Q1: What are the main differences between Model DCK-358 and Model DCK-368?
A: The primary distinction lies in their load capacity and recommended application:
DCK-358: Designed for light to medium-duty sliding gates with a maximum gate weight of up to 500 KG.
DCK-368: Engineered for heavy-duty commercial or large villa gates with a maximum weight capacity of up to 1200 KG. Both models share the same high-strength die-cast aluminum construction, integrated main door chamber design, and IP54 weatherproof protection rating.
Q2: What is the "Main Door Chamber" and how does it protect the motor system?
A: The Main Door Chamber is an integrated, heavy-duty protective housing compartment designed into the opener. It securely isolates the electronic control board and key mechanical drive components from harsh external elements—including direct rain, dust accumulation, extreme ambient temperatures, and outdoor pests—ensuring long-term stability and reducing circuit board failures.
Q3: What routine maintenance is required to ensure the sliding gate motor operates smoothly?
A: To keep your sliding gate motor running at peak performance and prevent premature wear, we recommend a simple maintenance routine:
Keep the Track Clear: Regularly sweep away dirt, leaves, gravel, or ice buildup from the sliding track to prevent unnecessary motor strain.
Lubricate Moving Components: Apply weather-resistant lubricant to roller bearings, hinges, and drive gear racks every 3 to 6 months to reduce friction.
Inspect & Test Regularly: Periodically check the mounting hardware for tight fitment, verify that the manual release key operates smoothly, and test safety sensors (photocells) for obstacle auto-reversing.
Q4: What should I do if the sliding gate motor is running but the gate is not moving?
A: If the motor hums or rotates without moving the gate, follow these troubleshooting steps:
Check Manual Release Engagement: Ensure the manual override clutch mechanism is fully locked back into automatic drive mode.
Inspect Gear Rack Alignment: Verify that the pinion gear on the motor is properly engaged with the gear rack along the entire gate path without slipping or jamming.
Check for Physical Obstructions: Clear any debris, severe rust, or bent track sections that might be physically jamming the rollers.
Verify Limit Switch Settings: Inspect whether the magnetic or mechanical limit switch is improperly positioned, causing the system to stop prematurely.
