Product Features
Deck identification consists of letter for each deck a through h located adjacent to common terminal
Detail Specifications
Thread Class:
2a 1st mounting facility
Thread Class:
2a 2nd mounting facility
Thread Length:
0.500 inches 2nd mounting facility
Thread Length:
0.375 inches 1st mounting facility
Overall Length:
4.425 inches
First Flat Length:
0.250 inches single actuator
Flat Height:
0.210 inches single actuator
Shaft Diameter:
0.250 inches single actuator
Shaft Length:
0.375 inches single actuator
Overall Diameter:
2.000 inches
Nonturn Device Radius:
0.372 inches at 12: 00 o'clock
Individual Section Quantity:
8
Nonturn Device Type:
Tab at 12: 00 o'clock
Operating Tempurature Range:
-65.0/+125.0 degrees celsius
Switch Contact Basic Design:
Nonpile-up symmetrical
Pole Quantity:
1 each section front
Throw Quantity:
24 each section rear
Mounting Method:
Threaded bushing w/panel seal 1st mounting facility
Mounting Method:
Threaded stud 2nd mounting facility
Thready Qty Per Inch (tpi):
32 1st mounting facility
Thready Qty Per Inch (tpi):
56 2nd mounting facility
Thread Size:
0.086 inches 2nd mounting facility
Thread Size:
0.469 inches 1st mounting facility
Contact Voltage Rating In Volts:
115.0 ac at sea level
Contact Voltage Rating In Volts:
28.0 dc at sea level
Rotor Through Connection Quantity:
1 each section
Switch Actuator Indexing Position Quantity:
24 single actuator
Shaft Type:
Round, flatted single actuator
Terminal Type:
Tab, solder lug
Contact Switching Action:
Breaks before makes each section rear
Switch Actuator Positioning Increment:
15.0 degrees single actuator
Contact Load Current Rating:
3.0 amperes resistive load dc at sea level and 2.0 amperes inductive load dc at sea level
Contact Load Current Rating:
5.0 amperes resistive load ac at sea level
Style Designator:
Tap, circular, bushing mount
Thread Series Designator:
Unc 2nd mounting facility
Thread Series Designator:
Uns 1st mounting facility
Item Name:
Switch Control,rotary
Manufacturer Part Numbers
No other part numbers with same form, fit, and function found.
