AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers
AUTONICS MD5-HF14 Stepper motor drivers

AUTONICS MD5-HF14 Stepper motor drivers

MOQ : 1 Piece

AUTONICS MD5-HF14 Stepper motor drivers Specification

  • Connectivity Type
  • Terminal Block
  • Drive Type
  • Bipolar Constant Current Drive
  • Features
  • Microstepping (up to 1/64), Built-in Overcurrent and Overheat Protection, Compact Size
  • Frequency
  • 50/60 Hz
  • Weight
  • Approx. 120g
  • Load Capacity
  • Up to 1.4A / Phase
  • Control Type
  • Microstep Driver
  • Application
  • Stepper Motor Control for Automation, CNC, Robotics
  • IP Rating
  • IP20
  • Mounting Type
  • Panel Mount
  • Phase
  • Single Phase
  • Automation Grade
  • Automatic
  • Speed Range
  • Depends on Stepper Motor Specification
  • Cable Length
  • User Defined
  • Processor Type
  • Dedicated Motor Drive IC
  • Material
  • Plastic, Metal
  • Power
  • DC 24V
  • Temperature
  • 0C to 50C (Operating)
  • Voltage
  • DC 24V 10%
  • LED Indicator
  • Power and Alarm
  • Model Number
  • MD5-HF14
  • Input Signal Type
  • Pulse, Direction, Enable (Photocoupler Input)
  • Dimensions
  • 43mm x 98mm x 78mm
  • Ambient Humidity
  • 35% to 85% RH (No Condensation)
  • Resolution
  • Full Step, 1/2, 1/4, 1/8, 1/16, 1/32, 1/64 Step
  • Insulation Resistance
  • Over 100M (at 500VDC)
  • Cooling Method
  • Natural Air Cooling
  • Output Current
  • 0.2A to 1.4A (Selectable via DIP Switch)
 

AUTONICS MD5-HF14 Stepper motor drivers Trade Information

  • Minimum Order Quantity
  • 1 Piece
  • Supply Ability
  • 100 Pieces Per Month
  • Delivery Time
  • 7 Days
 

About AUTONICS MD5-HF14 Stepper motor drivers

AUTONICS MD5-HF14 Stepper motor drivers


The 5-phase stepper motor drivers MD5 Series from Autonics offer precise and accurate driving of motors with high speed and torque. The MD5-HF14 Series stepper motor drivers feature microstep driving (max. 250 divisions), with RUN current setting up to 1.4A/Phase, and DC power control.

Features
* Max. 250 divisions : In case of basic step of 0.72 stepping motor, it is available to control as accurate as down to 0.00288 per 1 pulse
* Realizing low speed rotation, high accuracy control with dedicated IC for micro step drivers
* Pulse input type : 1 pulse type, 2 pulse type
* Alarm function (over heat, over current) available
* Various function provided : Auto current down, Self test, RUN/STOP current setting, Zero point excitation output



Precise Step Control with Microstepping

The AUTONICS MD5-HF14 stepper motor driver allows fine control over your stepper motor's movement. With selectable microstepping options ranging from full step to 1/64 step, users achieve smoother and more precise motion, improving machine performance in CNC or robotics projects. The output current is easily adjustable, making the driver adaptable to a variety of stepper motors and workload requirements.


Built-In Safety and Status Monitoring

Safety is paramount in automation, and the MD5-HF14 includes built-in overcurrent and overheat protection to prevent damage to both the driver and motor. Power and alarm indicators via LED provide visual status updates, enabling prompt attention in case of operational issues. Its insulation resistance over 100M and IP20 rating ensure dependable operation in industrial settings.


Compact, Reliable, and Easy to Install

Designed for convenience, the MD5-HF14 is lightweight (approx. 120g) and compact (43mm x 98mm x 78mm), with a robust plastic and metal build. Installation is straightforward with its panel mount and terminal block connectivity. The device can be integrated into new or existing systems for use in environments ranging from 0C to 50C and humidity from 35% to 85% RH.

FAQ's of AUTONICS MD5-HF14 Stepper motor drivers:


Q: How do I select the appropriate output current for my stepper motor using the MD5-HF14 driver?

A: The MD5-HF14 allows you to set the output current from 0.2A to 1.4A per phase by adjusting the DIP switches on the driver. Refer to the user manual for the DIP switch settings corresponding to the current levels that match your stepper motor's requirements.

Q: What is the benefit of microstepping up to 1/64 step with this driver?

A: Microstepping divides each full step into smaller steps (as fine as 1/64), resulting in smoother motor operation, reduced vibration, and enhanced positional accuracy. This is ideal for applications requiring high precision, such as CNC machining and robotics.

Q: When should the built-in alarm indicator be checked during operation?

A: The alarm LED indicator should be observed continuously while the system is running. If the alarm LED lights up, it indicates an issue such as overcurrent or overheating, prompting a system check or shutdown to prevent potential damage.

Q: Where is the MD5-HF14 best suited for installation?

A: This driver is designed for panel mounting and is suited for controlled environments such as industrial automation panels, CNC machines, or robotics enclosures where ambient temperatures range between 0C and 50C and humidity ranges from 35% to 85% RH.

Q: What input signals are compatible with the MD5-HF14 stepper driver?

A: The MD5-HF14 accepts pulse, direction, and enable signals through photocoupler inputs, ensuring noise-resistant communication between your controller (such as a PLC or motion controller) and the driver.

Q: How does the built-in overcurrent and overheat protection process work?

A: The driver monitors its current and temperature levels during operation. If the output current exceeds safe operating limits or the internal temperature rises too high, the driver automatically triggers protection and notifies you via the alarm LED, helping to extend the longevity of your components.

Q: What are the advantages of using the MD5-HF14 in automation applications?

A: With its adjustable output, broad microstepping range, robust safety features, and compact design, the MD5-HF14 offers reliable, high-precision motion control for automation, ensuring efficient and trouble-free operation in diverse industrial applications.

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