: 1150 Series Subminiature Switches

B1150 Series - Larger Body Diameter

B1150 SERIES

.375" Body Diameter with Panel Seal, Added Shoulder on Housing Subminiature Precision Rotary Switches

B1150 SERIES

.375" Body Diameter with Panel Seal, Added Shoulder on Housing Subminiature Precision Rotary Switches

Continuous (Non-Switching) Current Capacity	3 Amps
Switching Current Capacity 28 VDC Resistive	0.2 Amps
Switching Current Capacity 115 VAC Resistive	0.15 Amps
Switching Current Capacity 28 VDC Inductive (2.8 H.)	0.1 Amps
Switching Current Capacity 28 VDC Lamp Load	0.1 Amps
Low Level Capable	YES
Switching Life	25,000 cycles
Weight	4 grams

Contact Surfaces	Gold Plated
Vibration Tested	YES
High Impact Shock Tested	YES
Moisture Resistant	YES
Salt Spray Resistant	YES
Explosion Proof	YES
Immersion Tested	YES
RFI/EMI Tested	YES
Screwdriver Slot	Available
Shaft Seal	Available
Panel Seal	Available

Degrees	Max. Positions	Poles Available
36°	10	1 or 2

B1150 SERIES

.375" Body Diameter with Panel Seal, Added Shoulder on Housing Subminiature Precision Rotary Switches

Information Packet Includes:

Description
Product Photos
Engineering Drawings
Ordering Information
Technical Data
Information on all 1150 Series Switches
1150 No Panel Seal
A1150 & B1150 with Panel Seal Screwdriver shaft

Download PDF

B1150 SERIES

.375" Body Diameter with Panel Seal, Added Shoulder on Housing Subminiature Precision Rotary Switches

The Cole B1150 Rotary Switch uses the standard 1150 shaft and ferrule sizes with a larger body diameter, 0.375 inches to allow a panel seal to be used.

The body length of B1150 is longer than the standard 1150, 0.350 inches.
The B1150 Rotary Switch is rated at 25,000 operational cycles.
It has been engineered to meet all applicable requirements of MIL-S-3786.

The B1150 Rotary Switch is perfect for miniature switch applications where contamination control is a must and harsh environments are expected.

The B1150 Rotary Switch allows for Long Life, Precision Switching, with the standard 1150 shaft and ferrule size, while withstanding harsh conditions.