automotive and Aerospace Mobile and overhead crane applications Instrumentation Oil and Gas

• Brochures

  Winch Sensors Control Systems - Brochure

  Brochures

    BENEFITS –– Shock and vibration tested to MIL-STD 910A for shipboard equipment to meet the most extreme conditions –– EMI/RFI tested to 200 volts per meter to combat electro-magnetic interference –– Operating temperatures -40 to +85C (higher temp spec available) –– High speed wireless, hardwired or combined communications –– Internal data logging inside sensor or display SENSORS AND SYSTEMS WINCH CONTROL For decades, McCoy Global Winch Sensors & Control Systems have been keeping our customers’ equipment productive whether it’s shipboard, dockside, underwater or airborne. Our sensors and winch systems are designed for any environment and feature MIL-STD shock units for heavy duty use. The sensor experts at McCoy Global know how to maximize sensor performance to solve system level issues. High speed, reliable sensor performance is utilized in the McCoy Global slack line and peak detection wireless PC system for any capacity and any size of winch wire, chain or rope. Central PC data logging and monitoring systems are common standard products of McCoy Global. Blackbox data loggers, remote shipboard or shore-based stations in hardwired, wireless or hybrid configurations are readily available with user definable screens. User definable data analysis screens are handled as simply another customer configuration. There are many different McCoy Global operator displays from which to choose. Indoor touchscreen or outdoor direct sunlight viewable displays can be used in any environment. MIL-STD shock and vibration units are available for heavy duty use. Stand alone or multi-unit networks are standard and are readily available in any configuration. –– External data logging on PC or other hardware platform –– Any capacity up to 6 million pounds calibrated at McCoy Global –– Sensor body can be any size or shape –– Customer onsite surveys and service  

  Well Service Depthometers

  Brochures

  MCCOY GLOBAL SPECIALIZES IN RUGGEDIZED SENSORS AND SYSTEMS FOR SWABBING UNITS AND OTHER APPLICATIONS THAT MUST WITHSTAND HIGH SHOCK, VIBRATION AND PHYSICAL ABUSE INHERENT IN REMOTE FIELD OPERATIONS. HARDWIRED SYSTEM FEATURES • SINGLE SENSOR BODY PROVIDES DEPTH AND DIRECTION • HEAVY TRANSIENT VOLTAGE PROTECTION • EXTREME HIGH OVERLOAD, SHOCK, VIBRATION PROTECTION • HIGH AND LOW OPERATING TEMPERATURE • DIRECT SUNLIGHT VIEWABLE OUTDOOR DISPLAYS • SENSOR MOUNTS DIRECTLY TO CROWN POINT SHEAVE

  Ultra Thin Load Ring - Brochure

  Brochures

  Machined from stainless steel, McCoy Global Load Washers are engineered for rugged, harsh and hazardous area applications. Since we engineer, manufacture and calibrate every component, if your application requires a non-standard configuration, McCoy Global can quickly deliver the custom solution for your needs. LOAD WASHER OFFER SIGNIFICANT PERFORMANCE IMPROVEMENTS OVER CONVENTIONAL LOAD WASHERS BY ITS SHEAR WEB DESIGN AND RADIUSED LOADING SURFACE. THESE FEATURES PROVIDE IMPRESSIVE REPEATABILITY EVEN WHEN SUBJECTED TO DYNAMIC AND MISALIGNED COMPRESSIVE LOADS. Features –– Shear web design mitigates errors from offaxis loading –– Integrated radiused loading surface to orientate force vector. –– Even when subjected to misaligned loads non-repeatability typically ≤1% FS –– 17-4 Stainless steel construction for corrosion resistance. Electrical Specifications Sensitivity: 1mV/V Max Excitation: 15 VDC or VAC Bridge Resistance: 700 Ω (nominal) Environmental Zero Drift: ±0.01% FS/°F Span Drift: ±0.01% FS/°F Operating Temperature: 32 to 130°F (0 to 54°C) Storage Temperature: -40 to 180°F (-40 to 82°C) Dimensions Capacity (lbf) 1000 1500 2000 3500 10,000 Non-linearity (±FS%) 1.5 1 1 1 1 Safe Overload (FS%) 150 333 300 300 300 Height (in) 0.25 0.50 0.91 0.63 0.79 Inner Diameter (in) 2.00 6.34 1.38 3.07 2.40 Outer Diameter(in) 4.00 8.34 4.33 4.61 5.04

