E82ZAFSC000 Lenze 8200 vector

SKU: E82ZAFSC000 Category: Drive

Description
Additional information

The Lenze E82ZAFSC000 is a frequency inverter belonging to the Lenze 8200 vector series, a compact and versatile range of AC variable speed drives designed for general-purpose industrial motion control applications. This series is manufactured by Lenze and covers a broad power range, with individual variants suited to different motor ratings and supply configurations. The E82ZAFSC000 designation follows Lenze's standard part numbering convention for the 8200 vector family, identifying a specific power and voltage class within the series.

The 8200 vector series features closed-loop and open-loop vector control modes, enabling precise speed and torque regulation across a wide operating range. Communication options within the series include support for fieldbus interfaces such as PROFIBUS, CANopen, and DeviceNet via optional modules, and the drives incorporate integrated EMC filters and braking transistors on many variants. The units are built to IEC 61800 standards and carry CE certification, with protection ratings up to IP54 depending on the enclosure variant. Onboard diagnostics, keypad parameterization, and PC-based commissioning via the Lenze Global Drive Control (GDC) software are supported.

The Lenze 8200 vector drives are widely deployed in material handling, conveyor systems, pumps, fans, compressors, and packaging machinery across manufacturing, food and beverage, and logistics industries. Their compact form factor and flexible mounting options make them suitable for both standalone cabinet installations and integration into machine-mounted enclosures. The series is particularly valued in applications requiring reliable torque control at low speeds and smooth acceleration profiles.

Technical Specifications

Series/Product Family	Lenze 8200 vector
Control Type	Open-loop and closed-loop vector control (V/f and field-oriented)
Input Voltage	230 V AC / 400 V AC (variant dependent)
Frequency Range	0 – 650 Hz
Communication Interface	Fieldbus via optional modules (PROFIBUS, CANopen, DeviceNet)
EMC Filter	Integrated (variant dependent)
Braking Resistor Support	Yes, internal braking transistor (variant dependent)
Protection Rating	IP20 (standard); IP54 (with optional enclosure)
Operating Temperature	0 °C to +40 °C (up to +55 °C with derating)
Storage Temperature	-25 °C to +70 °C
Relative Humidity	15 – 85 % (non-condensing)
Certifications	CE, UL, cUL
Mounting	DIN rail or panel mounting
Motor Compatibility	Standard asynchronous induction motors; encoder-feedback motors (closed-loop variants)

Common Fault Codes

F01: Overcurrent: Output current has exceeded the permissible peak value.
Check motor cable for short circuit or earth fault. Verify motor parameters are correctly set. Reduce acceleration ramp or increase ramp time.
F02: Overvoltage: DC bus voltage has exceeded the maximum permissible level.
Check supply voltage level. Increase deceleration ramp time or connect a braking resistor to dissipate regenerative energy.
F03: Undervoltage: DC bus voltage has fallen below the minimum permissible level.
Check mains supply voltage and connections. Verify supply is within the rated input voltage range. Check for supply phase loss.
F04: Motor overtemperature: Motor thermal model or PTC input has detected overtemperature.
Check motor load and duty cycle. Verify motor cooling is functioning. Check PTC wiring and sensor integrity.
F05: Heatsink overtemperature: Inverter heatsink temperature has exceeded the permissible limit.
Check ambient temperature and ensure adequate ventilation around the drive. Clean heatsink fins. Verify fan operation on larger units.
F07: Ballast circuit fault: Braking resistor circuit has detected an overload or fault condition.
Check braking resistor connection, resistance value, and power rating. Verify braking resistor is not damaged. Increase deceleration ramp time to reduce braking energy.
F12: Phase failure: Loss of one or more input supply phases detected.
Check mains supply connections and fuses. Verify all three input phases are present and within voltage tolerance.
F25: Parameterization error: Invalid or incompatible parameter set detected.
Reset parameters to factory defaults and recommission the drive. Verify parameter set compatibility with the installed firmware version.

Frequently Asked Questions

What control modes does the Lenze 8200 vector support?

The 8200 vector series supports V/f (voltage-frequency) control for open-loop applications and field-oriented vector control for closed-loop operation with encoder feedback, allowing precise speed and torque regulation.

Can the E82ZAFSC000 be connected to a fieldbus network?

Yes, fieldbus connectivity is available via optional communication modules supporting PROFIBUS-DP, CANopen, and DeviceNet. The base unit does not include an integrated fieldbus interface.

What software is used to commission and parameterize the 8200 vector drive?

Lenze Global Drive Control (GDC) software is used for PC-based parameterization and commissioning. Parameters can also be set using the optional keypad operator panel.

Does the 8200 vector series have an integrated braking transistor?

Many variants in the 8200 vector series include an integrated braking transistor, allowing connection of an external braking resistor to handle regenerative energy during deceleration.

What is the default protection rating of the 8200 vector drive?

The standard enclosure provides IP20 protection. Higher protection ratings up to IP54 are available with optional enclosure kits or specific housing variants.

Troubleshooting

Drive displays F01 overcurrent fault immediately on start

Check motor cable insulation resistance to earth and between phases using a megohmmeter. Inspect output terminals for loose connections or short circuits. Verify motor nameplate data matches drive parameter settings.

Repair or replace damaged motor cable. Correct motor parameter settings (rated current, rated frequency, rated speed) in the drive. If fault persists, check for internal drive output stage damage and arrange repair or replacement.

Drive trips on F02 overvoltage during deceleration

Monitor DC bus voltage during deceleration using the drive's diagnostic display. Confirm whether a braking resistor is installed and correctly connected.

Increase the deceleration ramp time in the drive parameters. If rapid deceleration is required, install an appropriately rated external braking resistor and configure the braking transistor parameters accordingly.

Drive powers up but motor does not rotate when run command is given

Verify the run command source (terminal strip or fieldbus) is correctly configured in the parameters. Check control wiring at the digital input terminals. Confirm enable signal is present.

Correct the command source parameter to match the wiring configuration. Ensure the enable input (typically terminal 28) is energized. Check for any active fault codes and clear them before restarting.

Heatsink overtemperature fault (F05) occurring during normal operation

Measure ambient temperature at the drive installation location. Inspect heatsink fins for dust or debris blockage. Check that minimum clearance distances above and below the drive are maintained.

Clean heatsink fins with compressed air. Improve cabinet ventilation or add forced cooling. Derate the drive output if ambient temperature exceeds 40 °C. Replace the internal cooling fan if it is found to be faulty.

Communication loss between drive and fieldbus master

Check the optional fieldbus module is correctly seated in the drive expansion slot. Verify node address and baud rate settings match the network configuration. Inspect fieldbus cable connections and termination resistors.

Reseat the fieldbus module and secure fixing screws. Correct node address and baud rate parameters. Ensure bus cable termination is correctly applied at both ends of the network segment. Replace the fieldbus module if hardware fault is confirmed.

Condition	Repair, Used, Refurbished, New in box (sealed)