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CE · Gas safety valve

CE conformity for Gas safety valve

For Gas safety valve, 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.

CE conformity for Gas safety valve — Product-specific conformity guide
GAR qualitySafety/control equipment provided separately for inclusion in the gas device
The functionAutomatic gas shutdown when power or control is lost
PerformanceIn-out leakage resistance, shutdown time, defect and pressure range
The moveElectromagnetic coil: slow opening or manual reinstallation depending on model
Direct response to the scope

CE conformity for Gas safety valve — Define the product boundary first

The primary function of a gas safety valve is to safely stop the gas flow when power is cut off or when the control system withdraws the demand. Normally, the closed architecture defines the performance of the product, the arc force, the shutdown time, the internal/external leakage, and the allowable pressure range. The valve, memory diameter, and connection female may differ in different classes in terms of gas group, temperature, mounting direction, debit, and pressure.

When the coil is energized, the overheating can cause low voltage failure or high voltage isolation. When power is cut off, the core is stuck due to dirt, oil or corrosion, leaving the valve open. Depending on the gas filter, the permitted particle level and maintenance method are specified in the instruction manual. If using a dual valve or valve verification system, the interface, test pressure and control sequence must be consistent. Options such as manual reset, debug, or slow shutdown are not considered as accessories only because they change the safety function; they are evaluated separately in the variable key matrix.

GAR also provides instructions on how to insert, insert, set up, operate and maintain the valve into a device. This approach prevents the cable of the line, such as parts, satisfies the applicable basic requirements, works with an approved entity on the selected module, edits the EU declaration of conformity, and applies the CE mark to the equipment or, if not possible, to the accompanying documents according to the rules. It also provides instructions on how to insert, insert, adjust, operate and maintain the valve into a device. This approach prevents the cable of the line, such as parts, parts, or yal manufacturer's declaration is sufficient.

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.

GAR qualitySafety/control equipment provided separately for inclusion in the gas device
The functionAutomatic gas shutdown when power or control is lost
PerformanceIn-out leakage resistance, shutdown time, defect and pressure range
The moveElectromagnetic coil: slow opening or manual reinstallation depending on model
The materialInternal parts compatible with body, elastomer conta, bow and gas
VariantPressure, connection, PS, gas group, coil voltage and valve class
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.

01

Stay on when power is off

Pollution, adhesion or arc failure can prevent the core from closing; the function is confirmed under life and pollution conditions.

02

Unacceptable internal leakage

The gas passing through the closed valve can be stored in the burner chamber; the leakage resistance class is checked at the end of production and type tests.

03

Excessive heating of the bob

Faulty voltage, high circulation or hot environment insulation may be impaired; temperature class and electrical protection are assessed.

04

Wrong direction of flow

Reverse assembly can change the closure and debugging characteristics; the instruction with the body mark must be visible and permanent.

05

Conta-gas incompatibility

The elasticity of the elastomer can be elusive if it swells, hardens or is broken down by fuel additives; the material is proven to be compatible with the target gases.

06

Pressure drop

A very fast shutdown can cause pressure waves in the installation, while a very slow shutdown can cause excessive gas flow; appropriate behaviour is chosen for system use.

The conditional law matrix

When will the regulation take effect?

A single product name doesn't give the same answer for all models.

The subjectThe situationProduct-based evaluation
GAR 2016/426 equipmentYES, YESThe definition of a gas burner is a separate safety valve for incorporation into the fuel.
Authorized organizationYES, YESThe GAR conformity assessment for the equipment includes mandatory third party participation in the selected module.
CE marking and EU declaration of conformityYES, YESGAR equipment is marked after a conformity assessment and provided with the report.
PEDIT 'S A MESS .If the PS exceeds 0.5 bar, the pressure accessory class, category and GAR-PED coverage relationship are analyzed.
LVD and EMCIT 'S A MESS .The voltage of the bobble determines the applicability of the electronic drive and electrical architecture.
ATEXIT 'S A MESS .Only if the use in an explosive atmosphere is specifically intended, the sources and category of exposure shall be assessed.
The machine's layoutNO , NOT AT ALL .The automatic shutter valve alone is not a machine in the standard structure; the system it is incorporated into is assessed separately.

Standard and verification approach

  • EN 161: Automatic shutdown valves for gas burners and gas burning devices are the primary application in safety, class and function requirements.
  • EN 13611: It provides common requirements for the safety and control arrangements of gas-burning devices.
  • EN 437: It supports the choice of target gas families, experimental gases and pressure conditions.
  • EN 1643: If the valve is used in conjunction with the anti-leakage verification system, it is relevant in terms of interface and control approach.
  • EN 60730-2-17: The electrical gas valve may be evaluated for specific requirements to the extent that it meets the control and electrical architecture.
Important distinction

CE conformity for Gas safety valve — 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?

Defining the use of the hardware

The devices, gases, PS, temperature, debit, circuit and safety class to be included in the valve are limited.

The range and variance matrix

GAR equipment path, PED, electrical, EMC and ATEX conditions are connected to pressure, coil and pressure variants.

Risk and endurance tests

The leakage resistance, closure, stress, temperature, pollution, lifetime and material compliance are confirmed in the representative samples.

Assessment of the approved organization

The technical file, type specimen and production control shall be examined by third parties according to the selected GAR module.

Statement and serial production control

The CE marking, the EU declaration of conformity, the assembly instructions and the leakage/functional records of each product are managed.

Product records to search for in the technical file

  • GAR hardware definition and intended devices
  • Drawings of the hull, core, bow and canvas
  • Limits of gas, pressure, temperature and debris
  • Technical data on the coil and electrical
  • Risk assessment with the subject
  • Leakage resistance, closure, lifetime and temperature tests
  • Critical part control plan with material
  • Instructions for assembly, assembly, setup, operation and maintenance

They 're the entries for a healthy offer .

  • Memory bandwidth and connection type
  • Maximum working pressure
  • Gas families and temperature range
  • Valve class closure behavior
  • Bobbin voltage and electronic options
  • Lifecycle and assembly direction
  • Number of models, target countries and reports

No exact assessment cost or completion date is committed unless the pressure family, counter materials, coil options, life cycle and end-of-production test level are seen.

Frequently Asked Questions

CE conformity for Gas safety valve — Technical answers about

Gas safety valve, GAR device or part?

If it is offered on a separate market and designed to be incorporated into a gas burner, it is considered as equipment under the GAR.

Is the GAR equipment CE marked?

Yes. The completed conformity assessment equipment bears the CE mark and is provided with EU declaration of conformity and instructions for safe integration.

Is it enough to have the valve coil documented separately?

No, the bobbin is a single component, the valve closure, leakage resistance, temperature, pressure, circulation and gas compatibility are verified as a whole product.

Do you think the valve at 0.5 bar is a PED?

The pressure accessory quality, printing, fluidity, category and the special scope rule between GAR and PED are examined together.

Does the gas valve always need ATEX?

No. The gas carrier valve alone is not sufficient; an ATEX assessment is performed if the use in an explosive atmosphere is specifically intended.

What happens if the conta supplier changes?

The material formulation, gas density, temperature, aging and leakage resistance results are not serialised until they are examined in terms of approved type effect.

Technical scope and offer

CE conformity for Gas safety valve — 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.

Ask for expert opinion and suggestions

Final inspection of content and technical scope: 20 August 2026The official bases: European Commission Gas burning devices · EUR-Lex — GAR 2016/426
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