Efficient time delay relay circuits for High-Risk Applications
Reliable time delay relay circuits Designs for Commercial and Industrial Applications
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- Features: Panel mounted, advanced pre-setting one week before, digital electronic timer switch with daily programs, repeat programs with 17 on/off setting and manual over-ride, auto timer error correction ± 30 sec, weekly. The program timer can automatically switch on and switch off various kinds of electric equipment according to fixed time. Used widely to control the lamp, water heater, sprayer, bottler, preheater, agriculture facilities, broadcasting equipment, home appliance, etc.
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Hank102938 asked How can a circuit be activated by a brief current?
A momentary N.O. push switch which is quickly pressed (again for about a half second) by a force. How can the brief signal from from the switch make current flow through Nichrome wire for about 5-10 seconds. The intention is for the Nichrome to get fairly hot. Is this possible using only a power supply, resistors, relays, capacitors, and switches?
And got the following answer:
Sure it can be done, but one question, is this something that you actually want to do, or is it a hypothetical question (e.g a homework question)? The first part of getting a circuit to stay on after a brief pulse is easy if one uses a relay. Wire the momentary N.O. switch to turn on the relay, and wire a N.O. contact from the relay in parallel with the momentary switch. Then when the switch is pressed the relay will operate and the relay contact will keep it on even when the momentary switch is released. Now the problem is how to get it to release in 5 to 10 seconds. For a real application I'd recommend an electronic timer, but if you want to stick with passive components I can think of a couple of options off hand. One would be to put a a fairly large vlaue capacitor in series with the relay coil (which would have to be fiarly high resistance) while the capacitor is charging the relay will be activated, but once it is charged the current will fall and the relay will deactivate. The problem here is getting a 5 to 10 second delay, 5 to 10 milliseconds would be easy (though that is a bit short for a mecanical relay) but the longer value could require a rather large capacitor. Another posibility is to use what is sometimes called a current relay (sometimes used for starting certian motors) , and put its coil in serires with the nicrome wire, as the nicrome heats its resitance increases and the current falls, and if if you could get just the right compnent values the relay could drop out once the nicrome is hot, but getting just the right values might be a problem.
The time delay relay circuits work really well with various applications which are specific to power distribution and protection. The relays come with wide adjustment ranges with a scale that is easy to study either in 3 or 4 digits according to the model. These time delay relay circuits help in escalating the flexibility on the applications, lower the general energy and upkeep fees. There are actually relays that are used for basic purposes which come in reliable styles with speedy replacement choices. And there are models which are employed for industrial applications and heavier duty applications that perform on significant loads. These solutions are created to meet the lifetime industrial manage demands of your applications.
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