Christmas / New Year shipping times

Our central warehouses will be closed from 23.12.2024 to 01.01.2025. Incoming orders will not be shipped during this period. If necessary, you are welcome to use our branch network during this time. Customer service will be available as usual.

Please note that our branches may have different opening hours during the holidays. For up-to-date information, we recommend calling ahead or checking the current opening times on Google Maps. Due to technical reasons, we are currently unable to update the opening hours on our website. Link to branch search on Google Maps

K-INLINE-DRG AG IG M SEKUNDAERENTLU

Inline pressure regulators, female/male thread, self-relieving

The product image may differ

3D-mudel

Korpus

Alumiinium

Temperatuuri ulatus

0 °C to 80 °C

Töörõhk

max. 25 bar

PDF-faili allalaadimine

Palun valige versioon

Kuva artiklitabel

K- 07 25 02 97 K- 07 25 02 98 K- 07 25 02 99 K- 07 25 03 00 K- 07 25 03 01 K- 07 25 03 02

Omadused

Korpus

Alumiinium

Temperatuuri ulatus

0 °C to 80 °C

Töörõhk

max. 25 bar

ülejäänud osad

stainless steel, nitrile rubber, brass

Customs tariff number

84811099

Kõik omadused

Tootekirjeldus

Märkused

Lisaandmed saate soovi korral.

Kirjeldus

The majority of pneumatic tools are connected directly to the compressed air supply by means of a quick disconnect coupling, in other words they tend to be supplied with a higher pressure than is actually required. Which increases consumption and leads to tool overload. Added safety is provided by the automatic self-relieving function. If the tool is disconnected from the hose, it continues to work for a short period, even though it has been switched off, owing to the residual pressure that is present on the tool side. Inadvertent operation of the tool can thus lead to serious injuries to the user (tackers or nail drivers can fire up to another ten shots). This effect can be prevented by using the inline pressure regulators, which have a preset pressure determined by the application, thereby achieving energy efficiency and economy.