York S1-025-28670-002 Limit Switch Limit Switch

Limit Switch

The Limit Switch is ideal for lifting, trolleys, trams and other applications where it is necessary to know that a given point has been reached. Operates with one-hand operation via roller lever.

Limit Switches from York are a great option for an automated limit control in residential and commercial applications. Limit switches detect when a door or window has reached its open or closed position so that circuits can be cut when a door or window reaches the desired location.

Our Limit Switches are an extremely dependable device that senses damage to your appliance in the event of malfunction and shuts it down immediately. This particular limit switch is designed for the York S10253-372 Air Conditioning System.

The YORK® S1-025-28670-002 Limit Switch is an electrical point of control on a machine that stops the operation of the machine when it senses an unsafe condition, such as hot surfaces and excessive pressure.

When momentary terminal block type C contacts of a normally open type are mounted immediately adjacent to a power source, the danger of accidental contact may occur if someone accidentally bridges the gap. The limit switch incorporates a totally enclosed mechanism. When activated, the limit switch de-energizes the circuit when the controlled object reaches its specified limit of travel to prevent hazardous conditions from occurring.

Simple, precise and reliable, the S1-025-28670-002 Limit Switch from York is sure to meet any of your needs. This limit switch has a trip force of 17.1 oz and a stroke length of 0.95". The adjustable guard ring can be used to prevent rotation and/or movement during and after operation. Perfect for industrial applications, this product will prove to be invaluable in your home or office.

Limit switches are available in manual or microprocessor versions and are used to automatically stop the current or reverse the direction of flow. These switches provide an electrical contact to prevent a circuit overload and thermal overload.