Lenze E82ZAFCC201 Standard I/O Function Module for 8200 Vector Frequency Inverters

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Lenze E82ZAFCC201 Standard I/O Function Module for 8200 Vector Frequency Inverters
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Features
Specifications
Outputvoltage: 24V DC
Numberofinputs: 16 Digital Inputs
Point: 14 (8DI+6DO)
Controltype: Programmable Logic Controller (PLC), Distributed Control System (DCS), SCADA
Scalability: Modular Expansion Supported
Numberofoutputs: 16 Digital Outputs
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Lenze 8200 vector frequency inverter module

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standard I/O function module Lenze

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industrial automation control module with warranty

Basic Infomation
Place of Origin: china
Brand Name: LENZE
Model Number: E82ZAFCC201
Payment & Shipping Terms
Packaging Details: pieces
Delivery Time: 5-8days
Payment Terms: T/T
Product Description

Lenze E82ZAFCC201 | CAN System Bus Standard I/O Function Module for 8200 Vector Frequency Inverters

Brand: Lenze (Germany)

Model No.: E82ZAFCC201

Product Type: CAN System Bus Standard I/O Expansion Function Card

Compatible Series: 8200 Vector Frequency Inverter (E82EV Series), also compatible with 8200 motec & Drive PLC

Compliance: CE, RoHS, fully compliant with ECER international industrial equipment standards

Format: Text + Icon Combination (English Only)

1. Product Overview 🛠️

E82ZAFCC201 is a pluggable CAN system bus I/O expansion module exclusively designed for Lenze 8200 Vector series variable frequency drives. It integrates standard digital/analog I/O terminals and built-in CAN System Bus communication interface, serving two core purposes:
  1. Expand native digital and analog signal input/output capacity of the 8200 inverter for on-site sensor, actuator and setpoint signal connection;
  2. Realize multi-drive synchronous linkage, parameter exchange and distributed control via Lenze internal CAN System Bus, enabling coordinated operation of multiple 8200 inverters in one automation system.

    It adopts slot-in plug-and-play installation inside the inverter, eliminating extra wiring cabinets and simplifying distributed drive system layout for packaging, conveying and textile machinery.

Model Code Decoding

表格



Code Segment Definition
E82ZAF General function module series for 8200 inverters
CC CAN System Bus communication + Standard I/O integrated type
201 Hardware version & configuration variant

2. Core Advantages & Key Features ⭐

  1. Dual Function: CAN Bus + Standard I/O Integration

    Combines industrial CAN system bus communication and universal analog/digital I/O on one compact card. No separate communication module and I/O card required, greatly reducing cabinet space and hardware procurement cost.
  2. Plug-and-Play Slot Installation

    Directly insert into the dedicated expansion slot on 8200 Vector inverter mainboard; no external power supply needed, powered by the inverter internal bus, fast disassembly and replacement for maintenance.
  3. Rich Configurable Digital & Analog Terminals

    Onboard multi-channel digital inputs/outputs and dual-range analog signal ports, freely assigned via inverter parameters for jog start, direction switch, fault feedback, speed setpoint and actual speed signal output. Supports 0–10V voltage / 4–20mA current analog signals.
  4. High-Speed CAN System Bus Real-Time Communication

    Lenze proprietary CAN System Bus protocol, supports real-time synchronous speed/torque data transmission between multiple 8200 drives, precise multi-axis synchronization for printing, coating and winding equipment. Max bus transmission distance up to 1000m at low baud rate.
  5. Full Compatibility with 8200 Ecosystem

    Fully matched with all power grades of E82EV 8200 Vector inverters (0.25kW ~ 90kW), compatible with built-in Drive PLC logic function, supports data interaction with external PLC via CAN bus gateway.
  6. Industrial Compact Durable Design

    IP20 protection grade, conformal coated PCB resists dust and slight moisture inside control cabinets; compact mini size minimizes occupation inside inverter chassis.
  7. Flexible Parameter Assignment

    All I/O channels and CAN bus communication addresses are fully configurable via Lenze Engineer software or inverter local keypad, adapting to diverse machine control logic without hardware modification.

