Product details
Product Overview
- Model E82EV552-4C040 is a Lenze 8200 vector frequency inverter.
- It drives a 5.5 kW four-pole asynchronous motor with reliable control.
- This panel-mounted E design includes an integrated EMC filter.
- The x4x variant adds Safe Torque Off (STO) for safer machine stops.
- It supports V/f control, vector control, and sensorless torque control.
- Rated output current is 13.0 A at 8 kHz switching frequency.
- Max output current reaches 19.5 A for 60 s under periodic load.
- This inverter suits conveyors, pumps, fans, and general machine drives.
- Lenze lists the 8200 vector as a legacy series with a clear migration path.
- The official path leads to the i950 drive generation.
Technical Specifications
- Brand: Lenze
- Model: E82EV552-4C040
- Series: 8200 vector
- Rated motor power: 5.5 kW typical, four-pole three-phase asynchronous motor
- Rated output current: 13.0 A nominal at 8 kHz switching frequency
- Max output current: 19.5 A for 60 s, periodic load change cycle
- Overload: 1.8 x rated torque for 60 s when rated motor power equals rated controller power
- Motor control: V/f characteristic control (linear/quadratic), vector control, sensorless torque control
- Switching frequency: 2 / 4 / 8 / 16 kHz, noise-optimised setting
- Max output frequency: 0 to 650 Hz
- Supply voltage: 3/PE 320 to 550 V AC, 45 to 65 Hz; alternative DC 450 to 775 V DC
- Power loss: 230 W at rated current and 8 kHz
- Operating temperature: -10 to +55 °C, derated by 2.5 %/°C above +40 °C
- Storage temperature: -25 to +60 °C
- Relative humidity: average 85 % RH, without condensation, climatic class 3K3 per EN 50178
- Protection rating: IP20 per EN 60529; IP41 with push-through thermally separated mounting
- Dimensions (H x W x D): 240 x 125 x 140 mm
- Weight: 3.6 kg
- Built-in ports: control terminals X3 with digital inputs, analog input/output, and relay output K1
- Protocols: none onboard; no integrated fieldbus or Ethernet
- Communication expansion: plug-in I/O and fieldbus option modules, such as E82ZAFSC010 Standard I/O and E82ZAFAC010 Application I/O
- Measurement range, frequency response, sensitivity, linearity, resolution: not specified in the supplied data
- Environmental resistance: designed for cabinet-mounted industrial use within the stated temperature and humidity limits
- Interference immunity: integrated EMC filter supports compliant installation in industrial environments
Installation Guide
- Mount the unit vertically inside a clean control cabinet.
- Keep the specified clearance for heat dissipation.
- Use the push-through mounting option for IP41 protection.
- Connect the motor cable with proper shielding and grounding.
- Wire control terminals X3 for digital and analog signals.
- Use relay output K1 for status or fault signalling.
- Check supply voltage against the 320 to 550 V AC range.
- Follow Lenze EMC wiring rules to reduce noise.
- Derate output above +40 °C ambient temperature.
- For safe torque off, wire the STO function per the x4x variant requirements.
Commissioning and Maintenance Convenience
- Set motor data and control mode through the standard parameter structure.
- Choose linear or quadratic V/f curves for simple pump and fan duty.
- Use vector control for better torque behaviour at low speed.
- Select 2, 4, 8, or 16 kHz switching frequency for noise and load balance.
- The integrated EMC filter reduces external filter work.
- Plug-in option modules simplify later I/O or fieldbus upgrades.
- Keep spare fans and clean air paths for long service life.
- Record parameter sets for quick replacement or migration.
Compatibility Notes
- Matches a 5.5 kW four-pole asynchronous motor at rated current.
- Works with standard three-phase industrial supply systems in the stated range.
- Accepts plug-in Lenze option modules for expanded I/O and fieldbus use.
- No onboard fieldbus or Ethernet port is present.
- Lenze confirms no drop-in same-order-code replacement for newer drives.
- Lenze confirms that the i950 emulates 8200 vector behaviour via the i950 PROFIBUS module and L_ICIP library.
