The ICLAMP is designed for measurements of AC currents up to 1000A with a 1000:1 step-down ratio. The current clamp offers excellent accuracy and small phase shift so it can be used for metering of power, energy and power quality applications.
Such high performance is achieved because the magnetic cores are made from high-permeability Ni-Fe alloy. The rated terminating resistance of 1 ohm must be provided by the instrument connecting to ICLAMP.
The output terminals of ICLAMP are protected with a voltage limiting circuit ensuring a safe-to-touch voltage under all rated conditions. ICLAMP is rated to CATIV 600 V, according the international standard IEC 61010.
Features
- Measures AC currents up to 1000 A with 1000:1 step-down ratio
- Rated to CAT IV 600 V
- 1 mA/1 A sensitivity with rated burden of 1 ohm
- Large jaws fit cables up to 2.05 in. (52 mm)
- Output terminals protected with voltage-limiting circuit
- Suitable for leakage currents
- May be used for metering of power, energy and power quality applications
- Compatible with models DET4TC2 and DET4TCR2 for making Attached Rod Technique (ART) measurements
- Supplied with connecting lead
Applications
- Power quality analyzers
- Oscilloscopes
- Motor testers
- Attached rod technique
- Stakeless testing
- Data loggers
- Digital multimeters
Megger 1001-012 Specifications
Step down current ratio | 1000:1 |
Sensitivity | 1 mA/A |
Max. continuous current | 1000 A at ≤500 Hz, 100 A at >500 Hz |
Frequency bandwidth | 15 Hz – 10 kHz |
Influence of crest factor | ≤6 for current up to 2000 A peak |
Influence of frequency | 30 Hz – 5 kHz ≤0.25% |
Working voltage | ≤600 V rms |
Operating temperature | -20℃ to +50℃, <85% RH |
Casing Protection | IP40 with jaws closed |
Operating altitude | 2000 m |
Operating terminals | 4 mm shrouded sockets |
Weight | 700 g |
Dimensions | 45 mm x 110 mm x 218 mm |
Included with the Megger 1001-012
- Megger 1001-012 ICLAMP AC Current Clamp for Attached Rod Technique, 1000A
Be the first to review “Megger 1001-012 ICLAMP AC Current Clamp for Attached Rod Technique, 1000A”