Mali VFD015CP23A-21

Category:

MaliVFD015CP23A-21

Product Description

Delta VFD015CP23A-21 VFD-CP2000 Series Inverter AC Drive

Delta's Sensorless Vector Control Drive CP2000 Series embodies the principles of energy saving, using this as the foundation of its design. Specifically engineered for applications such as air blowers, pumps, and HVAC drives, the CP2000 features intelligent PID control to ensure maximum efficiency. The Sensorless Vector Control (SVC) delivers prompt responses to load torque variations, meeting customer demands for load changes while enhancing motor performance.

 

In variable torque environments, the CP2000 utilizes a 3-step V/F curve response to appropriately adjust input voltage, achieving optimal overall performance. This function is particularly beneficial for pump and fan applications. Additionally, the CP2000 includes a range of functions for operation and protection in variable load environments, such as flying starts, auto-acceleration/deceleration, momentary power loss restarts, and auto-tuning.

 

With these advanced features, the CP2000 series offers the ultimate energy-saving solution for your applications, ensuring efficient and reliable performance across a variety of industrial settings.

TECHNICAL SPECIFICATIONS

Model

VFD015CP23A-21

Brand

Delta

Product Condition

NEW

Applicable Motor Output (Light Duty)

1.5KW

Applicable Motor Output (Light Duty)

2HP

Rated Output Current(Light Duty)

7.5A

Applicable Motor Output (Normal Duty)

0.75KW

Applicable Motor Output (Normal Duty)

1HP

Rated Output Current(Normal Duty)

5A

Max. Output Frequency (Hz)

0-599

Overload Tolerance(LD,ND)

120% of rated current: 60s for every 5 min.

Rated Input Frequency

50 / 60 Hz

Rated Input Voltage

AC200-240V

Phase

3 Phase

Cooling Method

Fan Cooling

Braking Chopper

Built-in

Protection Level

IP20

Frame Size

A

Series

CP2000

Height

250mm

Width

130mm

Depth

170mm

Weight

2.6Kg

*Other models of different Version Types, Input Voltages & Motor Capacity are provided on demand.