Technical Specifications Power Supply: 24V DC Operating Temperature: 0℃ ~ 55℃ Mounting: Machine frame mounting Signal Interface: Digital encoder and analog signal output Humidity: 5% ~ 95%, non-condensing
Functional Features High precision torque and rotation angle real-time measurement. Signal conversion and transmission to upper motion controller. Closed-loop feedback control for bolt tightening process. Built-in fault monitoring and overload protection. High vibration resistance for production line environment. Data recording of tightening curve and result.
Application Scenarios Automated bolt tightening station in automotive assembly line. Precision mechanical assembly and screw fastening equipment. Rexroth tightening servo system maintenance spare parts. Machinery manufacturing and industrial assembly workstation. High precision torque control production subsystem.
Performance Parameters Measurement precision: High accuracy torque and angle sampling Dynamic response: Fast signal feedback during tightening operation Shock resistance: Adapt to impact load during fastening Data stability: Reliable measurement under continuous cycle operation
Material Composition Main housing: High strength alloy metal housing Internal sensing component: Precision strain gauge sensing element PCB: Industrial grade signal processing circuit board
Structural Characteristics Compact integrated mechanical and electronic assembly. Precision torque sensing structure inside housing. Cable connector for power supply and signal transmission. Mounting holes for fixed installation on machine frame. Shock-proof internal structure for cyclic production operation.
Working Principle When tightening tool runs, torque and rotation angle act on sensing element. The strain gauge converts mechanical deformation into electrical signal, the internal circuit processes and transmits signal to controller to realize closed-loop control of torque and angle during bolt fastening.
Installation Requirements Cut off system power before installation. Align mounting interface and fix assembly with bolts. Connect power and signal cable to specified connectors. Check cable tension to avoid pulling damage during movement. Power on and carry out torque calibration and functional test.
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