Electric Rotary Torque ERT Systems
July 24, 2026Pressure Transducers
July 24, 2026Electric Rotary Torque ERT Systems
July 24, 2026Pressure Transducers
July 24, 2026Pressure Indicator Systems
Torque Indicator Systems
Weight Indicator Systems
- Anchor Type Weight Indicator Systems
- Clipper/Deflection Indicator Systems
- Mini & Super Mini Indicator Systems
- Integrated Pad Type Weight Indicator Systems
- Non-Integrated Pad Type Weight Indicator Systems
- Bulk Tank / Surge Can Indicator Systems
- Totalizer Indicator Systems
- Wireline Indicator Systems
- E-line Indicator Systems
- Snubbing/Differential Indicators
- Coil Tubing Indicator Systems
- Crane Weight / Radius Indicator Systems
Electronics
- Electronic Rig Monitoring Systems
- Mud Flow Sensors
- Electronic Ton-Mile Systems
- Electronic Crown Protector Systems
- Electronic Well Service Rig Weight Indicators
- Pump Stroke Counters
- RPM/SPM Tachometer Systems
- Electric Rotary Torque ERT Systems
- Electronic Deadline Sensors
- Pressure Transducers
- Proximity Sensor Systems
- Electronic Pressure Gauges (E-Gauges)
- Shaft Encoders
- Choke Position Indicator System
Deadline Anchors
Matherne Instrumentation’s Electronic Deadline Sensor is a low-cost line tension sensor that fits a variety of cable sizes. This design does not require the user to cut any cables and create deadends for load measurement devices. An industry standard 4-20 mA output allows for connection to a variety of devises including PLCs and PCs.
FEATURES:
- 100,000 lb. (45,360 kg) capacity
- Accurate strain gauge measurement
- Designed for all deadline tension electronic sensing applications
- No deadline anchor required with simple, clamp-on design
- Operating temperature -40° to +180°F (-40° to 82°C)
- Easy to use, weighs only 17 lbs.
- Installs on wire size 7/8” to 2” diameter without modification
- Standard 4-20 mA output
- Electronics are protected against surges and reverse wire hook up
- Replaceable wear parts made of stainless steel
- Environmentally sealed load cell operates in the harshest environments

