Core Specifications

• Rated Power: 75kW (100HP), catering to medium-to-large industrial motor loads
• Rated Voltage: 380VAC, compatible with 415V AC power systems for versatile application
• Phase: 3-Phase (3P), standard for industrial power distribution and motor operation
• Coating: Standard Coating (HD), ideal for general industrial environments with moderate operating conditions
• Control Panel: Basic Panel (Z), offering intuitive fundamental display and control functions
• Reactor: Integrated EMC Reactor (HD), built-in to suppress electromagnetic interference effectively
• Termination Type: Bolt Termination, ensuring secure, stable, and long-lasting electrical connections

Key Product Features

1. Integrated EMC Reactor (HD)

2. User-Friendly Basic Panel (Z)

3. High Power Capacity for Heavy-Duty Applications

4. Standardized Altivar 61 Series Design

Structure & Components

• Power Components: Includes high-performance IGBT power semiconductor modules, integrated EMC reactor, and efficient heat dissipation system to guarantee stable power output and long service life.
• Control Components: Features a dedicated Altivar 61 series control chip, paired with digital input modules, analog input/output modules, enabling precise motor control and signal transmission.
• Communication Interfaces: Supports mainstream industrial communication protocols including Modbus and CANopen (protocol availability varies based on optional communication modules), facilitating seamless integration with industrial automation control systems.
• Enclosure & Mounting Parts: Sturdy metal enclosure for enhanced durability, paired with a dedicated control panel and standard mounting bolts, supporting convenient wall-mount or cabinet installation in industrial workspaces.

Application Industries

• Water Treatment Industry: Pumping stations, lifting pumps, sewage treatment equipment, and water circulation systems
• Petrochemical Industry: Oilfield pumping units, heating furnace fans, compressors, and fluid transmission equipment
• Metallurgy & Mining Industry: Large fans, blowers, material conveyors, and ore processing equipment
• Textile Printing & Dyeing Industry: Dyeing machines, rollers, textile conveying equipment, and drying equipment
• Building & HVAC Industry: Large water pumps, heating and ventilation air conditioning (HVAC) systems, and central circulation equipment

Installation & Maintenance Guidelines

Installation Requirements

• Environmental Conditions: Install the drive in a dry, well-ventilated area free from corrosive gases, dust, and moisture. Given its standard coating (HD), avoid direct exposure to rainwater, snow, or harsh chemical environments to prevent component corrosion and performance degradation.
• Wiring Specifications: Adopt bolt termination for all connections; only certified professional electricians are permitted to perform wiring, strictly following the official wiring diagram to connect 3-phase power, load motor, and control cables correctly. Improper wiring may cause equipment damage or safety hazards.
• Heat Dissipation: Keep the heat dissipation fan vents unobstructed at all times, maintain sufficient clearance around the drive for airflow, and ensure a favorable heat dissipation environment to avoid overheating faults during continuous operation.

Routine Maintenance

• Regular Inspections: Conduct periodic checks on bolted connections to ensure tightness (loose connections may cause poor contact or overheating) and inspect the operation status of the heat dissipation fan to guarantee normal heat dissipation.
• Cleaning & Upkeep: Regularly remove dust and dirt from the drive enclosure surface; accumulated dust can block vents and reduce heat dissipation efficiency, leading to equipment overheating and shortened service life.
• Parameter Backup: Always back up the original parameter configuration before modifying any drive parameters. This prevents motor damage, production interruptions, or equipment failures caused by misoperation, enabling quick parameter restoration when needed.