PE-el reducing flange made of PE - electrically conductive, for flange connections, PN 10, according to DIN EN ISO 15494

Delivery time: 2-3 days
- short installation dimension
- easy construction
- Large jumps in nominal diameter possible
- for flange connections according to DIN EN ISO 15494
- Pressure rating SDR11
- without seals, V-collars/flange bushings and screws
 
PE-el reducing flange made of PE - electrically conductive, for flange connections, PN 10, according to DIN EN ISO 15494
PE-el reducing flange made of PE - electrically conductive, for flange connections, PN 10, according to DIN EN ISO 15494
 
 
 
all prices plus VAT plus shipping costs
DN1 Dn2 L [mm] Weight PU Item no Add to cart
            Price Quantity
20 15 50 1 100553 264,50 €
25 15 50 1 100554 273,70 €
25 20 50 1 100555 273,70 €
32 20 60 1 100556 289,80 €
32 25 60 1 100557 289,80 €
40 20 60 1 100558 322,00 €
40 25 60 1 100559 322,00 €
40 32 60 1 100560 322,00 €
50 20 60 1 100561 345,00 €
50 25 60 1 100562 345,00 €
50 32 60 1 100563 345,00 €
50 40 60 1 100564 345,00 €
65 20 60 1 100565 356,50 €
65 25 60 1 100566 356,50 €
65 32 60 1 100567 356,50 €
65 40 60 1 100568 356,50 €
65 50 60 1 100569 356,50 €
80 25 60 1 100570 361,10 €
80 32 60 1 100571 361,10 €
80 40 60 1 100572 361,10 €
80 50 60 1 100573 361,10 €
80 65 60 1 100574 361,10 €
100 25 60 1 100575 409,40 €
100 32 60 1 100576 409,40 €
100 40 60 1 100577 409,40 €
100 50 60 1 100578 409,40 €
100 65 60 1 100579 409,40 €
100 80 60 1 100580 409,40 €
125 25 60 1 100581 480,70 €
125 32 60 1 100582 480,70 €
125 40 60 1 100583 480,70 €
125 50 60 1 100584 480,70 €
125 65 60 1 100585 480,70 €
125 80 60 1 100586 480,70 €
125 100 60 1 100587 480,70 €
150 25 100 1 100588 687,70 €
150 32 100 1 100589 687,70 €
150 40 100 1 100590 687,70 €
150 50 100 1 100591 687,70 €
150 65 100 1 100592 687,70 €
150 80 100 1 100593 687,70 €
150 100 100 1 100594 687,70 €
150 125 100 1 100595 687,70 €
200 50 100 1 100596 722,20 €
200 65 100 1 100597 722,20 €
200 80 100 1 100598 722,20 €
200 100 100 1 100599 722,20 €
200 125 100 1 100600 722,20 €
200 150 100 1 100601 722,20 €
250 65 100 1 100602 1182,20 €
250 80 100 1 100603 1182,20 €
250 100 100 1 100604 1182,20 €
250 125 100 1 100605 1182,20 €
250 150 100 1 100606 1182,20 €
250 200 100 1 100607 1182,20 €
300 80 100 1 100608 1230,50 €
300 100 100 1 100609 1230,50 €
300 125 100 1 100610 1230,50 €
300 150 100 1 100611 1230,50 €
300 200 100 1 100612 1230,50 €
300 250 100 1 100613 1230,50 €
350 100 100 1 100614 1653,70 €
350 125 100 1 100615 1653,70 €
350 150 100 1 100616 1653,70 €
350 200 100 1 100617 1653,70 €
350 250 100 1 100618 1653,70 €
350 300 100 1 100619 1653,70 €

 all prices plus VAT plus shipping costs
 
 
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ATEX: Confidence in safety, expertise in explosion protection






source: OPEN AI
 

ATEX is a designation that is often used in connection with explosion protection within the European Union. The name ATEX is derived from the French term "ATmosphères EXplosibles". These are two EU directives that are intended to ensure the protection of persons and property in potentially explosive atmospheres. These directives are:

1.) ATEX 2014/34/EU (formerly 94/9/EC) - Equipment and protective systems intended for use in potentially explosive atmospheres:
This directive regulates the placing on the market of products used in potentially explosive atmospheres. Manufacturers must ensure that their products are designed and manufactured in such a way that they do not endanger the health and safety of persons or the protection of property when used as intended.

