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Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop

Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop

Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop

CA$309.90
CA$263.42 Save 15%
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Special Order : Shipping will take 3 to 4 weeks

Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop.

Encoder included in motor.

Shipping from Canada.

Included in package:

1 x 573HBM20-1000 motor
1 x HBS507 Drive
1 x 3m Encoder Cord

HBS507 Hybrid Servo Drive Specifications: 
- HBS507 Hybrid Servo Drive
- Voltage input: DC 18~50V
- Maximum peak current: 7A
- Microstep range: 200~51200ppr
- Signal input: differential / single ended, pulse / direction
- Optical isolated signal input, strong anti-interference ability
- Pulse response frequency: 200KHz
- Function like serial communication; current, microstep, signal edge, alarm output logic can be adjusted
- Automatic setting function of parameters when power on
- Closed loop vector control to ensure that the motor speed high torque output, while ensuring that the motor does not lose step
- Variable current control, motor heat greatly reduced
- Ultra low vibration noise
- With over-voltage, over current, tracking error and other protection functions
- Compact size, saving installation space
- Ambient Temporature: 0-50°C
- Humidity: 40–95% RH
- Operating Temporature: 0-70°C
- Vibration: 10-55Hz/ 0.15mm
- Storage Temporature: -20-65°C
- Weight: 0.28kg

Motor Specifications:
- Model: 573HBM20-1000 3-Phase hybrid servo motor
Motor holding torque: 1.0~2.0NM
- Rated current: 3.5A
- Length: 97mm
- Rotor inertia: 0.5kg·cmxcm
- Weight: 1.4kg
- Built in 1000TVL incremental photoelectric encoder
- Large output torque
- Motor heat is low, low energy consumption
- Running smoothly, low vibration noise
- Fast response, suitable for frequent start and stop
- Temperature rise: 80K
- Operating environment: Temperature: -10~+50 degrees C; humidity: 85% MAX
- Insulation grade: B
- Insulation resistance: 100MOhm  MIN 500VDC
- Voltage resistance: 1min 1000VAC
- Radial pulsation: 0.025 MAX mm (load 5N)
- Shaft Axial pulsation: 0.075 MAX mm (load 10N)


Interface: 
1. Motor and power supply input ports:

 

Terminal number Symbol Name  Voltage
1 U Motor U phase winding  
2 V Motor V phase winding  
3 W Motor W phase winding  
4 +Vdc Input DC power supply positive +18V~ +50V
5 GND Input PGND 0V

2. Encoder signal input port
HBS507 encoder signal interface adopts 15pin DB head, pins definition in the following table:

DB Terminal number Symbol Name Voltage
1 EA+ Motor encoder A phase positive input  
2 EB+ Motor encoder B phase positive input  
3 GND Encoder PGND 0V
11 EA- Motor encoder A phase negative input  
12 EB- Motor encoder B phase negative input  
13 VCC Encoder power supply +5V

3.Control signal ports:

Name Instruction
PUL+ Pulse input signal:
Pulse effective edge is adjustable, the default pulse rise edge is effective; in order to reliably respond to the pulse signal, the pulse width should be over 1.2us. Such as the use of +24V or +12V ,need the series resistance.
PUL-
DIR+ Directional input signal:
High / low level signal, in order to ensure reliable motor commutation, the direction of the signal should be preceded by at least 5us of the pulse signal. Such as the use of +24V or +12V, need the series resistance.
DIR-
ENA+ To control the signal, the input signal is used to enable or disable the drive output. ENA for low level (or internal optocoupler conduction), driver will cut off the electric current of each phase so the motor is in a free state and did not respond to the input signal pulse.
When this function is not required, the signal terminal can be left suspended.
Such as the use of +24V or +12V , need the series resistance.
ENA-
ALM+ Fault signal output, open circuit for collector.
Fault output logic can be set through the PC software
ALM-

Eric
07/12/2018

Good motor and drive.

I use this motor with a ball screw and the motion is really nice. Fast Shipping

Mich
07/03/2018

Using it in robot project. Great Product!

I use this motor and drive for a robot project. The servo motor does exactly what I want. I control it with an Allen Bradley PLC

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Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop

Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop

Nema 23 Servo Motor and Drive 573HBM20-1000 HBS507 Closed-Loop

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