Lenze 8200 Vector Series Vector Inverter

Basic Information

Product Series: Lenze 8200 Vector Inverter

Power range: 0.25 kW… 90.0 kW

voltage level

Single phase/Three phase 230V

Three phase 400 V/500 V

Purpose: Selection, configuration, installation, wiring, module matching, accessory selection

Core positioning: modular, high usability, industrial vector control frequency converter

Core structure

Product information: Model code, abbreviation, selection guide

Host controller: specifications, power, installation, size, special design

Automation module: operation panel I/O、 Bus, PLC module

Attachment: Incoming reactor, filter, braking resistor, motor filter, fuse

Application Cases

service

Product Information (Core: Selection)

1. Model coding rules (E82EVxxxKxx)

82:8200 series

V: Vector control

Power: 25=0.25kW, 75=0.75kW, 152=1.5kW

Voltage: 2=230V, 4=400V

Structure: C=standard, B=high power, 200=no built-in filter, C=with built-in filter

2. Quick selection table (most important)

Divided into a large number of tables based on voltage, power, whether equipped with EMC filters, and rated/increased capacity operation, directly matched:

Host model (such as E82EV751K4C200)

Standard I/O module (E82ZAFSC010)

line reactor

RFI filter

braking resistor

Supports two operating modes:

Rated power operation (Normal): standard load

Increased rated power operation: Variable torque for fans and pumps, capable of carrying larger motors

Base controllers

1. Technical parameters (general)

Control methods: V/f linear/square, vector control, sensorless torque control

Carrier frequency: 1/2/4/8/16 kHz

Output frequency: 0… 650 Hz

Overload: 180% × 60s; 210% × 3s above 15kW

Protection: overcurrent, overvoltage/undervoltage, overload, overheating, ground fault, motor PTC protection

Environment: -10…+55 ℃, altitude 0… 4000m (reduced capacity)

Certification: CE, UL, cUL, EN 55011 A/B level

2. Basic I/O configuration

Analog quantity: 2 inputs/2 outputs (0-10V/0/4-20mA)

Digital quantity: 6 inputs/2 outputs+relay output

Frequency input: up to 100kHz

Encoder interface: optional

3. Installation method

Installation inside standard cabinet

Side by side installation (only requiring a 3mm gap)

Rotating bracket installation (easy to maintain)

DIN rail installation (low power)

Cold plate heat dissipation: no built-in fan, external heat dissipation plate

Push through installation: The radiator extends outside the cabinet to lower the temperature inside the cabinet

4. Special version

Safe Stop: EN 954-1 Cat.3, without contactor

IT Grid Version: Suitable for ungrounded distribution systems

Automation

1. Operation panel

Keypad XT: Text display, parameter copying, password protection

GDC easy software: PC debugging, oscilloscope, parameter management

2. I/O functional module

Standard I/O PT (E82ZAFSC010): standard, spring terminals

Application I/O PT: High order I/O, dual-mode analog, high-speed counting

3. Bus module (full coverage)

CAN / CANopen

PROFIBUS‑DP

INTERBUS / INTERBUS Loop

DeviceNet

LON

LECOM‑AB（RS232/485）

Fiber optic LECOM-LI

AS‑Interface

4. Drive PLC (built-in programmable controller)

IEC 61131-3 Programming

8 inputs/4 outputs, 3 analog inputs, 1 analog output

Built in CAN bus

Scalable counting/analog board

Accessories

1. Cable protection

Fuse, circuit breaker, fuse holder (matched by power)

2. Mains choke

Suppress harmonics, protect the frequency converter, and extend its lifespan

3. RFI/EMC filters

Meets EN 55011 levels A and B

Divided into internal/external, matched according to power and cable length

4. Motor filter

Long cables (>20m) are essential to protect motor insulation

5. Braking unit and braking resistor

0.25… 11kW: Built in braking transistor

Above 15kW: External braking unit

Provide corresponding resistance/power resistance

6. Other

PTC motor protection module

Given potentiometer

Display table, plug, EMC kit