PUSH Electrical PS-SC03 Three Phase Secondary Current Injection Kit

PUSH Electrical PS-SC03 Three Phase Secondary Current Injection Kit

The three-phase relay test bench verifies a wide range of relays, including current, voltage, inverse time, power direction, impedance, differential, low-cycle, synchronization, frequency, DC, intermediate, and time, as well as microcomputer protection. It simulates complex transient, permanent, and conversion failures across the full set of tests.

The three-phase relay test bench verifies a wide range of relays, including current, voltage, inverse time, power direction, impedance, differential, low-cycle, synchronization, frequency, DC, intermediate, and time, as well as microcomputer protection. It simulates complex transient, permanent, and conversion failures across the full set of tests.

Product Selling Points

 

  1. 1. High-Performance Industrial Control Computer
    A high-performance industrial control computer is used as the controlling unit, enabling direct operation of the Windows operating system. A 6.4" TFT true-color LCD display, tracking ball, and an optimized keyboard are integrated on the front panel, allowing operation without an external mouse and keyboard.
  2. 2. Digital Signal Processor Microcomputer
    A high-speed digital control processor is used as the tester’s output core. The software employs 32-bit double-precision arithmetic to generate arbitrarily high-accuracy waveforms for each phase.
  3. 3. D/A Conversion and Low-Pass Filtering
    A high-precision D/A converter is used to ensure accurate output and linearity of current and voltage across the entire operating range.
  4. 4. Voltage and Current Amplifier
    For phase current and voltage, the system uses high-performance linear amplifier output mode. This allows the current and voltage sources to generate and output a wide range of waveforms—from DC waveforms to waveforms including frequency components such as square waves, composite waveforms overlapped with harmonic orders, fault transient waveforms, and more. The output waveform is clean and smooth, with minimal high-frequency radiation interference to nearby equipment. It can effectively simulate various current and voltage characteristics under short-circuit fault conditions.
  5. 5. Digital Inputs and Outputs
    The tester provides 10 channels of digital input and 8 channels of digital output.
  6. 6. Auxiliary DC Power Supply Output for Special Use
    An adjustable auxiliary DC power supply circuit is provided on the rear panel. It supports two voltage settings (110V and 220V) and can be used on-site as a test standby power supply.

 

Product Parameters

 

AC current output

Phase current output (effective value)

0~40A, Output precision: 0.2° (reference)

3-phase parallel current output (effective value)

0~120A

Long-time phase current

10A

Maximum output power of phase current

450VA

Maximum output power of 3-phase parallel current

900VA

Maximum permitted operating time of 3-phase parallel current

10 s

Frequency range (fundamental)

0~1000 Hz

Harmonic order count

0~20

DC current output

Current output

0~±10A / phase, 0~±30A / 3-phase parallel

Output precision

0.5° (reference)

AC voltage output

Phase voltage output (effective value)

0~120V, Output precision: 0.2° (reference)

Line voltage output (effective value)

0~240V

Phase voltage / line voltage output power

80VA / 100VA

Frequency range (fundamental)

0~1000 Hz

Harmonic order count

0~20

DC voltage output

Phase voltage output range

0~±160V, Output precision: 0.5° (reference)

Line voltage output range

0~±320V

Phase voltage / line voltage output power

70VA / 140VA

10-path digital input and 8-path digital output

Time measuring range

0.1 ms ~ 9999 s

Measurement accuracy

<0.1 ms

 

Video

 

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