  Tensiometers - Brochure

  Brochures

  Running-Line Tensiometers accurately measure line speed, tension and payout to ensure safe and reliable operation of offshore mooring systems, anchor monitoring systems, cranes or oceanographic payloads. • FRLT – fixed running line for one size of rope • URLT – universal running line, multiple sizes of rope, largest 4” diameter • Fixed or variable rope sizes up to 4” • Measures speed, payout and tension • Multiple mounting styles • High duty cycles • Hazardous area certification RUNNING-LINE TENSIOMETERS Clamp-Line Tensiometers measure tension on static lines. This device is easy to install and is available in standard sizes or can be custom-built to your specifications. This system installs in minutes at any convenient point on a fixed position line and can monitor overhead lifting or guy wire applications. The main use is for the dead-end on a land rig, to measure the tension on a line that never moves. CLAMP-LINE TENSIOMETERS BENEFITS SPECIFICATIONS MEASURE LINE SPEED, TENSION, AND PAYOUT TENSIOMETERS We make three different types of Tensiometers for any type of offshore mooring systems, or anchor monitoring systems. Standard Capacities* Wire Rope Diameters Output Signal Excitation Static Error Band Temperature Materials Hazardous Area 100,000 and 150,000 lbf *other capacities available 100K Capacity: 0.5 to 1.50 inch 150K Capacity: 1.5 to 2.25 inch 4-20 mA 18 to 28 volts DC ±2% of Full Scale -70 to 165 ºF [-20ºC to 75ºC] AL 7075-T651, 17/4 pH Stainless Steel & AISI 4140 Alloy Steel UL and CAN/CSA or ATEX

  SD50-LT - Datasheet

  Brochures

  OFFERING SD50 FUNCTIONALITY AND PROCESSING POWER, SD50-LT IS A MORE ECONOMIC OPTION FOR APPLICATIONS THAT DO NOT REQUIRE THE EXTREME TEMPERATURE RANGE OF THE ORIGINAL. WITH SD50 CONFIGURATION FLEXIBILITY, SD50-LT IS ALSO A STRONG CHOICE FOR OEM AND CUSTOM APPLICATIONS. AND, ITS HIGHER-RESOLUTION COLOR SCREEN CAN IMPROVE READABILITY IN DIRECT SUNLIGHT. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications Voltage DC: 10 to 30 VDC Current DC: 1.2 A max Voltage AC: 120 VAC Current AC: 0.3 A max Environmental Operating Temperature: -20 to 150°F (-29 to 66°C) Storage Temperature: -20 to 185°F (-29 to 85°C) Dimensions Height: 5.60 in (14.22 cm) Width: 8.20 in (20.83 cm) Depth: 3.80 in (9.65 cm) Weight: 13 lbs (5.9 kg) Enclosure Material: 316 Stainless Steel Rating: NEMA 4X, IP66

  SD50-H - Datasheet

  Brochures

  SD50-H COMBINES EXTREME DURABILITY AND HIGH PERFORMANCE TO SERVE AS OUR PREMIER DISPLAY CONTROLLER FOR MEASUREMENT AND MONITORING IN HAZARDOUS AREAS. DESIGNED FOR MAXIMUM CONFIGURATION FLEXIBILITY, SD50-H IS ALSO A NATURAL CHOICE FOR OEM AND CUSTOM APPLICATIONS. IN ADDITION TO A VARIETY OF HAZARDOUS AREA CERTIFICATIONS, SD50-H IMPROVES UPON THE STANDARD SD50 BY INCLUDING A BEZEL WITH ENHANCED SHATTER RESISTANCE AND TOOL-SAFE CONNECTOR LOCKING TECHNOLOGY. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications Voltage DC: 10.5 to 28.0 VDC Current DC: 1.2 A max Voltage AC: 120 VAC Current AC: 0.3 A max Environmental Operating Temperature: -40 to 165°F (-40 to 74°C) Storage Temperature: -40 to 185°F (-40 to 85°C) Dimensions Height: 6.56 in (16.66 cm) Width: 9.56 in (24.28 cm) Depth: 5.06 in (12.85 cm) Weight: 17 lbs (7.71 kg) Enclosure Material: 316 Stainless Steel Rating: NEMA 4X, IP66 Certifications Class I, Division II, Grp C, D T4 (-40°C < Ta < 75°C) Conforms To: ANSI/ISA 12.12.01, ANSI/UL 61010-1 Certified To: CAN/CSA C22.2 No. 61010-1, CAN/CSA C22.2 No. 213