2) ATEX 1999/92/EC (also known as the "ATEX Directive"):
This directive is addressed to the employer and concerns the minimum requirements for the protection of the safety and health of workers potentially at risk from explosive atmospheres. It requires employers to assess the risk of explosions and take appropriate protective measures. This includes the division of areas into zones based on the frequency and duration of the occurrence of hazardous explosive atmospheres.



For products covered by the ATEX directives, a CE marking is required to indicate that the product complies with the applicable EU requirements, including those for explosion protection. In addition to the CE marking, products used in potentially explosive atmospheres must bear the special ATEX mark (a hexagon with the word ’Ex’).

The implementation of these directives requires manufacturers to have extensive knowledge of the properties of gases, vapors and dusts with regard to their explosive properties. Operators of systems in which explosive atmospheres can occur must also develop and implement suitable safety concepts in order to minimize the risk of an explosion and ensure the safety of employees.

In practice, this means that equipment and protective systems used in such areas must be designed in such a way that they cannot be a source of ignition, for example through sparking or excessive heat generation. The requirements vary depending on the specific zone in which the equipment is used and the type of explosive atmosphere (e.g. gas or dust).

 


source: OPEN AI

The ATEX directives cover a wide range of products and protective measures to ensure safety in potentially explosive atmospheres. Here is more detailed information and aspects of the ATEX topic:

Zoning

A central aspect of the ATEX directives is the classification of areas into zones. This classification is based on the type, frequency and duration of the occurrence of an explosive atmosphere.

For gases, vapors and mists:
Zone 0:An area in which an explosive gas atmosphere is present continuously or for long periods.
Zone 1: An area in which an explosive gas atmosphere may occasionally form under normal operating conditions.
Zone 2: A place in which an explosive gas atmosphere is not likely to occur in normal operation but, if it does occur, will persist for a short period only.

For dusts:
Zone 20: An area in which an explosive dust cloud is present in the air continuously or for long periods.
Zone 21: An area in which an explosive dust cloud may occasionally form under normal operating conditions.
Zone 22: An area in which an explosive dust cloud does not occur under normal operating conditions and only for short periods.

Equipment categories

The devices and protective systems that fall under ATEX 2014/34/EU are divided into different categories according to their place of use, which indicate the level of protection required:

- Category 1 (Zone 0 or 20): Highest level of protection; equipment must provide safety even in the event of two independent malfunctions.
- Category 2 (Zone 1 or 21): High level of protection; devices must provide a high level of safety and remain safe in the event of a malfunction.
- Category 3 (Zone 2 or 22): Normal level of protection; devices must be safe under normal operating conditions.

Labeling

Products designed for use in potentially explosive atmospheres must bear additional information in addition to the CE marking, including
- The Ex symbol in a hexagon.
- The group and category of the device.
- The gas or dust group for which the appliance is suitable.
- The temperature class or maximum surface temperature.

Conformity assessment procedure

The ATEX Directive stipulates that products must undergo a conformity assessment procedure before they are placed on the market. This may include internal production controls, type testing and in some cases the involvement of a notified body, depending on the category of equipment.
Important aspects for operators

For operators of equipment in potentially explosive atmospheres, the requirements of ATEX 1999/92/EC (operating directive) are particularly relevant. These stipulate that operators must create an explosion protection document that includes the following:

- Assessment of the explosion risk.
- Measures to prevent explosions.
- Measures to protect against the effects of an explosion in order to safeguard the health of employees.

Compliance with the ATEX directives is not only crucial for safety in the workplace, but is also a legal requirement in the EU. The implementation of these directives requires close cooperation between manufacturers, plant operators, engineers and safety experts in order to develop innovative and safe solutions for dealing with explosive atmospheres.



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