CB1F-D-M-12V Relays

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Automotive Relays play an integral part in the electrical and electronically controlled systems of motor vehicles as a means of providing switchable power. The CB1F-D-M-12V is an automotive relay used for a range of automotive applications.

The CB1F-D-M-12V is a miniature single pole double throw (SPDT) Pico relay, which features a 5-pin terminal and a static contact rating of approximately 10A. The device is designed to be able to provide precise and reliable switching even under extreme conditions.

The CB1F-D-M-12V is typically used for a variety of applications such as:

• Starting of engines
• Head lamp and indicator light circuit switching
• Air conditioning system control
• Central locking systems
• Fuel Injection system control

The CB1F-D-M-12V is composed of several parts including the coil, the contact points, and the movable disc. When the relay is not in use, the fixed contact is connected to the common terminal whereas the movable contact is open. When power is applied to the coil, it creates a magnetic field which draws the movable disc towards it, quickly switching the contacts. As the current is removed from the coil the disc is released, returning the contacts to their original positions. This action is repeated each time power is applied to the coil.

The relay also offers an optional diode by the addition of a small air-core coil which is wired in back-to-back with the main coil. This allows for energy to be transferred from the main coil to the diode, which provides a double protection to the device.

In addition, the CB1F-D-M-12V is designed for vibration and shock resistance, and is insulated to the highest safety standards. As such, it is commonly used in harsh operating environments such as those encountered in engines, transmissions and air conditioning systems.

The CB1F-D-M-12V automotive relay is a versatile device, as it is able to provide reliable switching under extreme conditions, and is suited for a variety of applications. Its design for vibration and shock resistance, plus insulation to highest safety standards makes it ideal for use in automotive applications where precision and reliability is required.

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