3. Detailed Technical Parameters 📊

表格



Item Specification
Full Model E82ZAFCC201
Applicable Drive Lenze 8200 Vector (E82EV), 8200 motec, Drive PLC
Communication Interface Lenze CAN System Bus (2-wire terminal block)
CAN Bus Baud Rate Selectable 125 / 250 / 500 / 1000 kbps
Max Bus Node Quantity Up to 16 drives on one CAN bus segment
Digital Inputs 4 configurable DC24V sink/source digital inputs
Digital Outputs 2 transistor digital outputs (DC24V, 100mA per point)
Analog Input 1 channel, configurable 0–10V / 0–20mA / 4–20mA
Analog Output 1 channel, 0–10V or 0–20mA configurable
Internal Power Supply Powered by inverter internal 5V bus (no external 24V supply required)
Protection Class IP20 (for cabinet internal installation)
PCB Treatment Conformal anti-dust coated circuit board
Installation Method Internal slot plug-in on 8200 inverter control board
Overall Dimension (W×H×D) 64 mm × 76 mm × 25 mm
Net Weight Approx. 37 g
Operating Temperature 0 °C ~ +50 °C
Storage Temperature -20 °C ~ +70 °C
Configuration Software Lenze Engineer, Global Drive Control
Certification CE, RoHS, ECER industrial compliance

4. Application Industries & Typical Scenarios 🏭

Main Applicable Industries

Packaging machinery, textile printing equipment, material conveying systems, plastic extrusion machinery, winding & unwinding equipment, food processing production lines, multi-axis automated assembly machines.

Typical Application Scenarios

  1. Multi-Drive Synchronous Conveying Lines

    Connect multiple 8200 inverters via CAN System Bus to realize synchronous speed control of multi-section conveyor belts, eliminate material tension deviation.
  2. Printing & Coating Winding Equipment

    Realize real-time torque and speed signal exchange between unwinding, intermediate roller and winding drives via CAN bus, stable constant tension control.
  3. Packaging Filling & Labeling Machines

    Expend extra I/O ports to connect proximity switches, photoelectric sensors and solenoid valves; transmit equipment running status and fault signals to master drive via CAN bus.
  4. Distributed Modular Automation Systems

    Distribute multiple 8200 inverters on machine frame, use E82ZAFCC201 CAN bus to realize centralized logic coordination without long-distance hard wiring between drives.

Image Reference Description

  1. Application Scene Image: E82ZAFCC201 module inserted inside E82EV 8200 vector inverter, CAN bus wiring connected to multiple slave drives for synchronous control.
  2. Warehouse Storage Image: Original Lenze E82ZAFCC201 function modules packed in independent factory cartons, neatly stacked on industrial storage racks with complete model labels and installation manuals, 100% original genuine stock.

5. Packaging & Quality Guarantee 📦

  • Product Condition: 100% Original New Genuine German Lenze factory product
  • Original Packaging: Independent export carton with unique serial number, model parameter sticker
  • Standard Accessories: Terminal wiring plug, official installation & parameter configuration manual
  • Official Warranty: 12-month global manufacturer warranty
  • Shipping Options: DHL, FedEx, TNT or industrial land logistics; In-stock goods standard lead time: 3–7 working days
  • Quality Inspection: 100% full function factory pre-shipment testing, all performance indicators fully comply with ECER international industrial safety standards

6. Installation & Usage Tips 💡

  1. Power off the 8200 inverter completely before plugging/unplugging the module to avoid damage to internal bus circuits.
  2. Use shielded twisted-pair cable for CAN System Bus wiring, terminate both bus ends with 120Ω matching resistors to reduce signal reflection interference.
  3. This module integrates both CAN bus and standard I/O; if only communication function is required, select E82ZAFCC001 pure CAN bus module to save cost.
  4. All analog signal wiring must adopt shielded cables, separate from power cables to prevent electromagnetic interference causing speed fluctuation.
  5. Keep the inverter cabinet well ventilated to avoid long-term high-temperature operation leading to module overheating protection.
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Contact Person : Leon Lee
Tel : +8615389206502
Fax : 86--15389206502
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