  SD50-Display Controller

  Brochures

  The SD50 Display Controller is a high end configurable display for crane and winch applications. The display utilizes 3PS rugged technology and advanced bus communications protocol to build highly configurable environmental sensing networks for the harshest environments. SD50 Controllers have been used in Boom Crane (land based and offshore), Bridge Crane, Gantry Crane, Crawler Crane, Ladle Crane, Winch and Anchor Monitoring, Marine / Maritime environments, as well as, Oilfield and Drilling Applications. HIGH END CONFIGURABLE DISPLAY FOR CRANE AND WINCH APPLICATIONS ELECTRICAL Supply Voltage (See Note 1.): 10.5 — 28.0 VDC Supply Current: 1.2A max Transient Voltage Protection Reverse Polarity Protection RFI Filtered * Note 1. 120 VAC Version Available MECHANICAL Enclosure Dimensions: 9.56”w x 6.56”h x 5.06”d Materials: 316 Stainless Polycarbonate Lens: 1/4” (6.4 mm) Thick Weight: Approximately 10 lbs. ENVIRONMENTAL Operation Temperature: -40°C to +65°C Storage Temperature: -40°C to +65°C Front Panel Display Temperature: -40°C to +65°C CONNECTIVITY CONFIGURABILITY RELIABILITY

  SD50 - Datasheet

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  SD50 COMBINES EXTREME DURABILITY AND HIGH PERFORMANCE TO SERVE AS OUR PREMIER DISPLAY CONTROLLER FOR MEASUREMENT AND MONITORING APPLICATIONS. DESIGNED FOR MAXIMUM CONFIGURATION FLEXIBILITY, SD50 IS ALSO A NATURAL CHOICE FOR OEM AND CUSTOM APPLICATIONS. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications Voltage DC: 10.5 to 28.0 VDC Current DC: 1.2 A max Voltage AC: 120 VAC Current AC: 0.3 A max Environmental Operating Temperature: -40 to 165°F (-40 to 74°C) Storage Temperature: -40 to 185°F (-40 to 85°C) Dimensions Height: 6.56 in (16.66 cm) Width: 9.56 in (24.28 cm) Depth: 5.06 in (12.85 cm) Weight: 17 lbs (7.71 kg) Enclosure Material: 316 Stainless Steel Rating: NEMA 4X, IP66

  SD50-DAQ - Datasheet

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  SD50-DAQ DELIVERS THE PERFORMANCE OF THE SD50 PLATFORM IN A LIGHT-DUTY HOUSING, PERFRECT FOR INSTALLATION IN AN EXISTING ENCLOSURE, SAFE AREA OR OEM APPLICATIONS. SD50-DAQ OFFERS ALL THE CONFIGURATION FLEXIBILITY AND PROCESSING POWER OF THE SD50 PLATFORM AT AN EXTREMELY AGGRESSIVE PRICE POINT. Features –– Digital sensor network –– Manages a network of ≤16 wired or wireless devices, which include mV/V, mA, quadrature, digital and a variety of application-specific sensors. –– Improved noise immunity insures measurement fidelity. –– Simplified network schema reduces cabling costs and setup time. –– Advanced Multi-Controller Setup allows seamless integration of additional LMC or SD50 controllers. –– Interfaces included Ethernet (TCP/IP, UDP, FTP and Webserver), RS485 (ASCII or Binary) and USB. –– SD card slot provides onboard data logging. –– Internally protected against transient voltages and polarity reversal. Electrical Specifications –– Voltage DC: 18 to 30 V –– Current DC: 500 mA (max) Environmental Operating Temperature: -4 to 150°F (-20 to 66°C) Storage Temperature: -4 to 185°F (-20 to 85°C) Dimensions Height: 5.16 in (13.11 cm) Width: 6.86 in (17.42 cm) Depth: 2.20 in (5.59 cm) Weight: 5 lbs (2.27 kg) Enclosure Material: Powder-Coated Steel Includes DIN Rail Mount and 3.95 x 7.85 in (10.03 cm x 19.94 cm) Bracket

  Repair Services Crane Monitoring Systems - Brochure

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  MCCOY GLOBAL REPAIRS ALL MAKES AND MODELS OF CRANE MONITORING DEVICES • LOAD PINS • TENSION LINKS • COMPRESSION LOAD CELLS • ANTI-TWO BLOCK (A2B) SENSORS • ANGLE SENSORS • DISPLAY INSTRUMENTS • HANDHELD RADIO TRANSMITTERS (HRT) QUICK EVALUATION AND TURNAROUND AGGRESSIVE PRICING SHIPMENT TRACKING NUMBERS ALWAYS PROVIDED CALIBRATION UP TO 6,000,000 lbf

