Lenze EMF2175IB 8200-series Fieldbus Module

Description

Designed for seamless integration into industrial drive systems, the EMF2175IB serves as a high-performance communication interface within the Lenze 8200-series frequency inverter ecosystem. This fieldbus module enables dual-protocol connectivity, supporting both DeviceNet and CANopen industrial networks. By facilitating direct digital control, parameterization, and diagnostics, the module eliminates the need for extensive analog wiring, providing robust real-time data exchange between the host controller and the drive. Its compact design allows for direct mounting onto the inverter, ensuring a secure and space-saving installation inside control cabinets.

Features

• Dual-protocol compatibility supporting both DeviceNet and CANopen communication standards.
• Direct plug-in design engineered specifically for Lenze 8200-series frequency inverters.
• Optically isolated communication interfaces to prevent ground loops and protect sensitive control electronics.
• Low power consumption profile utilizing a 24 V DC external supply.
• Durable construction optimized for demanding industrial environments.

Applications

• Decentralized drive control in automated packaging machinery.
• Conveyor systems and material handling networks.
• Automotive assembly lines utilizing DeviceNet or CANopen architectures.
• General mechanical engineering applications requiring remote drive parameterization.

Technical Specifications

Connections and Interfaces

Installation Guidelines

• Ensure the host 8200-series frequency inverter is completely powered down and discharged before installing or removing the module.
• Plug the EMF2175IB module firmly into the designated communication slot on the front of the inverter.
• Tighten the integrated retaining screws to guarantee reliable grounding and mechanical stability.
• Use high-quality shielded twisted-pair cabling compliant with DeviceNet/CANopen specifications to minimize electromagnetic interference.
• Install a 120-ohm termination resistor at both physical ends of the network trunk line.