York S1-025-27723-001 60-70F AUTO Limit Switch 60-70F AUTO Limit Switch

60-70F AUTO Limit Switch

The 60-70F AUTO Limit Switch is equipped with front wiring allowing retrofit installations to make it ready for service immediately. The unique design reduces wiring connections without sacrificing performance. Whether replacing failed components or simply upgrading to the latest technology, this technology delivers increased temperature accuracy, improved installation processes and cost savings. It provides alphanumeric capability that can be customized with the 2-line LCD display.

Limit switch is a safety device in automatic control equipment to stop the equipment in emergency situations. Features ­­­­­­ ­­­­­­ ­­­­­­ ­­ 60-70F AUTO Limit Switch

The YORK S1-025-27723-001 60-70F AUTO Limit Switch has a spool finish.

S1-025-27723-001 60-70F AUTO Limit Switch

York's 60-70F Auto Reset Limit Switch lets you choose either limits of 60F or 70F. The switch is easily installed by mounting it on the side of your tank. It features screw terminals for easy wiring with copper or aluminum wires. The adjustable knob is used to set the trigger point with a maximum voltage rating of 250VAC. The action of the switch will cause the breaker to open when triggered.

The S1-025-27723-001 YORK® AUTO® Limit Switch provides not only the sensitivity required but overcomes the delay experienced by earlier versions of pneumatic proportioning valves. It eliminates both the disadvantage of slow response that characterizes manual control and excessive gain that can occur when using an earlier type valve. The Auto position is adjustable, allowing the operator to fine tune for perfect control under all operating conditions.

The Eaton-Skatron high-temperature limit switch is designed to protect up to 6 heating, ventilation, and air conditioning (HVAC) indoor air temperature applications with 4/2/1 solid contacts. This limit switch is rated for use with both resistive and inductive loads (resistive rated at 40-90 ohms, inductive rated at 5-20 mohm maximum) in open or closed loop control schemes.