  Relay Output Module-RLM01 - Datasheet

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  THE RLM PROVIDE 4 CONFIGURABLE RELAYS OUTPUTS FOR USE WITH THE LMC AND SD50 BASE CONTROLLERS. BECAUSE THE RLM USES THE MGNET NETWORK FOR COMMUNICATIONS THE SYSTEM CAN BE SCALED TO MEET MOST APPLICATION REQUIREMENTS. –– (4) N.O. / N.C. relay contacts –– Rated for 30VDC / 240 VAC at 10 amps –– Heartbeat monitoring for failsafe operations and error detection –– No device configuration required –– User assignable relays –– Low power consumption –– (4) Output relays –– Dry contact; NO and NC contacts –– 30VDC / 240VAC at 10 amps Electrical Specifications Supply Voltage: 12 or 24 VDC (nominal) Supply Current: 200 mA (max) Environmental Operational Altitude: < 1500 m Operating Temperature: -40 to 158°F (-40 to 70°C) Storage Temperature: -40 to 158°F (-40 to 85°C) Dimensions Height: 3.30 in (8.38 cm) Width: 4.80 in (12.19 cm) Depth: 3.41 in (8.66 cm) Weight: <1 lbs (< 0.45 kg)

  Overload Protection Device - Datasheet

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  FOR APPLICATIONS REQUIRING ONLY THE BASICS IN OVERLOAD PROTECTION THE OPD IS A ROBUST SOLUTION AT AN AGGRESSIVE PRICE POINT. THE OPD IS A SIMPLE INTERFACE AND IS TARGETED AT SINGLE LOAD DEVICE OVERLOAD PROTECTION. THE OPD IS A BETTER SOLUTION THAN TRADITIONAL LOAD PIN/ RELAY COMBINATIONS. THE OPD OPERATES AS A STANDALONE CONTROL DEVICE. –– Monitors single MGNet load sensor –– Auto-detect sensor support with error detection –– Easy-to-use configuration tools –– 8 Point calibration –– User settable alarm levels –– User assignable relays –– Low power consumption –– (4) Output Relays –– Dry contact; NO and NC contacts –– 30 VDC / 240 VAC at 10 A Electrical Specifications Supply Voltage: 12 or 24 VDC (nominal) Supply Current: 200 mA (max) Environmental Operating Temperature: -40 to 158°F (-40 to 70°C) Dimensions Height: 3.30 in (8.38 cm) Width: 4.80 in (12.19 cm) Depth: 3.41 in (8.66 cm) Weight: <1 lbs (< 0.45 kg) STANDARD CONFIGURATION

  LMC Bridge Crane - Datasheet

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  FOR APPLICATIONS NOT REQUIRING AN INTEGRATED DISPLAY, THE LMC DELIVER IMPRESSIVE FEATURES AT AN AGGRESSIVE PRICE POINT. THE LMC SIMULTANEOUSLY MONITORS 2 HOISTS (MAIN AND AUXILIARY) WITH UP TO 4 LOAD SENSORS PER HOIST; AN INDEPENDENT 8-POINT CALIBRATION EQUATION IS APPLIED TO EACH HOIST. LMC CAN OPERATE AS A STANDALONE CONTROLLER OR BE DEPLOYED AS A REMOTE I/O DEVICE WITHIN AN MCCOY GLOBAL SYSTEM NETWORK. MGNet (Digital Network) –– Up to (12) devices –– Up to 300 meters RS485 Port –– Up to (3) scoreboards (main, aux and total) –– User-configurable ASCII output strings –– Up to 300 meters –– 9600 baud; 8 data bits; no parity; 1 stop bit Onboard Wireless Antenna –– Monitors one wireless device –– Up to 300 meters (line of sight) USB Port –– System setup via included configuration software –– System diagnostics via included inspection software (4) Input Coil-Type Relays –– Select from 12 or 24 VDC or 120 VAC –– Controls tare, shunt calibration (4) Output Relays –– Option to expand to (12) –– Dry contact; NO and NC contacts –– 30 VDC/240 VAC at 10 amps (2) 4-20 mA Analog Inputs –– 2 Hz sampling rate –– Supports shunt calibration (1) 4-20 mA Analog Output –– 12 to 24 VDC (12) Individual Relay Set Points –– Balance Alarms –– Communications Alarms –– Overload Protection Alarms Electrical Specifications Supply Voltage: 12 or 24 VDC (nominal) Supply Current: 500 mA (max) Environmental Operating Temperature: -40 to 158°F (-40 to 70°C) Storage Temperature: -40 to 158°F (-40 to 85°C) Dimensions Height: 4.90 in (12.45 cm) Width: 6.62 in (16.81 cm) Depth: 2.40 in (6.1 cm) Weight: <5 lbs (< 2.27 kg) Includes Din Rail Mount Bracket

