EVS9323-CRV003 Lenze 9300 Servo Inverter

EVS9323-CRV003 Lenze Global Drive 9300 Servo Inverter – 1.5 kW Cold-Plate Controller

Technical Specifications

• Brand: Lenze
• Model: EVS9323-CRV003
• Series: Global Drive 9300 Servo Inverters
• Category: Servo inverter / register controller
• Software variant: V003
• Rated motor power: 1.5 kW with a 4-pole asynchronous motor at 400 V
• Rated output current: 3.9 A nominal at 8 kHz switching frequency
• Maximum output current: 5.9 A at 8 kHz, 150% overload mode
• Control: Field-oriented servo control (SC)
• Analog inputs: 2 × ±10 V (switchable 0–20 mA), 11 bits plus sign
• Analog outputs: 2 × 9 bits plus sign
• Digital inputs: 6 (1 controller enable plus 5 freely assignable), PLC level per IEC 61131-2
• Digital outputs: 4 × 50 mA per output
• Resolver input: Sub-D 9-pin
• Encoder input: Multi-encoder port for TTL/SinCos incremental and Hiperface absolute encoders
• Digital frequency input/output: Two-track each, Sub-D 9-pin
• Cooling design: Cold plate with flat rear cooling surface

Communication and Interfaces

• Built-in ports: CAN system bus (X4) and AIF automation interface (X1)
• Integrated protocol: CANopen on the system bus
• AIF slot: Accepts a keypad or an attachable communication module
• PROFIBUS DP module: EMF2133IB
• DeviceNet module: EMF2179IB
• INTERBUS module: EMF2113IB
• LECOM A/B module: EMF2102IB

Electrical and Environmental Data

• Supply voltage: 3/PE AC 320–528 V nominal, 45–65 Hz
• DC supply: 460–740 V alternative input
• Power loss at 400 V: 140 W
• Operating temperature: 0 to +55 °C for sizes 9321–9326
• Derating: 2.5% output current per °C above +40 °C
• Storage temperature: -25 to +55 °C
• Relative humidity: Average 85% RH without condensation, climatic class 3K3 per EN 50178
• Protection rating: IP20
• Dimensions (H×W×D): 350 × 97 × 158 mm cold-plate design

Installation Guidelines

• Mount the cold plate against a flat, heat-conducting cabinet surface.
• Apply thermal paste between the cold plate and the mounting surface.
• Keep the cabinet airflow clear around the heat sink or cooling circuit.
• Connect a 3/PE AC supply within 320–528 V and 45–65 Hz.
• Wire the resolver to the Sub-D 9-pin input and check shield grounding.
• Route encoder and CAN cables away from motor power lines.
• Derate output current when ambient temperature exceeds +40 °C.
• Set the controller enable signal on digital input 1 before start-up.

Package Contents

• 1 × Lenze EVS9323-CRV003 servo inverter
• 1 × Set of connectors and terminal covers
• 1 × Printed quick-start guide

Shipping

• We dispatch stock items within 5 business days.
• We ship worldwide by FedEx, UPS, and DHL.
• We pack each unit in shock-absorbing packaging for safe transport.

FAQ

• Is this servo inverter new and original? Yes, we supply the EVS9323-CRV003 as a brand-new original Lenze product.
• Do you keep stock? Yes, we hold this model in stock for immediate order processing.
• How fast do you ship? We ship within 5 days using DHL, FedEx, or UPS.
• Can I return the unit? Yes, we accept returns within 30 days.
• Which motors does this model control? It runs synchronous and asynchronous servo motors plus standard asynchronous motors.
• How much overload current does it deliver? It supplies 5.9 A at 8 kHz in 150% overload mode.
• What supply voltage does it need? It accepts 3/PE AC 320–528 V or DC 460–740 V.
• Which encoders can I connect? You can use TTL/SinCos incremental encoders, Hiperface absolute encoders, or a resolver.
• Which fieldbus modules fit the AIF slot? PROFIBUS DP, DeviceNet, INTERBUS, and LECOM A/B modules are available.
• What is the operating temperature range? It runs from 0 to +55 °C with derating above +40 °C.
• Is a drop-in replacement still available? No, Lenze points to the i950 migration path instead of a same-code replacement.