7721-7724 - Transducers - Stahlwille

Stahlwille 7721-7724 Transducers (Model 52100028) are precision instruments engineered for accurate torque measurement in professional automotive and industrial settings. Designed with advanced digital conversion technology integrated directly into the transducer, these units deliver reliable and consistent readings, crucial for demanding applications where precise torque values are essential. Their robust, low-profile construction enhances durability and minimizes susceptibility to lateral forces.

Key Features

• Integrated Digital Accuracy: Achieves a high degree of measurement precision through internal conversion and digitization of readings, ensuring reliable data for critical tasks.
• Robust, Low-Profile Design: Engineered to resist lateral forces, providing stable and accurate measurements even in challenging working conditions.
• Versatile Application: Suitable for direct torque measurement and can be integrated into comprehensive calibration systems to maintain tool accuracy.
• Wide Torque Capacity: Offers a broad measuring range from 25-1100 N·m (18-812 ft-lbs, 221-9736 in·lb), accommodating a variety of fasteners and specifications.
• Multiple Accuracy Tiers: Provides various levels of display deviation, including ±0.25% for readings from 220-1100 N·m, ±0.5% for 110-1100 N·m, and ±1% across the full 25-1100 N·m range.

Applications

These Stahlwille transducers are indispensable for professional technicians and mechanics working in automotive repair, heavy machinery maintenance, manufacturing, and quality control. They are ideal for precise torque verification during assembly, routine equipment calibration, and ensuring compliance with industry standards for tightened components. Their 3/4" square drive makes them compatible with a wide range of standard torque wrenches and testing equipment.

Specifications

• Model Number: 52100028
• Capacity: 25-1100 N·m (18-812 ft-lbs, 221-9736 in·lb)
• Drive Size: 3/4" Internal Square
• Weight: 2998 g
• Accuracy (Display Deviation):
  • ±0.25% of reading: 220-1100 N·m
  • ±0.5% of reading: 110-1100 N·m
  • ±1% of reading: 25-1100 N·m