807-22-001-30-018101

The 807-22-001-30-018101 (hereafter referred to as the 807-30) is an electric contactor with contacts, spring loaded and pressure functions. It is suited for a wide range of applications, including home and industrial automation, electrical control systems and process control systems.

The 807-30 has two actuating elements: an electromagnet and a spring-loaded plunger. When a voltage is applied to the electromagnet, the plunger moves, engaging the contacts inside the housing. The pressure exerted by the plunger is adjustable, allowing for precision control of the contact force.

The 807-30 is designed to provide reliable switching of high power circuits with minimal losses due to contact resistance. This results in long-lasting contacts which are less prone to wear and burn-out. The 807-30 also allows for rapid switching of large currents, so it is ideal for applications which require fast response times.

The 807-30 is designed to be both robust and reliable. Its contacts are made of silver, which is highly resistant to oxidation. The plunger is constructed of stainless steel, and the housing is constructed of a thick, durable plastic. The contact surface is coated with a dielectric material to protect against arcing and spikes in voltage.

The 807-30 is also suitable for a number of other applications. It can be used as a DC motor starter, a sensor switch, a reversing switch, or as part of an emergency stop system. The 807-30 is also popular in industrial automation systems, where its robust design and fast switching time make it ideal for controlling high power circuits.

In addition to the reliable switching capability, the 807-30 also offers a cost-efficient solution. The low cost and durability of the 807-30 make it a popular choice among hobbyists and commercial users alike.

The 807-30 is an excellent choice for a wide range of applications. Its robust design, fast switching time, and cost-efficiency make it a reliable and cost-effective contactor for home and industrial automation systems alike.