Lindstrom Torque Screwdriver 50-450NCM

The Lindström MA500-3A is a high-precision, micro-adjustable torque screwdriver designed for heavy-duty yet delicate fastening tasks. Featuring an ESD-safe build and a user-friendly window scale, it delivers repeatable, accurate torque control. Enhanced with a cam-over torque-limiting clutch and ergonomic design, it is ideal for electronics, laboratory, and industrial applications requiring precise torque calibration.

Features:
*Adjustable torque range from 90 to 450 cN·m, set via an easy-to-read window scale.
*Over-torque limiting (cam-over) clutch provides protection and repeatability.
*Torque is measured clockwise only; reverse rotation does not affect internal mechanism.
*±6% accuracy when used clockwise, ensuring consistent performance.
*Tactile and audible click signals when torque threshold is reached.
*¼" hex spring-loaded bit holder, non-magnetic and ESD-safe to protect sensitive components.
*Ergonomic all-metal three-lobe handle with non-slip grip for comfort and control.
*Supplied in a protective semi-transparent tube with a factory declaration of conformity to international standards.
*Conforms to ISO 6789 and IEC 61340-5-1 (ESD safe) requirements.

Specifications:
*Manufacturer: Lindström
*Part Number: MA500-3A
*SKU: LINMA500-3A
*Torque Range: 90-450 cN·m (approx. 5-40 lbf·in)
*Drive Type: ¼" hex, non-magnetic, spring-loaded bit holder
*Overall Length: 171 mm (6.73 in)
*Width: 32 mm (1.26 in)
*Height: 18.2 mm (0.72 in)
*Tip/Head Width: 9.6 mm (0.38 in)
*Weight: 308 g
*Accuracy: ±6% (clockwise operation)
*Standards & Compliance: ISO 6789, IEC 61340-5-1 (ESD safe)

Uses:
*Electronics Assembly & Repair: Precise torque for delicate PCBs and components while preventing electrostatic damage.
*Manufacturing & Production Line Tasks: Reliable torque in high-volume or repetitive fastening operations.
*Optics, Medical, and Laboratory Equipment: Controlled fastening for sensitive or precision instruments.
*Quality Assurance & Calibration Work: Ideal for environments that demand accurate and repeatable torque application.