Checking the integrity of the circuit (Chevrolet Orlando 1)
The integrity of the circuit is checked using a multimeter in ohmmeter or continuity mode. The multimeter leads are connected to the ends of the circuit being tested. If the circuit is intact, the multimeter will emit a beep in the continuity test mode (see the multimeter operating instructions). In ohmmeter mode, if the circuit is intact, the resistance will be minimal, and if there is an open circuit, the resistance will be very high (strive for infinity).
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
Orlando 1: Equipment and devices
Next articles
See similar articles on the topic of Chevrolet cars:
Checking the brake system Chevrolet Aveo T300 (2012-2018)
Checking the integrity of the sensor and diagnostic module (SDM) Chevrolet Captiva 1 (2006-2018)
Checking the wheels Chevrolet Cruze 1 (2008-2016)
Checking the condition of wheels and tires Chevrolet Lacetti 1 (2002-2009)
Checking the starter circuit Chevrolet Lanos T150 (2002-2009)
Checking the engine on a car after repair Chevrolet Niva 1 (2002-2016)
Checking the engine compartment Chevrolet Tahoe 1 (1992-2000)
Checking the brake system Chevrolet Aveo T300 (2012-2018)
Checking the integrity of the sensor and diagnostic module (SDM) Chevrolet Captiva 1 (2006-2018)
Checking the wheels Chevrolet Cruze 1 (2008-2016)
Checking the condition of wheels and tires Chevrolet Lacetti 1 (2002-2009)
Checking the starter circuit Chevrolet Lanos T150 (2002-2009)
Checking the engine on a car after repair Chevrolet Niva 1 (2002-2016)
Checking the engine compartment Chevrolet Tahoe 1 (1992-2000)
Link in different formats to this page
Visitor comments
No comments yet
- General information
- Introduction to manual
- User manual
- Maintenance
- Troubleshooting
- Power unit
- Engine repair
- Fuel and control system
- Cooling and lubrication system
- Ignition system
- Transmission
- Clutch
- Gearbox
- Drive shafts
- Chassis
- Car suspension
- Steering
- Brake system
- Body
- Exterior (external elements)
- Doors, locks and windows
- Electrical equipment
- Equipment and devices
- Windscreen wipers
- Power devices
- Electrical diagrams
- General information
- User manual
- Troubleshooting
- Maintenance
- Power unit
- Engine in a car
- Engine overhaul
- Cooling and heating
- Fuel and exhaust system
- Engine electrical equipment
- Engine control
- Transmission
- Automatic gearbox
- Transfer case
- Drive shafts and cardan
- Chassis
- Brake system
- Car suspension
- Steering
- Body
- Exterior (external elements)
- Interior (internal elements)
- Doors, locks and windows
- Electrical equipment
- Equipment and devices
- Electrical circuits
- General information
- Maintenance
- Power unit
- Engine 3.1L V6
- Engine 3.8L V6
- Engine overhaul
- Cooling system
- Power and exhaust system
- Fuel injection
- Engine electrical equipment
- Reduced exhaust gas toxicity
- Transmission
- Automatic gearbox
- Drive shafts
- Chassis
- Brake system
- Car suspension
- Steering
- Body
- Heating and air conditioning
- Repair of body elements
- Doors, covers and windows
- Interior (internal elements)
- Electrical equipment
- Equipment and devices
- Electrical circuits
