ISA Secondary Current Injection Test Set T/1000

A secondary current injection test set that has more to offer than just a variable current and voltage output. The ISA T/1000 enables the user to vary the phase angle of the output by 0-360o, allowing tests to be carried out on a more in-depth array of relays and with the added feature of being able to synchronise with up to 2 other Test Sets, the scope of testing is increased even more. Able to deliver up to 250 Amps, the T/1000 is a powerful tool in the hands of the engineer and can test more thermal overloads than the standard Secondary Current Injection Test Set. With three separate generators, the operator has the ability to inject a current with varying phase angle, and a voltage up to 250 volts at a variable frequency from 40-500 Hz. A timer facility allows for timing of contact closure/opening either via a clean contact or a contact under voltage. Automatic reclosers can be tested with a maximum number of reclosing commands of 99

ESS Code: HRPH.18

• Current Injection up to 250 Amps 
• Voltage Injection up to 250 Volts AC or 300 Volts DC
• Auxiliary AC and DC outputs
• Phase shifting of the auxiliary AC output
• Ability to vary the frequency of the auxiliary Voltage output from 40 to 500 Hz
• Up to 3 T/1000 Testers can be synchronised together enabling even more Tests to be carried out
• Timing facility for stop/start for both make or break contact closure on volt free or wet contacts
• Cycle range to test reclosers, with up to 99 number of reclosing commands
   

Current Range:
Up to 100 Amps AC (up to 250 Amps for 1 minute)
Voltage Range:
Up to 250 VAC or 300 VDC, Auxiliary voltage of 250 VAC, 240 VDC
Phase Shift & Frequency adjust:
0-360oPhase Shift and 40-500Hz Frequency variation
Dimensions:
380 x 300 x 240 mm
Weight:
19 Kgs
Power Supply:
Mains supply 230 V +/- 15% 50-60Hz
 

• Test Set
• Hard Carry case
• Calibration Certificate
• User manual
   

Lead time: 1 days

Delivery and Collection charges will be displayed in the basket at checkout stage and will vary depending upon your location and transport method applied.