Serving our customers with quality and safety first.
printed circuit
1.260in. and 1.300in. ⁓1-5/16"
0.465in.
0.370in. and 0.405in.
1.260in. and 1.300in.
0.370in. and 0.405in.
0.230in. and 0.300in.
plastic
12
0.045in. and 0.065in.
rectangular
0.040in.
0.055in. and 0.085in.
up position maintained and down position maintained
6.0 dc and 24.0 dc
printed circuit
1 pole, single throw, both positions maintained 10th switch unit
1 pole, single throw, both positions maintained 1st switch unit
1 pole, single throw, both positions maintained 2nd switch unit
1 pole, single throw, both positions maintained 3rd switch unit
1 pole, single throw, both positions maintained 4th switch unit
1 pole, single throw, both positions maintained 5th switch unit
1 pole, single throw, both positions maintained 6th switch unit
1 pole, single throw, both positions maintained 7th switch unit
1 pole, single throw, both positions maintained 8th switch unit
1 pole, single throw, both positions maintained 9th switch unit
100.0 milliamperes resistive dc and 25.0 milliamperes resistive dc
two other switch unitssingle pole, single throw both positions maintained
contact surfaces gold
81349-MIL-S-83504 specification (includes engineering type bulletins, brochures, etc., that reflect specification type data in specification format; excludes commercial catalogs, industry directories, and similar trade publications, reflecting general type data on certain environmental and performance requirements and test conditions that are shown as "typical", "average", "", etc.) .
24 printed circuit
81349-MIL-S-83504/4 government specification
1EA
0.370 inches minimum and 0.405 inches maximum
Schedule B number: 8536509050
nmfc 063250
Switches, slide, for a voltage not exceeding 1,000 v
FSC 5930 ⁓ Switches
Excluding switchgear.
two other switch unitssingle pole, single throw both positions maintained 0.370" overall width 1.260" overall length
1. | MIL-S-83504/4 | Cage 81349 |
Nothing similar to this part number was found in our inventory
A switch designed to be actuated by the sliding of a button, bar, or knob.