Micro Drives

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MOQ : 01 Piece

Micro Drives Specification

Speed Range
0-400 Hz

Cable Length
Customizable

Processor Type
Microcontroller-based

IP Rating
IP20

Screen Size
LED / LCD Display Integrated

Automation Grade
Automatic

Sensor Type
Current, Voltage Sensor

Load Capacity
Up to 22kW

Mounting Type
Panel/Wall Mount

Drive Type
AC Micro Drive

Connectivity Type
RS485, Modbus

Frequency
50/60 Hz

Remote Control
Yes

Weight
Approx. 1.1 kg

Control Type
Digital

Features
Compact Design, Energy Saving, Overload Protection

Phase
Single Phase / Three Phase

Application
Motor Speed Control, Conveyor Systems, Pumps, Fans

Material
Plastic Body, Electronic Components

Power
0.18 kW to 22 kW

Temperature
-10C to +50C

Voltage
200-240V AC

Micro Drives Trade Information

Minimum Order Quantity
01 Piece

Main Domestic Market
All India

About Micro Drives

Our aim is to provide quality assured products to our valuable clients by supplying Micro Drives. These drives are utilized for controlling AC motors. We source these drives from most authentic vendors of the market with the help of our diligent procuring agents. Clients can avail our drives in different sizes and power specifications as to suit their requirements. We offer these Micro Drives at cost effective prices to clients.

Features:

Easy maintenance
Longer operational life
Overloading power protection

Superior Motor Speed Control

Designed for motor speed and process automation, Micro Drives use microcontroller-based technology to provide exceptional accuracy and responsiveness. Their digital control ensures stable operation and optimizes efficiency, regardless of load changes. With overload protection and advanced sensor integration, downtime is minimized, and system longevity is maximized.

Flexible Installation and Connectivity

Micro Drives feature both panel and wall mounting options to suit varied industrial setups. Integrated RS485 connectivity, support for Modbus RTU and CANopen, and remote control capabilities enable seamless integration into existing automation networks, streamlining control and monitoring from centralized locations.

Robust Performance and Long Service Life

Protected by Class F insulation and IP20 rating, these drives are designed to endure challenging environments, handling temperature swings from -10C to +50C and non-condensing humidity up to 95%. The noise level is kept below 65 dB for comfortable workplace conditions, with an impressive service life exceeding ten years ensuring consistent, reliable operation.

FAQs of Micro Drives:

Q: How are Micro Drives typically used in industrial applications?

A: Micro Drives are commonly employed for precise motor speed control in conveyor systems, pumps, fans, and various automated processes. Their compact design and digital control features enable integration into energy-saving, automatic setups, enhancing productivity and system reliability.

Q: What benefits do the communication protocols like Modbus RTU and CANopen offer?

A: Using Modbus RTU and CANopen for communication allows Micro Drives to interface easily with automation systems. These protocols support real-time data exchange and remote monitoring, facilitating improved system diagnostics, centralized control, and efficient operation.

Q: When is overload protection activated, and why is it important?

A: Overload protection is triggered when the drive detects a load exceeding 150% capacity for up to 60 seconds. This safeguard prevents damage to motors and electronic components, reducing downtime and maintenance costs while extending the effective service life of the system.

Q: Where can Micro Drives be installed for optimal performance?

A: Micro Drives are designed for versatile mounting, including panel and wall installations. Their IP20 rating allows placement in standard industrial environments, provided conditions fall within the specified temperature and humidity ranges for maximum performance and safety.

Q: What process should be followed for connecting input signals to Micro Drives?

A: Connecting input signals involves wiring digital or analog inputs according to system requirements, and configuring these via the integrated display (seven-segment or LCD). The user should follow manufacturer specifications to ensure proper connection and communication with external sensors or controllers.

Q: How does the drives automatic grade and energy-saving features improve operational efficiency?

A: The automatic grade automates speed and process adjustments based on system feedback, while energy-saving functions reduce power consumption. Together, these features promote lower operational costs and more sustainable industrial performance without sacrificing output quality.

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