HAYOUYI - Over 11 years of production experience in stepper motor, stepper driver, reducer and CNC engraving machine. CN
Buy top of the line quality of nema23 closed loop integrated driver stepper motor with driver 1.2N.m 2.2N.m at low prices from some of the best manufacturers of the products. nema23 closed loop integrated driver stepper motor with driver 1.2N.m 2.2N.m is made available in a varied range of specifications. Hayouyi (Wuxi) Electric Co.,Ltd have long desired to become one of the most influential enterprises in the industry. At present, we are busy improving our capabilities in product manufacturing, and gathering talents especially technical talents to develop our own core technologies.
Warranty: | 1 year | Place of Origin: | Jiangsu, China |
Brand Name: | Hayouyi | Model Number: | 57HS56/76D8EIS-P |
Phase: | 2 | Type: | Hybrid |
Current / Phase: | 4A, 5A | Product name: | nema23 closed loop |
Model: | 57HS56/76D8EIS-P | Phase Resistance: | 0.43Ω, 0.4Ω |
Length: | 56mm, 80mm | Holding Torque: | 1.2N.M, 2.2NM |
Inductance: | 1.8mH, 2mH | Rotor Inertia: | 280g.cm2, 520g.cm2 |
Weight: | 0.8kg, 1.2kg | Certification: | ce, RoHS |
57HS56D8EIS-P/57HS76D8EIS-P | ||
1.2N.m/2.2N.m holding torque | ||
56mm/ 80mm motor body length | ||
8mm shaft diameter |
function explanation | ||||||||
mark symbol | function | comment | ||||||
PU+ | input signal photoelectric isolation positive terminal | connected to the signal power supply, +5V to +24V can be driven, higher than 5V need to be connected to the current limiting resistor at PU-terminus | ||||||
PU- | when SW2=OFF, it is step pulse signal | the falling edge is valid and the motor takes a step whenever the pulse goes from high to low. Input resistance 220Ω, requirements: low level 0-0.5V, high level 4-5V, pulse width >2.5μs | ||||||
when SW2=ON, it is positive stepping pulse signal | the falling edge is valid and the motor takes a step whenever the pulse goes from high to low. Input resistance 220Ω, requirements: low level 0-0.5V, high level 4-5V, pulse width >2.5μs | |||||||
DR+ | input signal photoelectric isolation positive terminal | connected to the signal power supply, +5V to +24V can be driven, higher than 5V need to be connected to the current limiting resistor at DR-terminus | ||||||
DR- | when SW2+OFF, it is direction control signal | used to change the motor steering. Input resistance 220Ω, requirements: low level 0-0.5V, high level 4-5V | ||||||
when SW2=ON, it is reverse stepping pulse signal | the falling edge is valid and the motor takes a step whenever the pulse goes from high to low. Input resistance 220Ω, requirements: low level 0-0.5V, high level 4-5V, pulse width >2.5μs | |||||||
MF+ | input signal photoelectric isolation positive terminal | connect +5V power supply, +5V-+24V can drive, higher than +5V need to connect current limiting resistor | ||||||
motor release signal / alarm clear signal | when the motor is active (low level), the motor coil current is turned off, the motor is in a free state and the alarm signal is cleared | |||||||
ALM+ | alarm signal output positive terminal | When overcurrent, overvoltage, undervoltage or out of tolerance alarms, the alarm signal is active (output optocoupler is on). ALM+ is connected to the pull-up resistor to the positive terminal of the output power supply, and the ALM- is connected to the negative terminal of the output power supply. The maximum drive current is 50mA. | ||||||
ALM- | alarm signal output negative terminal | When overcurrent, overvoltage, undervoltage or out of tolerance alarms, the alarm signal is active (output optocoupler is on). ALM+ is connected to the pull-up resistor to the positive terminal of the output power supply, and the ALM- is connected to the negative terminal of the output power supply. The maximum drive current is 50mA. | ||||||
+VDC | positive power supply | DC24-50V | ||||||
GND | negative power supply | DC24-50V |
We are committed to producing the best quality products at the most competitive prices. Therefore, we sincerely invite all interested companies to contact us for more information.