- Motor gearbox shaft rotation speed at idle at supply voltage of (13.5±0.1) V and ambient temperature of (25±10)°C, min⁻¹: 56-90
- Current consumption at the above load and rotation speed, A: 1.2-5.0
Data for checking the motor reducer of the front door electric windows (Chevrolet Niva 1)
The article was checked: Vladimir Romannikov
This article is available at russian, bulgarian, belarusian, ukrainian, serbian, croatian, romanian, polish, slovak, hungarian
Share information:
Previous articles
Niva 1: Lighting and appliances
Next articles
See similar articles on the topic of Chevrolet cars:
Replacing the front door window lift motor Chevrolet Aveo T300 (2012-2018)
Electric windows Chevrolet Captiva 1 (2006-2018)
Replacing the front door window lifter motor reducer Chevrolet Cruze 1 (2008-2016)
Wiring diagram for front door electric windows Chevrolet Lacetti 1 (2002-2009)
Removal the front door electric window mechanism Chevrolet Lanos T150 (2002-2009)
Electric window lifter motor (front doors) Chevrolet Tahoe 2 and 3 (2000-2014)
Removal and installation front door glass Chevrolet Lumina 1 (1989-1994)
Replacing the front door window lift motor Chevrolet Aveo T300 (2012-2018)
Electric windows Chevrolet Captiva 1 (2006-2018)
Replacing the front door window lifter motor reducer Chevrolet Cruze 1 (2008-2016)
Wiring diagram for front door electric windows Chevrolet Lacetti 1 (2002-2009)
Removal the front door electric window mechanism Chevrolet Lanos T150 (2002-2009)
Electric window lifter motor (front doors) Chevrolet Tahoe 2 and 3 (2000-2014)
Removal and installation front door glass Chevrolet Lumina 1 (1989-1994)
Link in different formats to this page
Visitor comments
No comments yet
- General information
- Vehicle device
- User manual
- Maintenance
- Power unit
- Engine repair
- Cooling system
- Lubrication system
- Power and exhaust system
- Transmission
- Clutch
- Car gearbox
- Transfer case
- Cardan gear
- Rear axle
- Front axle
- Chassis
- Suspension and shock absorbers
- Steering
- Brake system
- Body
- Exterior (external elements)
- Interior (internal elements)
- Ventilation and heating
- Electrical equipment
- Power devices
- Lighting and appliances
