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- Drives and Motor Trainer with PLC Interface
Drives and Motor Trainer with PLC Interface
Model - MCTR10
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Features
- Robust and sturdy construction
- Easy and versatile operation
- Incorporates standard industrial components
Motor Controller Functional Overview
The motor controller is capable of managing both stepper and servo motors,
enabling precise control over position, speed and torque. It incorporates the
following features and capabilities:
Power & Connectivity
– Operates independently without the need for an external power supply
– Nominal power rating: 300 VA
– Includes two communication ports for device interfacing
– Provides a dedicated configuration port Communication Protocols
– Supports multiple industrial communication standards:
– Ethernet/IP
– Profinet
– EtherCAT
I/O Interfaces
– 6 digital logic inputs
– 2 high-speed logic inputs
– 2 digital outputs operating at 24 V DC
– 2 high-speed switching outputs
Safety Features
– Integrated safety functions like Safe Torque Off (STO) and Safe Stop 1 with time control (SS1-t) Encoder Compatibility
– Supports both BiSS-C encoders and Incremental encoders
Operating Modes The controller supports a comprehensive range of operating modes, including:
– Cascade control
– P-position controller
– PI speed controller
– PI current regulator for F or M
– Profile operation (block mode & direct mode)
– Interpolating mode via fieldbus
– Synchronous operation modes
– Reference travel
– Setup mode
– Auto tuning
– Open-loop operation
PLC Integration
– Optional connectivity with the specified PLC system
Power & Connectivity
– Operates independently without the need for an external power supply
– Nominal power rating: 300 VA
– Includes two communication ports for device interfacing
– Provides a dedicated configuration port Communication Protocols
– Supports multiple industrial communication standards:
– Ethernet/IP
– Profinet
– EtherCAT
I/O Interfaces
– 6 digital logic inputs
– 2 high-speed logic inputs
– 2 digital outputs operating at 24 V DC
– 2 high-speed switching outputs
Safety Features
– Integrated safety functions like Safe Torque Off (STO) and Safe Stop 1 with time control (SS1-t) Encoder Compatibility
– Supports both BiSS-C encoders and Incremental encoders
Operating Modes The controller supports a comprehensive range of operating modes, including:
– Cascade control
– P-position controller
– PI speed controller
– PI current regulator for F or M
– Profile operation (block mode & direct mode)
– Interpolating mode via fieldbus
– Synchronous operation modes
– Reference travel
– Setup mode
– Auto tuning
– Open-loop operation
PLC Integration
– Optional connectivity with the specified PLC system
Instruction Manual
Self explanatory operating manuals are provided with each system. Detailed theory
as well as practical exercises is also included in the manual.
Experiments
1. Interfacing and operating and controlling Servo motor with PLC
2. Interfacing and operating and controlling Stepper motor with PLC
3. PID Control implementation for speed, position and torque
2. Interfacing and operating and controlling Stepper motor with PLC
3. PID Control implementation for speed, position and torque
Components
1. Servo motor kit
a. Servo motor, 48 V DC operated
b. Programmable servo drive
c. AI for implementing PID control from independent device
d. DI/DO available
e. Magnetic encoder
2. Stepper motor kit
a. Servo drive
b. 1.8 degree step, programmable
c. Hodding torque: 0.5 Nm
3. Linear Axis Kit
a. Stroke: 400 mm
b. Limit switch protection
c. Other safety features built-in
d. Facility to visualize oscillation and vibration effects during travel
4. Angular Axis Kit
a. With inertia wheel
b. With brake
c. Homing facility
5. Power supply Kit
a. Servo motor, 48 V DC operated
b. Programmable servo drive
c. AI for implementing PID control from independent device
d. DI/DO available
e. Magnetic encoder
2. Stepper motor kit
a. Servo drive
b. 1.8 degree step, programmable
c. Hodding torque: 0.5 Nm
3. Linear Axis Kit
a. Stroke: 400 mm
b. Limit switch protection
c. Other safety features built-in
d. Facility to visualize oscillation and vibration effects during travel
4. Angular Axis Kit
a. With inertia wheel
b. With brake
c. Homing facility
5. Power supply Kit
Services Required
- Electric supply 3 phase, 415 V AC, 50 Hz
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