Mitsubishi Electric FR-F840-01800-2-60 FR-F800 Series Inverter

Description

Designed for energy-saving ventilation, fan, and pump control, the FR-F840-01800-2-60 functions as a highly efficient variable frequency drive within the Mitsubishi Electric FR-F800 Series. Engineered for high-demand industrial systems, this industrial inverter regulates motor speeds with precise frequency control to optimize power consumption and system longevity.

This specific configuration includes a specialized circuit board coating (designated by suffix -60) to protect internal components against harsh environmental elements, though it does not utilize plated conductors. The CA specification (indicated by symbol 2) optimizes this drive for complex infrastructure and industrial utility setups requiring robust electromagnetic compatibility and high-capacity electrical performance.

Features

• Compatible with motors up to 75 kW capacity.
• Specially coated circuit board (-60 option) for enhanced protection against dust and moisture.
• Forced air cooling system ensures stable thermal performance during heavy duty cycles.
• Broad permissible AC voltage tolerance from 323 V to 550 V.
• Open-type IP00 protective structure designed for clean integration into control cabinets.

Applications

• Industrial pump control and water treatment facilities
• HVAC ventilation systems and large-scale industrial fans
• Factory automation and process cooling towers
• Material handling and conveyor systems

Technical Specifications

Installation Guidelines

• Mounting: Install vertical to the mounting surface inside a suitable, ventilated electrical enclosure to satisfy IP ratings and protect the IP00 open structure from contaminants.
• Cooling Clearance: Ensure unobstructed intake and exhaust pathways for the forced air cooling system to maintain safe internal temperatures.
• Power Supply Protection: Confirm that line voltage fluctuations stay within the permissible 323 V to 550 V range to avoid overvoltage faults.
• Grounding: Connect to a dedicated, low-impedance ground point to ensure EMC compliance and operator safety.