Gasstrahlheizung Radium U 40

Industrie

Daygas combines efficient, economical, high-quality, and functional products that prioritize innovation and R&D, saving energy in the heating sector for end users.Quick start.Frost protection.Low emission rate.High safety level.Secure gas valve system.Low energy consumption.Easy maintenance and installation.Heat-resistant, non-flammable cable.We produce two types of tube radiators: I and U.2- or 5-stage with thermostats or remote control.Heating by radiation without air circulation.Error and stage display on the screen.Capacity40 kWGas consumptionNG 3.80 m³/h / LPG 2.81 kg/hDimensions250h / 7200-10200L / 405wWeightNet 120-175 kg / Gross 150-220 kgOperating pressure21-55 mbar NG / 32-55 mbar LPGInstallation height300-900 cmElectrical connection230-240VAC 50-60Hz +/-15%Gas connectionG ¾’’Radium Tube Radiant Heaters are modern devices designed to heat high ceilings and large volumes. Radium heats the atmosphere by reflecting the heat energy generated by the combustion of the air-gas mixture in the radiant tubes into the desired environment using parabolic aluminum reflectors. Radium tube radiant heaters warm people and objects, providing optimal comfort for heating.The tube radiators use heat-treated aluminum-steel felt tubes.With these tubes, we offer end users efficient, low-capacity, and effective heating.Our felt tubes are designed for your high-performance aluminas. These tubes are made from calorized steel coils for your aluminum.From raw material to finished tube, the production process undergoes special procedures to ensure the highest radiation capability in application areas.The adjacent temperature distribution of the Radium tube radiant devices, shown by the isohypses curve Y.I.B., demonstrates the ability to heat a large area. This is due to the high radiation efficiency of the tube radiator material, which is capable of emitting heat. We use steel-specific radiant tubes for your aluminum with a radiation efficiency of 92%. We achieve high efficiency by minimizing heat losses.The flame generated by the combustion of the air-fuel mixture in the burner flows through the tube to the chimney, and the exhaust gas is discharged from the chimney. During this process, the energy generated by the combustion of gas in the tube is transferred to the tube. Heating is ensured by the tube radiating its energy from the inside and the outer surface radiating into the surrounding environment. Therefore, the maximum heat transfer and radiation capability of all these processes is directly related to the quality and suitability of the felt tube.The radiation beams emerging from the tube surface are shown by the red color (solid line), and the reflected beams from the reflector are indicated by orange (dashed line). Normally, radiation continues on its path, leaving part of its energy on every surface it hits. The choice of material for the reflector is crucial, and it is desirable that it reflects the radiation without absorbing the energy of the incident radiation. For this reason, our products use reflective aluminum material with high reflective properties.In tube radiators, radiation occurs on the surface of the tube. At the points where the devices are suspended, reflectors are used to utilize the energy of the radiation that goes to dead spots (usually the area facing the ceiling). The use of a reflector reflects the radiation going to dead areas back into the desired environment/zone. It also supports the heating of the tube surface, as the radiation emerging from the tube and hitting the tube surface again increases the radiation capacity.Device ControlRemote controlIntegration via control panelPako switched manual controlThermostat-controlled automatic controlIntegration into the automation system (control via SCADA)The variety of control scenarios offered as 5 different alternatives allows the products to be controlled correctly and as desired. The most suitable control scenario is selected by evaluating the on-site use of the devices in our product range and the site conditions. Therefore, control with the right solution scenario facilitates both fuel savings and long-lasting, trouble-free operation.Our devices can be directly integrated into building automation systems (BMS) via the Modbus communication protocol through the RS485 port (internal). If no BMS system is available, device control can be fully automatic from a single center via an HMI touch panel or PC.Operating sequence of devices on specified days and hoursOperation of heating devices with regional or individual step and modulation controlDisplay of device error codes in the system to identify faulty devices and store errors in memoryFunctional controls such as immediate, daily, weekly, or monthly monitoring of fuel consumption are advantages of the integrated automation systemControl Units128x64 graphic LCD displayAutomatic and manual controlCommunication port with computerOption to connect an external temperature sensorAbility to control 8 independent zones and a total of 32 devices7 days, 24 hours programmable functionOverheat protection modeFrost protection functionEncrypted protection functionIt facilitates your work thanks to many commands, from controlling the switching on and off of devices on desired working days and time intervals to maintaining a warm environment in the temperature range set for frost protection when the company is closed.Analog Room ThermostatThanks to the Daygas analog room thermostat, the device automatically switches off when the set heat value is reached. When the room temperature then falls below the desired temperature, the device automatically switches on at the maximum level and starts working again. This saves fuel.Digital Room ThermostatFrost protection functionTemperature control on the devicePossibility of modulation controlWhen your devices reach the temperature programmed with the Daygas temperature sensor, the modulation value of the device is reduced depending on the weather conditions, resulting in fuel savings. Once the environment reaches the desired temperature, the device automatically switches off, and when the temperature falls below the desired value, the device automatically switches on and starts working at the most suitable temperature level for the environment.Pako Switched Manual ControlWith the Pako switch control, stepwise manual control can be provided via the Pako. For more local solutions where no control panel is available or needed, the devices can be operated at the desired level via the Pako switch. The heating devices can be controlled with an independent step setting. Since the device is not switched on in standby mode (0) on the Pako, the device goes into standby mode after shutdown procedures, ensuring the long service life of the devices.Remote ControlWith the Daygas remote control, all functions of the device such as on/off, temperature increase and decrease, and reset can be easily controlled. All Daygas products can be controlled remotely with a single remote.Technical Specifications / FeaturesCapacity: 40 kWGas consumption: NG 3.80 m³/h / LPG 2.81 kg/hDimensions: 250h / 7200-10200L / 405wWeight: Net 120-175 kg / Gross 150-220 kgOperating pressure: 21-55 mbar NG / 32-55 mbar LPGInstallation height: 300-900 cmElectrical connection: 230-240VAC 50-60Hz +/-15%Gas connection: G ¾’’