ENEnglish
AZAzərbaycanca
UZO‘zbekcha
ARالعربية
FRFrançais
DEDeutsch
RUРусский
Radiation heating of the burning surfaces
The wrong height or angle of roof, shelf and storage material can overheat; distances are limited by measurement and calculation.
CE · Radiant gas heater
CE conformity for Radiant gas heater
For Radiant gas heater, the applicable CE scope is determined from intended use, energy sources, safety architecture and target market. The risk assessment, technical file, testing and conformity route must be verified against the actual model.
Heating modeLow-density boron or high-density ceramic beam
Burn it outIn-tube briller-fan system or open surface ceramic plate
Set upRoof/wall suspension, defined height, angle and safety distances
EliminationDepending on the device type, the loop connection or the calculated area aeration
Direct response to the scope
CE conformity for Radiant gas heater — Define the product boundary first
Instead of heating the radiant heater air directly, it radiates radiation from a hot pipe or ceramic surface. The burner flame of a burner of the burner type flows through a long tube, directing fan flow and reflector heat to the target. The gas-air mixture of the ceramic type can be burned on a porous plate surface, and the burning products can be left to burn depending on the type of installation. The flame retardation, mixing rate, surface homogeneous burning, fan failure, and the sequence of ignition are different for each design. The category, burner power, and the allowed mounting direction are verified throughout the device's configuration.
High surface temperatures can affect nearby building elements, stored materials, or people. The shape of the reflector, suspension height, slope angle, and distance to the combustible materials are part of the product's safety limits. When multiple heaters are installed at the same volume, the total combustion air and combustion product load increase; the conformity of a single device does not automatically solve the ventilation calculation of the entire facility.
A common interface, fault isolation and safe closure of each device is also defined in systems that control multiple brushes. If a radio thermostat is used, the RED coverage or product package strategy may be used. ATEX gives the gas a non-automatic heat regulation for each buffer. Otherwise, the product is designed to be used in the atmosphere and is marketed for the use of the product in particular in the gas supply and supply market, and in the categories of equipment and sources, and the GARAR is used to control the gas, allowing the design of the product to be controlled by the appropriate regulatory system, and the design of the product is not specified; the design of the gas is not specified in the standard model, but the design of the product is specified in the standard model, and the design of the product is specified in the standard model, which allows the manufacturing of the gas to be controlled by the appropriate control panel.
Product profile
Technical features that change the evaluation
The following data shows why even models with the same product name can change the path of conformity.
Heating modeLow-density boron or high-density ceramic beam
Burn it outIn-tube briller-fan system or open surface ceramic plate
Set upRoof/wall suspension, defined height, angle and safety distances
EliminationDepending on the device type, the loop connection or the calculated area aeration
Check it outFire, fire control, fan/flow control and thermostat
VariantPower, length of tube, reflector, number of brillers, fan and control
Risk architecture
The main dangers to be addressed in the file
The protective, control and verification approach shall be based on the actual product cycle.
Firefighting
A gas-air mixture or plate clogging can transport the burn to the mixing area; ignition and stability tests are performed.
Accumulating the combustion product
Open exhaust devices can create dangerous gas concentrations in inadequate ventilation; local conditions are clearly indicated in the instructions.
Fan loss
If the brush is running while the flow stops in the piping system, the tube may become overheated; fan/flow monitoring must ensure safe closure.
Fixed or malfunctioning console
Heat can loosen the enlargement and vibration connections; the carrying capacity, stabilization and periodic control are defined.
Reflexor temperature and sharp edge
In the case of maintenance or misuse, hot metal and unprocessed edges can cause injury; geometry and warnings are evaluated.
The conditional law matrix
When will the regulation take effect?
A single product name doesn't give the same answer for all models.
| The subject | The situation | Product-based evaluation |
|---|---|---|
| GAR 2016/426 | YES, YES | The radiant device for heating the area with gas is within range. |
| Authorized organization | YES, YES | GAR type and manufacturing conformity shall be carried out with the mandatory participation of third parties in the selected module. |
| LVD and EMC | IT 'S A MESS . | It is evaluated in models with fan, ignition, electronic control and network voltage. |
| ATEX | IT 'S A MESS . | Equipment classification is performed only if the use is clearly intended in an explosive atmosphere; it is not automatic in a normal device. |
| RED | IT 'S A MESS . | If it is supplied with a radio thermostat or wireless control product, it shall also be examined. |
| The Commission has also adopted a number of proposals for the implementation of the programme. | IT 'S A MESS . | From 1 July 2025, performance and product information requirements shall be applied in a local gas heater with a luminous ceramic radiant (luminous) or piped radiant that emits light not exceeding 300 kW, which meets the scope definition. |
| CPR | NO , NOT AT ALL . | The heater itself is not covered by the building material legislation simply because it is attached to the building; separate products of the respective bucket may also be evaluated. |
Standard and verification approach
- EN 416 series: In non-domestic gas-fueled tube radiant heaters, the unit size is determined according to the device and system structure.
