
GE
GE TJL6S MicroVersa-Trip Circuit Breaker 600A
Reliable Circuit Protection with the GE TJL6S Circuit Breaker The GE TJL6S MicroVersa-Trip Circuit Breaker is designed for robust circuit protection in industrial applications. This 3-pole breaker offers a 600V voltage rating and a 600A current rating, ensuring reliable performance and safety. G...
Check availability
Affiliate Disclosure: Studio Supplies may earn a commission from qualifying purchases made through links on this page, at no additional cost to you. This helps support our editorial team.
Notice a mistake? Let Us Know
Overview
Reliable Circuit Protection with the GE TJL6S Circuit Breaker
The GE TJL6S MicroVersa-Trip Circuit Breaker is designed for robust circuit protection in industrial applications. This 3-pole breaker offers a 600V voltage rating and a 600A current rating, ensuring reliable performance and safety.
GE TJL6S Specifications:
- Type: MicroVersa-Trip Circuit Breaker
- Frame: J600
- Poles: 3
- Voltage: 600V
- Current: 600A
Key Features
MicroVersa-Trip Circuit Breaker
J600 Frame
3 Pole
600V
600A
Specifications
Type
MicroVersa-Trip Circuit Breaker
Frame Size
J600 Frame
Poles
3 Pole
Voltage Rating
600V
Current Rating
600A
Frequently Asked Questions
What type of circuit breaker is the GE TJL6S?
The GE TJL6S is identified as a MicroVersa-Trip Circuit Breaker, implying it uses advanced electronic trip unit technology for protection.
What is the frame size of this GE circuit breaker?
This circuit breaker is specified as having a J600 Frame, indicating a certain physical size and construction for its application.
How many poles does the GE TJL6S circuit breaker have?
The GE TJL6S is a 3 Pole circuit breaker, designed for use in three-phase electrical systems.
What is the voltage rating for this GE circuit breaker?
This circuit breaker has a voltage rating of 600V, making it suitable for higher voltage electrical installations.
What is the current rating of the GE TJL6S?
The GE TJL6S has a current rating of 600A, signifying its capacity to handle and interrupt high electrical currents.