  Hazardous Area Crane Systems - Brochure

  Brochures

  Certified to Class I, Division II, the Hazardous Area product family brings McCoy Global reliability and precision to potentially explosive atmospheres and brutal offshore environments. McCoy Global crane systems have answered challenges across many applications: offshore/marine, nuclear, materials handling, mobile and fixed, new and retrofit systems. And all McCoy Global systems are custom tailored to your application by a McCoy Global engineer. Our most popular configurations include: BOOM CRANES –– crawler, digger derrick, knuckle boom, lattice, telescopic, tower hoist GANTRY & OVERHEAD BRIDGE CRANES –– grapple, portal types, tower SD50-H PREMIER DISPLAY & CONTROLLER Extreme Durability, Robust Communications, and Ease of Use make SD50-H the premier display for crane and winch applications in hazardous areas. EXTREME DURABILITY: A stainless steel enclosure that is NEMA Type 4X and IP66 rated allow SD50-H to survive environmental and physical abuse. ROBUST COMMUNICATIONS: Digital communications across the sensor network simplify wiring schema while offering the best possible noise-immunity. And a variety of data output options allow for data logging, networking multiple systems, and remote monitoring from a mobile device or over the internet. EASE OF USE: An intuitive and highly configurable user interface, seamless load chart integration, and easy on-screen calibration can automate the most complex load monitoring applications. LOAD SENSORS Often Class I, Division 2 rated, McCoy Global hazardous area load sensors include both custom and off-the-shelf designs that maximize safety and reliability. Sensors can be configured with digital CANbus or 4-20mA outputs. The three most popular form factors: LP-H Series Load Pins for Hazardous Areas TL-H Series Tension Links CC-H Series Compression Load Cells A2B-H ANTI-TWO BLOCK A simple yet effective system consisting of a weight detector and torus-shaped weight, the A2B-H simplifies proximity detection between the upper block and lower block or hook for boom lengths up to 100 feet. SLA-H ANGLE SENSOR Built to perform in the harshest conditions, the SLA-H reliably delivers precise angle measurements from the boom to the SD50-H.

  Gauging Services and Solutions - Brochure

  Brochures

  McCoy Global offers strain gage (gauge) installation services for those customers who do not have the capability or capacity to perform the strain gage bonding process. Strain gages can be installed on many products and components to verify finite element models, measure static and dynamic forces or to create custom load transducers. We are an ISO 9001 company with a highly skilled team of engineers and technicians with over 30 years’ experience in producing strain gage based load cells. Our engineers can help you identify the type of strain gages and bonding material needed for your application and determine the best location to bond the strain gages on your part. We specialize in bonding strain gages in difficult locations which are subjected to extreme environmental conditions. Some of the materials that we have bonded strain gages to include: steel, aluminum, carbon fiber, plastics, and titanium. OUR CAPABILITIES INCLUDE: Full Turnkey solutions with in house design services available Modify Existing Components Gaging Only Solutions Customer Gage Carrier design and construction Bonding on inside bore, blind holes, pockets, diaphragms and other customer needs. No Minimum Quantity required Strain gage installations are temperature compensated on-site and can be zero balanced after the wiring and testing is completed. McCoy Global also has the on-site capability to perform NIST traceable calibrations up to four million pounds. Strain gage installations can be performed on equipment or components at the customer's facillity. APPLICATION ENVIRONMENTS Underwater devices, Marine and shipboard Automotive and Aerospace Mobile and overhead crane applications Instrumentation Oil and Gas

  Bridge Crane System - Brochure

  Brochures

  Thousands of crane operators around the world count on McCoy Global equipment to keep their equipment operating safely. BOOM AND BRIDGE CRANE SYSTEMS Nuclear power plants to logging operations, construction to shipping, offshore and onshore: Crane Operators around the world trust McCoy Global Systems to provide reliable monitoring in all conditions. SIMPLE CRANE SYSTEMS The Simple Crane System is a collection of off-the-shelf, interconnected components. These combine easily into complete crane monitoring systems, measuring load and angle to ensure safe operation. Wired or wireless, these systems are readily available and simple to install.

