WooCommerce Themes

Need help? Call us:

+1 (833) 763-7837

Please, enable Compare.
Please, enable Wishlist.
Menu Categories

Phenix Technologies HC2 Portable High Current Test Set (2000A max output)

Brand:
Please, activate Wishlist option to use this widget.
Please, activate Compare option to use this widget.
24 people are viewing this product right now

$13,893.00

Shipping calculated at checkout.
or
Add to quote
Estimated delivery:3 days

Portable High Current Test Set (2000A max output) (120V)

  • Built for field or shop use
  • Combines a variable high current output with appropriate controls and instrumentation
  • Ideal for testing thermal, magnetic and solid-state motor overload relays as well as molded-case circuit breakers and ground fault trip devices
  • Provides a short duration output of 2000 amps through a typical 150 ampere molded-case circuitbreaker when an instataneous trip element must be tested
  • Unique auto-sensing feature makes these testers easy to operate
  • Sensing leads, which operate on either normally-open or normally-closed devices, are connected to the test object
  • Output current level can be easily pre-set
  • When the output is initiated the pre-set output current locks on and the timer starts
  • When the test set senses a change in state of the test object (NO to NC or NC to NO), the current shuts off and the timer stops
  • Memory feature of the current meter holds the peak current value until reset by operator
  • Made in the USA
Pay safely with Visa Pay safely with Master Card Pay safely with PayPal Pay safely with Maestro Tooltip text
Guarantee Safe and Secure Payment Checkout

Description

These High Current Test Sets are built for field or shop use. Designed using the latest technology; these units combine a variable high current output with the appropriate controls and instrumentation. The test set is ideal for testing thermal, magnetic, and solid-state motor overload relays as well as molded-case circuit breakers and ground fault trip devices. They can also be used in many other applications requiring a high current source.

The HC2 is capable of a 2000 amp instantaneous output. Sufficient current is available for testing the time delay characteristics of motor overload relays and molded case circuit breakers.

The unique auto-sensing feature makes these testers easy to operate. Sensing leads, which operate on either normally-open or normally-closed devices, are connected to the test object. The output current level can be easily pre-set. When the output is initiated, the pre-set output current locks on and the timer starts. When the test set senses a change in state of the test object (NO to NC or NC to NO), the current shuts off and the timer stops. For instantaneous trip tests, the memory feature of the current meter holds the peak current value until reset by the operator.

Control Panel Layout.

  1. Current Meter
  2. Current Memory/Continous Mode Selector Switch
  3. Timer
  4. Cycles/Seconds Mode Selector
  5. Sensing Selector Switch
  6. External Sensing Lead Jacks
  7. Output Terminations
  8. Fuse Protection
  9. Power ON/OFF Switch
  10. Jog Switch
  11. High Current OFF
  12. High Current ON
  13. Trip Indicator/Reset Switch
  14. Raise Current Dial
  15. Current Range Selector
  16. Cable Storage Area

 

Back to Top

Product General Attributes

Warranty1 YEARS
Product Height21.00 IN
Product Length18.00 IN
Product Width24.00 IN
Country of OriginUnited States
Shipping Height21.00 IN
Shipping Length18.00 IN
Shipping Width24.00 IN

Reviews

There are no reviews yet.

Be the first to review “Phenix Technologies HC2 Portable High Current Test Set (2000A max output)”
Dimensions18 × 24 × 21 in
Phenix Technologies HC2 Portab...

$13,893.00

Our team of knowledgeable professionals is here to help you make informed decisions. Whether you need product recommendations, technical support, or guidance on your purchase, we're just a click away.

Contact Us Now:
📧 sales@nestesinstruments.com
📞 +1 (833) 763-7837


Let us assist you in finding the perfect solution!
Have Questions? Ask an Expert!