• Closed loop nema23

Motor Parameters

Motor Specifications

Flange sizeModelsPhaseHolding Torque(Nm)Current
phase(A)
Resistance
(Ω)
Motor length(Mh)Matched driverDrawings Download
Nema23(57*57mm)SM5701A-1000AO20.63.03.259SS57
SM5702A-1000AO21.24.20.474SS57
SM5703A-1000AO22.24.20.5594SS57
SM5704A-1000AO23.04.20.6 116SS57

Motor port description

The motor has two cables, the motor cable&encoder cable:
nema 23 stepper motor

Motor port:
A+/- is motor phase A+/-; B+/- is motor phase B+/-


Encoder port:
A+/- is encoder phase A+/-; B+/- is encoder phase B+/-

Torque curve

The followings are the torque curve of closed-loop nema23 with the motor driver SS57

Motor&Driver Dimension

The followings are the motor SM57 and its driver SS57

Driver Characters

Industry-leading algorithm

The SS57 closed-loop stepper motor driver uses a high-characteristic
photoelectric encoder to feedback the position to the Cotex-M4 ARM
core processor. The position is adjusted in real-time every 50us, and
it can respond quickly to position commands. The position response
speed is better than that of various types that have appeared on the
the market for many years. It can make the equipment have higher processing
accuracy, higher-finish, and more perfect product details.

Automatic current adjustment

The SS57 closed-loop stepper motor driver can automatically adjust
the step length and automatically adjust the current according to the
load. Under low load conditions, the current is automatically adjusted
to the lowest level, thereby reducing motor noise and heat. When the
the load is suddenly increased, the current is fast and real-time Adjust to
the optimal value to maintain high-precision position control and
high-speed operation without losing a step.

The motor stops stably without any shaking

The SS57 closed-loop stepper motor driver continuously feedbacks
through the encoder to detect the difference between the reference
position and the actual position. When the closed-loop stepper motor
reaches the target position, it stops stably without any vibration and
becomes the series of SS hybrid servo motors (closed-loop step Into
the motor) is one of the biggest advantages different from the
traditional servo motor.

No need for parameter tuning design

The closed-loop stepper motor driver is simple to use and
doesn’t require parameter settings. The traditional servo position
PID algorithm needs to adjust the control parameters according
to the load to produce the best control effect. The tuning process
is complicated. The SS42 closed-loop stepper motor driver realizes
the fast positioning of the closed-loop stepper motor through precise
step adjustment technology, almost no need Tuning the control
parameters of the position loop avoid the trouble of parameter
setting adjustments during customer use.

Drive interface&Wiring diagram

Electrical Specifications

Drive interface and wiring diagram

closed loop stepper driver

CN1: Power supply connector. The power supply is 24VDC-75VDC.

CN2: Motor connector

CN3: Encoder connector. The feedback signal from the encoder of the closed-loop stepper motor will be put into A+, A-, B+, B-.

CN4: Control signal connector: the pulse, direction, enable signal input.
closed-loop name17 CN4

SW1-SW4: Micro stepping setting
SW5: Initial direction selection
SW6: Single/double pulse matching

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