On-Off power switch 30 A Circuit Breaker Inlet - NEMA L5-30 Outlets – NEMA L5-30R Test Tap:

On-Off power switch 15 A Circuit Breaker Inlet - IEC C14 for use with any cordset Outlets – (8) IEC C13 Test Tap:

On-Off power switch 20 A Circuit Breaker Inlet - NEMA L6-20 Outlets – NEMA L6-20R   Test Tap:

15’ Flexible Power Cord IEC C13 / C14 Connectors Test Tap: 3ft. (2) fork terminals (current)

On-Off power switch 30 A Circuit Breaker Inlet - NEMA L6-30 Outlets – NEMA L6-30R Test Tap:

Simulator to reproduce various transient surge phenomena which are generated in a vehicle and required in the international standard ISO-7637-2 (2004) Standard, and evaluate the immune resistibility of the equipped electronics devices against the surge. ISO 7637-2 (2004) Standard compliant simulator Correspondent to the test for 12V/24V/42V systems in a vehicle

Electrical fast transients (EFT), such as switching transients originating from inductive load interruption, relay contact bounce, etc., are one of the main causes of equipment malfunctions. Because they can occur anywhere interfering with circuits primarily via mains and interconnection cables.

Reproduces transient voltage surge phenomena generated in a vehicle and evaluates the immune resistibility of DUT against the surge. The output waveforms are five as high-repeating pulse, giant pulse, field decay pulse, trapezoidal waveform + high-repeating pulse and high repeating pulse + giant pulse.

This model is for carrying out a high pressure noise test of individual automotive manufacturers' demands. It simulates representative high voltage noise of HV and EV. Single-phase 3 wire AC85 - 240V16A 50/60Hz DC125V16A Pulse: ~ 500V 50kHz (option)

Noiseken simulators to reproduce fast rise-up noises which are generated when switching ON / OFF electric current on the inductive load. Since the pulse includes broadband frequency and its rise-up time is fast at 3ns or less, it can make the noise coupling dense and effective to reproduce the malfunctions of electronics equipment under the test.

The system detects position of the magnetic field sensor on the basis of the image on the camera first of all and then, recognizes strength of the signal that is measured by the sensor upon frequency analysis of the signal almost simultaneously. Finally, visualization of the strength level in composition with the real image of the measured object can be realized on screen of PC in form of heat map in colors.