United Automation A34462, Three Phase Firing Board 500 mA

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TWD18,788.00

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TWD19,727.40

(含稅)

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RS庫存編號:
748-0844
製造零件編號:
A34462
製造商:
United Automation
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品牌

United Automation

Product Type

Three Phase Firing Board

Thyristor Type

TRIAC

Mount Type

Surface

Maximum Gate Trigger Current Igt

500mA

Minimum Operating Temperature

0°C

Maximum Gate Trigger Voltage Vgt

9V

Maximum Operating Temperature

65°C

Standards/Approvals

CE, REACH, UKCA, RoHS 2002/95/EC

Series

FC36MV

Automotive Standard

No

COO (Country of Origin):
GB

Dual Mode Firing Circuit & Power Module, FC36MV (400V)


A three phase microprocessor based firing circuit is a populated printed circuit board primarily designed for incorporating into three phase power control assemblies for the control of thyristors (SCR’s). The unit is available in various supply voltage capabilities. Phase wiring installation is kept to a minimum, with simple gate/cathode outputs and no necessity for external phasing supply transformers.

Auto Phase Rotation correction & Phase-Loss detection

Switch selectable phasing reversal

Control type: Phase angle, Burst fire, or Phase angle and Burst fire combination

Analogue or digital input signal control options (opto isolated)

Load type selection switch, for resistive or inductive applications

Output status LED indication

Current limit facility, switch selectable with LED indication

Over current latching trip to 120% of maximum, with LED indication

Adjustable ramp control 0 to 30 seconds

Applications are universally acceptable for AC, DC, resistive or most inductive loads via thyristor pairs on three phase assemblies

SCR Power handling gives smooth proportional control to all types of industrial processes which includes furnaces, electroplating, controlled rectifiers and transformers

The number of complete mains cycles during fixed repeating periods (typically 1 to 10 seconds) is varied, thus altering the duty cycle or on-/off-time ratio. Trigger pulses coincide with the zero-crossing times of the mains supply thus ensuring no RFI is produced when using resistive loads.

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