Technical files
Documents
Specifications and installation information can be viewed or downloaded as PDFs from our server.
Technical documents
1Key technical specifications
The most critical technical parameters of this product.
- Power supply 230 VAC 50 Hz
- Motor voltage 24 VDC
- Motor power 120 W
- Arm mechanism Telescopic (single-piece extending)
- Max. leaf length 4 m
- Max. door weight 600 kg
Show all technical specifications (9)
Mechanical
| Feature | Value |
|---|---|
| Opening angle options | 90° / 100° / 110° |
| Protection class | IP44 |
Control
| Feature | Value |
|---|---|
| Control unit | G24 (compatible with battery charger board) |
Videos
Installation and support guides
These videos demonstrate the model and control board shown. They may provide general reference for other products; use the current technical manual for the relevant model for connections and settings.
24 V swing gates 8 videos
GATE24/G24A board, motor and limit learning; safety and remote control connections.
Reference for the 24 V motor and GATE24/G24 board shown; not for 220 V motors.
Turkish video archive from the Alkur YouTube channel; titles and topic notes are translated.
System / board reference
An overview of the G24A control board, its connection points and adjustment controls.
- 5:14 Watch on YouTube
An overview of the G24A control board, its connection points and adjustment controls.
- 5:04 Watch on YouTube
A demonstration of connecting a 24 V swing gate motor to the GATE24 controller.
- 2:21 Watch on YouTube
A guide to programming opening and closing limits on a 24 V swing gate motor.
- 1:41 Watch on YouTube
A technical demonstration of connecting a safety photocell to the G24 control board.
- 0:24 Watch on YouTube
A short guide to connecting a warning flasher to the G24 control board.
- 1:01 Watch on YouTube
An example of connecting a vehicle-detection loop detector to the G24 control board.
- 0:48 Watch on YouTube
A demonstration of pairing a Fix Code remote control and clearing stored remote-control entries.
- 1:07 Watch on YouTube
A demonstration of connecting an external remote-control receiver to the G24 control board.
Overview
PRINCE 600 is the member that raises the capacity of the PRINCE family. It shares the same 120 W motor and the same 1.6 / 2.0 cm/s speed profile as PRINCE 24 (= PRINCE 400); where it parts ways is in leaf length and door weight capacity. PRINCE 600 carries a leaf up to 4 m and a door up to 600 kg. For that reason it goes beyond PRINCE 24’s standard 3 m leaf / 400 kg capacity — not faster, but targeting wider leaf + heavier door scenarios.
PRINCE 24 vs PRINCE 600
| Feature | PRINCE 24 (= PRINCE 400) | PRINCE 600 |
|---|---|---|
| Max. leaf | 3 m | 4 m |
| Max. weight | 400 kg | 600 kg |
| Motor power | 120 W | 120 W |
| Speed | 1.6 / 2.0 cm/s | 1.6 / 2.0 cm/s |
| Market position | Standard capacity | High capacity |
| Arm mechanism | Telescopic | Telescopic |
| Control board | G24 | G24 |
→ For leaf up to 3 m + 400 kg door, PRINCE 24; for wide leaf up to 4 m + 600 kg heavy door, PRINCE 600. Both share the same 120 W motor, the same 1.6 / 2.0 cm/s speed and the same G24 board — the only difference is leaf and weight capacity.
Telescopic arm mechanism
A single-piece extending arm; compact when the door is closed, extends its stroke during opening. Articulated (jointed) arms do not work on wide leaves or sites with deep strut clearance — the telescopic mechanism is the standard solution for these scenarios.
Advantages:
- Aesthetic accent — elbow not visible when door is closed
- Works with deep struts + narrow wall clearance
- Single-piece thick arm — high bending resistance
Maintenance requirements:
- Telescope joints are lubricated with liquid grease once every 12 months
- Dry operation wears the telescope bearing
- 6-month maintenance recommended in heavy-dust environments
G24 universal control board
PRINCE 600 works with battery backup using G24 board + battery charger module combination:
- 24 V 7 Ah battery → ~20-30 open-close cycles tolerance during power outage (for heavy doors)
- 24 V 12 Ah battery → ~40-60 cycles
- The charging circuit drives a light charging current with the battery continuously connected
Target projects
- Villa main entrance heavy metal/wrought iron gate
- Luxury residence double-leaf wide entrance (600 kg total)
- Historical restoration heavy wood door
- Sites requiring deep struts
- Eco-house solar panel system (24 V naturally)
Field discipline
- Power trimpot calibration — G24 T1 trimpot is set to maximum for a 600 kg door; insufficient setting causes early thermal protection trips.
- Hinge quality — Stainless steel ball-bearing hinges are mandatory for heavy doors; ordinary hinges cannot bear 600 kg load.
- Double-leaf synchronisation — Two PRINCE 600 motors are driven with the G24-MTS module; sync limit setting is critical, leaves can collide.
- Periodic maintenance — Once every 12 months telescope joint lubrication + arm connection tightening + reducer check.
- Backup battery voltage test — Once every 6 months battery voltage measurement; if below 11.5 V, time for renewal.
In which sectors is it used?
This product family is preferred in the sectors and application areas below.
- Corporate campus entrance
- Corporate campus entrance
- Production facility yard
Frequently Asked Questions
Below we've compiled the most common questions and answers regarding this product.
-
How do you choose between PRINCE 400 and PRINCE 600?
Both models have a telescopic arm and a 120 W motor and run on the same G24 control unit; the difference is in the carrying limits. PRINCE 400 is rated for leaves up to 3 m and 400 kg, PRINCE 600 for up to 4 m and 600 kg. Both limits must be satisfied together: a 350 kg leaf 3.5 m long fits the 400 model on weight, but exceeds the length limit and therefore calls for PRINCE 600. Because the moment arm grows on a long leaf, weight alone is not a sufficient criterion.
-
Is there anything else to watch on a 4 m leaf?
Beyond motor class, two points stand out. The first is wind load: a 4 m leaf clad in solid sheet or composite presents a large surface when open, and in exposed locations that load puts extra strain on the hinges and arm; the leaf structure and hinge selection should account for it. The second is the leaf's own sag; on a long leaf, the drop at the far end from the hinge axis increases the force the motor must provide. Where a leaf resists being pushed by hand or its edge droops, correct the mechanics first rather than looking to a larger motor class for the answer.
Contact our team for model-specific information or a quote.