Output Options
• Solid-state relay, 0.5A @ 24VÅ (ac) min., 253VÅ (ac) max., opto-isolated, burst fire. With or without contact suppression.
• Open collector: Max. voltage 42VÎ (dc), max. current 1A.
• Switched dc signal: Min. turn-on voltage of 3VÎ (dc) into min. 500Ω load; max.On voltage not greater than 32VÎ (dc) into an infinite load, isolated.
• Electromechanical relay1, Form C, 5A @ 120/240VÅ (ac), 6A @ 28VÎ (dc), 1/8 hp. @ 120VÅ (ac) or 125VA @ 120VÅ (ac). With or without contact suppression. Off-state output impedance with RC suppression is 20kΩ.
Agreed,it won't based on a lot of stuff.the OP said:The DC supply reads the pulses but the light bulb did not light up.
KISS said:I need to apologize. I should have been paying more attention I'm used to attacking the problem from the heat end first and that's what I TRIED to do instead of analyzing what you have and what your trying to do.
Output Options
• Solid-state relay, Form A, 0.5A @ 24V~ (ac) min., 253V~ (ac) max.,
opto-isolated, burst fire switching. With or without contact
suppression. Off-state output impedance is 20kΩ with RC suppression, 31MΩ without contact suppression.
To control the "power supply", you would have wanted this kind of output for the "HEAT" Output. i.e. Max is hotter.
F = Universal process, 0-5V; (dc), 1-5V; (dc), 0-10 (dc); 0-20mA (dc), 4-20mA(dc), isolated
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