60mm Hybrid Servo Motor – NEMA 24 stepper motor with encoder

Description

60mm Hybrid Servo Motor – NEMA 24 stepper motor with encoder. 60mm Hybrid Servo Motor Datasheet – NEMA 24 stepper motor with encoder specifications.

60mm hybrid servo motor is a permanent magnet synchronous DC motor.

It has the following features:

1.8°/Step, 1000 lines (A/B dual channel).

Precise positioning, refusal to lose steps, high torque, high speed.

High-speed stop without jitter, zero speed stop stable.

It is widely used in engraving machines, laser machines, CNC machine tools, textile and garment machinery, medical equipment, measuring equipment, electronic processing equipment, packaging machinery and equipment and other automation equipment and instruments.

60mm Hybrid Servo Motor – NEMA 24 stepper motor with encoder naming convention

 

MY	42	CM	L	05	D	8	–	XX
brand	flange	type	Encoder resolution	Torque	Out of the shaft	Shaft diameter		Non-standard parameters
RFIDEPC.COM	20：20mm：nema 8 28：28mm：nema 11 42：42mm：nema 17	CM: Hybrid servo motor CD: Hybrid servo drives	L: Encoder resolution 1000 lines H: Encoder resolution 2500 lines	05: The holding torque is 0.5N.m 08: The holding torque is 0.8N.m	A: Round shaft output D: Unilateral washing U: Wash the keyway	4:4mm 5:5mm 8:8mm		Custom codename

60mm Hybrid Servo Motor Specifications – NEMA 24 Stepper Motor with Encoder Datasheet

Model	Encoder resolution	Motor length (mm)	Hold torque (N.M)	Rated current (A)	Rotor moment of inertia (g.cm²)	Motor weight (kg)	Encoder output circuit	Encoder origin signal	Drivers are fitted as standard
MY60CML16-D8	1000CPR	(56+22) 78	1.6	4.0	450	1.15	Differential input	NO	Hybrid servos Pulse type MY60CDL MY60CDH
MY60CMH16-D8	2500CPR							Yes
MY60CML20-D8	1000CPR	(65+22) 87	2.0	4.2	560	1.30	Differential input	NO
MY60CMH20-D8	2500CPR							Yes
MY60CML30-D8	1000CPR	(85+22) 107	3.0	5.0	900	1.60	Differential input	NO
MY60CMH30-D8	2500CPR							Yes

★ Drive options: pulse triggering, IO programming, RS485 communication, CANopen communication, EtherCAT communication.
★ For related 2D, 3D drawings, please contact Shenzhen Intelligent Servo Motion Control Co., Ltd. (servosteppersupplier@gmail.com) sales staff.

NEMA 24 Closed-Loop Stepper Motor – Hybrid Servo Motor Speed Torque Curve

NEMA 24 hybrid servo motor MY60CML30-D8 speed torque curve

NEMA 24 closed-loop stepper motor MY60CML16-D8 speed torque curve

 

NEMA 24 Closed Loop Stepper Motor – Hybrid Servo Motor MY60CML20-D8 Speed Torque Curve

 

NEMA 24 Closed Loop Stepper Motor – 60mm Hybrid Servo Motor Dimensional Drawing

nema 24 stepper motor dimensions

NEMA 24 Closed-Loop Stepper Motor – Hybrid Servo Motor Shaft Diameter Dimensions

NEMA 24 Closed Loop Stepper Motor – 60mm Hybrid Servo Motor Flange Dimension Drawing

 

NEMA 24 Closed Loop Stepper Motor Built-in Encoder – 60mm Standard Hybrid Servo Motor Installation and Use Instructions

1. About the installation direction of NEMA 24 closed-loop stepper motor: The installation direction of the motor can be installed freely from either direction, upward or downward. Pay attention to the suspension load and axial load of the shaft regardless of the direction.

closed loop stepper motors

 

2. In addition, please be careful not to let the cable contact with the installation surface, causing unnecessary pressure.

3. NEMA 24 closed-loop stepper motor with encoder installation method: please try to consider the problem of heat dissipation and vibration prevention, firmly fix it on the strong metal surface must be positioned with the front end of the motor installation stop, and pay attention to the tolerance to strictly ensure the concentricity of the motor output shaft and the load.

4. The peak current setting of NEMA 24 closed-loop stepper motor driver must be less than the rated current of the motor.

400W explosion-proof servo motor is suitable for robots

 

5. Do not carry the motor cable directly.

Application fields of NEMA 24 closed-loop stepper motor: woodworking engraving machine, laser engraving machine, marking machine, labeling machine, solid crystal machine, wire bonding machine, UV printer, 3D printer, inkjet printer, plotter, embroidery machine, dispensing machine, glue filling machine, soldering machine, BGA rework table, laminating machine and other fields.

