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PROTEGO
Excellence in Safety and Environment

DR/ES, DN 1/4 - 3/4

Apagallamas en línea a prueba de detonacionesestables y deflagraciones con ángulo de 90º y reductor de choque, unidireccional

Features

Eccentric Design
eases installation close to floors and walls
Reduced Number of FLAMEFILTER® Discs
low number of FLAMEFILTER® discs due to shock absorber Shock absorber A shock absorber is a device that reduces the kinetic energy of a detonation. technology
Fastest Disassembly and Assembly
of single FLAMEFILTER®
Explosion Safety
Provides protection against deflagration Deflagration Explosion propagating at subsonic velocity (EN 1127-1:1997). and stable detonation Stable detonation A detonation is stable when it progresses through a confined system without significant variation of velocity and pressure characteristics.
Angle Bodied
saves pipe elbows
State of the Art Protection
for any hydrogen/air mixture
Spare Parts
cost-effective flame arrester / spare parts
Low Costs
low operating and lifecycle costs
Function and Description

Protects against deflagrations and stable detonations

The PROTEGO® DR/ES series in-line detonation flame arrester In-line detonation flame arrester A detonation flame arrester is designed to prevent the transmission of a detonation. with connection size up to ¾“ is ideal for installation in small pipes and to protect equipment Equipment Machines, appliances, fixed or mobile devices, control parts and accessories, and warning and prevention systems, whether separate or combined, intended for the generation, transfer, storage, measurement, control, and conversion of energy, and for the processing of materials, which have their own potential source of ignition and may cause an explosion. such as gas analyzers. The device Device A device is a pipe component that influences the media flow by opening, closing, or partially shutting off the flow channel or by dividing or mixing the media flow. protects against deflagrations and stable detonations. It can be installed anywhere in the pipe no matter what the distance is from the potential ignition source Ignition source Any source with enough energy to initiate combustion. . The small and compact flame arrester has a right angle design.

Main component - PROTEGO® flame arrester

Once a detonation Detonation Explosion propagating at supersonic velocity and characterized by a shock wave (EN 1127-1: 1997). enters the flame arrester, energy is absorbed from the detonation shock wave by diversion mainly through the shock absorber (1) before the flame is extinguished in the narrow gaps of the FLAMEFILTER® (3). The PROTEGO® flame arrester unit PROTEGO® flame arrester unit The PROTEGO® flame arrester unit is the main component of a flame arrester. It prevents flame propagation. (2) consists of several FLAMEFILTER® discs and spacers (for explosion Explosion Abrupt oxidation or decomposition reaction producing an increase in temperature, pressure, or in both simultaneously. group IIC - NEC group B) whose gap size and number is determined by the operating parameters of the processed fluid (explosion group, pressure, temperature). This device is available for explosion groups IIB3 and IIC (NEC group C MESG ≥ 0.65 mm and B).

Many Individual Certifications

This in-line detonation flame arrester functions unidirectional and is equipped with a threaded connection. The thread can be adapted to international standards. The standard design is approved at an operating temperature Operating temperature Temperature reached when the equipment is operating under design conditions. up to +60°C / 140°F and an absolute operating pressure Operating pressure Operating pressure is the pressure existing at normal operating conditions within the system being protected. acc. to table 3. Devices with special approvals can be obtained for higher pressures and higher temperatures upon request. EU conformity according to the currently valid ATEX directive. Approvals according to other national/international regulations on request.
Product Product Includes equipment, protective systems, devices, components and combinations of these. Data and Features

Dimensiones

Para seleccionar el tamaño nominal (DN), se ruega utilizar los diagramas de flujo volumétrico de las páginas siguientes

DNG ¼"G ½"G ¾"
a48 / 1.8970 / 2.7680 / 3.15
b35 / 1.3840 / 1.5747 / 1.85
c70 / 2.7675 / 2.9587 / 3.43
d108 / 4.25115 / 4.53135 / 5.31
e34 / 1.3450 / 1.9760 / 2.36

Dimensiones en mm / pulgadas

Selección del grupo de explosión

MESG Gr. Expl. (IEC / CEN) Grupo de gas (NEC)
≥ 0,65 mmIIB3C
< 0,50 mmIICB

Homologaciones especiales bajo demanda

Selección de la máxima presión de operación

Gr. Expl. DNG ¼"G ½"G ¾"
IIB3Pmáx1,2 / 17.41,2 / 17.41,2 / 17.4
IICPmáx1,1 / 15.91,1 / 15.91,1 / 15.9

Pmáx = máxima presión de operación admisible en bar / psi (absoluto),
presiones de operación más altas bajo demanda Gr. expl. IIB3 cubre Gr. expl. IIA

Especificación de la máx. temperatura de operación

≤ 60°C / 140°FTmáx - Temperatura máxima de operación admisible en °C
-Designation

Temperaturas de operación más altas bajo demanda

Tipo de conexión

Rosca tubería DIN ISO 228-1 DIN

Otros tipos de rosca bajo demanda

Selección de materiales para la vivienda

DiseñoBCD
CuerpoAceroAcero inoxHastelloy
Cubierta c. reduct choque*AceroAcero inoxHastelloy
JuntaPTFEPTFEPTFE
Unidad apagallamasAAB

G ¼" sólo existe en diseño C y D
* G ¼" sin reductor de choque

Materiales especiales bajo demanda

Combinación de materiales para la unidad apagallamas

Diseño AB
FLAMEFILTER®* Acero inoxHastelloy
Espaciador Acero inoxHastelloy

* Los discos de filtro FLAMEFILTER® también están disponibles en tántalo, inconel, cobre, etc. Cuando se usan los materiales del cuerpo y la jaula del listado.

Materiales especiales bajo demanda

Diagrama de flujo volumétrico

Los diagramas de flujo volumétrico han sido determinados con un banco de pruebas de caudal calibrado y certifi - cado por TÜV. El flujo volumétrico V. en [m³/h] y el CFH se refi eren a las condiciones estándar de referencia de aire según ISO 6358 (20°C, 1bar). La conversión a otras densidades y temperaturas están referidas en el Vol. 1: “Fundamentos Técnicos”.

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