Automatic Swing Gates & Swing Gate Motors

Yadav Entrance Automation Pvt. Ltd. manufactures swing gates in India, at our plant at Neemrana, Rajasthan on the Delhi-Jaipur NH-48 corridor. We have been building entrance automation equipment since 2011, with more than 500 installations across over 50 cities. Equipment is made to the measured opening rather than to a catalogue size, then installed and commissioned by our own engineers.

A swing gate is a hinged gate in single or double leaf, operated manually or by motor. It is specified against the opening it serves and the way that opening is used, so two openings of the same width can need different equipment. We build swing gates for plant entrances, residential and campus gates where there is room to swing.

We quote per project rather than publishing a price, because the figure moves with the leaf weight and width, the ground levels, and the operator type. Send the opening dimensions, the site location and how the opening is used, and an engineer will come back with a drawing and a written quotation. That is faster than a list price that would need revising once the site is measured.

We install and service across North and West India, with the plant at Neemrana and teams in Delhi NCR and Gujarat. Installations to date cover more than 50 cities, concentrated in the Delhi-Jaipur corridor, Haryana, Rajasthan and Gujarat. Tell us the site location with your enquiry and we will confirm coverage before quoting.

Yes, where the product supports it. Motorised operation is specified against the weight being moved and the number of cycles per day, not simply added on. The drive, the control panel and the safety devices are listed on the technical drawing you approve before manufacture, so nothing about the automation is a surprise on site.

Standard Indian industrial mains: 230V single-phase or 415V three-phase at 50 Hz. Which one applies depends on the product, the size of the opening and the duty cycle. The requirement is confirmed on the approved drawing so your electrical contractor can position the supply and isolator before delivery.

Clear opening width and height first. The daylight opening, not the wall opening. Then the headroom above the opening and the free side-room each side. Add the power available at the position, how many openings, and roughly how often each is used in a shift. Those figures let an engineer rule out the wrong products before visiting.

We manufacture, install and commission with our own team, and we do not sub-contract installation of our own equipment. How well a unit is fitted to its opening decides how long it lasts, so it is not work we hand off. Handover includes operating instructions on site.

Yes. We supply genuine spares and offer Annual Maintenance Contracts for the equipment we manufacture. On high-cycle equipment maintenance matters more than most buyers expect, because wear tracks cycles rather than calendar age. Tell us the site and the equipment and we will route it to the nearest service team.

Our manufacturing is certified to ISO 9001 and applicable products are CE marked. Structural steelwork commonly references IS 2062 and rolling shutters IS 6248, both published by the Bureau of Indian Standards; fire-resistance testing is commonly referenced to EN 1634. If your specification names a standard, send the clause with the enquiry so it is written into the drawing.

Yes, and most industrial openings are non-standard. Equipment is built to the measured opening rather than to a catalogue size. We take the clear width, clear height, headroom and side-room on site, then confirm the achievable size on the drawing before manufacture begins.

It depends on the product and whether the opening is standard or bespoke, and it moves with material availability and the current order book. Rather than quote a general figure that may not hold, we confirm a delivery date in writing with the quotation.

Yes. We supply end users directly and also work as a vendor to main contractors, PMCs and design consultants. We are GST registered and manufacture under Make in India, which matters for government and PSU procurement. For tendered work we can provide drawings, product data and the compliance documentation the specification calls for.

For powered equipment, typically safety photocells across the opening, a safety edge where applicable, limit switches at both travel ends, and a manual release for use during a power cut. Vehicle equipment can add loop detectors. The exact schedule is listed on the drawing you approve, so check that rather than assuming a standard set.

Use the enquiry form on this page and the details reach our team directly, or call and send a WhatsApp message on +91 95492 20707, or email [email protected]. If you already hold drawings or a specification, say so and an engineer will respond rather than a generic reply.

Up to 4m in our range. Beyond that the leaf becomes heavy enough that hinge loads, wind catch and opening time all start to count against it, and a double-leaf gate is usually the better answer.

Articulated arms suit wider piers and gates that need to open through a larger angle. Rams are compact and suit narrow piers. The pier dimension and the required opening angle usually decide it, which is why we ask about both.

A leaf that swings over rising ground will foul it. Tell us about any slope at survey; depending on direction and gradient the fix may be swinging the gate the other way, or a sliding gate instead.

Yes, one per leaf, controlled together so they move in step. On closing they are usually sequenced slightly so the leaves meet correctly rather than colliding at the centre.

Up to 8m total span across two leaves. Beyond that a sliding or telescopic arrangement is generally the better answer, and we will say so rather than pushing a swing gate past sensible limits.

A centre stop and, on most installations, a drop bolt on one leaf so the other closes against it. Without a positive stop, wind will work the leaves against each other.

Because nothing is visible. There is no arm on the pier and no ram along the leaf, so a designed gate keeps its appearance and looks manually operated. On an architectural entrance that is usually the entire reason.

The operator sits in water, which is why drainage from the box is essential rather than optional. Tell us the ground conditions and water table at survey; on a site that holds water we will recommend an above-ground operator instead.

It requires excavation at the pivot and usually disturbs paving and finishes, so it is far easier during construction. Retrofits are possible but the civil work is the bulk of the job.

The leaf, and everything sized around it: hinges, pier and foundation, operator torque, and the safety devices needed to stop a leaf carrying real momentum. It is a different specification throughout, not a stronger motor on a standard gate.

That has to be checked. A heavy swinging leaf applies substantial and cyclic load at the hinge, and piers built for a light gate will loosen over time. We assess them at survey rather than assuming.

If run-back space exists, sliding is usually easier on the structure because the load is carried on rollers rather than concentrated at hinges. Swing is chosen when that space does not exist.

Aluminium is lighter, will not rust and puts less load on hinges and operator, which suits a swing gate well. Mild steel is stronger and cheaper for the same section but needs its finish maintained. Both are common on residential gates.

Keypads, intercoms and app control all handle this without giving out remotes. Tell us how often deliveries arrive and whether anyone is usually home, and we will suggest a sensible combination.

Photocells and safety edges should be specified as standard where children use the driveway, and a residential operator reverses more readily on obstruction than an industrial one. Tell us and we will specify accordingly.