Siemens 6AV3607-7JC20-1AQ0 SIMATIC HMI OP7 Operator Panel

The 6AV3607-7JC20-1AQ0 is a specialized SIMATIC HMI OP7 handheld operator panel, engineered for flexible, mobile control of industrial automation systems. This ruggedized handheld housing unit comes equipped with a 2.5-meter connection cable and features two integrated pushbuttons, allowing for ergonomic manual control directly at the point of operation. Designed for integration into PROFIBUS/MPI networks, this device provides a reliable human-machine interface for machine monitoring and parameter adjustment in constrained spaces.

Features

• Series: SIMATIC HMI OP7 Series
• Form Factor: Handheld unit with ergonomic housing
• Connectivity: Includes a 2.5m cable with an integrated Euchner connector
• Control Elements: 2 physical pushbuttons for direct operator interaction
• Interface: MPI communication capability
• Status: Obsolete

Applications

• Mobile machine diagnostic and maintenance tasks
• Manual setup and positioning of motion axes
• Emergency interaction points in robotic cells (Note: This specific model does not feature an Emergency-Off button)
• Decentralized monitoring of production lines
• Troubleshooting in confined industrial environments

Technical Specifications

Installation Guidelines

• Connection: The Euchner connector must be securely mated to the corresponding industrial receptacle. Ensure the locking mechanism is fully engaged to prevent intermittent signal loss.
• Cable Management: Use proper strain relief for the 2.5m cable to prevent damage to the internal wiring or the connector housing during routine mobile use.
• Environmental Protection: While designed for industrial use, ensure the handheld housing is stored in a clean, dry location when not in use to maintain the integrity of the keypad and display.
• Grounding: Ensure the machine-side receptacle is properly grounded to maintain signal integrity for the MPI interface.
• Operational Safety: Since this unit lacks an emergency-off button, ensure that all critical safety stops are managed by independent, hardwired safety circuits elsewhere on the machine.