RS PRO Non-Contact Voltage Indicator, 230 V ac to 1000 V ac

Technical Document
Specifications
Brand
RS ProProduct Type
Non-Contact Voltage Indicator
Indicator Type
Voltage
Battery Type
AAA
Standards/Approvals
No
Power Source
Battery
Minimum Operating Temperature
-20°C
Maximum Operating Temperature
40°C
Maximum Detection Voltage
1000V ac
Length
151mm
Diameter
18 mm
Weight
50g
Hazardous Area Certification
ATEX, IECEx
Minimum Detection Voltage
230V ac
Safety Category Level
CAT III
Safety Category Voltage
1000V ac
Country of Origin
Denmark
Product details
RS Pro Volt Stick Non-Contact Voltage Detector
The Non-Contact VoltStick® is a tester for safely checking the presence of an AC voltage without making any disconnections in cables, wall sockets, fuses, circuit breakers, junction boxes etc. No current flow is needed for correct detection. Apply the plastic tip to any connection point or move it along an insulated cable. When an AC voltage is detected a red indicator in the plastic tip illuminates, as it detects the live wire through the insulation. Note that if a 3 phase machine is connected up and one of the fuses blows, the voltage is conducted back to the defective fuse the other way and a faulty indication may be given. Make sure that all machines are disconnected before testing. The VoltStick® cannot be used on socket with shielded cable.
Features and Benefits:
Voltage Range: 230 V ac - 1000 V ac
Sensitivity: Illuminates red at 4 mm distance from wire carrying 230 V ac
Power: 2 x AAA batteries (Included)
Altitude: < 2000 m
RH: 80% @ 30°C, 50% @ 40°C
Operating Temperature: -20°C to +40°C
Over Voltage: CAT III 1000 V
Weight: 50 gm
Length: 151 mm
Diameter: 18 mm
IEC61010-1 CAT III 1000 V ac
Note
Only use with GP Alkaline GN24A, LR03, Size AAA
What is a non contact voltage tester used for?
Locating breaks in cables
Detecting blown fuses inside plugs of fuse holders
Distinguishing between live and neutral wires in both single and 3 phase supply
Identifying faulty inline switches
Checking function of circuit breakers
Locating defective in-series light bulbs
Stock information temporarily unavailable.
P.O.A.
Calibration type
No Calibration
1
P.O.A.
Stock information temporarily unavailable.
Calibration type
No Calibration
1
Technical Document
Specifications
Brand
RS ProProduct Type
Non-Contact Voltage Indicator
Indicator Type
Voltage
Battery Type
AAA
Standards/Approvals
No
Power Source
Battery
Minimum Operating Temperature
-20°C
Maximum Operating Temperature
40°C
Maximum Detection Voltage
1000V ac
Length
151mm
Diameter
18 mm
Weight
50g
Hazardous Area Certification
ATEX, IECEx
Minimum Detection Voltage
230V ac
Safety Category Level
CAT III
Safety Category Voltage
1000V ac
Country of Origin
Denmark
Product details
RS Pro Volt Stick Non-Contact Voltage Detector
The Non-Contact VoltStick® is a tester for safely checking the presence of an AC voltage without making any disconnections in cables, wall sockets, fuses, circuit breakers, junction boxes etc. No current flow is needed for correct detection. Apply the plastic tip to any connection point or move it along an insulated cable. When an AC voltage is detected a red indicator in the plastic tip illuminates, as it detects the live wire through the insulation. Note that if a 3 phase machine is connected up and one of the fuses blows, the voltage is conducted back to the defective fuse the other way and a faulty indication may be given. Make sure that all machines are disconnected before testing. The VoltStick® cannot be used on socket with shielded cable.
Features and Benefits:
Voltage Range: 230 V ac - 1000 V ac
Sensitivity: Illuminates red at 4 mm distance from wire carrying 230 V ac
Power: 2 x AAA batteries (Included)
Altitude: < 2000 m
RH: 80% @ 30°C, 50% @ 40°C
Operating Temperature: -20°C to +40°C
Over Voltage: CAT III 1000 V
Weight: 50 gm
Length: 151 mm
Diameter: 18 mm
IEC61010-1 CAT III 1000 V ac
Note
Only use with GP Alkaline GN24A, LR03, Size AAA
What is a non contact voltage tester used for?
Locating breaks in cables
Detecting blown fuses inside plugs of fuse holders
Distinguishing between live and neutral wires in both single and 3 phase supply
Identifying faulty inline switches
Checking function of circuit breakers
Locating defective in-series light bulbs