Overview
The ITE G30T49 heater element is a Type G thermal overload heater designed for industrial motor control applications. As a member of ITE’s G30T Series, the G30T49 delivers consistent thermal protection in thermal overload relays and magnetic motor starters. This heater element integrates seamlessly into existing motor protection circuits and is widely used across manufacturing, HVAC, and process automation environments.
Key Features
- Type G heater element for thermal overload relays
- Designed for use with magnetic motor starters and motor controls
- Part of the proven G30T Series product line
- Compact, reliable design for industrial applications
- Direct replacement for OEM applications
Technical Specifications
The G30T49 follows the standard form factor of ITE’s G30T Series heater elements, which are available in multiple amperage ratings. Each heater is specifically calibrated to provide thermal trip protection at its rated current range. Consult the product datasheet or your thermal overload relay documentation for exact amperage rating and thermal characteristics.
Typical Applications
- Motor protection in industrial machinery
- HVAC system motor control
- Pump and fan motor circuits
- Process automation motor protection
- Machine tool motor starters
- Commercial and industrial electrical distribution
Compatibility & Replacements
Compatible With
- ITE thermal overload relays
- Square D thermal overload relays
- Siemens motor control equipment
- Standard magnetic motor starters
- Thermal overload relay frames accepting G30T Series heaters
Replaces / Drop-In Replacement For
The G30T49 serves as a direct replacement for OEM heater elements in thermal overload relays and motor control applications. Verify compatibility with your specific thermal overload relay frame and amperage rating before ordering.
Works With
- ITE and Square D thermal overload relay frames
- Standard thermal relay mounting systems
- Siemens SIRIUS motor control systems
- Legacy and current-generation motor starter assemblies










