CP7782TL Series - Impact Wrenches
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
CP7782TL-6 product photo
Designed for heavy tire changing applications with its torque limited in forward of 370 ft.lbs / 500 Nm and its maximum torque in reverse of 1,920 ft.lbs / 2,600Nm, the 1" impact wrench CP7782TL series limits the risk of over tightening during the tightening phase, while at the same time being very powerful once nuts or bolts have to be removed. In addition, the pinless closed reinforced rocking dog impact mechanism and metal housing offer high durability.
Warning

This product can expose you to chemicals including lead, which is known to the state of California to cause cancer and birth defects or other reproductive harm. For more information go to http://www.P65warnings.ca.gov.

Technical Specifications

Design & Functions
Impact mecanism
Pinless rocking dog
Uncertainty vibration-K
5.9 ft/s²
Vibration (m/s²)
7.8
Torque Control System
Non shut-off-stall
Output drive type
Sq
Clutch housing
Steel
Handle type
D-handle
Torque limited
Yes
Clutch lubrication type
Grease
Output retainer type
Dual
Side handle
Yes
Starting system
Trigger
Output drive size (in)
1
Blow per minute
500
Body
Aluminum
Air inlet thread size (in)
1/2

CP7782TL-6

8941 0778 27
1"PNEUMATIC IMPACT WRENCH - TORQUE LIMITED
dimention
Dimensions 58 x 16 x 22 cm
weight
Weight 13 kg

Benefits

Torque limited in forward (370 ft.lb/500 Nm) to limit the risk of over tightening, max torque in reverse (1,920 ft.lbs/2,600 Nm)
Metal housing and pinless closed reinforced rocking dog impact mechanism for high durability
Regulator integrated in forward/reverse, knob with 3 positions, power setting in both directions for improved comfort in use
Integrated protective cover on the clutch housing protects both applications & tool
Low vibration for improved operational comfort