Equipments

Today, the low-voltage switchboard must meet various constraints, such as continuity of service and evaluation of its average electricity consumption.
But the new generation low voltage switchboard must also meet environmental criteria. Within large electrical installations, the Low Voltage Switchboard or LVS is responsible for linking the electricity supply from the distributor to the customer's network.
The central point of the electrical distribution within a building, it is composed of a system of boxes and cabinets that can be fully modularized. The TGBT distribution cabinet will allow the student to distribute and control the electrical energy on a real installation.
- Distribute the energy
- Manage energy: tariff control and continuity of supply.
- Communicate
- Monitor and manage the production remotely by operating terminal, PC, tablet or web server depending on version.
- Commissioning and maintenance
- Security and safety

Autonomous system allowing the control of the manufacturing of "skates" The skate control system allows the implementation of a digital electric axis of brushless technology controlled by a M340 PLC via a Can Open network.
An electric conveyor allows the introduction of the skates to be controlled. Two photoelectric cells allow the start and stop of the electric conveyor.
A digital X axis with brushless motorization, resolver and servo-drive allows the positioning of a pneumatic cylinder equipped with a pneumatic clamp.
A Z axis made of a pneumatic anti-rotation cylinder allows the ascent or descent of the clamp. An ILS sensor gives the retracted and extended positions of the cylinder. An inductive sensor gives the position "at the station" of the cylinder. A pneumatic clamp 2 fingers opening 12mm, equipped with 2 jaws and 2 ILS sensors. A control station equipped with 3 cells allows the identification of the skids according to their diameter.

This life-size electrical realization space allows to simulate a house or a tertiary office in which 4 or 6 students will carry out electrical installation work on interchangeable modules. 

Different configurations are possible for this equipment depending on the customer's needs.

Our KNX connected tertiary model allows the implementation of many configurations and many types of wiring.
A 230V 50Hz 1500VA power supply allows an easy implementation in classrooms. The ECOLKNX model is programmed via the TCP IP network by the ETS5 software. The KNX bus, available on double-well terminals, allows the use of other KNX sensors or actuators to make this model evolve according to your pedagogy.

Our Public Wifi Portal system consists of a street pavement, a pole and a Wifi hot spot sub-assembly. The WiFi hot spot sub-assembly includes connected devices, mainly the outdoor access point on the pole and the WiFi router integrated in a rack. All accessories for the cabling and configuration of our solution are included in the supply.

This tool kit has been specially designed for fibre optic installation and includes all the tools you will need for FTTH, FTTO/B and VDI installations, etc.
Essential kits for the student for the professional activities of the optical connection technician.
Quality, complete, robust tools.

Ideal tool for optical cable construction and maintenance in the field and laboratory.
The core alignment fusion welder adopts high-speed, high-precision image processing technology. With its unique positioning system, the whole fusion process is completed automatically in 9 seconds. A TFT LCD screen, with anti-reflection coating, displays all the fiber fusing steps for clear understanding at first glance.

The SmartOTDR, a compact, lightweight reflectometer, optimises the testing of access networks and metros.
It has a test interface and automatic analysis that any technician can understand. The SmartOTDR uses generic or user-defined configuration files that eliminate configuration errors and provide
consistent results.
Quick and easy measurement is guaranteed, as the acquisition is started at the touch of a button. In addition, wireless connectivity options enhance productivity.

VIAVI's OMK-35V2 test kits provide the necessary tools for measuring power and insertion loss.
They are ideal for all your installation and maintenance operations. It is a dual-wavelength, single-mode test kit with a single laser source and a photometer with a UPP adapter for measuring optical power and loss in access and metro networks.