84137750

Series:	GN DC
Packaging:	Bulk
Part Status:	Active
Mounting Type:	Chassis Mount
Circuit:	SPST-NO (1 Form A)
Output Type:	DC
Voltage - Input:	3 ~ 32VDC
Voltage - Load:	3V ~ 60V
Load Current:	10A
Termination Style:	Screw Terminal
Package / Case:	Hockey Puck
Supplier Device Package:	--

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Solid State Relays

Solid State Relays (SSRs) are electronic switching devices which use a transistor, optocoupler, thyristor or triac to control electrical switching circuits. They control electrical power to an external device by switching on and off a transistor or other semiconductor device. SSRs are capable of switching high current, operating at high speed, and allowing for very reliable control of circuits.The 84137750 application field and working principle of SSRs cover a wide range of applications, including the control of electrical circuits in medical equipment, industrial controllers, HVAC systems, home automation, robotics, automotive systems, copiers, medical systems, and various types of automated machinery. They are commonly used in factories and manufacturing systems where they are used as actuators for controlling motion and volumetric flow in production processes.SSRs are designed to operate with either AC (Alternating Current) or DC (Direct Current) applications. In AC applications, an AC inductive load such as a motor or variable frequency drive can be controlled by applying a fixed voltage to the SSR. In DC applications, a DC inductive load can be controlled by applying a variable voltage to the SSR. The SSRs are designed to be reliable and durable, even in high-vibration environments and have a long life span.SSRs are often used for controlling temperature in high-heat and hazardous environments using a thermocouple or thermistor. The SSR is designed to disconnect power from the load when the temperature threshold is exceeded. This ensures the safety of personnel and the system itself by preventing products from reaching dangerous temperatures. SSRs can also be used to control high current loads such as motors, solenoids, and lights. The principle behind a SSR is based on the fact that a voltage must be applied across a semiconductor device to turn it on. When the voltage across the device is increased, the current through the device increases. This increase in current is then used to control a secondary device, such as a motor or valve.The working principles of SSRs can be divided into two main categories: AC and DC switching. For AC switching, the SSR is operated by a square wave signal, which acts as a switch to turn the SSR circuit on and off. Depending on the type of SSR, the AC switch signal can be used to control a variety of inductive loads, such as motors, contactors, relays, and transformers. For DC switching, the SSR is operated by a voltage pulse to control the load. The DC switch signal is used to control a variety of resistive loads, such as lights, solenoids, and relays. In addition to controlling inductive and resistive loads, SSRs can also be used as an adjustable speed motor control device. The voltage across the SSR can be used to adjust the speed of a motor, allowing the user to adjust the speed of a motor to suit their specific needs.SSRs are designed to be extremely reliable and robust, offering long life spans in a variety of operating conditions. They are also simple to install and maintain, and offer the user great flexibility in controlling electrical loads. Despite their simplicity, SSRs offer excellent performance and reliability in controlling a wide range of applications.

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