GE TNPB311 - 30A, 240V, 3-Phase, Switch

Introducing the GE TNPB311 — a rugged 3-Phase fusible switch engineered for reliable on/off isolation and overcurrent protection in demanding industrial and commercial environments. With a 30A rating at 240V, this switch delivers dependable motor disconnect capability and protects panelboards and branch circuits within a compact, maintainable package.

• Model / Specs: TNPB311 • 30A • 240V • 3-Phase
• Robust, compact design: specifically built to fit in tight control panels while delivering solid isolation and protection.
• Reliable isolation: clean, safe disconnect during maintenance or downtime to keep workers and equipment protected.
• Overcurrent protection: fusible switch configuration guards against overloads and fault conditions on motor circuits and branch lines.
• Maintenance-friendly: straightforward wiring and accessible components simplify servicing and part replacement.
• Versatile installation: ideal for motor disconnects, panelboards, and branch circuit protection in both industrial and commercial settings.

The GE TNPB311 shines in scenarios where space is at a premium and reliability matters most. Use it to isolate and protect motor-driven equipment, feeder circuits to panelboards, or critical branch circuits in manufacturing lines, HVAC systems, pumps, and conveyors. Its 3-Phase configuration is well-suited for multi-motor applications and facilities that rely on balanced, continuous power.

Why choose this GE switch? It combines a compact footprint with a rugged build designed to withstand demanding environments, delivering consistent performance where downtime is costly. The 30A, 240V, 3-Phase specification directly supports common commercial and light-industrial motor loads, helping you achieve safer operation and easier compliance for circuit protection and switchgear maintenance.

In short, the GE TNPB311 is a purpose-built solution for reliable isolation and targeted protection in motor control and panelboard applications. Add it to your control system to enhance safety, simplify maintenance, and keep critical equipment running smoothly.