  WeVerify II Torque Calibration Bar Brochure

  Brochures

  WEVERIFY II TORQUE CALIBRATION BAR From the global market leader in well construction equipment for ensuring connection integrity, McCoy Global’s weVERIFY II torque calibration bar and display is the solution for calibrating Bucking Units in non-hazardous environments. When inaccurate torque is delivered by the bucking unit to your make-up connections it can cause damage to tubulars, dropped strings, leaks, and other connection failures that result in downtime in the critical path. You reduce the likelihood of all those things occurring if you check the torque delivery from your bucking unit on a regular basis. The weVERIFY II provides improved accuracy in its calibration capability through its separating grip adapters from the sensors, removing the effects of irrelevant forces being applied to the sensors, and only transmitting torque forces. In addition, the gauging selection and application increases accuracy by now including eight discreet strain gauges placed at 45° and cross-wired to one another which reduces the effects of radial and bending forces impacting the torque reading. • Wireless wifi communication via a McCoy developed app that sends the data in real time as your bucking unit is being calibrated. The app can be installed on computers, laptops or tablets that operate with MS Windows • Separate grip adapters mate with the square drive to minimize unwanted forces into the weVERIFY II sensor (unwanted forces can create measurement errors) • Gauging selection and application reduces the effects of radial and bending forces impacting the torque reading • Lighter weight by constructing the Sensor through a combination of high strength stainless steel and aluminum • Battery power with off-the-shelf Alkaline AA cells including a magnetic on/off switch to aid battery life BENEFITS SPECIFICATIONS TTR524-50K-4153 weVERIFY II, 50K, wifi (Standard grip adapters are 7 5/8” OD with a total grip length of 32”) TTR524-100K-4153 weVERIFY II, 100K, wifi (Standard grip adapters 9 5/8” OD with a total grip length of 32”) TTR524-150K-4171 weVERIFY II, 150K, wifi (Standard grip adapters 10.75” with total grip length of 32”)  

  weTORQ100 Wrench and Spinner Brochure

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  weCATT™ Wireless Torque Sub Brochure

  Brochures

  McCoy’s weCATT™ Wireless torque sub provides solutions to customers’ measurement challenges. Extensive field-testing has proven that weCATT™ measures torque, turns, and hook load with unparalleled accuracy and responsiveness. These features combined with robust constructions, long battery life, and easy integration with OEM top drives and casing running tools are key reasons why weCATT™ has redefined tubular connection sensor technology. weCATT™ transmites wirelessly to mcCoy’s winCATT® torque/turn management system, or any other data acquisition system of choice. WECATT™ SPECIFICATIONS Size 4-1/2” API NC 50 6-5/8” API REG Thread Orientation P in Up / Box Down or Box Up / Pin Down Torque 35K ft.-lb. 50K ft .-lb. Hook Load 350T 500T Torque/Tension Accuracy ±1% Full Scale Turns Resolution 1,000 S amples Per Revolution Temperature Range -20° t o 70°C (-4°F to 158°F) WIRELESS TORQUE SUB Battery Life 30 D ays Continuous Wireless Transmission ZIGBEE Protocol 2.4 GHz Line o f Sight up to 250 ft. w e CATT™ Enclosure Rating 4X and IP66 Hazardous Area Class I D ivision 1, Class I Zone 1, Classification G roup IIB, T4 Certifications CS A/UL/ATEX/IECEx Design Designed to API 8C Weight Approximately 350 lbs. Length S tandard shoulder to shoulder 21.62” (18.63” is the minimum shoulder to shoulder length if ther e is zero re-cut allowance)

