1. Product Overview

2. Parameters & Technical Specifications

• Model: PF063-2102-S9-115R (sometimes marked as 2101-S9-115R)
• Power: Usually 200W
• Torque Range: Common maximum torque is 115 Nm (1150 Ncm)
• Power Supply Requirement: 100-120 VAC (240 VAC version may also be available)
• Motor Type: Permanent Magnet (PM) or Brushed (BR) motor, depending on the production batch

3. Structure & Composition

• Motor & Spindle: Efficient motor drive system combined with precision spindle design to ensure stable torque transmission.
• Electronic Control System: The core of the TENSOR S9 series, responsible for real-time torque monitoring, data recording and fault diagnosis.
• Battery/Power Module: Provides stable power input, supporting Alternating Current (AC) or Alternating Current to Direct Current (AC-DC) conversion.
• Sensors & Interfaces: Built-in torque sensor; some models support USB or wireless data transmission.

4. Product Features

• High-Precision Torque Control: Benefiting from the advanced electronic control of the TENSOR S9 series, it can maintain extremely high repeatability and accuracy over the entire torque range.
• Intelligent Monitoring Function: Some models have built-in USB interface or wireless module for real-time monitoring of tightening status and data recording.
• Reliability: Designed for harsh industrial environments, with dustproof, waterproof and shockproof performance.
• Compatibility: Can be used with various batteries and control modules of the TENSOR S9 series.

5. Application Fields

• Automotive Manufacturing: High-torque demand scenarios such as engine assembly and post-welding treatment of vehicle bodies.
• Aerospace: Tightening of aircraft wings and engine components.
• High-Precision Assembly: Such as precision assembly of motors and mechanical equipment components.

6. Installation & Maintenance

• Installation: Usually directly connected to the corresponding TENSOR S9 battery or power module for use, ensuring a firm connection.
• Maintenance: Regularly check the lubrication status of the motor and spindle, clean the surface of the torque sensor, and replace worn parts in a timely manner to ensure long-term accuracy and service life.