AC radiant heater Radium U 60

gastube

Daygas brings together efficient, economical, quality and functional products that give importance to innovation and R&D studies, thus saving energy in the heating sector, with final consumers. - Quick start-up. - Frost protection. - Low emission ratio. - High level of safety. - Safe gas valve system. - Low energy consumption. - Simple service and assembly. - Heat resistant non-flammable cable. - Two types of tubular: radium I and U. - 2 or 5 stage with thermostats or remote control. - Warm up by radiation without air ventilation. - Notification of fault and stage on the display screen. Capacity: 60 kW Gas Consumption: NG 5.70 m³/h / LPG 4.22 kg/h Dimensions: 250h / 10200-13200L / 405w Weight: Net 175-200 kg / Gross 220-240 kg Operating Pressure: 21-55 mbar NG / 32-55 mbar LPG Installation On Height: 425-1350 cm Electrical Connection: 230-240VAC 50-60Hz +/-15% Gas Connection: G ¾’’ Radium Tube Radiant Heaters Daygas Radium tube type radiant heaters are modern devices designed to heat high ceilings and large volumes. Radium warms the atmosphere by reflecting the heat energy generated by the combustion of the air-gas mixture inside the radiant tubes into the desired environment thanks to parabolic design aluminum reflectors. Radium tube type radiants heat people and objects, ensuring optimal comfort for heating. - The tubular radiant heaters use heat treated aluminum steel fillet tubes. - With pipes, efficient, low capacity, efficient heating is provided to end users. - Fillet tubes are designed for high performance aluminas. These pipes are made of calorized steel coils to your aluminum. - From raw to finished pipe, the production process is subject to special processes to show the highest radiation capability in the areas of use. Importance Of Tube On Piped Radiant Devices: The flame, created by the air-fuel mixture in the burner, flows through the pipe into the chimney gas and the waste gas is expelled. During this process, the energy generated by the burning of gas in the pipe is transmitted to the pipe. Heating is ensured by the pipe emitting its energy by radiating to the environment. Therefore, the maximum heat transfer and radiation capability is directly related to the quality and suitability of the fillet tube. Reflectors of Radium Radiant Heaters: The radiation beams coming out of the pipe surface area are indicated by red color (straight line), the beams reflected from the reflector are indicated by orange (dashed line). The choice of reflector material is crucial; reflective aluminum material with high reflective properties is used in these products to maximize efficiency. In tubular radiants, radiation occurs on the surface area of the pipe. Reflectors are used to redirect radiation that would otherwise be lost to dead points (usually the part facing the ceiling), sending it back to the desired environment and increasing the radiation capacity. Emissivity: Emissivity is a dimensionless number that measures how well an object can emit energy compared to a black body. It depends on factors such as body temperature, wavelength, and angle of propagation. For real bodies, the emission coefficient varies between 0 and 1. Device Controls: - Remote control. - Integration via control board. - Pako switched manual control. - Thermostat-switched automatic control. - Integration into the automation system (Control via Scada). The variety of control scenarios (5 alternatives) allows the products to be managed correctly and as desired. The most appropriate control scenario is selected by evaluating the on-site use and site conditions. Proper control facilitates both fuel savings and long-lasting, trouble-free service. Control Panel Features: - Password protection. - Heat preservation mode. - Freeze protection feature. - 24/7 programmable feature. - 128 x 64 graphic LCD display. - Communication port with computer. - Automatic and manual control. - Ability to connect external temperature sensor. - Control of 8 independent zones and 32 devices in total. Analog Room Thermostat: Automatically turns off the device when the set temperature is reached, and restarts when the temperature drops below the desired value, saving fuel. Temperature Sensor: - Freeze protection mode. - Modulating control. - Temperature adjustment via the device. When the programmed temperature is reached, the device reduces modulation to save fuel and restarts as needed. Pako Switched Manual Control: Allows manual step control via the pako switch for local solutions where a control panel is not needed. Devices can be operated at the desired level, and the device goes to sleep after being turned off, ensuring long service life. Remote Control: Simple-to-use device with 3 buttons for on-off, heat setting, and reset. All Daygas products can be controlled remotely with a single remote. - Integration to Automation System (Control over Scada): Devices can be integrated into building automation systems (BMS) via Modbus communication protocol (RS485 port), or controlled fully automatically via HMI touch panel or PC if no BMS is available. In the BMS System: - Operation order of the devices on specified days and hours. - Regional or individual step and modulation control. - Fault code monitoring and memory. - Monitoring of fuel consumption (instant, daily, weekly, monthly). Technical Specifications: - Capacity: 60 kW - Gas Consumption: NG 5.70 m³/h / LPG 4.22 kg/h - Dimensions: 250h / 10200-13200L / 405w - Weight: Net 175-200 kg / Gross 220-240 kg - Operating Pressure: 21-55 mbar NG / 32-55 mbar LPG - Installation Height: 425-1350 cm - Electrical Connection: 230-240VAC 50-60Hz +/-15% - Gas Connection: G ¾’’