CAME BY3500T - Gearmotor for sliding gates max 3500KG

Not yet rated Write a review
2,329.00
Availability:
On order
Product Code:
BY3500T
Brand:
Came
Came

trustpilot recensioni

  • Quick delivery in EU & UK

  • Easy returns within 14 days

  • Always follow your orders

  • Professional tech assistance

Description

The automation solution for sliding gates that completes the range of Came products; BY 3500T has been designed for all exceptional applications on windows up to 3,500 kg. A compact monobloc with built-in control panel that ensures long-term operation even in the most demanding work applications.

The power supply of the group with THREE-PHASE voltage guarantees an intensive use service even in the most demanding work applications. Maximum self-control

Before starting the opening or closing of the gate, the built-in electronics checks the operation of all the safety devices of the system. Easier and safer maneuvers even at night and in dimly lit places

BY3500T allows you to connect a lamp that lights up for a few minutes with each command. After this period, of course, it turns off automatically.

In addition to the usual command and safety functions, the new electronics supplied with the BY3500T model offers some peculiarities that allow you to obtain total control of the automation to optimize the service, such as:

& nbsp; - programming of the command for the partial opening of the ideal leaf for all entrances without a pedestrian gate;
& nbsp; - safety even when the gate is stopped each command is canceled in the event of an obstacle detected by the safety devices;
& nbsp; - gate stop directly from the radio transmitter for movement control always at hand.

TECHNICAL SHEET

Type: BY-3500
Protection degree: IP54
Power supply: 230V-400V three-phase 50/60 Hz
Motor power supply: 230V-400V three-phase 50/60 Hz
Absorption: 2A
Power: 750W
Maneuvering speed: 10.5m / Min
Work intermittence: 50%
Thrust: 3500 N
Motor thermal protection: 150 °
Operating temperature: -20 ° C min. +55 ° C max.

Latest products