Delta VFD1320C43A-00 C2000 Series Control Drive

Description

The Delta VFD1320C43A-00 is a high-capacity control drive from the renowned C2000 series, engineered to provide superior motor control for heavy-duty industrial applications. This variable frequency drive supports a wide operating voltage range of 323 to 528 V AC and is designed to handle high-demand loads, offering an applicable motor output of up to 132 kW (175 HP) in normal duty applications.

The C2000 series is built for extreme reliability, featuring an impressive 98.2% efficiency rating. Its robust construction, housed in a large "Frame F" chassis, is designed for demanding environments where consistent torque and speed regulation are critical. This drive is optimized for high-performance automation, providing advanced vector control to maintain system stability in complex machinery.

Features

• Series: C2000 (Field-oriented Control Drive)
• High Efficiency: 98.2% operational efficiency
• Duty Ratings: Dual rating support (Normal/Heavy duty modes)
• Input Frequency: 47–63 Hz tolerance
• Design: Frame Size F for heavy industrial duty
• Robust Construction: Large-scale drive for high-power motors (up to 132 kW)

Applications

• Large industrial fan and pump arrays
• Extrusion machinery and plastic processing
• Heavy-duty conveyor systems
• Crane and hoist mechanisms
• Metalworking and machining tools

Technical Specifications

Installation Guidelines

• Mounting: Due to the 86.5 kg weight and Frame F size, ensure the mounting surface is reinforced and rated to support the drive securely.
• Thermal Management: This drive generates significant heat; ensure ample airflow and vertical clearance as specified in the service manual to maintain the 98.2% efficiency.
• Cabling: Use appropriately rated heavy-gauge cabling for high-current inputs (240 A nominal) to prevent voltage drop and overheating.
• Environment: Install in a clean, dry, and temperature-controlled environment to protect the sensitive internal control circuitry.
• Safety: Ensure proper protective earth (PE) grounding due to the high-power three-phase input requirements.