Straight Type Pneumatic Torque Wrench

The Pneumatic Torque Wrench is engineered with a highperformance,lightweight Japan-made air motor that delivers superior speed and durability compared to conventional air motors. It functions as a fully adjustable nut runner, providing a reliable and efficient solution for tightening and loosening heavy-duty nuts. The non-impact mechanism ensures smooth, continuous torque delivery, eliminating harmful hammering and reducing wear on components.

Technical Specifications:

Torque Range : 100-10000 Nm.

Square Drive : 3/4 - 1 1/2 inch.

Gear Diagram : 60-120 mm.

Weight : 4-20 kg.

Accuracy : ±4%

Material : Aluminium

Diagram Of Straight Type Pneumatic Torque Wrench

Applications:

  •    Pipeline construction and maintenance.
  •    Oil and gas refineries.
  •    Power generation plants.
  •    Mining & heavy equipment maintenance.
  •    Pressure vessels and heat exchangers.
  •    Flange bolting operations.
  •    Cranes and industrial machinery.

Key Features:

Durable, lightweight, and faster than conventional air motors.

Reliable for tightening and loosening heavy-duty nuts with precise torque.

Delivers controlled torque without hammering, reducing vibration & component wear.

Reduces operator fatigue and increases productivity during prolonged use.

Stall-type mechanism ensures stable torque with repeatability better than ±2%.

Allows torque adjustment in 10 Nm increments for improved precision.

Accurate up to ±1% with built-in transducer for critical bolting applications.

Lightweight and designed for operator comfort, safety, and ease of handling.

Product Specifications:

  • Technical Data
TYPE Torque (Nm) Square Drive
min-max
Gear diam.
(mm) D
Height
(mm) H
Weight
(kgs)
No-load
speed
TPT-80 40-880 3/4" & 1" 88 360 6 19
TPT-120 40-1200 1" 88 360 7 19
TPT-250 70-2500 1" 88 410 7 7,5
TPT-400 70-4000 1 1/2" 88 410 8 7,5
TPT-500 100-5000 1 1/2" 88 460 9 2
TPT-600 400-6000 1 1/2" 130 420 12 2,8
TPT-1000 450-10000 1 1/2" 130 460 16 1,8
TPT-1200 600-12000 1 1/2" 175 175 18 1,8