Ultrahigh-purity (UHP) High-flow Diaphragm Valve – 870 Series | #870ISFS8MF


LOADING IMAGES
870ISFS8MF

Ultrahigh-purity (UHP) High-flow Diaphragm Valve – 870 Series | #870ISFS8MF

The 870 Series Diaphragm Valve offers long life and exceptional leak integrity. It can be manually or air-operated and is ideally suited for use in high-flow, high-purity applications (maximum flow capacity = 0.70 Cv).


Especificaciones técnicas

  • Tipo de conexión del puerto de salida: 1/2” Female Face Seal
  • Tipo de conexión del puerto de entrada: 1/2” Male Face Seal
  • Accionamiento: Indicating Handwheel
  • Material del cuerpo: VeriClean™ Stainless Steel 316L
  • Materiales del diafragma: Elgiloy
  • Material del asiento: PCTFE
  • Material del tapón: Stainless Steel 17-4 PH
  • Material de la tuerca: Stainless Steel 17-4 PH
  • Material del alojamiento del accionador: Anodized Aluminum
  • Caudal: 0.7 Cv
  • Presión de rotura: 750 Psig (52 barg)
  • Presión de prueba: 375.0 psig, 26.0 barg
  • Tasa de fuga interna: ≤ 1 x 10-9 Scc/sec He
  • Tasa de fuga externa: ≤ 2 x 10-10 Scc/sec He
  • Acabado superficial: 10 Micro inch
  • Volumen: 0.59 cm3
  • Peso: 1.44 lb, 0.65 kg
  • Rango de presión de entrada máxima: 250 psig (17.22 barg) (Manual), 150 psig (10 barg) (AOP)
  • Rango de presión de entrada mínima: Vacuum psig
  • Presión de accionamiento: 70 to 125 psig
  • Tamaño de la conexión de entrada de aire: 1/8" NPT
  • Temperatura máxima de funcionamiento: 66 °C, 150 °F
  • Temperatura mínima de funcionamiento: -40 °C, -40 °F
Safety Warning

Información del artículo

The Parker 870 provides high flow, .70 Cv, and superior leak integrity making it ideal for use in high-purity applications, including semiconductor wafer, solar panel and LCD screen manufacturing processes.  

The 870 Series features a full internal and external electropolish resulting in a 10 Ra surface finish on all wetted surfaces. This, coupled with its internally springless and threadless design, results in reduced gas entrapment potential and minimal particle generation. The valve body is constructed from Veriflo’s low-sulfur, high-purity Vericlean™ 316L Stainless Steel, affording it long life and higher resistance to corrosion. The replaceable valve seats are manufactured from PCTFE resulting in exceptional shut-off performance, and lower cost of ownership.

The 870 series diaphragm valve offers high flow, .70 Cv, in a compact package, which makes it suitable for use in situations where workable space is limited, such as gas boxes, gas cabinets, and valve manifold boxes (VMBs). It can be manually or air-operated with a maximum operating pressure of 250 and 150 psig respectively.

All 870 Series valves are inboard and across-seat Helium leak tested using a mass spectrometer to ensure performance and reliability in applications where leak integrity is critical.

Markets:
• Semiconductor
• Analytical Laboratory
• Pharmaceutical
• BioPharm
• Aerospace
• Industrial
• Solar

Features/Benefits:
• Standard surface finish of 10 micro inch Ra
• Flow capacity: 0.70 Cv
• High cycle life
• Internally springless and threadless design minimizes particle generation and gas entrapment
• Internal leak rate: ≤1 x 10-9 scc/sec He
• External leak rate: ≤2 x 10-10 scc/sec He
• AOP actuation pressure: 70 - 125 psig
• Internal volume 0.59 cc (including face seal fittings)
• Maximum Operating Pressure: 250 psig (manual), 150 psig (AOP)

Applications:
• Corrosive and specialty gases
• Gas boxes
• Gas cabinets
• Valve manifold boxes (VMB)

VeriClean™ is a trademark of Parker Hannifin Corporation

Leer más Mostrar menos

Diseños en CAD + Archivos

No hay archivo CAD disponible

OK

x

Documentos relacionados

×


Encontrar un distribuidor

Puntos de venta

Contacto local

Parker Hannifin Corporation

Veriflo Division

250 Canal Boulevard

Richmond, CA 94804 USA

Teléfono

+1 (510) 235-9590

Fax

+1 (510) 232-7396

Consiga su cuenta de Parker hoy mismo!

Cree una cuenta para gestionar todo lo que haga con Parker, desde sus preferencias de compra hasta su acceso a la aplicación.

687PDC
938256