Electric AC Drive

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Electric AC Drive Specification

Mounting Type
Panel Mount

Power Factor
0.98

Efficiency
> 95%

Connector Type
Screw Type

Feature
Soft Start, Speed Regulation, Fault Display

IP Rating
IP20

Insulation Material
High Strength Polymer

Shape
Rectangular

Surface Finish
Powder Coated

Product Type
Electric AC Drive

Application
Industrial Automation, Motor Speed Control

Energy Consumption
High Efficiency, Low Energy Consumption

Color
Grey & Blue

Dimension (L*W*H)
220 x 110 x 170 mm

Weight
2.3 kg

Size
Standard Panel Mount Size

Phase
Three Phase

About Electric AC Drive

Numerous benefits can be associated with the use of our Electric AC Drive. First if all, these drives that regulate the speed of motors operating at constant speed greatly contributes to energy savings. Besides, use of Electric AC Drive in motors leads to a smoother process control as compared to traditional techniques of process controls and significantly reduces the mechanical shock and stress in start & stop situations. The drives we offer are durable, cost efficient, and find large scale use in the HVAC industry.The Electric AC Drive is the perfect choice for any industrial needs. Its user-friendly design and high-end performance make it the ideal tool for productivity, safety and cost-efficiency. Its broad range of options ensure that you get the best quality products, with maximum reliability and improved outcomes.

Intelligent Motor Control with High Efficiency

The electric AC drive utilizes both V/F and sensorless vector control methods, ensuring precise and dynamic motor speed regulation. Its superior energy efficiency (>95%) and effective power factor correction (0.98) promote sustainable operations while reducing operating costs. The wide speed range (1:100) makes this drive adaptable for varying industrial automation demands.

User-Friendly Design and Robust Build

Equipped with a LED digital display, the drive offers easy monitoring and configuration, while panel mounting and standard sizing ensure seamless integration into existing setups. Enhanced with a cooling fan and constructed from high strength polymer, it stands up to harsh industrial conditions. The IP20-rated powder-coated enclosure guarantees reliable operation and longevity.

FAQs of Electric AC Drive:

Q: How does the V/F and sensorless vector control benefit industrial automation?

A: V/F and sensorless vector control methods provide accurate and efficient speed regulation, enabling smooth operation and adaptable performance for various industrial applications. Sensorless vector control further enhances motor response without requiring an encoder, making it both cost-effective and reliable.

Q: What is the purpose of the RS485 (Modbus) communication interface?

A: The RS485 interface with Modbus protocol allows the AC drive to connect seamlessly to industrial PLCs and automation systems. This enables remote monitoring, control, and data exchange for efficient process management and integration with smart manufacturing systems.

Q: When should the soft start feature be used in motor operation?

A: The soft start feature is recommended whenever initiating the motor to minimize mechanical stress and electrical surges. This prolongs equipment lifespan and reduces maintenance costs by ensuring a gradual ramp-up in speed and current.

Q: Where is the optimal mounting location for this AC drive?

A: This AC drive is designed for panel mounting within standard control cabinets or enclosures. For optimal cooling and accessibility, ensure adequate ventilation around the unit and avoid exposure to direct heat, moisture, or dust beyond IP20 protection limits.

Q: What process steps are involved in setting up the drive for first-time use?

A: Begin by securely panel mounting the drive following the provided dimensions. Make electrical connections using the screw-type connectors, set up input/output phases, and connect the RS485 communication line if needed. Configure parameters via the LED display and run initial tests to verify correct operation.

Q: How does the high efficiency and low energy consumption translate to user benefit?

A: The drives efficiency (>95%) and low energy consumption directly reduce operational costs and energy waste. Over long-term use, these benefits contribute to substantial savings and support eco-friendly industrial practices.

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