KRYG1B4F-16C gas Y-strainer

KRYG1B4F-16C gas Y-strainer
KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer KRYG1B4F-16C gas Y-strainer
category Chinese standard
product serial number 1
product gas Y-strainer

 

product 2

natural gas Y-strainer

lpg Y-strainer

gas Y-filter

natural gas Y-filter

lpg Y-filter

model KRYG1B4F-16C
Connection standard GB /JB / HG / DIN

design standards

SH/T3411

The main material

WCB

Flange hole size


GB/T9119+Spiral groove

Connecting

FLANGE
:PN16

Nominal diameter (MM)

DN15-DN600

Nominal pressure (MPA)

1.6-16

Filter element body

304

Gasket

PTFE

Flange sealing surface

(RF)/ (FF) / (FM) / (M)

Connection Type

FLANGE

Applicable medium

gas

Design temperature

-29~+60℃

Product Introduction

Product Introduction
The KRYG1B4F strainer is an indispensable device in the pipe system that conveys gas and other media. It is generally installed at the inlet of gas equipment to remove the impurities in natural gas, liquefied petroleum gas and other media, protecting the valves, flow meters and pressure control devices, and so on. kmo's strainer has advantages of advanced structure, low resistance and convenient sewage discharging. The applicable media includes liquefied gas and natural gas. According to user needs, the filter element is made of stainless steel with good firmness and durability. The meshes of the filter screen can be set according to user’s needs, generally select-able between 80~700 meshes. The connection ways include flange and screw. The strainer can be optionally equipped with a differential pressure gauge, which can remind the user when it needs to clean.
Product Features
  The product has some features such as small body shape, high filtration accuracy, good filtration effect, low cost, short drainage time, and easy to install and maintain. For small models, it only takes 5-10 minutes to install.

Note for Use
Keep the filter cavity clean before installation to prevent impurities from entering and affecting the use effect.
When the strainer is tested for hydraulic strength, the intake valve should be closed firstly. After the test is completed, use 0.6MPA air pressure to conduct airtightness test on the strainer, differential pressure gauge and pressure guide tube. After the pressure is stabilized, opening the two intake valves slowly at the same time to avoid damage to the differential pressure gauge caused by excessive unilateral pressure
According to the working conditions on site, it is recommended to periodically drain and clean the filter.
kmo reminds the user that it is necessary to clean the filter element when the differential pressure gauge shows that the difference of the inlet and outlet pressure reaches 0.03MPA (or specified by the user). The cleaning step is that: ①cutting of the inlet and outlet valves of the filter to ensure that there is no pressure and medium in the inner cavity; ②taking out the detachable filter element and using a brush to gently remove impurities; ③reloading. If the cleanliness of the filter element still cannot meet the demand after cleaning, it is recommended to replace with a new filter element.
After each cleaning, you need to re-test to ensure the tightness of the product, and replace the air in the filter with nitrogen.
Closing the intake valve before venting, after the pressure is stable then slowly open the two intake valves at the same time , to avoid damage to the differential pressure gauge caused by excessive unilateral pressure.

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