EVS9325-CKV003 Lenze Global Drive 9300 Servo Cam Profiler, Cold-Plate Design – Shop EVS9325-CKV003 Now

Product Description

Lenze EVS9325-CKV003 is a 5.5 kW servo inverter from the Global Drive 9300 Servo Inverters family. It is a cam profiler with a cold-plate design. The software variant is V003. This unit runs field-oriented servo control for synchronous and asynchronous motors.

The EVS9325-CKV003 saves cabinet space. A flat rear surface mounts to a cold plate. It gives 13.0 A nominal and 19.5 A peak at 8 kHz. Six digital inputs and four digital outputs handle fast machine logic. A resolver input and a multi-encoder input support many feedback types.

• Cold-plate cooling – no internal fan, less dust in the cabinet.
• Cam profiler software – V003 variant handles motion profiles.
• Wide feedback support – resolver, TTL/SinCos, and Hiperface.
• CANopen on board – system bus on X4, no extra card.
• AIF expansion slot – add PROFIBUS DP, DeviceNet, INTERBUS, or LECOM.

Technical Specifications – Tree View

• Brand: Lenze
• Model: EVS9325-CKV003
• Series: Global Drive 9300 Servo Inverters
• Type: Cam profiler, cold-plate design
• Software Variant: V003
• Rated Motor Power: 5.5 kW (4-pole asynchronous motor, 400 V)
• Output Current:
  • Nominal: 13.0 A at 8 kHz switching frequency
  • Maximum: 19.5 A at 8 kHz (150% overload mode)
• Control: Field-oriented servo control (SC)
  • Synchronous servo motors
  • Asynchronous servo motors
  • Standard asynchronous motors
• Analog Inputs: 2, ±10 V (switchable 0…20 mA), 11 bits + sign
• Analog Outputs: 2, 9 bits + sign
• Digital Inputs: 6 (1 controller enable + 5 free), PLC level per IEC 61131-2
• Digital Outputs: 4, 50 mA each
• Feedback Inputs:
  • Resolver: Sub-D 9-pin
  • Multi-encoder: TTL/SinCos incremental and Hiperface absolute
  • Digital frequency in/out: two-track each, Sub-D 9-pin
• Supply Voltage: 3/PE AC 320…528 V nominal, 45…65 Hz
  • Alternative DC supply: 460…740 V
• Power Loss at 400 V: 260 W
• Operating Temperature: 0…+55 °C (sizes 9321–9326)
  • Derating: 2.5%/°C above +40 °C
  • Not UL-approved
• Storage Temperature: -25…+55 °C
• Relative Humidity: Average 85% RH, no condensation (class 3K3 per EN 50178)
• Protection Rating: IP20
• Dimensions (H×W×D): 350 × 135 × 158 mm (cold-plate depth)
• Weight: Not published for cold-plate variant
  • Built-in design reference: 7.5 kg
• Built-in Ports:
  • CAN system bus (X4), CANopen integrated
  • AIF interface (X1) for keypad or communication module
• AIF Module Options: PROFIBUS DP (EMF2133IB), DeviceNet (EMF2179IB), INTERBUS (EMF2113IB), LECOM A/B (EMF2102IB)

Installation Guide

• Mount on a cold plate – the rear surface is flat. Use a clean, flat metal plate for best heat transfer.
• Apply thermal paste – a thin, even layer reduces hot spots.
• Keep the plate cool – the drive has no fan. The plate carries the heat away.
• Wire feedback first – resolver or encoder plugs into the Sub-D 9-pin ports.
• Check supply range – 3/PE AC 320…528 V, or DC 460…740 V.
• Add an AIF module – only if your network needs PROFIBUS, DeviceNet, INTERBUS, or LECOM.

Commissioning and Maintenance Convenience

• Fewer moving parts – no internal fan means less wear and less dust buildup.
• Fast feedback setup – one port takes resolver, another takes TTL/SinCos or Hiperface.
• Flexible logic – five free digital inputs and four outputs cover most machine signals.
• CANopen built in – no extra card for basic networking.
• Clear heat budget – 260 W power loss at 400 V helps panel design.
• Simple derating rule – above +40 °C, cut output current by 2.5% per °C.

Compatibility Notes

• Legacy line – Lenze lists the 9300 series as a previous product. Newer generations replace it.
• No drop-in code – the same order code is not sold as new. Plan engineering work.
• Migration path – Lenze confirms the i950 copies 9300 servo behaviour. Use the compatibility switch, i950 PROFIBUS module, and L_ICIP library.
• Motor support – works with synchronous servo, asynchronous servo, and standard asynchronous motors.
• Network fit – CANopen is standard. AIF modules add four more protocol choices.

Expert Review – Manager’s Insight

Manager’s Insight: The EVS9325-CKV003 is a niche but useful unit. The cold-plate design removes the fan, which cuts dust problems and maintenance. For clean-room or sealed cabinets, that is a real advantage. The cam profiler software and wide feedback options make it strong for motion tasks.

Watch three things. First, it is not UL-approved. Check your local code. Second, it needs derating above +40 °C. Third, it is a legacy model. Buy it for existing 9300 servo machines or as a critical spare. For new builds, review the i950 path with Lenze first.

Best Fit – Equipment and Applications

• Cam-driven machines – the V003 profiler software fits this directly.
• Packaging equipment – fast digital I/O and encoder feedback suit high-cycle tasks.
• Textile machines – cold-plate mounting works in dusty or sealed cabinets.
• Printing and converting – servo control holds tight speed and position.
• Machine tools – resolver input gives robust feedback in harsh areas.
• Retrofit of 9300 servo axes – direct fit for existing systems.

FAQ

Q: Does this drive have a cooling fan?

A: No. The cold-plate design has no internal fan. You must mount the flat rear surface to a cold plate. That plate moves the heat away.

Q: Which encoders can I connect?

A: You have three choices. Use the resolver port. Use the multi-encoder port for TTL or SinCos incremental types. Or use Hiperface absolute encoders on the same port.

Q: Is this unit UL-approved?

A: No. The official data says it is not UL-approved. Check your local electrical code before you install it.

Q: Can I use it at 50 °C ambient?

A: Yes, but you must derate. Above +40 °C, cut output current by 2.5% per °C. At +50 °C, that is a 25% current cut.

Q: How fast do you ship, and what is the warranty?

A: In-stock units leave in 12–24 hours. We ship by FedEx, UPS, or DHL. Every unit has a 12-month warranty.

Q: How do I pick the right option for my machine?

A: Start with the motor and feedback. Resolver suits harsh areas. Hiperface suits high precision. Then check the network: CANopen is free, and an AIF module adds PROFIBUS, DeviceNet, INTERBUS, or LECOM. Finally, confirm the cold plate and ambient derating.

Buying Guide

• Match the motor – 5.5 kW, 400 V, 4-pole. Check 13.0 A nominal against your load.
• Pick your feedback – resolver, TTL/SinCos, or Hiperface. Each fits a different precision need.
• Plan the cold plate – a flat, clean surface and good thermal contact are required.
• Check the temperature – above +40 °C, apply the 2.5%/°C derating.
• Confirm UL needs – this unit is not UL-approved. Verify your code first.
• Choose the network – CANopen is built in. Add an AIF module only if needed.
• Warranty and shipping – 12 months cover, 12–24 hour dispatch, FedEx/UPS/DHL delivery.

Contact and Support

Need help with feedback choice or stock? Email sales@powergearx.com or message us on WhatsApp at +86 18030005825. We can confirm AIF module fit and lead times.

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