#statusMessage#
Do you want to start the compare now?
#statusMessage#
Do you want to start the compare now?
Modern energy supply is changing: renewable energies, innovative technologies and sustainable concepts are shaping the f...
The paradigm shift towards autonomous driving can only take place if, among other things, all electronic components and ...
The NI seminars offered by the dataTec Academy stand for team spirit, seamless organization, extensive expertise, and pe...
PV systems should feed the generated energy into the supply grid with maximum efficiency - even under varying conditions...
Manufacturer number: VT8-1000
Accuracy current measurement AC/DC: | ±2,5 % / ±2,5 % |
---|---|
Accuracy voltage measurement AC/DC: | ±1 % / ±1 % |
Article number: | VT8-1000 |
Current measuring range AC/DC: | 200 A / 200 A |
Dimensions (L x W x H) (mm): | 210 x 53 x 35 |
Diode test / continuity test: | No / Yes |
Direction of rotation: | No |
Enclosure (mm): | 15.5 |
Frequency measuring range: | No |
Hold: | Yes |
Measurement method: | TRMS |
Min. / Max. Measurement: | No / No |
Model: | FLIR VT8-1000 |
Power factor: | Nein |
Power measurement (active / apparent / reactive): | No / No / No |
Resistance measuring range: | 60 MΩ |
Temperature measuring range: | No |
Voltage measuring range AC/DC: | 1000 V / 1000 V |
Weight (kg): | 0.164 |
The robust VT8-1000 current clamp is a high-quality measuring device for voltage, continuity and current. The VT8-1000 is characterized by the protection class CAT III-1000 V / CAT IV-600 V and supports the measuring ranges 200 A / 1,000 V. The FLIR VT8 series also includes the VT8-600 current probe. This is characterized by the protection class CAT III-600 V / CAT IV-300 V and supports the measuring ranges 100 A / 600 V. The measuring devices of the VT8 series are equipped with an optimized current clamp that works even in confined spaces and on thick cables . Extensive measurement functions make the devices of the VT8 series particularly versatile aids. All tasks can be done with a single device.