2-phase Digital Stepper Driver For Nema 11, 14, 17 Stepper Motor

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$89.54

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Stock: In Stock
Model: RDDLZ-STEP-D1114
Weight: 1.00
SKU: RDDLZ-STEP-D1114

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Input Pulse Voltage

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2-phase digital stepper driver, 18-40V DC, 0.5-2.2A for Nema 11, 14, 17 2 phase stepper motor, manufacturer direct sale.

Features:

Low motor vibration, low noise, no loss of step.
Optical isolation, difference signal input.
Automatic motor parameter identification.
Vector control, ultra-low heating.
Offer 12-24v control signal interface.
Step and direction control.
Fast response, no delay and zero setting time.
Much lower cost than traditional servo systems.
No torque reservation.

Specifications

Basics Information
Model	RDDLZDSP42
Size	86 x 55.5 x 20.5 mm
Phase	2
Material	Stainless Steel
Mounting Hole Distance	78 mm
Max Input Power	100 W
Input Voltage Range	18-40V DC
Output Current	0.5-2.2 A
Control Mode	Step & Direction
Function Description
Functions	Operation Instructions
Signal Interface	PUL	PUL+ is the positive end of the control pulse signal PUL- is the negative end of the control pulse signal
	DIR	DIR+ is the positive end of directional signal DIR- is the negative end of directional signal
	ENA	ENA+ is the positive end of enabling signal ENA+ is the negative end of enabling signal
	OPTO	In order to enhance the anti-interference ability of the pulse signal, the control signal VCC-5V or 24V is optional for OPTO, and no series resistance is required.
Motor Interface	A	A+ is connected with the positive end of the A phase winding of the stepping motor A- is connected with the negative end of the A phase winding of the stepping motor
	B	B+ is connected with the positive end of the B phase winding of the stepping motor B- is connected with the negative end of the B phase winding of the stepping motor
	When the A and B two phase windings are switched, the motor direction is reversed
Indicator Light	1. The green light is the power indicating lamp. When the drive is powered on, the green light is always on. 2. The red light is the fault indicating lamp. When the overvoltage and overcurrent faults occur, the trouble lamp is always on.
Note: The default input signal is 5V pulse signal. When 24V input signal is required, please in series with1.8-2kΩ resistance.

Switch of Options

Peak Output Current	REF Output Current	SW1	SW2	SW3
Default		ON	ON	ON
0.5A	0.35A	OFF	ON	ON
0.7A	0.5A	ON	OFF	ON
1A	0.7A	OFF	OFF	ON
1.3A	0.9A	ON	ON	OFF
1.6A	1.2A	OFF	ON	OFF
1.9A	1.4A	ON	OFF	OFF
2.2A	1.6A	OFF	OFF	OFF

Micro Step Selection

PUL/REV	SW5	SW6
800	ON	ON
1600	OFF	ON
3200	ON	OFF
6400	OFF	OFF

Driver Wiring Diagram

Installation Size (Unit: mm)

Details

Tips: How to determine the DC supply power of stepper motor driver?
A. Determination of voltage
Supply voltage of hybrid stepper motor driver is generally a wide range (e.g.: the supply voltage of RDDLZDSP42 is 18-40VDC). The power voltage is generally selected according to the working speed and response requirement. However, if the working speed and response requirement of motor is fast, the voltage value also should be high. However, the ripple wave of power voltage also cannot exceed maximum input voltage of driver, or driver may be destroyed.
B. Determination of current
The supply current is generally determined according to the output current I of the driver. If linear power is used, the power current is generally 1.1-1.3 times of I. If the switch power is used, the power current is generally 1.5-2.0 times of I.

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