Lenze E82ZAFSC 8200-series Analog I/O Function Module

Description

Designed to expand the control capabilities of Lenze 8200 vector frequency inverters, the E82ZAFSC function module provides a versatile interface for analog and digital control signals. This plug-in module mounts directly onto the inverter's front interface slot, enabling seamless integration with external sensors, PLCs, and actuators. By supporting both analog and digital I/O channels, it facilitates precise speed control, status monitoring, and system integration without requiring external signal converters.

The E82ZAFSC is engineered for high reliability in demanding industrial environments, ensuring stable signal transmission and robust noise immunity. It serves as a cost-effective expansion option for legacy automation setups utilizing the 8200 vector drive series, maintaining operational efficiency and system longevity.

Features

• Direct plug-in installation on the front interface slot of Lenze 8200 vector frequency inverters.
• Equipped with 1 analog input configurable for voltage or current signals.
• Provides 1 analog output (0 to 10 V) for feedback or monitoring.
• Features 4 digital inputs for control commands such as start/stop, direction, and preset speeds.
• Includes 1 digital output for status signaling and fault reporting.
• Internal power supply drawn directly from the host inverter's interface slot.

Applications

• Speed and torque control in conveyor systems and material handling.
• Integration of pressure, flow, and temperature sensors in pump and fan applications.
• General industrial automation and machine control using Lenze 8200 vector drives.

Technical Specifications

Connections and Interfaces

Installation Guidelines

• Ensure the host inverter is completely powered down and the DC bus capacitors are fully discharged before inserting or removing the module.
• Plug the E82ZAFSC module firmly into the designated slot on the front of the 8200 vector inverter.
• Secure the module using the integrated retaining screws to ensure reliable grounding and mechanical stability.
• Route analog signal cables separately from high-voltage motor and power lines to prevent electromagnetic interference. Use shielded cables for all analog connections.

Compliance and Certifications

• CE
• UL
• RoHS