Sliding Gate Automation Kit

— Sliding Gate Automation Kit · Ditec ION4 — One Italian Marque, From Motor to Remote. A complete kit for a sliding gate — the Ditec ION4 operator with its control board already built in, four metres of steel-cored rack and two remotes, all from the same Italian house that has built entrance automation since 1974. One brand from motor to remote, nothing improvised, and a gate that never needs a shoulder against it again. — What is in the kit — 1 ION4 operator 24 V DC gear motor with the LCU48 control board and radio receiver already inside it 4 Metres of rack Four one-metre module-4 lengths, nylon over a steel core — quieter than bare steel 2 Slim2E-DC remotes Two-channel rolling-code handsets, paired at the display in a few seconds 01 Nobody should have to shoulder a steel gate A sliding gate is a beautiful thing to look at and a genuine chore to move. A few hundred kilos of steel on four wheels takes a real shove to start, and it only gets worse as the track picks up grit and the wheels wear. So the first thing that happens is you stop pulling it all the way shut. Then you stop closing it at all — and a gate left open is not security, it is a fence with a hole in it. Automated, it opens as you turn in off the road and it is closed again behind you before you have the boot open. In the rain, with shopping, with kids in the back, at eleven at night. You simply never touch it again. 02 Sized for a heavy steel gate, not a light one Nearly every horror story about an automated gate traces back to the same thing: a motor that was never sized for the gate it was asked to move. It strains, it runs hot, it chews its gears, and in a few years it stops. This is not the light-duty end of the market. The ION4 handles a gate up to 400 kg across an opening up to 12 m, which comfortably covers a hot-dip galvanised steel sliding gate on a normal driveway, and Ditec class it for frequent use and test it to 150,000 cycles — decades of ordinary coming and going. The rack matters just as much: nylon moulded over a steel core, so it carries the load like steel but runs quietly and does not rust into the teeth. 03 Fifty years of Italian engineering, in how it moves Ditec has been doing one thing in Italy since 1974 — automating entrances — starting out as Novotecnica before the brands came together under the Ditec name in the mid-nineties, from a factory at Origgio, half an hour north of Milan. Half a century in a single discipline is not a marketing line, and you can hear where it went. Cheap kits lurch off and slam to a stop. This one lets you shape the movement: how hard it pulls away, how fast it runs, how early and how gently it eases down as it comes into the closed position. Set properly it glides and settles, and that is the whole difference between a gate that sounds expensive and one that sounds cheap. It is also watching the load the entire time, so if the gate meets a car, a bin or a person it feels it and stops or reverses. 04 Bin nights, blackouts, and the kids' code later There is a partial-opening setting that slides the gate back just far enough to walk through, so putting the bins out or taking the dog around the block does not mean opening the whole driveway to the street. If the power goes off, a key release at the motor lets you push the gate by hand in a few seconds — and with the battery module added it keeps working through a blackout, or runs on solar entirely if there is no mains near the gate. Two remotes come in the box, good for about 100 m on a coin cell that lasts a couple of years, and the board will hold up to 200 of them. Add a keypad on the pier later so the kids and the trades get a four-digit code instead of a $90 handset, safety photocells across the opening, an aerial if the drive is long. All the same brand, so there is one set of manuals and one place to look in five years. — Before you order — Three things to check. First, the gate itself: it must roll the full way by hand on a straight, level track with sound wheels — a motor will move a bad gate for a while, then break. Second, the rack: it runs the full length of the gate leaf, so four metres suits a leaf up to about 4 m and a longer gate needs extra lengths. Third, the ends of the run: the ION4 uses a virtual encoder rather than limit switches, so mechanical stops must be fitted at both ends of the track. The motor bolts to a small concrete pad beside the gate with conduit run into it, and safety photocells are not included — strongly recommended on any powered gate, along with an aerial if the drive is long and the battery module if blackouts bother you. The motor is low-voltage 24 V, but it is fed from 230 V mains, so that final connection is a licensed electrician's job. — Built to last — Specifications Kit contents 1 operator, 4 m of rack, 2 remotes Manufacturer Ditec Italy, since 1974 Operator Ditec ION4 rack-driven, control board built in Maximum gate weight 400 kg Maximum opening width 12 m Gate speed 0.1–0.3 m/s adjustable at the display Thrust 600 N start-up 200 N nominal Service class Frequent use tested to 150,000 cycles Duty cycle 30 consecutive cycles at 20 °C Stroke control Virtual encoder no limit switches required Motor supply 24 V DC 100 W Mains supply 230 V AC 50/60 Hz 0.45 A absorption Control panel Ditec LCU48 built in, display programming Motor output 24 V DC, 10 A max Accessory supply 24 V DC, 0.3 A max Radio receiver 433.92 MHz built in up to 200 stored remotes Remotes supplied 2 × Slim2E-DC two channel, rolling code Remote range 100 m nominal CR2032, around 2 years Rack supplied 4 × 1 m, module 4 nylon with steel core Manual release Key operated Sound level 70 dB(A) or less Protection rating IP44 Operating temperature −20 °C to +55 °C to −35 °C with NIO enabled Operator size 300 × 260 × 195 mm Battery and solar Ready for both IONSBU module required Kit code KIT ION4BK — Installation confidence — A weekend job, with one hour for your electrician Take it in two halves and it is very manageable. The gate half is yours. Set a small concrete pad beside the gate with conduit brought up through it, bolt the base plate down, then sit the motor on its levelling screws and adjust until the drive gear sits square to the gate. Screw the rack along the gate frame one length at a time, resting each piece on the drive gear as you go and then lifting it a whisker clear, so the weight of the gate never sits on the motor. Fit a mechanical stop at each end of the track. There are no limit switches to fuss with — the virtual encoder learns the travel itself. The electrical half is your electrician's: they bring the 230 V supply in and terminate it, which is an hour of their time. From there you finish the job yourself at the display — run the self-learning cycle so the board learns the run, then set the speed, the slowdown and how gently it eases into the closed position, and pair the two remotes. Most people have the gate moving on day one and spend day two making it feel right.