
Eaton Cutler-Hammer XTOBXDINC Mount Adapter
Professional-grade Eaton Cutler-Hammer XTOBXDINC is a precision-engineered DIN rail adapter designed specifically for the XT Series Overload Relays. This hardware enables a secure transition from direct contactor mounting to independent panel mount installation, providing essential layout flexibility for industrial control panels. Built for durability in high-vibration environments, the XTOBXDINC mount ensures a rigid connection for Frame B overload relays, maintaining electrical integrity and proper alignment during heavy-duty cycling. For contractors managing complex motor control centers, this Eaton XT accessory facilitates efficient rail organization and simplifies wiring by allowing the overload relay to be positioned independently of the contactor. Whether you are performing a field retrofit or a new panel build, this thermal overload relay adapter meets the rigorous standards required for NEMA and IEC motor protection applications.
Key Benefits:- Universal Mounting: Facilitates seamless integration onto standard 35mm DIN rails or direct panel surfaces.
- Enhanced Reliability: Provides a stable, vibration-resistant foundation for Frame B XT series overloads.
- Space Optimization: Allows for decoupled mounting configurations to improve airflow and wire management.
- Industrial Build: Constructed with high-impact thermoplastic to withstand harsh mechanical stress.
- Which overload relays are compatible with the XTOBXDINC? This adapter is specifically engineered for use with Eaton XT Series Frame B thermal overload relays.
- Does this include the DIN rail itself? No, this is the specialized mounting adapter that clips onto standard 35mm rail or screws into a sub-panel.
- Can this be used for separate mounting away from the contactor? Yes, that is the primary function, allowing the overload to function as a standalone device in the control circuit.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Eaton Cutler-Hammer XTOBXDINC Mount Adapter
Professional-grade Eaton Cutler-Hammer XTOBXDINC is a precision-engineered DIN rail adapter designed specifically for the XT Series Overload Relays. This hardware enables a secure transition from direct contactor mounting to independent panel mount installation, providing essential layout flexibility for industrial control panels. Built for durability in high-vibration environments, the XTOBXDINC mount ensures a rigid connection for Frame B overload relays, maintaining electrical integrity and proper alignment during heavy-duty cycling. For contractors managing complex motor control centers, this Eaton XT accessory facilitates efficient rail organization and simplifies wiring by allowing the overload relay to be positioned independently of the contactor. Whether you are performing a field retrofit or a new panel build, this thermal overload relay adapter meets the rigorous standards required for NEMA and IEC motor protection applications.
Key Benefits:- Universal Mounting: Facilitates seamless integration onto standard 35mm DIN rails or direct panel surfaces.
- Enhanced Reliability: Provides a stable, vibration-resistant foundation for Frame B XT series overloads.
- Space Optimization: Allows for decoupled mounting configurations to improve airflow and wire management.
- Industrial Build: Constructed with high-impact thermoplastic to withstand harsh mechanical stress.
- Which overload relays are compatible with the XTOBXDINC? This adapter is specifically engineered for use with Eaton XT Series Frame B thermal overload relays.
- Does this include the DIN rail itself? No, this is the specialized mounting adapter that clips onto standard 35mm rail or screws into a sub-panel.
- Can this be used for separate mounting away from the contactor? Yes, that is the primary function, allowing the overload to function as a standalone device in the control circuit.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.
Product Information
Product Information
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Shipping & Returns
Description
Professional-grade Eaton Cutler-Hammer XTOBXDINC is a precision-engineered DIN rail adapter designed specifically for the XT Series Overload Relays. This hardware enables a secure transition from direct contactor mounting to independent panel mount installation, providing essential layout flexibility for industrial control panels. Built for durability in high-vibration environments, the XTOBXDINC mount ensures a rigid connection for Frame B overload relays, maintaining electrical integrity and proper alignment during heavy-duty cycling. For contractors managing complex motor control centers, this Eaton XT accessory facilitates efficient rail organization and simplifies wiring by allowing the overload relay to be positioned independently of the contactor. Whether you are performing a field retrofit or a new panel build, this thermal overload relay adapter meets the rigorous standards required for NEMA and IEC motor protection applications.
Key Benefits:- Universal Mounting: Facilitates seamless integration onto standard 35mm DIN rails or direct panel surfaces.
- Enhanced Reliability: Provides a stable, vibration-resistant foundation for Frame B XT series overloads.
- Space Optimization: Allows for decoupled mounting configurations to improve airflow and wire management.
- Industrial Build: Constructed with high-impact thermoplastic to withstand harsh mechanical stress.
- Which overload relays are compatible with the XTOBXDINC? This adapter is specifically engineered for use with Eaton XT Series Frame B thermal overload relays.
- Does this include the DIN rail itself? No, this is the specialized mounting adapter that clips onto standard 35mm rail or screws into a sub-panel.
- Can this be used for separate mounting away from the contactor? Yes, that is the primary function, allowing the overload to function as a standalone device in the control circuit.
Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.