- Plan migration with Lenze AKB articles 321231 and 316137 for 8200 vector, 9300, 8400, and 9400 families.
- Check motor insulation and cable length before commissioning.
Certification and Compliance Information
- Protection rating follows EN 60529.
- Climatic class follows 3K3 per EN 50178.
- Integrated EMC filter supports industrial EMC compliance when installed correctly.
- Safe Torque Off is included in the x4x variant for machine safety integration.
- Confirm local panel and machinery directives before final installation.
- Audit status: OFFICIAL_VERIFIED.
Packing List and Warranty
- 1 x Lenze E82EV552-4C040 8200 vector inverter
- 1 x safety and installation information set
- 12-month warranty included
- 12 to 24 hour dispatch for in-stock orders
- Shipping by FedEx, UPS, or DHL
- Tracking details sent after dispatch
Expert Review
- The E82EV552-4C040 remains a practical choice for legacy machine upgrades.
- Its integrated EMC filter saves panel space and wiring effort.
- STO support adds real value for safer maintenance access.
- Vector control gives solid performance for conveyors and mixers.
- The main limit is the missing onboard fieldbus port.
- Buyers should plan option modules or a future i950 migration.
- Stock spare units if downtime is costly on existing lines.
Manager’s Insight
- Treat this model as a proven legacy drive, not a current flagship.
- Confirm the exact x4x STO wiring before quoting a replacement.
- Check cabinet temperature and derating above +40 °C.
- Bundle spare units and parameter backups for critical machines.
- For new designs, compare the i950 path with this 8200 vector unit.
- For urgent repairs, ask about stock and same-day packing.
Best-Fit Equipment and Applications
- Conveyor lines and material handling systems
- Pumps and fans with variable speed demand
- Mixers, agitators, and simple process machines
- Packaging and textile machinery
- Legacy production cells using Lenze 8200 vector drives
- Retrofit projects that need a known, documented drive platform
FAQ
- Is the E82EV552-4C040 a current Lenze product?
- No. Lenze lists the 8200 vector as a previous product series.
- Can I replace it with an i950 directly?
- Not as a same-order-code drop-in. Lenze confirms a migration path with i950 emulation support.
- Does this model have an onboard fieldbus?
- No. It has no integrated fieldbus or Ethernet port.
- How do I add fieldbus or extra I/O?
- Use Lenze plug-in option modules such as E82ZAFSC010 or E82ZAFAC010.
- What motor does it suit?
- A 5.5 kW four-pole asynchronous motor with a rated current near 13.0 A.
- Can it run above +40 °C?
- Yes, with derating of 2.5 % per °C above +40 °C.
- What is the max output frequency?
- 0 to 650 Hz.
- Does it include a safety function?
- Yes, the x4x variant includes Safe Torque Off.
- What is the protection rating?
- IP20, or IP41 with push-through thermally separated mounting.
- How fast does shipping take?
- In-stock orders dispatch in 12 to 24 hours by FedEx, UPS, or DHL.
- What warranty applies?
- A 12-month warranty is included.
- How do I choose between repair and replacement?
- Compare fault history, spare availability, and the cost of an i950 migration.
- What should I check before buying a used or legacy unit?
- Check the x4x STO variant, firmware, parameter backup, and cabinet history.
- Can this drive handle high starting torque?
- Yes within its overload rating: 1.8 x rated torque for 60 s.
- What should I confirm before ordering?
- Confirm supply voltage, motor current, STO need, and option module plan.
Buying Guide
- Start with the motor nameplate current and voltage.
- Confirm the x4x STO requirement for your safety concept.
- Decide whether plug-in I/O or fieldbus modules are needed.
- Check cabinet ambient temperature and derating needs.
- Order a parameter backup device or record settings before swap.
- Keep one spare inverter for critical legacy lines.
- For long-term projects, compare the i950 migration path before buying.
Contact Information
- Inquiries: sales@powergearx.com
- Phone and WhatsApp: +86 18030005825
Copyright and Source
- Copyright © 2026 Powergear X Automation Limited. All rights reserved.
- Original Source: https://www.powergearx.com/

















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