(Also known as Wireless Rotary Torque Sensor – Impact Socket Drive Type / Non-Contact Torque Transmitter for Impact & Pulse Tools)
TTEH and TTAH Series Wireless Rotary Torque Transducer Impact Socket Output is a high-accuracy torque measurement device engineered for real-time monitoring of dynamic torque on pneumatic and electric impact tools. Designed with an impact socket output interface, it supports direct connection to impact wrenches, allowing operators to measure torque during actual fastening without changing tool behavior. The advanced strain gauge system and high-speed signal processing deliver stable, precise torque data even under extreme vibration, high load, impact pulses, and rapid rotation. Its wireless transmission design eliminates cable constraints, enhances safety, and enables seamless integration with torque controllers, data loggers, and smart factory systems. A rugged, shock-resistant housing ensures long service life and reliable performance in demanding industrial environments. Compact, lightweight, and well-balanced, it maintains natural tool handling while providing accurate, traceable torque measurement. TTEH and TTAH Series Wireless Rotary Torque Transducer Impact Socket Output is ideal for automotive assembly, heavy equipment maintenance, wind turbine installation, and production lines that require high precision torque verification, enhanced process control, and improved fastening quality in modern industrial operations.
Working Principle
Torque Measurement:The transducer’s torsion shaft deforms slightly under torque load; precision strain gauges detect this deformation.
Signal Conditioning:Onboard electronics process the analog signal.
Wireless Transmission:Torque, angle, and rotational speed data are transmitted wirelessly (RF / Bluetooth) to a stationary receiver.
Data Integration:The receiver outputs data to a Smart Torque Controller, a PC, or an MES /IIoT platform for analysis and traceability.
Key Features
Impact Socket Output Interface:
Customizable impact socket design.
Allows direct connection to sockets or fasteners without adapters.
Wireless Operation:
No slip rings or cables; uses contactless RF/Bluetooth signal.
Impact-Resistant Design:
Mechanically reinforced to endure shock pulses.
High Accuracy:
Typically ±1% of full scale, suitable for dynamic torque verification.
High-Speed Capability:
Supports rotational speeds up to 10,000 rpm.
Smart Data Output:
Wireless output of torque, angle, and cycle count for real-time analysis.
Full Compatibility:
Works with ZIPPTORK Smart Torque Controllers (TCA / TCB / TCC) or connects directly to PC / tablet.
Applications
Pneumatic / Electric Impact Wrenches
Pulse Tools and Torque Multipliers
Bolting Stations and Calibration Benches
Automotive, Aerospace, and Heavy Equipment Assembly
Smart Factory Torque Verification Systems
Advantages
Captures actual dynamic torque directly at the socket — closest to the fastener.
This system enables traceable, wireless torque data for QA and MES integration.
Ideal for harsh-duty impact applications with extreme vibration and rotation.
This technology converts existing air tools into smart, data-driven torque control systems.
Compact and maintenance-free design, built for long-term reliability.
TTEH / TTAH Wireless Rotary Torque Transducer (Impact Socket Output)
TTEH / TTAH Series Wireless Rotary Torque Transducer (Impact Socket Output)
TTAH Series Wireless Rotary Torque Transducer – Socket output with Angle detection
The TTAH Series Wireless Rotary Torque Transducer with Angle Detection is an innovative tool that simultaneously provides highly accurate torque and angle measurements. This transducer is ideal for applications that require precise control and monitoring of torque and rotational angle, making it a versatile solution for the automotive, aerospace, manufacturing, and research industries.
TTEH / TTAH Series Wireless Rotary Torque Transducer (Impact Socket Output)
The TTEH Series Shock & Impact Proof Wireless Rotary Torque Transducer is a cutting-edge tool that provides accurate and reliable torque measurements in demanding environments. Engineered to withstand shock, impact, and harsh operating conditions, this transducer is ideal for applications where precision and durability are paramount.