IO57

IO57
IO57IO57IO57IO57IO57
  • Manual Quote
Inquiry Cart
Item (Specifications)
Step Angle 1.8。
Step Angle Accuracy ±5% ( )
Radial Play 0.02mm@450 g
Axial Play 0.08mm@450 g
Max. radial force 75N @ 20 mm from the flange
Max. axial force 15N
Dielectric Strength 600VAC / 1S
Insulation Resistance 100MΩ ,500VDC
Ambient Temperature -20。C~+50。C
Insulation Class Class B
IO57-10· Phase current 2.8
IO57-10· Resistance 0.9
IO57-10· Inductance 2.5
IO57-10·Holding torque 1.26
IO57-10·Detent torque 0.04
IO57-10· 4
IO57-10·Rotor inertia 300
IO57-10·Weight 0.9
IO57-10· Length 54±1
IO57-22· Phase current 5.6
IO57-22· Resistance 0.4
IO57-22· Inductance 1.8
IO57-22·Holding torque 2.2
IO57-22·Detent torque 0.07
IO57-22· 4
IO57-22·Rotor inertia 500
IO57-22·Weight 1.5
IO57-22· Length 80±1
Specifications (Unit)
InputVoltage / Input voltage (DC) 20 | 36 | 50 | Vdc
OutputCurrent(Peak)/ Output current (peak) 1.5 | - | 5.6 | A
Pulse / Step pulse frequency 0 | - | 200 | KHz
PulseVoltage/ Pulse voltage - | 5 | - | Vdc
ControlSignalInputCurrent/ Control signal input current 7 | 10 | 16 | mA
Resistance/ Insulation resistance 100 | - | - | MΩ
Pin description (Function)
+Vdc 。 Power supply, 20~50 Vdc, Including voltage fluctuation and EMF voltage.
GND (Power Ground)
PUL+(+5V) ;PUL- 0~0.5V。 +12V or +24V 。 Pulse control signal: pulse rising edge is valid; PUL-high level is 4~5V, low level is 0~0.5V. In order to respond reliably to pulse signals, the pulse width should be greater than 2.5. If +12V or +24V is used, string resistance is required.
DIR+(+5V) / 5μs 。 A+、A- ,DIR- 0~0.5V。 Direction signal: High/low level signal. To ensure reliable commutation of the motor, the direction signal should be established before the pulse signal is at least 5μs. The initial running direction of the motor is related to the wiring of the motor. Interchanging any phase winding (such as A+, A-exchange) can change the direction of the initial running of the motor, DIR-high level 4~5V, low level 0~0.5V.
ENA+(+5V) Enable signal: this input is used to enable or disable the driver. When ENA+ is connected to +5 V and ENA- to low level (or the internal optocoupler conducts), the driver cuts off the motor phase currents and the motor becomes free; step pulses are not responded to. If this function is not needed, leave the enable terminal floating.
Pin (Function description)
A+ Motor phase A+
A- Motor phase A-
B+ Motor phase B+
B- Motor phase B-
OutputPeakCurrent Peak Current RMS Current | SW1 | SW2 | SW3
Default 1.5A【PK】 oN | oN | oN
2.1A 1.5A | oFF | oN | oN
2.7A 1.9A | oN | oFF | oN
3.2A 2.3A | oFF | oFF | oN
3.8A 2.7A | oN | oN | oFF
4.3A 3.1A | oFF | oN | oFF
4.9A 3.5A | oN | oFF | oFF
5.6A 4.0A | oFF | oFF | OFF
/ 1.8°motor) Steps/rev. (for 1.8°motor) SW4 | SW5 | SW6
Default(400) ON | ON | ON
800 OFF | ON | ON
1600 ON | OFF | ON
3200 OFF | OFF | ON
4000 ON | ON | OFF
5000 OFF | ON | OFF
6400 ON | OFF | OFF
12800 OFF | OFF | OFF

Description

Product Center Built-in Driver

Dynamic Current Setting

This motor can be customized to meet customer requirements.

Note: when VCC is 5 V, short-circuit R;

when VCC is 12 V, use R = 1 kΩ, rated above 1/8 W;

when VCC is 24 V, use R = 2 kΩ, rated above 1/8 W;

Contact Us Contact Us
Back to top