The NEMA 24 closed-loop stepper motor in placement machines includes the following steps:

1. Install NEMA 24 closed-loop stepper motor: Install the NEMA 24 closed-loop stepper motor on the drive of the placement machine to ensure that the installation is firm to avoid displacement or loosening during operation.

2. Connection circuit: Connect the power cable of the NEMA 24 closed-loop stepper motor to the drive of the placement machine to ensure that the power supply is connected correctly. At the same time, the signal line of the NEMA 24 closed-loop stepper motor is connected to the controller of the placement machine so that the controller can control the movement of the motor.

NEMA 24 hybrid servo motor

3. Write control program: use the controller of the placement machine to write the control program to realize the control of NEMA 24 closed-loop stepper motor. The control program needs to be set according to the specific operation requirements of the placement machine, including the trajectory, speed, acceleration and other parameters of the motor movement.

4. Debugging and optimization: After the control program is written, debug and optimize. Check the accuracy and stability of the motor movement through actual operation, and adjust it as needed. For example, the motion trajectory of the motor can be optimized by modifying the parameters of the control program to improve the accuracy and efficiency of the placement machine.

5. Application to production: After debugging and optimization, NEMA 24 closed-loop stepper motor can be applied to actual production. Connect the placement machine with the production line, set the motion parameters of the motor as needed, and ensure that the motor can run stably during the production process to achieve high-efficiency and high-precision placement operation.

 
   NEMA 24 stepper motor with encoder video display

 

In short, through the above steps, NEMA 24 closed-loop stepper motor can be widely used in placement machines, improve patch quality and efficiency, and meet various automated placement needs.

The NEMA 24 closed-loop stepper motor in a heat press consists of the following steps:

1. Install NEMA 24 closed-loop stepper motor: Install the NEMA 24 closed loop stepper motor on the drive of the hot press to ensure that the installation is firm to avoid displacement or loosening during operation.

2. Connection circuit: Connect the power cord of the NEMA 24 closed loop stepper motor to the drive of the hot press to ensure that the power supply is connected correctly. At the same time, the signal line of the NEMA 24 closed loop stepper motor is connected to the controller of the hot press so that the controller can control the movement of the motor.

3. Set temperature and pressure parameters: set temperature and pressure parameters in the controller of the heat press machine as needed. The setting of temperature and pressure needs to be adjusted according to the nature and requirements of the material to be processed to ensure that the hot pressing effect meets the requirements.

4. Write control program: use the controller of the heat press machine to write the control program to realize the control of NEMA 24 closed loop stepper motor. The control program needs to be set according to the specific operating needs of the heat press, including the trajectory, speed, acceleration and other parameters of the motor movement. At the same time, it is necessary to link the temperature and pressure parameters with the movement of the motor to realize the automatic control of the hot pressing process.

5. Debugging and optimization: After the control program is written, debug and optimize. The accuracy and stability of the motor movement, as well as the accuracy of temperature and pressure, are checked by actual operation.

Hybrid stepping

 

6. Application to production: After debugging and optimization, NEMA 24 closed-loop stepper motor can be applied to actual production. Connect the hot press machine with the production line, set the motion parameters of the motor as needed, and ensure that the motor can run stably during the production process to achieve efficient and high-precision hot pressing operation.

In short, through the above steps, NEMA 24 closed-loop stepper motor can be widely used in hot presses, improve hot pressing efficiency and accuracy, and meet various automated hot pressing needs.

The application case of 60mm closed-loop stepper motor in backlight film applicator includes the following steps:

1. Install 60mm closed-loop stepper motor: Install the 60mm closed-loop stepper motor on the drive of the backlight film applicator to ensure that the installation is firm to avoid displacement or loosening during operation.

2. Connection circuit: connect the power line of the 60mm closed-loop stepper motor to the drive of the backlight film applicator to ensure that the power supply is connected correctly. At the same time, the signal line of the 60mm closed-loop stepper motor is connected to the controller of the backlight film applicator so that the controller can control the movement of the motor.

NEMA 24 hybrid servo motor for CNC

 

3. Set film parameters: set film parameters in the controller of the backlight film applicator, including film speed, film pressure, film accuracy, etc.

These parameters need to be adjusted according to the material and requirements of the film to be applied to ensure that the film effect meets the requirements.

In short, through the above steps, the 60mm closed-loop stepper motor can be widely used in the backlight film applicator, improve the efficiency and accuracy of the backlight film, and meet the needs of various automatic backlight film.

At the same time, the use of closed-loop stepper motors can also improve the stability and reliability of the equipment, and reduce errors and failures during operation.