Enocean

This application allows users to manage their installations, the regulation and control of the temperature of one or a group of rooms. It is designed to manage public buildings (schools, etc.) where the temperature control must be done only by authorized personnel, but also to facilitate the work of installers by allowing them to create their construction sites, create the rooms of the construction site (zones, classrooms, technical room, etc.) and place the devices in them, pair them up, set them up and unpair them. Saving construction sites allows them to be shared with members of the same company or a service provider working on the same site.

The gateway has been designed to meet the needs of the customer and the installer. They can get the gateway up and running in no time. This saves a lot of time compared to conventional gateways that can take up to two months to integrate. The internal software of HELIOS BOX is based on Radio Link middleware and runs on compact, robust and energy-efficient hardware, equipped with a multiprotocol 868 Mhz radio chipset (LoRaWan, Enocean etc…) and TCP/IP or 4G connectivity. It collects radio signals within its range (temperature readings, metering measurements, control orders, status feedback, etc.) and allows the integration of these data for processing on a computer (via a simple browser).

1 and 2 level signal repeater with antenna (only for Enocean radio). This repeater is only necessary if structural conditions prevent undisturbed reception or if the distance between the wireless device and the Helios box is too long. The ANT01 antenna (not included) with a 250 cm long cable can be connected to the supplied antenna. Optimally placed, this increases the range considerably. The 1-level mode is factory set.
Only HELIOS radio signals received from the devices are checked and transmitted at full transmission power to the HELIOS BOX gateway.

The wireless valve actuator has been specially designed for optimized energy saving control of radiators and floor heating in public and commercial spaces. The actuator uses thermal energy recovery: temperature difference (4°C) between room temperature and radiator temperature to generate enough energy to operate the valve sending/receiving radio telegrams. The communication protocol is based on the radio interoperability standard for wireless building automation in Enocean. Heating on demand is now as simple as ever due to the absence of maintenance or battery replacement.

Indoor temperature sensor 0°C to +40°C IP30 / Outdoor -30°C to +50°C IP54.
These sensors measure and report the temperature level via a radio signal to the receivers (relays, HELIOS BOX).

The handle size is standard and will tell you at any time if your window is open or closed. It can also be associated with multiple scenarios: turning off the heating or air conditioning when the window is open, etc.…

The opening sensor works according to its setting. It will trigger actions if the door is open or closed. It will permit, for example, to control a heating or air conditioning system and thus save energy. Glue it on the window or door stiles (adhesive supplied). It is possible to add a battery (not supplied) for areas with little light.

This water presence sensor alerts in case of flooding in the building. To be placed on the ground. In case of leakage, a part of the sensor will be filled with water and thus exert a pressure on the trigger. It will send a radio frame to the customer’s Helios Box solution or to the actuator that controls the electrovalve.

The probe can count the number of people in function of the CO2 present. The probe is also able to see VOCs, such as formaldehydes, benzene, (both proven carcinogens) certain toxic, irritating or odorous compounds). The supervision of these two elements will enable the management of air flows and control the energy efficiency of the building (less heat loss …).

• • Temperature sensor
  • Single Band NDIR CO2 Sensor (optional Dual Band)
  • Solid state VOC sensor that requires no maintenance.

These technologies allow for competitive sensor costs and a lifetime of over 10 years without any maintenance