Set including an IR-Unit, a battery pack and a communication cable equipped with a selector. The whole allows to perform the acquisition and the transmission by infrared of temperature measurements.

For battery pack life reasons, the IR-Unit isn’t continuously powered, it performs the acquisition and transmission work periodically (according to the “awakening period” adjusted via the embedded software), and then it switches in a “sleep state”. The next “awakening period” switches the unit back to an activity state, for the timeframe it needs to do its work.

From left to right, top to bottom:

the IR-Unit, the battery pack, the communication cable and the selector

This product intended to be used in laboratory or production can securely charge up to 20 NiMH batteries (12V/2Ah). Moreover, the LEDs placed at the front of the charger indicate the status of each load cell (charge and default). Given that the cells are completely independent, they are able to monitor various settings such as: the current, the voltage or the temperature of the battery. Lastly, a communication tool integrated into the system can communicate with a supervisor on the charges status or on any failures encountered.

This product can evolve or be adapted according to the specific needs of a customer.

The design of a bench in which 6 NiMH battery chargers can be received, thus allowing the charge of 120 batteries, is possible.

An "eLB0" charge module

These products, usable with the “MATIO” matrix (manufactured by Esys) and which can be mounted on a DIN rail, allow the conditioning of logic signals (IN and OUT) per 8 cells module and the mechanical conditioning for a quick implementation. The link with the environment is done via a fixed or pluggable screw terminal block, and the control-command link is done via 20-pin HE10 or 15-pin D-Sub connector. These conditioners are intended for the industrial sector.

At the top: overview of the "CoDiR1"

at the bottom: overview and profile view of the "CoDiO"

This control instrument, destined to the production sector, uses the vibratory information generated by the tested product. After acquiring, the vibratory information from the tested product are subject to an innovative analysis, thereby rejecting the elements faults whose origin can be mechanical or electrical. Integrated into a production stream, the solution takes the form of a final check on the fully assembled product. For more analytical purposes, this tool is also particularly suitable within the laboratory (research, testing, analysis …)

Faults detector for electrical motors

Intended for industrial applications, this autonomous programmer allows the in-situ programming (or on a specific support) of: memory (serial, parallel), microcontroller and other electronic programmable components. The programmer is intended for the Europe format (3U), powered by a single +24VDC voltage, it is driven via a RS232 link or a fieldbus.

Module allowing the transmission and the reception of digital frames (ASK modulation), using a carrier at 868.95MHz. In addition to the integrated solutions, other types of modulations, protocols and specific data progressing can be implemented. The transmission level is programmable between -15 and -70dBm. Materially, this device is intended for the European rack format (3U) and it only needs a power supply of +24VDC.

A 433.95MHz version which has the same features, apart from the frequency, is also available.

Transmission and reception module of digital frames

This module (hardware and software) is to drive a photobioreactor, or another system which has need of actuators depending on physical measures given by sensors. Various types of acquiring channels (analog inputs, digital inputs, port RS485) and controls (analog outputs, digital outputs, port I2C, port RS485), ensure the management of the installation. Some servo-controls (PID) allow for the regulation of the control element of a driving unit. This device can be fully driven by its digital link (RS232)

driving module for photobioreactor

This is intended for the testing of home automation products which use current carriers at 132,45kHz (modulation FSK), this device contains the following functions:

• transmission of a digital data packet
• adjustment of the transmission level
• selection of the frequency modulation (±600Hz, ±800 Hz)
• reception of a digital data packet
• measurement of a data packet received (level and frequency)
• communication with the product 

This module which is expected to be integrated into the bench test, can also be used for communications on a local mains supply. Running of the system is done by a RS232 port, or fieldbus. Exchanges with the test machine are simplified, so that only useful data are passed to the module.

Module of transceiver and measurements in currents carriers