Vector Control Variable Frequency Inverter Product Description:
The Vector Control Variable Frequency Inverter with PID Auto Tuning
Function for Steel Plant Roller is a highly advanced and
specialized device designed specifically for steel plant roller
applications. This inverter utilizes vector control technology to
provide precise and efficient control over the speed and torque of
electric motors, ensuring optimal performance and productivity.
One of the key features of this inverter is its PID auto tuning
function. The built-in PID controller automatically adjusts the
control parameters based on the feedback from the roller system,
allowing for accurate and stable control of speed and position.
This ensures smooth and precise operation, minimizing fluctuations
and improving the overall efficiency of the steel plant roller.
With its vector control capability, this inverter offers excellent
speed and torque control, enabling seamless operation of the
roller. It can adapt to varying load conditions and maintain
consistent performance, even under heavy loads or sudden changes in
demand. This enhances the reliability and productivity of the steel
plant roller, minimizing downtime and maximizing output.
The Vector Control Variable Frequency Inverter is specifically
tailored for steel plant roller applications, making it an ideal
choice for controlling the motors that drive the rollers in steel
production processes. Its robust construction and industrial-grade
components ensure durability and longevity, even in harsh operating
conditions typically found in steel plants.
Furthermore, this inverter supports various control modes,
including vector control, V/F control, and torque control,
providing flexibility to meet specific requirements of the steel
plant roller system. It also includes built-in protection
mechanisms such as overvoltage protection, overcurrent protection,
and short circuit protection, ensuring the safety and longevity of
both the motor and the inverter.
In summary, the Vector Control Variable Frequency Inverter with PID
Auto Tuning Function for Steel Plant Roller is a technologically
advanced and reliable device that offers precise control over
electric motors used in steel plant roller applications. Its PID
auto tuning function, vector control capability, and robust
construction make it an indispensable tool for optimizing roller
performance, ensuring smooth operations, and maximizing
productivity in steel plants.
Vector Control Variable Frequency Inverter Features:
- Precise Vector Control: The inverter offers precise control over
motor speed and torque, ensuring accurate and efficient operation
of steel plant rollers.
- PID Auto Tuning Function: Equipped with a PID controller, the
inverter automatically adjusts control parameters for optimized
speed and position control, enhancing stability and precision.
- Versatile Control Modes: Supporting vector control, V/F control,
and torque control, the inverter provides flexibility to adapt to
various operating conditions and meet specific requirements.
- Robust and Reliable: Designed for the demanding steel plant
environment, the inverter features a rugged construction and
industrial-grade components, ensuring durability and reliable
performance.
- Enhanced Safety and Protection: Built-in protection mechanisms such
as overvoltage, overcurrent, and short circuit protection safeguard
the motor and inverter, ensuring system longevity and safety.
Vector Control Variable Frequency Inverter Technical Parameters:
Product Attribute | Technical Parameter |
Product Name | Vector Power Converter |
Output Name | Vector Electric Motor Controller, Vector Variable Frequency Drive |
Adjust Speed | 1:100 (OLVC), 1:50 (V/F) |
Voltage Control | V/F, OLVC (Open Loop Vector Control) |
Altitude | 1000m Rated, 1000m-3000m, 1% Rated Current Derating Per 100m |
Communication Protocol | Modbus RTU |
Communication Interface | RS485, RJ45 |
Operation Environment | Indoor, No Direct Sunlight, Non-flammable, No Corrosive Gasses And
Liquid, No Contamination With Electrically Conductive Material |
Vibration | <5.9m/s2 (0.6g) |
V/F | 4 Types: V/F (user Can Program) And Ramp (2.0 Power, 1.7 Power, 1.2
Power) |
Torque Accuracy | ≤5% (OLVC) |
Starting Torque | 0.5Hz: 150% (OLVC), 1Hz: 150% (OLVC) |
Vector Control Variable Frequency Inverter Applications:
This vector power converter is equipped with four types of V/F that
can be programmed by the user. It also has ramp functions with 2.0
power, 1.7 power and 1.2 power. The V/F ratio is 1:50 and 1:100
with OLVC. The torque accuracy of this product is ≤5% with OLVC.
COENG HV300 Vector Frequency Inverter is suitable for indoor use
only, without direct sunlight, non-flammable, without corrosive
gasses and liquid, and without contamination with electrically
conductive material. The vibration level of this product is less
than 5.9m/s2 (0.6g), making it safe for use in various industrial
environments.
The COENG HV300 Vector Frequency Inverter can be used in a wide
range of applications, including but not limited to:
- Conveyor systems
- Pumps and fans
- Machine tools
- Textile machinery
- Printing machinery
- Food processing machinery
- Automated production lines
Whether you need to control the speed of your conveyor system or
adjust the power output of your pumps and fans, the COENG HV300
Vector Frequency Inverter is the perfect solution. With its
advanced features and reliable performance, this vector power
converter is ideal for use in various industrial scenarios where
precision and accuracy are critical.
Vector Control Variable Frequency Inverter Support and Services:
The Vector Frequency Inverter product offers comprehensive
technical support and services that include:
- Installation assistance and guidance
- Product training and education
- 24/7 online technical support
- Remote diagnostics and troubleshooting
- On-site repairs and maintenance
- Replacement parts and accessories
Our team of experienced technicians and engineers are dedicated to
providing timely and effective support to ensure the optimal
performance and longevity of your Vector Frequency Inverter.
