0.1uF + 100 ohms is the standard values to use. You dont say what the load is, there's a fair difference between resistive aqnd inductive loads. If its resistive I'd go with the usual values.
0.22uF + 47 ohms will also work, and may work better if the load's inductive, but it will also leak more current when the relay's off, and increase the peak current on closing for the relay contacts by about 5A. You'd need to spec your relay to cope with this if you want it to last.
Either suppressor wll leave the switched live permanently live enough to deliver a serious shock.
Tabby, the load is 2.4kw kettle element on some relays and on others this pump-
formatting link
have emailed the company and am waiting for them to get back to me regarding the power consumption and inrush....
steve
0.1uF + 100 ohms is the standard values to use. You dont say what the load is, there's a fair difference between resistive aqnd inductive loads. If its resistive I'd go with the usual values.
0.22uF + 47 ohms will also work, and may work better if the load's inductive, but it will also leak more current when the relay's off, and increase the peak current on closing for the relay contacts by about 5A. You'd need to spec your relay to cope with this if you want it to last.
Either suppressor wll leave the switched live permanently live enough to deliver a serious shock.
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