Powerful solid state relay electronic circuits for High-Risk Applications
Reliable solid state relay electronic circuits Designs for Commercial and Industrial Applications
CHINA – ?¡ãAny Electronics?¡À proudly presents their entire range of solid state relay electronic circuits . They provide a full set of solid state relay electronic circuits goods and also other interrelated merchandise. These units are seen in diverse applications like industrial applications, industrial control circuits along with OEM Panels. These devices come with outstanding precision and repeatability. The standard solid state relay electronic circuits which can be designed today demand extremely tiny panel space.
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Omron G3MC-101PL DC12 Thin-Profile Solid State Relay, Snubber Circuit, Phototriac Coupler Isolation, 1 A Rated Load Current, 100 to 120 VAC Rated Load Voltage, 12 VDC Input Voltage
This Omron G3MC-101PL DC12 thin-profile solid state relay has a built-in snubber circuit, phototriac coupler isolation, and is suitable for high-speed switching for low current applications. It has a load rating of 100 to 120VAC at 1 amp, and input of 12VDC. This relay has a thin profile and a small base for saving space when mounting onto a printed circuit board (PCB). It has a built-in snubber circuit to suppress a rapid increase in voltage, and a phototriac coupler component that isolates the input and output signals by transferring the input signal using light, preventing high voltages from affecting the signal. This relay has a monoblock, or all-in-one, frame that incorporates a PCB, terminals and a heat sink. A heat sink is an attached component that cools the relay by passively dissipating heat into the surrounding air. This thin-profile, solid state relay is suitable for use in low current, high-speed switching applications and compact PCB mounting installations.
|Load Rating||100 to 120VAC, 1 amp|
|Operating Temperature||-30 to +80 degrees C|
|Enclosure Dimensions*||13.5 x 4.5 x 24.5mm (H x W x D)|
|Standards Met||UL (Underwriter's Laboratories)|
CSA (Canadian Standards Association)
*H is height, the vertical distance from the lowest to highest point; W is width, the horizontal distance from left to right; D is depth, the horizontal distance from front to back.
Relay switches (also called an electrical relay or an electrical relay switch) use a small amount of power to control a larger source of power connected to electrical devices such as car motors, computers, and lighting installations. A basic relay switch has a control circuit with an electromagnetic coil and a load circuit with contacts and a lever. When current flows into the relay switch, it moves through the coil and a magnetic field is created, which causes the lever in the load circuit to move between contacts, either turning the device on or off. In a normally open (NO) relay switch, when power is supplied to the relay, the load circuit is closed and the power source connected to the relay is turned on. In a normally closed (NC) relay switch, when power is supplied to the relay, the load circuit is open and the power source connected to the relay is turned off. In other types of relay switches, non-moving parts such as transistors or semiconductors can be used as the control circuit to operate the switching mechanism. Relay switches can be controlled with an external switch, such as a light switch, or they can be connected to an automatically switched power source, such as a car ignition. One relay can operate multiple switches, and multiple relays can be operated with a single switch, with each relay operating independently from the other relays in the system.
Omron manufactures and distributes electronic components, equipment, and systems for industrial automation. The company, founded in 1933, is headquartered in Kyoto, Japan.
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stargazergurl22 asked How does voltage-current surge and/or magnetic flux affect an electronic timer?
You know, those 2" by 2" by 3/4" (WAGNER hockey puck) adjustable solid state timers? Sorry, I'm not much on electronic theory. Are they susceptable to voltage/current surge? Magnetic flux? Will that screw them up so they might instantly reset or infinite time out? I've got one in my furnace circuit, and I think that when the high voltage transformer for spark is energized it messes with the timer (and I end up having to get them replaced every so often as they intermittantly fail). Thanx!
And got the following answer:
This is quite possible, as a coil of wire (your transformer) will have a negative current (reverse of its original direction) flowing through it after a voltage is applied and then removed. This creates a high voltage which can damage the circuit. This typically taken care of (in relays - another device that is basically a coil of wire) with a suppressor diode. This diode will give a place for the current to go, instead of damaging your circuit with high voltage.
The solid state relay electronic circuits perform very well with distinctive applications which can be precise to power distribution and protection. The relays come with wide adjustment ranges with a scale that may be easy to read either in three or four digits as outlined by the model. These solid state relay electronic circuits enable in growing the flexibility from the applications, decrease the overall power and upkeep charges. You can find relays that are used for general purposes which come in trusted styles with quick replacement choices. And there are actually models that are applied for industrial applications and heavier duty applications that perform on large loads. These goods are produced to meet the lifetime industrial manage demands with the applications.
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