Overview
The Allen-Bradley 709-TOD103 is a reduced voltage motor starter engineered for reliable soft-start motor control in industrial automation systems. This NEMA-rated motor starter combines solid construction with proven performance, making it suitable for a wide range of general-purpose motor applications. Paired with the 69A86 overload relay module, this unit delivers dependable protection and control for three-phase electric motors.
Key Features
- Reduced voltage soft-start technology for smooth motor acceleration
- NEMA-rated design for industrial-grade reliability
- Integrated thermal overload protection with 69A86 relay
- Three-pole configuration for three-phase motor control
- Compatible with Allen-Bradley Bulletin 709 Series MCC enclosures
- Open-type construction for easy installation and maintenance
Technical Specifications
The 709-TOD103 delivers consistent performance across standard industrial duty cycles. Its soft-start mechanism reduces inrush current, protecting motor windings and extending equipment life. The integrated 69A86 overload relay provides thermal protection against sustained overcurrent conditions. This motor starter is designed to work seamlessly within Allen-Bradley control systems and compatible MCC (Motor Control Center) assemblies.
Typical Applications
- General-purpose three-phase motor control
- Pump and fan motor soft-start applications
- Compressor motor control systems
- Material handling equipment motor control
- Industrial process equipment soft-start
- Machine tool motor drive systems
Compatibility & Replacements
The Allen-Bradley 709-TOD103 is part of the Bulletin 709 Series motor control product family and integrates with all compatible Bulletin 709 Series MCC cabinets and motor control assemblies. The unit accepts standard Allen-Bradley overload relay modules, including the supplied 69A86 relay. This starter may be replaced with other reduced voltage starters in the 709 Series depending on voltage and horsepower requirements. Users should consult load specifications and control voltage requirements when specifying replacement units.
