Lenze EVF8216-E Variateur de fréquence variable série 8200

Product Overview

The Lenze EVF8216-E (EVF8216-E) is a high-reliability variable frequency drive developed for steady-state motor control in heavy-duty industrial processing. As a cornerstone of the 8200-series range, this inverter provides precise frequency and voltage modulation, enabling optimized speed and torque control for applications such as pump systems, conveyor drives, and fan regulation. By facilitating controlled motor ramps, the EVF8216-E protects mechanical components from high-current start-up surges, thereby extending the operational lifespan of both the motor and the driven load in critical manufacturing environments.

Technical Configuration

The EVF8216-E is designed to integrate into complex control architectures, offering both standalone operational flexibility and compatibility with modular I/O expansion.

• Motor Control: Utilizes advanced V/f control algorithms to maintain consistent performance across a wide speed range.
• Operational Control: The drive accepts standard analog and digital signals, allowing for seamless integration with PLC-based automation systems or manual potentiometer speed adjustment.
• Protection Architecture: Features comprehensive internal monitoring, including protection against overvoltage, undervoltage, and thermal overload, ensuring the drive enters a safe state during fault conditions.
• Modular Design: Supports the installation of 8200-series function modules, enabling the addition of fieldbus communication or enhanced I/O capability to meet evolving production requirements.

Technical Specifications

Frequently Asked Questions

Is the EVF8216-E still supported for new system installations?

While the EVF8216-E is in the "Phase-Out" stage, it remains a highly effective solution for maintaining and extending the life of existing industrial machinery where a full system migration is not yet feasible.

What is the significance of the "33.8216_E" item code?

This is the internal manufacturer part reference used to distinguish specific production variants within the 8200-series. Always verify this code against your original unit's nameplate to ensure exact hardware matching.

How does this drive handle external electromagnetic interference?

The unit is designed for standard industrial use; however, best practice dictates the use of shielded motor cabling and external line filters if installed in environments with high levels of electrical noise or sensitive instrumentation.

Engineering Integration and Safety Protocols

• Thermal Management: The EVF8216-E relies on efficient convection cooling. Ensure the drive is mounted vertically in the control cabinet with a minimum clearance of 100 mm above and below the unit. Avoid mounting the drive in proximity to other heat-generating components to prevent premature thermal derating.
• Wiring Standards: Use properly sized conductors for the input power supply to accommodate the drive's peak current demand. All control signal wiring must be separated from motor output cables by at least 200 mm to prevent inductive cross-talk.
• Safe Commissioning: Prior to applying full voltage, conduct a resistance check on the motor circuit to rule out phase-to-ground shorts. Ensure that all parameter settings (e.g., motor current, min/max frequency) are correctly configured via the keypad or software interface before engaging the run signal.
• Maintenance Note: Given the drive's mature product cycle, inspect the internal cooling fan periodically for dust accumulation. If the fan exhibits signs of bearing failure, replace it immediately to prevent internal overheating and potential failure of the power stack.