Ingersoll Rand QS1P05S3D Inline Air Screwdriver | 500 RPM | 2.7 - 47.8 (In-lbs) Torque Range | Adjustable Shut-Off Clutch

When assembly joints call for slower fastener engagement and greater torque capability than higher-speed QS1 configurations, the Ingersoll Rand QS1P05S3D Inline Air Screwdriver combines 500 RPM free speed with a 2.7 to 47.8 in-lb torque range and an adjustable shut-off clutch. The inline body keeps the tool aligned with the fastener axis for straight-access production work, while the shut-off clutch (a torque-control mechanism that automatically stops the fastening cycle at the preset setting) supports controlled tightening on compatible assembly joints.

The Ingersoll Rand QS1P05S3D provides lower-speed rundown with higher maximum torque capability than the supplied 1,000 RPM and 1,500 RPM QS1P S3D configurations. Its 500 RPM operation supports deliberate fastener engagement where cycle speed is secondary to torque capability and process control. The adjustable clutch allows output to be matched to the fastening requirements within the specified range, but final torque should be validated on the actual production joint whenever the tool setting, fastener, bit, component material, or air-supply conditions change.

Type: Inline Air Screwdriver | Model: QS1P05S3D | Configuration: Inline | Free Speed: 500 RPM | Torque Range: 2.7 - 47.8 in-lbs | Clutch Type: Adjustable Shut-Off

Features: 500 RPM free speed supports deliberate fastener rundown in repetitive pneumatic assembly operations. 2.7 to 47.8 in-lb torque range provides adjustable output for compatible fastening applications. Adjustable shut-off clutch automatically stops the fastening cycle when the preset torque setting is reached. Inline configuration keeps the screwdriver aligned with the fastener axis for direct-access assembly positions. Lower-speed configuration provides greater maximum torque capability than the supplied 1,000 RPM and 1,500 RPM QS1P S3D models. Automatic shut-off helps limit overtightening when the clutch is correctly adjusted and validated on the actual production joint. Pneumatic operation supports repeated fastening cycles at workstations supplied with clean, regulated compressed air. Made in USA:

Applications:

• Appliance manufacturing — tightening compatible fasteners in frames, housings, brackets, panels, and mechanical subassemblies.
• Automotive component production — completing controlled screwdriving operations on interior, electrical, and light mechanical assemblies.
• Electrical equipment assembly — fastening components in cabinets, enclosures, control assemblies, and related equipment.
• General manufacturing — handling repetitive fastening processes where slower 500 RPM rundown and higher torque capability match the joint requirements.
• Production workstations — supporting repeated tightening cycles that benefit from adjustable torque control and automatic cycle termination.

FAQs:

• Q: What does the adjustable shut-off clutch do on the QS1P05S3D?
  A: The clutch automatically stops the screwdriver when the preset torque setting is reached. This supports repeatable fastening and helps limit overtightening when the tool is properly adjusted and verified on the production joint.
• Q: What torque range does the Ingersoll Rand QS1P05S3D provide?
  A: The specified torque range is 2.7 to 47.8 in-lbs. Select the clutch setting according to the fastener, component material, joint condition, and assembly specification, then validate the final fastening result under actual production conditions.
• Q: How does the QS1P05S3D compare with the QS1P10S3D?
  A: The QS1P05S3D operates at 500 RPM with a torque range of 2.7 to 47.8 in-lbs, while the QS1P10S3D operates at 1,000 RPM with a torque range of 2.7 to 39.8 in-lbs. The QS1P05S3D provides slower rundown with higher maximum torque capability.
• Q: When should I choose a 500 RPM screwdriver instead of a faster QS1 model?
  A: The 500 RPM configuration suits compatible joints where deliberate fastener engagement and higher torque capability are more important than maximum rundown speed. Faster configurations can shorten cycle time when the application requires less maximum torque.
• Q: Does automatic shut-off guarantee identical torque on every fastener?
  A: No. Final torque can vary with joint characteristics, fastener condition, bit fit, component material, air supply, and clutch adjustment. Verify fastening results on the actual production joint and recheck the process whenever operating conditions change.

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For help selecting the correct Ingersoll Rand Screwdrivers for your assembly application, call (800) 608-5210 or email info@intlairtool.com