OEM Acceptable 0.4-750KW Triple Output Adjustable Variable Frequency Drive with 2 Analogue Inputs
Variable Frequency Drive Product Description:
The VFD Variable Frequency Drive comes with two analogue inputs that allow for precise control and monitoring of the motor speed. The analogue input is within 0.2% of the maximum output frequency, ensuring that the motor runs at the desired speed with great accuracy.
Additionally, this modular variable frequency drive is built to deliver outstanding performance, thanks to its very good working efficiency.
The VFD Variable Frequency Drive is rated for power ranging from 0.4KW to 750KW, making it a versatile option for various industrial applications. With a power output of 30Kw/40hp, this variable frequency converter is capable of providing reliable and stable power to your electric motor.
Whether you need to control the speed of your motor in a manufacturing plant or a commercial facility, the VFD Variable Frequency Drive is an ideal solution. This frequency converter is designed to offer precise and efficient control over your motor speed, improving your production efficiency and reducing energy consumption.
Variable Frequency Drive Features:
- Product Name: VFD Variable Frequency Drive
- Outtype: Triple
- Product: Variable Frequency Inverters
- Oem: Acceptable
- Power: 30Kw/40hp
- Adjustable Variable Frequency Drive
- Modular Variable Frequency Drive
- Adjustable Speed Drive
Variable Frequency Drive Technical Parameters:
| Product | Variable Frequency Inverters |
| Model | ACS880 |
| Power | 30Kw/40hp |
| Cooling Method | Air Or Liquid Cooling |
| Relay | 2 Relays |
| Analogue Inputs | 2 |
| Analog Input | Within 0.2% Of Maximum Output Frequency |
| Outtype | Triple |
| Working Efficiency | Very Good |
| Warranty Period | 18 Months |
Variable Frequency Drive Applications:
One of the key features of the COENG HD2000-C-10-10 is its cooling method, which can be either air or liquid cooling. This flexibility allows for installation in a variety of environments and applications. Additionally, this VFD has a special function called multi-step speed, which enables the motor to operate at different speeds for different scenarios.
The COENG HD2000-C-10-10 modular variable frequency drive is ideal for a wide range of product application occasions and scenarios. Some examples include:
- Conveyor belts in factories: The COENG HD2000-C-10-10 can be used to control the speed of conveyor belts, ensuring that products are transported safely and efficiently.
- Water treatment plants: The multi-step speed function of this VFD can be used to control the flow rate of water in treatment plants, which is critical for maintaining water quality.
- Industrial pumps: The variable speed drives of the COENG HD2000-C-10-10 can be used to control the speed of industrial pumps, which can improve their efficiency and extend their lifespan.
- Wind turbines: This VFD can be used to control the speed of the generator in a wind turbine, ensuring that it operates at an optimal speed and generates electricity efficiently.
- Hydraulic lifts: The COENG HD2000-C-10-10 can be used to control the speed of hydraulic lifts, ensuring that they operate safely and smoothly.
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In conclusion, the COENG HD2000-C-10-10 modular variable frequency drive is a versatile and reliable product that can be used in a variety of applications. Its variable speed drives, multi-step speed function, and flexible cooling method make it an ideal choice for controlling motor speed in a wide range of scenarios.
Support and Services:
The VFD Variable Frequency Drive product offers the following technical support and services:
- 24/7 technical support hotline
- Onsite installation and commissioning
- Remote diagnostic and troubleshooting services
- Regular maintenance and repair services
- Software and firmware updates
- Training and education programs for customers and partners
Our team of experienced technicians and engineers are dedicated to ensuring that your VFD Variable Frequency Drive product operates at its best, with minimal downtime and maximum efficiency.
