HBL1386 - Hubbell Double Throw Double Toggle Switch
Overview
Product Specifications - HBL1386 - Hubbell Double Throw Double Toggle Switch
-
Part Number:
HBL1386 -
Manufacturer:
-
Application:
Back and Side Wired -
Color:
Brown -
EU RoHS Indicator:
No -
Series:
Extra Heavy Duty
-
Category:
-
Style:
Double Pole Double Throw -
Type:
Toggle -
Number of Poles:
Double Pole -
Operating Temperature:
Maximum continuous 75°C and minimum -40°C without Impact
Standards
Product Description - HBL1386 - Hubbell Double Throw Double Toggle Switch
Extra Heavy Duty Double Double Throw Toggle Switch, 20A 120/277V AC, Brown Enhance your industrial settings with the Extra Heavy Duty Industrial Grade Double Throw Double Toggle Switch. Designed for general purpose AC applications, it features a double pole double throw center off mechanism, supports 20A, 120/277V AC, and accommodates both back and side wiring. The durable brown toggle ensures visibility and reliability in demanding environments, making it ideal for controlling power with added safety.
Original: $101.99
-70%$101.99
$30.60Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Overview
Product Specifications - HBL1386 - Hubbell Double Throw Double Toggle Switch
-
Part Number:
HBL1386 -
Manufacturer:
-
Application:
Back and Side Wired -
Color:
Brown -
EU RoHS Indicator:
No -
Series:
Extra Heavy Duty
-
Category:
-
Style:
Double Pole Double Throw -
Type:
Toggle -
Number of Poles:
Double Pole -
Operating Temperature:
Maximum continuous 75°C and minimum -40°C without Impact
Standards
Product Description - HBL1386 - Hubbell Double Throw Double Toggle Switch
Extra Heavy Duty Double Double Throw Toggle Switch, 20A 120/277V AC, Brown Enhance your industrial settings with the Extra Heavy Duty Industrial Grade Double Throw Double Toggle Switch. Designed for general purpose AC applications, it features a double pole double throw center off mechanism, supports 20A, 120/277V AC, and accommodates both back and side wiring. The durable brown toggle ensures visibility and reliability in demanding environments, making it ideal for controlling power with added safety.
