FLIR VP52-2™ Non Contact Voltage Detector, 24V ac to 1000V ac

RS Stock No.:: 201-6981
Mfr. Part No.:: VP52-2
Manufacturer:: FLIR

FLIR VP52-2™ Non Contact Voltage Detector, 24V ac to 1000V ac

Price Each**

€41.00

(exc. VAT)

€50.43

(inc. VAT)

17 In stock for delivery within 2 working days*

* Delivery dates may change based on your chosen quantity and delivery address.

Units	Per unit
1 +	€41.00

**price indicative

Calibration Options:

FLIR VP52-2™ Non Contact Voltage Detector, 24V ac to 1000V ac With RS Calibration

Calibration Type:: RSCAL

RS Stock No.: 201-6988

Each

€175.00

(exc. VAT)

€215.25

(inc. VAT)

FLIR VP52-2™ Non Contact Voltage Detector, 24V ac to 1000V ac With UKAS Calibration

Calibration Type:: UKAS

RS Stock No.: 202-0896

Each

€195.00

(exc. VAT)

€239.85

(inc. VAT)

RS Stock No.:: 201-6981
Mfr. Part No.:: VP52-2
Manufacturer:: FLIR

FLIR Non Contact Voltage Detector, 1000 V AC Maximum Detection Voltage, 24 V AC Minimum Detection Voltage - VP52-2

This durable FLIR non-contact voltage detector, is designed to provide reliable voltage detection in various scenarios. With features such as light, vibration, and beeper feedback alarms, as well as a powerful LED flashlight, this tool is essential for professionals working in the field of electrical troubleshooting and verification. The ergonomic design and drop-tested construction make it a suitable choice for use in residential, commercial, and industrial settings.

Features & Benefits

• Non-contact voltage detection technology
• Triple alarm system with tactile vibration, sound, and LED alarms
• LED flashlight for clear visibility in dark areas
• Low-profile probe tip for precise detection
• CAT IV 1000 V rating for maximum safety
• Long battery life with auto power off feature

Applications

• Checking live circuits before starting work
• Detecting voltage on exposed conducting parts or through insulation
• Identifying live wires within switchboxes, switches, and outlets
• Tracing live wires and mapping circuits

Can the voltage detector detect voltage in both large industrial facilities and residential settings?

Yes, the voltage detector is designed to detect voltage in various environments, from industrial facilities to residential installations.

Will the audible tone detection feature of it help in identifying live wires accurately?

The audible tone detection feature of it ensures precise identification of live wires within switchboxes, switches, and outlets.

Is the it suitable for professionals performing field troubleshooting and verification of electrical installations?

Yes, it is specifically designed for professionals in the field of electrical troubleshooting and verification, offering durable and reliable performance.

Can it withstand accidental drops during use?

Yes, it is drop-tested to withstand a 3-metre drop, ensuring durability and longevity in various working conditions.

How does it help in reducing the risk of accidental touching live wires?

The non-contact voltage detection technology of it ensures that users can avoid touching live wires, enhancing safety during electrical work.

Attribute	Value
Indicator Type	Voltage
Battery Type	AAA
Audible Tone	Yes
ATEX Approval	No
Power Source	Battery
Safety Category	CAT IV 1000V
Dimensions	158.5 x 26 x 29mm
Weight	59g
Height	29mm
Length	158.5mm
Maximum Detection Voltage	1000V ac
Minimum Detection Voltage	24V ac
Maximum Operating Temperature	+50°C
Width	26mm
Minimum Operating Temperature	-10°C
Safety Category Level	CAT IV
Safety Category Voltage	1000V
Model Number p	VP52-2™

FLIR VP52-2™ Non Contact Voltage Detector, 24V ac to 1000V ac

Calibration Options:

FLIR Non Contact Voltage Detector, 1000 V AC Maximum Detection Voltage, 24 V AC Minimum Detection Voltage - VP52-2

Features & Benefits

Applications

Can the voltage detector detect voltage in both large industrial facilities and residential settings?

Will the audible tone detection feature of it help in identifying live wires accurately?

Is the it suitable for professionals performing field troubleshooting and verification of electrical installations?

Can it withstand accidental drops during use?

How does it help in reducing the risk of accidental touching live wires?

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