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Filtro tipo Y com flange GL41H-16Q

The GL41H-16Q Flange Y Type Strainer is a pipeline filtering device, installed at equipment inlets to remove impurities. With simple structure and low flow resistance, it suits water, steam, gas, etc., at max 16 bar and 0°C-80°C.

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Pedido de informação

Categorias: Válvula de combate a incêndios, Válvula do filtro Etiqueta: válvula de segurança contra incêndios

Descrição

Filtro tipo Y com flange GL41H-16Q

ESPECIFICAÇÃO DO MATERIAL
Não.	Nome	Material	Não.	Nome	Material
1	Tampa da válvula	QT450	4	Filter	S.S304
2	Butterfly bolt	S.S304	5	Sewage outlet	QT450
3	Corpo da válvula	QT450

ESPECIFICAÇÃO DO MATERIAL
Performance specifications
Pressão nominal	PN	1.6	MPa
Shell test pressure	Liquid	2.4	MPa
Shell test pressure	Gas	0.6	MPa
Maximum operating temperature	≤200℃
Meios aplicáveis	Water, steam, oil
Filtering precision	μm

DIMENSION
DN	H	L	L2	D	D1	n-d
50	180	190	84	160	125	4-Ø18
65	205	205	89	180	145	4-Ø18
80	240	240	111	195	160	8-Ø18
100	260	275	120	215	180	8-Ø18
125	320	315	135	245	210	8-Ø18
150	350	350	169	280	240	8-Ø23
200	430	405	209	335	295	12-Ø23
250	490	505	237	405	355	12-Ø25
300	670	580	279	460	410	12-Ø25

DESCRIÇÃO DO PRODUTO

1.Y-type strainer is an indispensable filtering device for pipeline systems that transport media.
2.It is usually installed at the inlet of a pressure reducing valve, a pressure relief valve or other equipment to remove impurities in the medium to protect other pipes or valves from damage by debris and impurities in the system.
3.Applicable media can be water, steam, gas, etc.

CARACTERÍSTICAS

1.The Y-type filter has the characteristics of simple structure
2.Small flow resistance
3.Can remove dirt online without dismantling the surface.
4.The water quality after being treated by the Y-type filter not only meets the national emission standards, but also achieves the purpose of repeated and circular use
5.Water resources are effectively reused, which is indispensable for saving a lot of water resources.

CANDIDATURA

1.Thermal network: filter impurities in steam and hot water pipes, and compensate for thermal expansion.
2.Long-distance pipelines: oil and natural gas pipelines, adapting to terrain subsidence or temperature changes.
3.Ship systems: compensate for pipeline displacement caused by hull deformation and filter seawater impurities.
4.Chemical plants: corrosive medium pipelines, which require frequent maintenance and have thermal displacement.
5.Building HVAC: central air conditioning water system, simplifying installation and protecting water pumps.