Voltage and continuity tester eMobility 12 – 1,000 V AC, CAT IV incl. 2x AAA batteries (44319)
Suitable for eMobility
Photovoltaic suitable
12 - 1,000 V AC/1,500 V DC
CAT IV 1,000 V
One-handed testing
Rotating field measurement
Technical specifications
IP 64 protectionOperating temperature -15 °C - 40 °C
Product type
Voltage tester
Voltage (min.)
12 V AC
Voltage (max.)
1000 V AC
Length
282 mm
Factory colour
Multicolour
UKCA
yes
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 2645255 Wiha eMobility Voltage tester 12 - 1000 V AC
Description
Simplifies your work: Lighted LC-display, LED scale and signal tone for easy to read measurement results. Simplifies your work: Quick one-handed testing on mains sockets by 19 mm contact gap. Increases your flexibility: Two-pole voltage tester covers a large voltage range from 12 - 1,000 V AC, as well as 12 - 1,500 V DC. Application: To determine voltage freedom.For standard voltage testing, continuity testing and rotating field testing.Also suitable for testing hybrid and electric vehicles and photovoltaic systems.When working on live parts, de-energized voltage must be ensured before starting work. In addition to the usual activities of an electrician, this also applies for work on electric cars and electric scooters and so the bipolar voltage tester also belongs to the basic equipment of each vehicle workshop. Thanks to its large measurement range from 12 to 1,000 V AC or 1,500 V DC, as well as fulfilling the highest safety level CAT IV, the voltage tester is also suitable for testing hybrid and electric vehicles and photovoltaic systems. During a measurement, the pending voltage is indicated on a 8-stage scale owing to the illuminated LED display as well as as as effective value in the illuminated LC-display. The voltage and continuity tester also offers the option of single-pole phase testing, optical rotating field display and automatic polarity detection. In addition, it can be used for a quick one-handed test thanks to the integrated spacer. Thanks to the integrated measuring point illumination, the two-pole voltage tester is also suitable for work in poorly lit working environments. For additional safety, a low battery status is shown directly on the LC display. It is subject to the standards EN 61010-1 and EN 61243-3:2014.For applications in electrical systems EN 61010-1, EN 61243-3:2014GS certified.
This text is machine translated.
Description
Simplifies your work: Lighted LC-display, LED scale and signal tone for easy to read measurement results. Simplifies your work: Quick one-handed testing on mains sockets by 19 mm contact gap. Increases your flexibility: Two-pole voltage tester covers a large voltage range from 12 - 1,000 V AC, as well as 12 - 1,500 V DC. Application: To determine voltage freedom.For standard voltage testing, continuity testing and rotating field testing.Also suitable for testing hybrid and electric vehicles and photovoltaic systems.When working on live parts, de-energized voltage must be ensured before starting work. In addition to the usual activities of an electrician, this also applies for work on electric cars and electric scooters and so the bipolar voltage tester also belongs to the basic equipment of each vehicle workshop. Thanks to its large measurement range from 12 to 1,000 V AC or 1,500 V DC, as well as fulfilling the highest safety level CAT IV, the voltage tester is also suitable for testing hybrid and electric vehicles and photovoltaic systems. During a measurement, the pending voltage is indicated on a 8-stage scale owing to the illuminated LED display as well as as as effective value in the illuminated LC-display. The voltage and continuity tester also offers the option of single-pole phase testing, optical rotating field display and automatic polarity detection. In addition, it can be used for a quick one-handed test thanks to the integrated spacer. Thanks to the integrated measuring point illumination, the two-pole voltage tester is also suitable for work in poorly lit working environments. For additional safety, a low battery status is shown directly on the LC display. It is subject to the standards EN 61010-1 and EN 61243-3:2014.For applications in electrical systems EN 61010-1, EN 61243-3:2014GS certified.
This text is machine translated.
Accessories
(*All information is plus legal VAT)
The necessary accessories are required to use the article as described.