Description

The VFD900CP23A-00 is a high-capacity, Intelligent Sensorless Vector Control Drive from Delta's CP2000 series. Engineered specifically for high-efficiency operation, this drive is rated for an applicable motor capacity of 90,000W (125HP). It operates on a 3-phase 230V input and delivers a robust rated output current of 180A, making it an ideal choice for large-scale industrial machinery and heavy-duty load management.

The CP2000 series is widely recognized for its "Intelligent Sensorless Vector Control," which allows for precise torque and speed management even without external encoder feedback. With a maximum output frequency of 600Hz, this drive provides the versatility needed for high-speed industrial processes. It is designed as an IP00 (UL Open Type) unit, intended for professional installation within protected electrical control cabinets where the enclosure itself provides the necessary environmental shielding.

Features

• Series: Delta CP2000 Series (Intelligent Sensorless Vector Control)
• Power Rating: 90,000W (125HP) capacity
• Rated Current: 180A output
• Supply: 230V 3-Phase input
• Control: Advanced vector control algorithms for high-torque applications
• Performance: Maximum output frequency up to 600Hz
• Protection: IP00 / UL Open Type (intended for cabinet mounting)

Applications

• Large-scale industrial fan and pump systems
• HVAC and building automation for large facilities
• Heavy-duty conveyor and material handling systems
• Extruders, blowers, and large compressors
• Process control in manufacturing and water treatment plants

Technical Specifications

Installation Guidelines

• Cabinet Mounting: Because this unit is rated IP00, it must be mounted inside a suitably ventilated, dust-proof, and humidity-controlled electrical cabinet.
• Thermal Management: Given the 90kW capacity, the enclosure must include industrial cooling (fans or heat exchangers) to prevent heat buildup, as the drive does not provide an outer protective shell.
• Grounding: Use a heavy-gauge ground wire connected directly to the drive’s grounding stud to prevent electrical noise from affecting the sensitive sensorless vector control algorithms.
• Cable Selection: Use shielded power cabling between the drive and the motor to reduce EMI emissions, which are common with high-frequency VFD switching.