Module de condensateur Siemens 6SN1112-1AB00-1BA0 SIMODRIVE 611

Description

The 6SN1112-1AB00-1BA0 is a SIMODRIVE 611 capacitor module specifically engineered to provide energy support and stabilization for the DC link in industrial drive systems. With a capacitance of 4.1 mF, this module is designed to bridge brief power fluctuations and assist in energy management during high-demand motor operation phases, ensuring consistent voltage stability within the SIMODRIVE 611 drive configuration.

This module is housed in a standard IP20-rated enclosure, making it suitable for mounting within industrial control cabinets. It is a critical component for maintaining system efficiency and protecting drive hardware from potential voltage-related instability. As an integral part of the SIMODRIVE 611 series, this unit is currently in the Phase-Out stage of its lifecycle.

Features

• Energy Support: 4.1 mF capacitance for DC link stabilization
• System Integration: Designed for seamless interconnection to the SIMODRIVE 611 DC bus
• Protection: IP20 degree of protection for cabinet-mounted applications
• Reliability: Robust build quality for demanding industrial environments
• Dimensions: 100 x 334 x 231 mm (W x H x D)

Applications

• DC link energy buffering in high-performance drive systems
• Voltage stabilization for SIMODRIVE 611 multi-axis configurations
• Energy recovery and support during intermittent load cycles
• Industrial machinery and robotics power management

Technical Specifications

Installation Guidelines

• Placement: The module must be installed in close proximity to the SIMODRIVE 611 drive line-up to minimize impedance on the DC link connection.
• Mounting: Use the integrated mounting points to secure the module vertically in the control cabinet, ensuring adequate clearance for thermal dissipation.
• Interconnection: Ensure all DC link busbar connections are tightened to the torque specifications provided in the SIMODRIVE 611 system manual to prevent arcing and high-resistance joints.
• Safety: Always discharge the DC link fully before handling or maintaining the capacitor module, as stored energy can pose a significant electrical shock hazard.