Testing Gate Movement and Adjusting Speed Settings

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Gate speed adjustment is done after the gate is mechanically aligned and the motor is wired and powered. The technician runs full open and close cycles, checks for binding or uneven travel, then sets the opening and closing speed, slowdown points and force limits so the gate moves smoothly and stops safely on contact.

Why Testing Comes Before Speed Settings

Speed settings only work well when the gate itself moves freely. Before touching the controller, we check that the track or hinges are level, the wheels or pivots turn without friction, and the leaf sits square in its opening. A gate that drags or jumps will feel wrong no matter how the speed is set.

At Techno Kol Uzi, every electric gate leaves the factory dimensionally checked, but site conditions such as uneven ground, new concrete or settling posts can still affect travel. That is why the first test run is a mechanical check, not an electrical one.

Preparing the Gate for Commissioning

Before powering the system, confirm the basics on site:

The gate operates by hand with light, even effort along the full travel.
Limit switches or end stops are mounted and secured.
The motor cable and safety devices such as photocells are connected as per the drawing.
The area around the gate is clear of tools, debris and people.

Keep the written specification and wiring diagram at hand, since they list the intended travel direction and the safety inputs in use.

Running Full Open and Close Cycles

Start with slow test cycles and watch the whole movement. Listen for scraping, clicking or motor strain, and look for points where the leaf speeds up or hesitates. Run several cycles in each direction, because a problem that appears only at one point of travel is often a rail or hinge issue rather than a controller issue.

What to Note During Testing

Any section of travel where effort increases
Whether the gate stops at the correct end positions
Vibration in the frame or wall mounting

Setting Speed, Slowdown and Force

Once the mechanics are confirmed, adjust the controller parameters step by step. Begin with a moderate running speed, then set the slowdown zones so the gate decelerates before reaching the end stops. This reduces impact on the mechanism and the stops.

Force or obstacle sensitivity should be set high enough to avoid nuisance stopping in wind, but low enough to detect a person or vehicle in the path. For the exact safety values and the requirements that apply to your installation, the Israeli railing and access safety standard SI 1142 should be considered, and the final figures are checked with the responsible engineer.

Verifying Safety and Final Performance

After setting speeds, test every safety feature under real conditions. Break a photocell beam while the gate closes and confirm it reverses or stops. Test the obstacle detection with a safe test object placed at the leading edge. Confirm that manual release works and that the gate can be moved by hand if power fails.

Record the final settings in the commissioning sheet so that future service technicians can compare readings and restore them if the controller is replaced.

Handover and Follow-Up Checks

At handover, walk the client through the operating modes, the remote and keypad functions, and what the gate should sound and look like in normal use. Explain that a change in sound, a slower cycle or a new stopping point usually signals a mechanical issue such as a loose bracket, debris in the track or a worn hinge.

We recommend a short check after the first weeks of use, once the ground has settled and the gate has run through varied weather, since small adjustments are often needed then.

Frequently asked questions

Can I adjust gate speed myself after installation?

Basic adjustments are possible if you have the controller manual and understand the safety functions. Changes to force and safety settings should be made or checked by a qualified technician.

Why does my gate slow down or stop midway?

The most common causes are binding in the track or hinges, debris, or a force setting that is too sensitive. Check the mechanical movement first before changing the controller settings.

How do I know if the safety reversal is working?

Place a safe test object in the gate path during closing and confirm that the gate stops and reverses. Photocell operation should be tested the same way by breaking the beam.

Should speed settings change for sliding and swing gates?

Yes. Sliding gates usually need careful track alignment and steady slowdown, while swing gates need correct arm geometry and stop positions. The commissioning steps are similar, but the adjustments differ.

Common mistakes to avoid

Adjusting speed before the gate moves freely is the most common error, since it hides mechanical faults. Skipping safety tests after changing settings can leave a gate that does not reverse properly on contact.

Our recommendation

Always test the gate by hand and under power before setting speeds, and record the final parameters on a commissioning sheet for future service.

Summary

Testing gate movement and adjusting speed settings works best in a clear order: check mechanics, run full cycles, set speed and force, then verify every safety feature.

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