Product Main

Quick Details

Holding Torque: 1.9N.M (270OZ-IN)
Type: Hybrid
Phase: 2
Current / Phase: 3A
Certification: CE,ISO,ROHS
Step Angle(degrees): 1.8
Model Number: 23HS8430
support driver: DM542
application -1: engrving machine
application -2: packing machine
application -3: Dispenser
Place of Origin: China (Mainland)
is_customized: Yes
Unit Type: piece
Package Size: 15cm x 15cm x 15cm (5.91in x 5.91in x 5.91in)
Package Weight: 2.0kg (4.41lb.)

Specifications

 

 This item  includes: 

 

1pc nema 23stepper motor23HS8430     76MM   ,270OZ-IN                      

1pc stepper motor driver DM542 ,18-50VDC

 

 

23-8430

 Model :  23HS8430

 

Frame Size:                          NEMA23

Step Angle:                           1.8 degree

Voltage:                                 3.0V

Current:                                 3.0 A/phase

Resistance:                            1.0Ohm/phase

Inductance:                            3.5mH/phase

Holding torque:                      270oz-in(190n.cm)      

Rotor inertia:                           480g-cm2

Detent torque:                         660g-cm

Number of wire leads:              4

Weight:                                   1.0kg

Length:                                   76mm

MOTOR SHAFT                       6.35mm

Front shaft length                   21mm

 

 

 

 

 

 

  

 

 Manual of 2-phase hybrid stepper motor driver DM542

 

 

DM542

 

Introduction:

  DM542 is a type of two-phase hybrid stepping motor driver, The drive voltage of which is from 18VDC to 50VDC. It is designed for use with 2-phase hybrid stepper motor of all kinds with 42mm to 86mm outside diameter and less than 4.0A phase current. This circuit that it adopts is similar to the circuit of servo control which enables the motor run smoothly almost without noise and vibration. Hording torque when DM542 run under high speed is also significantly higher than the other two-phase driver, what is more, the positioning accuracy is also higher. It is widely used in middle and big size numerical control devices such as curving machine, CNC machine, Computer embroider machine, packing machines and so on.

Features:

l  High performance, low price

l  Average current control, 2-phase sinusoidal output current drive

l  Supply voltage from 24VDC to 50VDC

l  Opto-isolated signal I/O

l  Overvoltage, under voltage, overcorrect, phase short circuit protection

l  15 channels subdivision and automatic idle-current reduction

l  8 channels output phase current setting

l  Offline command input terminal

l  Motor torque is related with speed, but not related with step/revolution

l  High start speed

l  High hording torque under high speed

Electrical specification:

Input voltage

24-50VDC

Input current

< 4A

Output current

1.0A~4.2A

Consumption

Consumption:80W;  Internal Insurance:6A

Temperature

Working Temperature -10~45oc;

Stocking temperature -40oc~70oc

Humidity

Not condensation, no water droplets

gas

Prohibition of combustible gases and conductive dust

weight

200G

 

 

The first three bits (SW 1, 2, 3)of the DIP switch are used to set the dynamic current. Select a setting

Closest to your motor is required current 

Output current (A)

SW1

SW2

SW3

PEAK

RMS

ON

ON

ON

1.00

0.71

OFF

ON

ON

1.46

1.04

ON

OFF

ON

1.91

1.36

OFF

OFF

ON

2.37

1.69

ON

ON

OFF

2.84

2.03

OFF

ON

OFF

3.31

2.36

ON

OFF

OFF

3.76

2.69

OFF

OFF

OFF

4.20

3.00

 

4) Semi-flow function:

Semi-flow function is that there is not step pulse after 500 ms, the driver output current automatically reduced to 70% of rated output current, which is used to prevent motor heat.

4. Power connections

(1)+ v ,GND:Power Supply.

   +V: Power supply, 16~50 VDC, Including voltage fluctuation and EMF voltage. The max current is 5A.

(2) A+  A-  B+  B-:Connecting 2 phase stepper motors.

The driver & 2-phase hybrid stepping motor use four-wire connection, the motor can be connected in parallel & series bipolar. As for bipolar connection, it is higher performance with high-speed, but the current of driver is larger (it is 1.73 times more than the motor  winding current).
Connecting in series, the driver 's  current is equal to the motor winding one.

 

 imageimageimageimageimage