MKS1TIN-10 DC12

Turn On Voltage (Max):	9.6 VDC
Coil Resistance:	95 Ohms
Coil Power:	1.5 W
Contact Material:	Silver Tin Indium (AgSnIn)
Operating Temperature:	-25°C ~ 60°C
Termination Style:	Plug In
Mounting Type:	Socketable
Features:	LED Indicator, Test Button
Release Time:	20ms
Operate Time:	30ms
Turn Off Voltage (Min):	1.8 VDC
Series:	MKS-X
Switching Voltage:	250VAC - Max
Contact Rating (Current):	15A
Contact Form:	SPST-NO (1 Form A)
Coil Voltage:	12VDC
Coil Current:	126mA
Coil Type:	Non Latching
Relay Type:	General Purpose
Part Status:	Active
Packaging:	Bulk

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MKS1TIN-10 DC12 Power Relays, Over 2 Amps Application Field and Working Principle

The MKS1TIN-10 DC12 power relays are versatile electromechanical switching devices that offer an ideal solution for a wide range of applications where higher load ratings are required. They are designed for heavy duty applications such as industrial, motor-starting, and safety-related controls, and can be used in combination with either AC or DC switching. In order to understand their application field and working principle, one should first understand the components that make up the power relay.

Components and Structure

The most important components of an MKS1TIN-10 DC12 power relay are its contact system, control coil, and auxiliary contacts. This contact system consists of several sets of contacts, which are electrically insulated from each other in order to prevent short-circuiting. These contacts are connected to a sliding contact bar that is connected to the control coil. When activated, the control coil energizes the contact bar, which in turn actuates the contact system. The auxiliary contacts are commonly used to operate indicators or control circuits.

Contact System

The contact system of the MKS1TIN-10 DC12 is spring-loaded and can be opened and closed quickly in response to changes in the control coil\'s electrical field. This spring-loaded action also helps to reduce the force required to open and close the contact system, as well as to provide a consistent contact pressure. The contact system is designed to handle loads up to and beyond a current rating of 2 amps.

Control Coil

The control coil of the MKS1TIN-10 DC12 is composed of a ferromagnetic material, as well as a control winding or wire that is connected to the contact system. When a current is applied to the control winding, it creates a magnetic field that energizes the contact system. The strength of the magnetic field can be adjusted to control the amount of force required to actuate the contact system, as well as the current rating of the relay.

Auxiliary Contacts

The auxiliary contacts of the MKS1TIN-10 DC12 relay serve a variety of purposes. They can be used to control or indicate an external circuit, as well as to provide status feedback. For example, the auxiliary contacts can be used to indicate when the relay is energized and when it is de-energized.

Application Field

The MKS1TIN-10 DC12 power relays are designed for heavy-duty applications such as industrial motor-starting, safety-related controls, and other industrial operations. They can be used in a wide range of applications with current ratings of up to and beyond 2 amps. They are commonly used for industrial motor-starting, as well as control circuits in power supply systems, and other industrial control equipment.

Working Principle

The working principle of the MKS1TIN-10 DC12 power relay is fairly simple. When a current is applied to the control coil, it creates a magnetic field that energizes the contact system. The strength of the magnetic field can be adjusted to control the amount of force required to actuate the contact system, as well as the current rating of the relay. The contact system then opens or closes depending on the position of the control coil, providing a steady current to the external circuit. The auxiliary contacts can be used to control or indicate an external circuit, as well as to provide status feedback. In addition, the spring-loaded design reduces the force required to open and close the contact system and helps to provide consistent contact pressure.

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