11041-50-637

Technical Characteristics

• ~1

  degrees fahrenheit

• Contact Stimulus Rating

  115.00 deactuation point minimum degrees fahrenheit and 125.00 deactuation point maximum degrees fahrenheit and 135.00 actuation point minimum degrees fahrenheit and 145.00 actuation point maximum degrees fahrenheit and 20.00 differential point nominal

• Contact Load Current Rating

  6.0 amperes resistive load fourth voltage

• Body Height

  0.364 inches nominal

• Precious Material And Location

  contacts silver

• Mounting Method

  unthreaded hole and bracket and slot

• Contact Voltage Rating In Volts

  30.0 dc at sea level fourth voltage

• Temp Sensing Element Type

  disc

• Contact Load Current Rating

  4.0 amperes resistive load second voltage

• Precious Material

  silver

• Body Diameter

  0.572 nominal inches

• Style Designator

  disc w/flange

• Contact Load Current Rating

  2.0 amperes resistive load third voltage

• Distance Between Mounting Facility Centers

  0.930 inches minimum and 0.944 inches maximum

• Nonpile-Up Contact Arrangement

  1 pole, single throw, normally open, momentary action

• Contact Voltage Rating In Volts

  30.0 ac at sea level first voltage

• Frequency In Hertz

  60.0 single voltage

• Operating Temp Rating

  -80.0 deg fahrenheit minimum and 500.0 deg fahrenheit maximum

• Features Provided

  hermetically sealed case

• Terminal Type

  tab, solder lug

• Overall Length

  1.217 inches nominal

• Contact Voltage Rating In Volts

  250.0 ac at sea level third voltage

• Media For Which Designed

  gas or liquid

• Mounting Slot Width

  0.133 inches minimum and 0.147 inches maximum

• Contact Voltage Rating In Volts

  125.0 ac at sea level second voltage

• Unthreaded Mounting Hole Diameter

  0.133 inches minimum and 0.147 inches maximum

• Contact Load Current Rating

  6.0 amperes resistive load first voltage

• Contact Adjustability

  deactuation point not adjustable and actuation point not adjustable

• Overall Height

  0.500 inches maximum

• Mounting Facility Pattern

  two position in-line

• Contact Action Stimulus

  increase