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The Pearson Electronics Clamp-on Current Monitor consists of two parts that may be separated to allow clamping around the conductor to be monitored. Three sets of plug and socket contacts are used to make electrical connections between the two parts. To avoid damage to these contacts, care should be used when separating the two parts of the current monitor. After releasing the latches, the unit will be held together by the electrical contacts. Grasp both parts of the current monitor through the center hole and pull the two parts straight apart.  Follow the instructions listed under Current Monitor Instruction Guide to make your measurement.

 

 

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Supporting Documents

Particle Accelerator
The Particle Accelerator community uses Pearson Current Monitors for a variety of applications in the area of high . . .
 
Medical Applications
The medical equipment industry uses Pearson Current Transformers in several applications. These include medical. . .
 
Power Industry
The Power Industry uses Pearson Current Transformers to measure transients in switching gear and the observation of. . .
 
EMC Industry
Pearson Clamp-on Current Probes are used to make accurate AC current measurements to meet many of the EMI standards. . .
 
Plasma Research
Pearson Current Probes are used by the Semiconductor and Semiconductor Equipment Industry to make measurements at. . .
 
Capacitive Discharge
Pearson Current Monitors are used to view faithful waveforms and make accurate current measurements from a capacitive. . .
 
Surge Current Testing
Wide Band Current Probes measure surge and in-rush currents for EMC and other industries. A typical requirement. . .
 
Lightning Discharge
Broad Band Current Transformers | Monitors are used to characterize lightning strikes at the Kennedy Space Center and leading. . .
 
Beam Instrumentation
Custom Wide Band Current Monitors are use beam tube applications with our large aperture clamp-on Current Monitors. . .