ABJ151461

Snap Action, Limit Switches

ABJ151461 Switches are extensively used in a variety of application fields. Such as communication engineering, computer engineering, health care, environmental engineering and sensor production etc. Due to its low power consumption and noiseless operation, it is a great choice for any application field requiring reliable and efficient precision.

The ABJ151461 is a snap action, limit switch type switch made of high-quality spring wire material. It is designed for use in a wide range of applications such as auto parts, medical devices and industrial machinery. The switch has an adjustable screw for setting the trigger point, a mounting flange for mounting onto a variety of boards, and a two-pole actuator which is used to make contact with the substrate.

The ABJ151461 switches are designed with a snap-action operating principle. In this operating principle, the switch has a plunger which when pushed, travels to its rest position or any other desired position. This movement of the plunger causes the contacts inside the switch to open or close. This type of switching operation also enables the switch to detect the contact position with precision.

The ABJ151461 switches can be used for applications in fields where high precision switching is required. This includes applications in medical devices such as MRI scanners and X-ray machines, lab instruments, and industrial machinery. The switches also have the advantage of being able to be used in a variety of environments such as Vacuum, Low Pressure, Medium Pressure, High Pressure, etc. The switches are designed to operate in temperatures ranging from -40 to +125°C depending on the model.

The ABJ151461 is a versatile snap-action limit switch with a wide range of applications. The switch is designed to perform trustworthy switching when used with precision and it is also suitable for applications where reliability is a must. In addition, due to its low power consumption and noiseless operation, it is a great choice for any application field requiring reliable and efficient precision.