  MTT Torque Turn Monitoring System Brochure

  Brochures

  MTT TORQUE/TURN MONITORING SYSTEM Monitor and control tubular connection make-up reliably, accurately, and easily with MTT®, the McCoy Torque / Turn Monitoring System. MTT® is a software tool that interacts with external control hardware to provide real-time monitoring and control of tubular connection power tong and bucking unit make-up. It allows you to easily specify make-up parameters, control the make-up process, and evaluate quality. Using the software, you can monitor torque, turns, and rotational speed during make-up. You have the option of controlling speed during make-up as well. Control is based on achieving final torque with evaluation of shoulder torque (including delta and final turns). The MTT®, our Torque Turn Monitoring System comes with: • Calibration and Connection management system • Automatic "Start Recording" and "Dump Valve Release" • Automatic descriptive comments with optional override • Optional pressure test system is available MTT® gives you the information you need to ensure make-up conforms to manufacturers’ specs. You can review results from previous make-ups and create reports of the make-up data for further analysis and information. FEATURES • Computer running Windows 7,8 or 10. • Laptop, Panel PC, ATEX Rated Computer Options • Improvement in Architecture: • Flexible sensor configuration • Wired or Wireless Ethernet Communication. • Control Electronics separate from computer housing. • Graph zooms to maximize size to computer screen. • Built-in “one step” PDF reporting system with customizable logo • Connection library – User customizable. • Adjustable Color Scheme • Multiple Sensor Inputs allow for Torque averaging / Make/Break operation from the same controller. No separate Junction Box. • Sensor/Cable Open Fault Detection, Output Short Protection • Shoulder slope calculation • Multi-joint review, graphic overlay • Custom zoom feature • Adaptable for Tong or Bucking Unit applications • User Mode – Administration and User Level 1 & 2 Access. FUNCTIONS • Monitors torque, turns and rotation speed during make-up • Controls based on final torque. Includes calibration management system • Includes automatic “Start Recording” and “Dump Valve Release” • Includes automatic descriptive comments with user override. Customizable comments available on request. • Option to accept or reject connection on delta turn / shoulder slope. • Easy graphical report creation and printing of reports with one button • Controls speed during make-up (optional) • Available with optional pressure test system • Optional RPM Graph can be added to makeup screen. • View multiple joints in makeup screen • Features multiple language capabilities available on request SPECIFICATIONS • Power: Voltage: 85 to 264V~, Current: <1.4A, frequency: 47 to 63Hz • Sampling Rate: Base Rate 500 Samples / Second • File Recording Rate: Selectable delta torque and delta time settings • Response Time: Electronic Dump Valve Output Control: < 0.5 ms • Hydraulic dump valve: typical 10 to 30 ms • Torque Accuracy: Typically <0.5% Full Scale (not including Load Cell) • Turns Accuracy: +/- 1 pulse of turns counter • RPM Accuracy: Better than 0.25 RPM Error • Pressure Accuracy: Typically <1% • Available Units: Safe Area and Hazardous Area Versions ATEX Zone 1 Computer Option • Smart-EX Zone 1 Ex dim Computer – Touch Screen • Zone 1 Controller – Ex d enclosure. • NO purging • -20°C to 50°C Operating Range.

  Anchor Monitoring Systems Brochure

  Brochures

  From winch and anchor monitoring systems to tensiometers and instrumented sheaves, our sensors and systems support data acquisition in marine environments. Hover over the buttons on the marine vessel to discover the specific sensors and systems we can provide you to keep your vessels, your people, and the environment safe.

  MGT 10" 40K TONG Brochure

  Brochures

  10-40K High Performance Power Tong From the global market leader in well construction equipment for ensuring connection integrity McCoy Global’s MGT 10”40K Power Tong is the solution for making up and breaking out today’s and the future’s high torque connections. Designed for use on locations where limited working areas, reduced manual handling and running performance is critical, the MGT 10”40K meets the demand of increasing connection torques with the smallest and lightest power tong available in the market. The unique jaw design featured in this latest generation power tong enables the user to compensate for nominal pipe diameter variances, while saving costs by reducing the selection of jaws required to meet the diverse pipe sizes used in today’s increasingly complex wells. • Compact design for ease of use on small area work areas • Lighter weight design for reduced handling risks • High RPM for improved running times • Higher torque for each size from 9-5/8” to 4-1/2” to meet increasing connection torques • Extended jaw gripping range of 0.5” on diameter due to strip dies in sliding head • Combined with a McCoy Global Back-up, the system provides more precise control of connection makeup along with safety enhancements. BENEFITS SPECIFICATIONS Max torque, K ft-lbs Speed @ 60GPM Torque arm length, in Mass w/o jaws, lbs Footprint width, in Length – door closed, in Length – door open, in Gripping specs Gripping range Extended gripping range: 0.5 inch on diameter, based on nominal 4.0 34 1,680 32 54-3/4 61-5/8 Sliding-head jaws 5.9 8.2 58.6 Max: 10 Min: 4.5 Low

