Kolver KBL40/FR-PROMO Electric Screwdriver + FREE EDU1BL Controller

The new KBL mechanical clutch screwdrivers feature high-quality Swiss brushless motors, the perfect solution for clean room applications thanks to zero emissions of coal dust and other pollutants into the working environment; at the same time the precision of clutch screwdrivers guarantees an accuracy of ±7% or better. Magnetic start and clutch switches assure better results and longer life. Extremely small and lightweight for utmost operator comfort and with advanced ergonomic design, they ensure very low noise level, minimum vibrations, maximum safety (low supply voltage), lasting performance as well as maintenance free operation. Inline and automation models are already available, pistol and angle models will follow shortly. All KBL drivers come standard with ergonomically advanced ESD-safe body, 2.5 m connection cable and suspension bail. The heavy duty cables and connectors, developed for robotic applications, are made of antistatic dissipative material for a safe use in EPA environment. The absence of maintenance operations guarantees high productive continuity. All KBL screwdrivers work in combination with our new EDU1BLcontrollers but can be also used with our standard EDU1FR controllers. This option will allow existing customers to replace FAB & RAF drivers with no need to replace controllers. KBL..FR/S are equipped with innovative electronics, which processes and sends torque, error and lever signals and receives remote start and reverse input. They’re mainly indicated for automated applications (KBL..FR/CA, see dedicated page). They work with EDU1BL/SG control units (8 pin connector).

Torque Range:	7.9 to 26 in/lbs
RPM Range:	470 - 750
Weight:	1.4 lbs
Start Option:	Lever
Housing Option:	Brushless inline
ESD:	Safe
Torque Control:	Clutch controlled

Items that ship with this unit:

• Screwdriver with ESD-safe body
• 8 ft controller connection cable
• Suspension bail

NOTES: Kolver advises against using electric screwdrivers beyond 80% of their max torque range. Failure to follow this advice can lead to motor and gear set failure.Manuals