350 Amp, 3 Pole, Panel Mount Molded Case Circuit Breaker MPN:MJL36350
350 Amp, 3 Pole, Panel Mount Molded Case Circuit Breaker
The Square D MJL36350 Panel Mount Molded Case Circuit Breaker is an essential component for industrial equipment gear and systems, designed to protect from overload and short circuit damage. With a rating of 350 Amperes and 3 poles, this versatile device is ideal for a wide range of applications including control panels, motors, and feeder protection. Its electronic tripping mechanism ensures precise and reliable operation, while multiple breaking capacity ratings offer added safety. Easy to install and mount, the MJL350 is backed by UL listing, CSA certification, and TAA compliance for maximum reliability and peace of mind.
Top product features:
- 3 Pole Capacity for added versatility in applications
- Electronic Trip Mechanism for accurate and precise protection
- Multiple Breaking Capacity Ratings for enhanced safety
Top product applications:
- Protection of electrical equipment gear in control panels from overload and short circuit damage
- Feeder protection for industrial systems and motors up to 600 Volts
- Use as a main or supplementary protective device in power distribution systems
350 Amp, 3 Pole, Panel Mount Molded Case Circuit Breaker Electronic Trip, Multiple Breaking Capacity Ratings
Product Information
- : MJL36350
- Amperage: 350
- Circuit Breaker Type: Molded Case Circuit Breaker
- For Use With: Equipment Gear
- Mount Type: Panel
- Number of Poles: 3; 3
- Standards: CSA; IEC; UL Listed
- Terminal Connection Type: Box Lugs
- Tripping Mechanism: Electronic
- Voltage: 600V
Additional Information
- Hazardous Materials: No, oK to Ship Via Air
- Material Safety Data Sheet (MSDS) Required: No
- Country of Origin: US, United States
- TAA Compliant: Yes
- UNSPSC: 39121603
- CA Restricted (Prop 65): Unknown
- Package Length: 1.00
- Package Width: 1.00
- Package Height: 1.00
- Package Weight: 29.00
- Prohibited States: AK,HI,PR
Product info last updated on January 1, 2025 9:47am UTC
Category: Power Distribution