  IRTT Iron Roughneck Torque Tester Brochure

  Brochures

  The IRTT is a calibrated torque gauge that is engineered to emulate the specific geometric and material properties of your joints. This likeness allows the IRTT to measure the torque delivered by an Iron Roughneck in situ: the IRTT is placed within the jaws and is loaded just like a joint connection. Since a direct (not derived or estimated) torque measurement is captured by the IRTT, it removes additional calculations, correlations or guess work. The IRTT directly measures the make-up torque that is being delivered to your joint connections. Measurements captured by the IRTT allows an operator to adjust the Iron Roughneck set point to maximize the accuracy of the make-up torque delivered. • Calibrated as a complete system by the McCoy Global custom-engineered calibration test stand that is traceable to NIST • Shunt calibration feature provides a reliable intermediate check against IRTT drift. • Machined from a solid piece of stainless steel to maximize symmetry and safety, minimize corrosion, and eliminate joint flexure/fatigue. • Wireless communication and Class 1, Division 2 safety rating permit operation on the rig floor. BUILT FOR MISSION CRITICAL MEASUREMENTS: Calibrated as a complete system by the McCoy Global custom-engineered calibration test stand that is traceable to NIST. • Shunt calibration feature provides a reliable intermediate check against IRTT drift. • Machined from a solid piece of stainless steel to maximize symmetry and safety, minimize corrosion, and eliminate joint flexure/fatigue. • Wireless communication and Class 1, Division 2 safety rating permit operation on the rig floor.

  TTS Wireless Torque Sub Brochure

  Brochures

  From the leading producer of wireless torque & tension sub (TTS) technology, with units operating worldwide and in service since 2006, McCoy Global is introducing the enhanced torque & tension sub with integrated turns to support torque-turn control for connection make-up using top drive casing running tools. No other supplier has the experience and number of systems operating as McCoy Global. • Higher Accuracy- Measured Torque vs. Derived Torque. • No Cable runs or Encoder Rig-up - Reducing flat time between drilling and casing running. • Less Kit - Reduced rig-up time/sub and laptop with USB receiver are all that is required. • Data Formatted - To integrate with your torque/turn software or a turnkey solution can be provided through our WINCATT® system. • Existing TTS Subs - can be upgraded to include enhanced integrated turns. • TTS works - with all Top Drive Casing Running Tools. BENEFITS • Higher Accuracy- Measured Torque vs. Derived Torque. • No Cable runs or Encoder Rig-up - Reducing flat time between drilling and casing running. • Less Kit - Reduced rig-up time/sub and laptop with USB receiver are all that is required. • Data Formatted - To integrate with your torque/turn software or a turnkey solution can be provided through our WINCATT® system. • Existing TTS Subs - can be upgraded to include enhanced integrated turns. • TTS works - with all Top Drive Casing Running Tools.

  Load Sensors (Load Pins, Compression Cells, Tension Links & Instrumented Shackles) Brochure

  Brochures

  Load Sensors

  Load Pins, Compression Cells, Tension Links & Instrumented Shackles

  McCoy Global offers four key types of load sensors: ➢ Load pins: A load pin goes through and holds equipment together such as in a sheave nest and senses load or tension. ➢ Compression cells: A compression cell goes underneath something and senses load weight ➢ Tension links: A tension link goes in between two devices, rope is tightened or pulled, a tension link senses tension on a wire rope or a cable ➢ Instrumented shackles: An instrumented shackle sense tension on an anchor line, the shackle goes through the stationery piece and a load pin is connected to measure tension or load on the line What we can measure:

  • Linear force
  • Sheer force
  • Tension
  • Compression
  • Torque
  • Bi-directional
  • Dual axis

  What’s unique about our load sensors? Extreme load capacity – our load cells and pins measure a load up to 6,000,000 lbf (26.7 MN). All load cells and pins are traceable back to NIST up to 6,000,000 lbs with a 1% accuracy. The operating temperature – all our load sensors have a high temperature option that is not offered by our competitors that ensure our load sensors meet the most extreme conditions, offering a temperature range from -400C to 2000C. (our standard is ----400C to 850C). Shock and vibration tested – all our load sensors are shock and vibration tested to ensure the electronics inside the sensor do not fail due to harsh shock loads or vibrations in the field. Robust EMI/RFI protection – we test all of our load sensors to 200 volts per meter – so for example, if you are a shipyard, building destroyer ships, the electro-magnetic interference on a ship will not impact our load sensors used on that ship. Machined from stainless steel – all McCoy Global load sensors are engineered for rugged, harsh and hazardous area applications using 17-4 PH stainless steel. We have never had a sensor break in the field. Custom designed – McCoy Global load sensors are custom designed specifically to address your exact need.