DescriptionThe SO768090 is designed as power solid state relay with output of 24 to 510VAC 95A and input of 3.5 to 32VDC.SO768090 has six features. (1)Random solid state relay designed for high inductive loads, motors (AC-53) and phase angle control applications. (2)Back to back thyristors on outp...
SO768090: DescriptionThe SO768090 is designed as power solid state relay with output of 24 to 510VAC 95A and input of 3.5 to 32VDC.SO768090 has six features. (1)Random solid state relay designed for high indu...
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The SO768090 is designed as power solid state relay with output of 24 to 510VAC 95A and input of 3.5 to 32VDC.
SO768090 has six features. (1)Random solid state relay designed for high inductive loads, motors (AC-53) and phase angle control applications. (2)Back to back thyristors on output with TMS2 technology for a long lifetime expectancy: 24 to 510VAC 95A. (3)Voltage protection on input (transil) and output (RC+VDR ) to have a high immunity according IEC/ EN61000-4-4 & IEC/ EN61000-4-5. (4)Large control range: 3.5 to 32VDC with input current limiter. Green LED visualization on the input. (5)Designed in conformity with EN60947-4-3 (IEC947-4-3) and EN60950/VDE0805 (reinforced insulation) -UL-cUL. (6)IP20 protection by flaps on terminals. That are all the main features.
Some SO768090 control characteristics are concluded as follow. (1)Its control voltage would be min 3.5V and typ 12V and max 32V. (2)Its control current would be min 10mA and max 13mA. (3)Its release voltage would be min 2V. (4)Its input LED would be verte / green. (5)Its clamping voltage (transil) would be 36V. (6)Its input immunity: EN61000-4-4 would be 2kV. (7)Its input immunity: EN61000-4-5 would be 2KV.
Also some SO768090 output characteristics are concluded as follow. (1)Its operating voltage range would be min 24V and typ 400V and max 510V. (2)Its peak voltage (VDR clamping) would be min 1200V. (3)Its zero cross level would be random. (4)Its latching voltage would be max 10V. (5)Its nominal current would be max 110A. (6)Its non repetitive overload current would be min 1500A and typ 1700A. (7)Its on state voltage drop would be max 0.9V. (8)Its on state dynamic resistance would be max 3.5m. (9)Its off state leakage current would be max 3mA. (10)Its minimum load current would be min 5mA. (11)Its turn on time would be max 0.05ms. (12)Its turn off time would be max 10ms. (13)Its operating frequency range would be min 0.1Hz and typ 50 to 60Hz and max 400Hz. (14)Its off state dv/dt would be min 500V/us. (15)Its maximum di/dt non repetitive would be max 50A/us. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!