GE TEYL3035B - 35 A, 480 V, 3-Pole Bolt-On Circuit Breaker | AmpState

Meet the GE TEYL3035B—a 35A, 480V, 3-pole bolt-on molded case circuit breaker engineered to guard every branch circuit in panelboards and load centers. Designed for dependable overcurrent and short-circuit protection, it delivers precise, repeatable performance in demanding residential, commercial, and light industrial environments.

• Secure bolt-on mounting provides a rigid, vibration-resistant connection to the bus, minimizing movement and maintaining reliable electrical continuity in panels subject to vibration or frequent operation.
• Thermal-magnetic trip unit delivers stable protection across varying loads, instantly addressing both overloads and short circuits with predictable trip curves for safer, smarter protection.
• Three-pole design protects three-phase circuits up to 480V, ensuring balanced protection for motors, pumps, and other 3-phase equipment.
• OEM-compatible is purpose-built to pair with matching GE OEM load centers and panelboards, simplifying installation and reducing compatibility concerns during upgrades or replacements.

Technical snapshot

• Manufacturer: GE
• Part Number: TEYL3035B
• Type: Thermal-magnetic molded case circuit breaker
• Amperage Rating: 35A
• Voltage Rating: 480V
• Poles: 3
• Mounting Style: Bolt-on
• Application: Branch circuit overcurrent and short-circuit protection

Ideal use cases and practical considerations

Use the TEYL3035B when you need reliable protection for three-phase systems up to 480V in panelboards and load centers. It’s a solid choice for new installations that demand secure mounting and precise trip behavior, as well as for upgrading existing GE panels where OEM compatibility matters most. Ideal scenarios include motor control centers, commercial lighting and power distribution panels, and light industrial equipment feeds where consistent trip performance reduces downtime and equipment damage.

Practical tips for optimal results: verify panelboard compatibility with the TEYL3035B’s bolt-on mounting, ensure torque specifications meet panel manufacturer guidelines, and plan for coordinated protection with other devices in the same electrical distribution scheme to maintain selective tripping and system reliability.