- EN 419 series: The relevant part is used in non-domestic gas-fueled high-density/ceramic radiant heaters according to product type.
- EN 437: The gas category defines the experimental gases and feed pressures according to the target market.
- EN 13611: It could be related to fire, gas control and safety arrangements.
- EN 298: If there is an automatic brush control system, it supports the evaluation of firing and fire monitoring behavior.
- The following is the list of the requirements for the type of vehicle:: If the electrically connected gas radiant heater meets these standards, the relevant provisions shall be reviewed together; each variant shall not be automatically applied.
Important distinction
CE conformity for Radiant gas heater — Product conformity is a separate study.
ISO management system certification does not replace product-specific risk analysis, test evidence and compliance file.
The compliance work plan
In what order will the technical preparation proceed?
Determine the type of radiant
The pipe/ceramic structure, power, use area, discharge mode, assembly height and control options are defined.
Scope and standard matching
If electricity, EMC, RED and solely for use in the GAR are present, the ATEX decision shall be justified.
Risk plan for assembly
The lighting, the temperature, the combustion air, the foot, the suspension, the fan and the multiple device scenarios are all connected to the experiments.
Test and GAR setup process
Gas, combustion, surface/environmental temperature, discharge and electrical evidence are evaluated in the selected conformity module.
Control of production and installation
Critical parts, suspension set, reflector, label, specifications and service instructions are attached to the approved type.
Product records to search for in the technical file
- Use area and type of radiant
- Drawings of the brush, tube/plate and reflector
- Control scheme by gas route
- Calculations of the suspension and the heat expansion
- Risk and legislation matrix
- Combustion, radiation, temperature and energy performance reports
- Radio evidence if it's with electric/EMC
- Installation height, ventilation, use and maintenance instructions
They 're the entries for a healthy offer .
- Type of pipe or ceramic
- Nominal power and gas categories
- Pipe length/reflector arrangement
- Fan, blade and evacuation mode
- Target location with assembly height
- Power and control options
- Model family, target countries and reports
The heater determines the type, installation geometry, foot/air conditioning, model lengths and range of electronic options; no exact price or time is given until the layout and technical drawings are seen.
Internal links
Relevant category and product guides
Compare the top coverage or other similar risk architecture.
Frequently Asked Questions
CE conformity for Radiant gas heater — Technical answers about
Can the lead and ceramic radiant be of the same GAR type?
The basic combustion and evacuation architectures are often different; the common type claim is only evaluated if the scope and technical equivalence are proven in detail.
Is ATEX mandatory for a radiant heater?
No, only if the device is designed and marketed for use in explosive atmospheres, the ATEX scope is also specified.
Why does the assembly height go into the CE file?
The intensity of the radiation, the temperature available and the heating of the combustible materials depend on altitude; safe boundary is part of the manufacturer's instructions.
Can the open-burning ceramic device be used without a backrest?
Only in the device class and approved instructional conditions where permitted, volume and permanent ventilation.
Should the length of the tube be re-evaluated?
The effect on the model scope is studied as the flow resistance, surface temperature, fan working point and suspension/concentration pattern changes.
When is 2024/1103 applied to the radiant gas heater?
The regulation came into effect on 1 July 2025, and ceramic radiant or pipe local heaters meeting the product specification and not exceeding 300 kW are also evaluated.
Technical scope and offer
CE conformity for Radiant gas heater — Let us clarify your technical file together.
Share the model of the machine or device, the location of use and the basic technical data. The Kayra Patent explains the path to be followed for scope analysis, technical preparation, test plan and, where necessary, approved organization coordination.
Final inspection of content and technical scope: 20 August 2026The official bases: European Commission Gas burning devices · EUR-Lex — GAR 2016/426