Siemens 3RK1300-0JS01-1AA3 Simatic ET 200X Motor Starter

The 3RK1300-0JS01-1AA3 is an electro-mechanical reversing starter module from the SIMATIC ET 200X distributed I/O series. Engineered for compact, decentralized motor control, this module is specifically designed to manage small motor loads with a current setting range of 0.7 to 1.0A. It is rated for AC-3 operation, supporting power ratings up to 0.25 kW at 400V. The module features an integrated brake contact intended for internally supplied brakes, and is equipped with standardized 9-pole interfaces for both the motor feeder and power supply, facilitating quick installation in distributed drive architectures.

Features

• Reversing Functionality: Integrated electro-mechanical design allows for forward and reverse motor operation.
• Compact Integration: Optimized for ET 200X distributed I/O platforms, reducing central cabinet wiring.
• Brake Control: Includes a dedicated brake contact for controlling internally supplied motor brakes.
• Standardized Interfaces: Equipped with robust 9-pole motor and power connectors for simplified field wiring.
• Protection Range: Precise current setting range of 0.7A to 1.0A to protect specific motor loads.

Applications

• Decentralized drive control in modular production machines.
• Conveyor technology and small motor positioning tasks.
• Industrial systems requiring distributed reversing starters without central MCC cabinets.
• Retrofit applications for existing ET 200X installations.

Technical Specifications

Installation Guidelines

• Mounting: Mount the module onto the ET 200X base module; ensure the mechanical locking mechanism is fully engaged to maintain environmental integrity.
• Wiring: Use compatible 9-pole connectors for power and motor feeds. Verify that cable sizing adheres to the 0.7-1.0A current setting limits.
• Brake Wiring: When using the brake contact, ensure the voltage levels of the brake align with the internal supply specifications of the ET 200X system.
• Thermal Management: Although designed for decentralized mounting, ensure the module is installed in a location with adequate airflow, away from direct sources of extreme heat.