رقم الجزء
تجريد
صلاحيه
UOM
NIIN
معلومات الجزء
Terminal lugs with wire leads
TXT
وصف:
Thermostatic Switch
MRC:
Indicates the type of sensor or transducer used in the item to convert temperature changes to switch actuating force.AKBY
Tempurature Sensing Element Type:
Internal sensor
MRC:
An indication of whether the initial action of the contacts occurs as the result of an increase or decrease in stimulus.CQGB
Contact Action Stimulus:
Increase
MRC:
The designation that identifies the electrical configuration of a nonpile-up contact group including the number of switching poles or forms.CRLD
Nonpile-up Contact Arrangement:
1 pole, single throw, both positions maintained
MRC:
The amount of current that the contacts are rated to make or break with a specified load.CTHF
Contact Load Current Rating:
2.0 amperes resistive load first voltage and 1.0 amperes inductive load first voltage and 0.5 amperes lamp load first voltage
MRC:
The amount of current that the contacts are rated to make or break with a specified load.CTHF
Contact Load Current Rating:
5.0 amperes resistive load second voltage and 2.5 amperes inductive load second voltage and 1.0 amperes lamp load second voltage
MRC:
The adjustability of the contact.CTYC
Contact Adjustability:
Actuation point not adjustable and deactuation point not adjustable
MRC:
The rating of the stimulus required to actuate and/or deactuate the contact(s).CTYX
Contact Stimulus Rating:
60.00 actuation point degrees fahrenheit and 45.00 deactuation point degrees fahrenheit
MRC:
The voltage for which the contact(s) is rated at sea level or at a specified altitude,expressed in volts.CTZB
Contact Voltage Rating In Volts:
115.0 ac at sea level first voltage
MRC:
The voltage for which the contact(s) is rated at sea level or at a specified altitude,expressed in volts.CTZB
Contact Voltage Rating In Volts:
28.0 dc at sea level second voltage
MRC:
The cycles per second /hertz/ of the alternating current.FREQ
Frequency In Hertz:
60.0 first voltage
MRC:
The type of media for which the item is designed.MEDA
Media For Which Designed:
Gas
