Nominal diameter: DN50 ~ 400mm
Nominal pressure: PN1.0 ~ 1.6Mpa
Applicable media: steam, air, water, oil, etc
Applicable temperature: ≤ 100 ℃
Working temperature: normal temperature
Connection type: flange
Main materials: carbon steel, stainless steel
Y-type pull rod telescopic filter (YSTF model) in addition to the use of hydraulic control valve, but also can be used separately in cold, hot circulation system, compressed gas, steam, oil and other media pipeline need to remove mechanical debris occasions.The y-type filter has the characteristics of advanced structure, low resistance and easy to discharge.When discharging, open the discharge valve and use the pressure of the pipe to discharge the dirt.Used for fire protection, air conditioning, water supply and drainage, etc.
Structure characteristics of Y - type telescopic strainer
1. Strong anti-pollution.Easy sewage discharge;Large circulation area.Small pressure loss: simple structure, small volume, light weight.
2, filter mesh material.All made of stainless steel.Strong corrosion resistance.Long service life.
3, filter density: l0-120 mesh, medium: steam, air, water, oil, or customized according to user requirements.
4. Telescopic features: stretching length, the maximum position can be moved and extended 100mm.It is convenient for installation.Improve work efficiency.
Main parts parts material list | Num | Part name | Material |
1 | The body | carbon steel,Stainless steel | |
2 | Filter net | Stainless steel | |
3 | Gaskets | Metal graphite | |
4 | Mesh cover | Carbon steel, stainless steel |
Table of technical parameters of y-type telescopic strainer
Valve type | Nominal diameter | L | Ⅲ | H |
YSTF | 50 | 320 | 155 | 195 |
YSTF | 65 | 340 | 183 | 245 |
YSTF | 80 | 380 | 210 | 295 |
YSTF | 100 | 450 | 250 | 344 |
YSTF | 125 | 500 | 305 | 415 |
YSTF | 150 | 550 | 358 | 485 |
YSTF | 200 | 650 | 450 | 602 |
YSTF | 250 | 750 | 503 | 710 |
YSTF | 300 | 860 | 578 | 915 |
YSTF | 350 | 970 | 598 | 844 |
YSTF | 400 | 1100 | 618 | 872 |
Note, the minimum expansion can be more than 12m/m |