Remote SWITCHING

It is already common practice for remote control of appliances. Heating, lighting, gates ... anything you can turn on, light up or move with electricity.
For the ordinary layman, this issue is confusing, but the expert knows that each appliance needs its own. Not only in terms of power consumption, but also with regard to the type of load (capacitive or inductive).
That's why Orcave offers a variety of drivers that other Anyplication elements can communicate with remotely and safely execute the command you want.

Orcave 201-110 NAcDrive4

4 remotely controlled appliances AC 230V up to 250W

Orcave 206-125 W8AcSwitcher

switches up to 7 appliances with total power consumption up to 3kW

Orcave 206-111 NMorse

basic switching and communication module through the power line

Orcave 303-111 LampDriver

control the light flux through the power line

Orcave 201-110 NAcDrive4

4 remotely controlled appliances AC 230V up to 250W

Small box with only 1 module width for DIN rail, which can simultaneously switch power up to 250W.
It has 4 separate outputs, which can switch appliances each with power up to 100W. But the outputs can be reconfigured to inputs through which the system learns that 230V is (or is not) present.
It can do even more - it hase phase regulation of the output. Just universal dwarf ... :)
Can you use its abilities?

Orcave 206-125 W8AcSwitcher

switches up to 7 appliances with total power consumption up to 3kW

This module remotely controls up to 7 appliances on a standard 230 V power network. The total power consumption should not exceed 3 kW in the long term. Close the garage door, pull down the blinds, turn on the shed...
It has a built-in phase control, so it can be used to control the LED lamp up to 100 W.
It communicates through the normal data cable with the control switchboard, such as the Orcave 101-101, Orcave 304-901 or any other of the ORCAVE ASSEMBLIES.

basic switching and communication module through the power line

Module that controls up to 3 phases, each with 230V / 20A power. Typically, the public lighting supply branch. Wow!
And it understands morse code! Through the power line it "talks" with the box that is near the end consumer, such as LED lights.
For this, the calibrated meter is the power input for each phase.

Orcave 303-111 LampDriver

control the light flux through the power line

The module, which is inserted into the public lighting poles and controls the light intensity as required during the night.
The lighting plan can be loaded into the module via the power supply, so no additional cable is needed. The communication protocol is a brutal morse code that gets through even poor quality wiring.
The luminaire is then controlled by DALI protocol or analogue 0-10V. In addition to one controlled circuit, it also has one switching circuit - for example to control Christmas lighting or advertising, and so on.