PTFE Manual Stop Cock 2 Way or 3 Way Valve – MV-1 Series | Product Series

Filter by

    No filters selected

Port Connection Type

Nut Material

Flow Control

Get your Parker account Today!

Create one account to manage everything you do with Parker, from your shopping preferences to your application access.


LOADING IMAGES
PTFE Manual Stop Cock 2 Way or 3 Way Valve – MV-1 Series

PTFE Manual Stop Cock 2 Way or 3 Way Valve – MV-1 Series

The MV-1 Series PTFE Manual Stop Cock Valve offers high cycle life and excellent resistance to corrosion. It is available in a variety of sizes and flow capacities and is ideal for use in highly aggressive liquid applications (up to 60 psig).

Technical Specifications

  • Body Material: PTFE, Parofluor, HDPE, PFA, PVC, PVDF, Titanate
  • Flow Rate: Cv: 0.36 (0.125 Orifice) Cv: 1.95 (0.250 Orifice) Cv: 2.50 (0.313 Orifice) Cv: 3.00 (0.375 Orifice) Cv: 6.55 (0.438 Orifice)
  • Pressure Rating: 0 - 60 psig (4.1 bar)
  • Maximum Fluid Temperature: 400 °C, 400 °F
  • Minimum Fluid Temperature: -51 °C, -60 °F
  • Maximum Ambient Temperature: 100 °C, 400 °F
  • Minimum Ambient Temperature: -51 °C, -60 °F
Safety Warning

Full Product Description

The MV-1 Series is a manually operated stop cock valve that comes available in a 2-way or 3-way configuration. It features a machined modified PTFE body, which affords it higher flexural life than conventional PTFE. The valve offers excellent leak integrity and exceptional resistance to corrosion and is available with a variety of orifice sizes and flow capacities (up to 6.55 Cv) to meet the unique requirements of customers’ systems. The MV-1 Series is ideally suited for use in liquid distribution systems handling highly aggressive and/or corrosive chemicals.

The stem of the MV-1 Series stop cock valve utilizes Parofluor™ o-rings, which produce a positive body to stem seal and ensure compatibility with a wide range of corrosive process media. This, coupled with valve’s highly durable non-wetted materials of construction (HDPE, PFA, PVC, PVDF, and Titanate), afford it maximum cycle life and maintenance-free service from vacuum to working pressures up to 60 psig.

The precision-machined PTFE body and full-flow orifice stem eliminates internal restrictions for maximum flow and minimal pressure drop. Complete shutoff of flow can be achieved with 1/4 turn operation. The MV-1 Series stop cock valve is offered for inline and panel-mounted applications.

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

Features/Benefits:
• Exceptional resistance to corrosion
• Ideal for use in aggressive and/or corrosive liquid handling systems
• Modified machined PTFE body offers high cycle life
• Available in 2-way or 3-way configuration
• Ambient temperature range: -60°F to +212° F (-51°C to +100° C)
• Fluid temperature range: -60°F to +400° F (-51°C to +204° C)
• Cv ranges from 0.36 to 6.55 depending on orifice size
• Fully functional from vacuum to 60 psig

Applications:
• Corrosive and/or aggressive chemicals
• Laboratory

Related Documents

×
Products Port Connection Type Nut Material Flow Control
MV-1-1414 1/4" FNPT NA 2 WAY
MV-1-1424 1/4" FNPT NA 3 WAY L
MV-1-1434 1/4" FNPT NA 3 WAY T
MV-1-6214 1/4" Parflare PVDF 2 WAY
MV-1-6224 1/4" Parflare PVDF 3 WAY L
MV-1-6234 1/4" Parflare PVDF 3 WAY T
MV-1-1616 3/8" FNPT NA 2 WAY
MV-1-1626 3/8" FNPT NA 3 WAY L
MV-1-1636 3/8" FNPT NA 3 WAY T
MV-1-6416 3/8" Parflare PVDF 2 WAY
MV-1-6426 3/8" Parflare PVDF 3 WAY L
MV-1-6436 3/8" Parflare PVDF 3 WAY T
MV-1-1818 1/2" FNPT NA 2 WAY
MV-1-1828 1/2" FNPT NA 3 WAY L
MV-1-1838 1/2" FNPT NA 3 WAY T
MV-1-6618 1/2" Parflare PVDF 2 WAY
MV-1-6628 1/2" Parflare PVDF 3 WAY L
MV-1-6638 1/2" Parflare PVDF 3 WAY T
MV-1-6214-T 1/4" Parflare PFA 2 WAY
MV-1-6224-T 1/4" Parflare PFA 3 WAY L
MV-1-6234-T 1/4" Parflare PFA 3 WAY T
MV-1-6416-T 3/8" Parflare PFA 2 WAY
MV-1-6426-T 3/8" Parflare PFA 3 WAY L
MV-1-6436-T 3/8" Parflare PFA 3 WAY T
MV-1-6618-T 1/2" Parflare PFA 2 WAY
MV-1-6628-T 1/2" Parflare PFA 3 WAY L
MV-1-6638-T 1/2" Parflare PFA 3 WAY T

687466
938256