Rexroth 0608820116

Technical Specifications

• Model: 0608820116 CC‑AS300‑070
• Torque Range: 14 Nm ~ 70 Nm
• Maximum Rotating Speed: 330 RPM adjustable
• Tool Weight: 1.8 kg (tool body only)
• Output Interface: Square drive crowfoot interface
• Measurement Principle: Inductive non‑wear torque transducer
• Safety Grade: VDI/VDE 2862 Class A

Functional Features

• Wear‑free inductive torque‑angle direct measurement
• Ergonomic hand‑held housing design
• Support multi‑segment tightening‑process program execution
• Real‑time tightening‑data recording and uploading
• Tool‑body status indicator lamp
• Anti‑wrong‑operation process interlock function

Application Scenarios

Automobile manual assembly workstation, new‑energy‑product manual bolt tightening, mechanical equipment manual assembly, safety‑critical component manual tightening occasion.

Performance Parameters

High‑precision torque measurement; long‑term stability without frequent calibration; support millions‑times tightening cycles; output complete tightening curve data.

Material Composition

High‑strength composite ergonomic housing; high‑precision inductive sensor assembly; high‑strength planetary gear set; wear‑resistant output drive head.

Structural Characteristics

Pistol‑grip hand‑held structure; rear‑end cable quick‑plug interface; front‑side square‑drive output end; built‑in sensor and gear‑box integrated inside housing.

Working Principle

Drive motor drives planetary gear set for torque output; inductive sensor directly collects torque and angle signal at output drive end, feeds back to controller for closed‑loop tightening‑process control, and records tightening‑process data.

Installation Requirements

Match with Rexroth tightening controller; complete tool parameter configuration and calibration before use; select matched socket or crowfoot accessories; lock quick‑plug cable connector reliably.

Usage Notes

Operators shall hold tool firmly during tightening; prohibit exceeding rated torque range; regularly perform torque‑verification calibration; avoid heavy‑knock impact on tool‑body, especially sensor part.