GE TH4324 - 200A, 240V, Heavy-Duty, Safety Switch

The GE TH4324 is a purpose-built 200A, 240V heavy-duty safety switch designed to deliver dependable isolation and reliable overcurrent protection in demanding industrial and commercial settings. Built to stand up to constant use, this switch provides a clean, secure disconnect for critical equipment, helping you protect personnel and keep your operations running smoothly.

Why the GE TH4324 stands out

• Powerful, compact performance: 200 ampere capacity at 240 volts delivers robust protection without taking up excessive space in crowded electrical rooms.
• Durable, industrial-grade construction: Engineered for tough environments where frequent switching and steady operation are the norm.
• Clear isolation and protection: Designed to provide reliable on/off control while coordinating with overcurrent protection devices to safeguard downstream equipment.
• Versatile application: Ideal for motor disconnects, panelboards, and branch circuits where a compact, maintainable switch is required.

This safety switch is a practical choice for facilities that rely on motor-driven equipment, conveyors, pumps, HVAC systems, and other loads where quick, safe shutdowns are essential. With the GE TH4324, you get a trusted, easy-to-service solution that reduces downtime and simplifies electrical maintenance—so line stoppages aren’t bottlenecks for your productivity.

Key specifications at a glance

• Model: TH4324
• Amperage: 200A
• Voltage: 240V
• Duty: Heavy

Who should consider the GE TH4324? Electrical contractors, plant managers, and facilities engineers seeking a reliable, space-efficient safety switch for motor control centers, distributed panels, and branch circuits. If you need a straightforward, durable disconnect that prioritizes safety and serviceability in busy environments, this switch aligns with that goal.

Practical insights and usage tips

• Pair the TH4324 with compatible protective devices to ensure complete circuit protection—this setup supports safe interruption of motor loads and other high-inrush applications.
• Plan for regular maintenance checks of the enclosure and terminations to preserve reliable performance in harsh or dusty environments.
• Label circuits clearly and implement standard lockout/tagout procedures to maximize safety during service and troubleshooting.