DC Motor for Sliding Gate Remote Control Sliding Door Opener

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Product Description

Basic Specifications
Model NO.
SDM-10G32
Material
Aluminum Alloy
Type
Sliding
Open Style
Sliding
Opening Type
Remote Control
Special Function
Security
Color
Grey
Certification
ISO9001, RoHS, CE
Position
Garage
Max Gate Weight
1000kg
Power
130W
Rotation Speed
12m/Min
Product Description

The SDM-10G32/SDM-20G32 Encryption Sliding Gate Motor is an intelligent system designed for easy installation and configuration. Featuring a microcomputer chip and digital control, it offers high safety performance and practical functions. It is fully compatible with smartphone apps (WiFi/3G/4G/5G) and Bluetooth control.

Sliding Gate Motor Introduction
Key Features
🛡️
Anti-Rush Design: Motor runs in slow motion after power-on to prevent rushing past limit points. Power-off protection ensures security.
🔗
Master-Slave Mode: Sync two motors using the same control board for simultaneous operation of infrared, ground sense, and auto-close functions.
⏱️
Motor Runtime Protection: Automatic learning of motor running time with a 10s safety margin to prevent failure during travel.
🔄
Soft Start & Slow Stop: Features adjustable speed and distance for smooth operation and reduced mechanical wear.
📱
Smart Connectivity: Onboard socket for Bluetooth modules and one-button pairing for internet-based smartphone control.
Gate Opener Features Motor Diagram
Technical Parameters
Working VoltageDC24V output
Max Output Current10A
FuseAC220 20A
Remote Distance≥30m
Remote Control Type2pcs Anti-copy Rolling Code
Working Temperature-25ºC to +75ºC
Max Gate Weight1000kg
Output Torque21N.m
Rotation Speed12m/min
Limit SwitchMagnetic (NC/NO) Spring
Noise Level< 50dB
Mobile APP SupportWIFI or Bluetooth
Configuration & Setup
Dip Switch Settings:Passageway Mode: Enable lock button functionality or temporary opening.
Auto-Close: Set timer from 1s to 250s for automatic gate closing.
Slow Stop: Speed adjustable via MT adjustor clockwise/anti-clockwise.
Startup Strength: Switch between slow start for stability or maximum speed for immediate response.
Resistance Logic: Choose between stop-on-resistance or rebound-on-resistance during closing.
Control Board Details LED Indicators Wiring Guide
LED & Buzzer Indicators

RUN: Flashes during motion (1/sec opening, 5/sec closing).
UNDER-V: Flashes when battery is below 19V.
Buzzer Logic: 3 buzzes for limit reached; 5 buzzes for resistance rebound during closing.
Limiters: LED stays on when gate reaches the open or closed magnet position.

Synchronization (Master-Slave)

For double machine synchronization, connect two motors via 485A+B- interfaces. Set the Master dip switch to ON and Slave to OFF. The Slave motor will replicate all commands from the Master unit, including remote signals and manual button presses.

Master-Slave Connection
Automation Ecosystem

Integrated solutions include loop detectors, photocell beams, safety light curtains, card readers, and traffic lights for a complete parking and gate management system.

System Accessories
Frequently Asked Questions
Q: What is the maximum gate weight this motor can handle? A: This model is designed to support sliding gates with a maximum weight of up to 1000kg.
Q: Does the motor support smartphone control? A: Yes, it is fully compatible with WiFi and Bluetooth modules, allowing control via smartphone apps on 3G, 4G, and 5G networks.
Q: How many remote controls can be paired with one board? A: A single control board can pair with up to 120 anti-copy rolling code remotes.
Q: What happens if the gate hits an obstacle while closing? A: The system features a "Stop & Rebound" function. You can configure the gate to either stop or automatically rebound for 1 second when resistance is detected.
Q: Is the travel distance difficult to set? A: No, the control board features "Travel Distance Learning." By triggering a specific dip switch, the gate automatically learns its open and close limits.
Q: Can I use two motors for a double-sliding gate? A: Yes, the Master-Slave mode allows two motors to work synchronously by connecting them through the 485 communication interface.

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