ASDA-B3-1521-M 1.5kw Delete B3 ECMA–E21315RS AC servo motor and Driver

ASDA-B3-1521-M 1.5kw Delete B3 ECMA--E21315RS AC servo motor and Driver in Lahore Pakistan

Here’s a detailed product description, usage guide, and feature explanation for your website for the ASDA-B3-1521-M 1.5kW AC Servo Motor and ECMA-E21315RS Driver:

ASDA-B3-1521-M 1.5kW AC Servo Motor and ECMA-E21315RS Driver — Product Details

Overview

The ASDA-B3-1521-M is a powerful and reliable 1.5 kW AC servo motor designed for precision motion control in industrial automation. Paired with the ECMA-E21315RS servo driver, this combo offers high performance, accurate positioning, and smooth operation, making it ideal for CNC machines, robotics, packaging, and other demanding applications.

Key Features

• Rated Power: 1.5 kW (1500 Watts)

• Rated Current: Approx. 4.77 A

• Rated Voltage: 220 VAC (typically single-phase or three-phase depending on region)

• Rated Speed: 3000 RPM (standard for many servo motors)

• Feedback: High-resolution optical encoder (usually 2500 pulses/rev or higher) for precise position and speed feedback

• Torque: High starting torque and wide speed range for dynamic performance

• Driver Model: ECMA-E21315RS

• Driver Input Voltage: 220 VAC

• Control Modes: Pulse and direction control (PUL/DIR), analog voltage, and communication interfaces depending on model

• Protection Features: Overvoltage, overcurrent, overheating protection for safety and longevity

• Compact Design: Space-saving with robust housing for industrial environments

• Easy Integration: Compatible with common CNC controllers, PLCs, and motion controllers

How to Use

1. Mechanical Installation:

   • Mount the ASDA-B3-1521-M servo motor securely on the machine frame using the standard flange mounting.

   • Ensure the motor shaft aligns correctly with the driven equipment to avoid mechanical stress.

2. Electrical Connection:

   • Connect the servo motor power cables to the ECMA-E21315RS driver output terminals as per wiring diagram.

   • Connect the encoder cables from motor to driver for closed-loop feedback.

   • Connect the driver input to the power supply (typically 220 VAC).

   • Interface control signals (pulse, direction, enable) from your CNC or PLC controller to the driver inputs.

3. Parameter Setup:

   • Configure driver parameters for your specific application, including motor type, encoder pulses, acceleration, max speed, and current limits.

   • Many drivers provide software tools or onboard DIP switches for easy tuning.

4. Testing and Calibration:

   • Power on the system and run initial tests to verify rotation direction and response.

   • Adjust parameters for optimal performance, minimal vibration, and accurate positioning.

5. Operation:

   • The servo system operates by receiving command pulses and adjusting motor position with feedback correction.

   • Closed-loop control ensures no step loss, smooth acceleration/deceleration, and precise positioning.

Features Explained

Applications

• CNC routers and milling machines

• Industrial robots and automation arms

• Packaging and labeling machinery

• Textile machinery

• Printing and paper handling

• Conveyor and material handling systems