Parker Rectus 1/8" BSPP Female Plug

Product Code: 204SLIW10MPN

: Buy Price(exc VAT)

Min Order: 10, sold in packs of 10

Details

Thread Type

BSPP

Brand

Parker Rectus

Thread Size

1/8"

Material

Brass Nickel Plated

Thread Gender

Female

Maximum Working Pressure bar

Operation

Flat Sealing

Working Temperature

-20°C to +100°C

Primary ID

204SLIW10MPN

Coupling Half

Plug

Connection Size

G 1/8

Product Series

Series 204

Version

Dry-break

Minimum Operating Temperature

-20 °C / -4 °F

For Fluid Type

Gases / Liquids

Hex Size

14 mm

Flow Rate

4.5 L/min (water)

Valve Type

Flat Valve

Region of Origin

Germany

Seal Material

NBR

Product Style

Quick Connect

Industry

Life Science / Food & Beverage / Industrial / Electronic Cooling / Process

Valve Included

Yes

Maximum Operating Temperature

100 °C / 212 °F

Diameter

4 mm (nominal)

Product Type

Pneumatic Quick Couplings

Connection Type

Female BSPP

Interchange Type

Rectus Profile

Length

40 mm

Application

Laboratory Gas Supply / Thermal Management / Water and coolant lines / Food and chemical processing / Vacuum Applications / Cooling of Electronic Components

Function

dry_break / Dry-break

Series Name

Quick couplings, Parker Profile, DN4 (Series 204)

Maximum Operating Pressure

15 bar / 218 psi

Compatible Fitting

Coupler

Technology

Fluid and Gas Handling

Weight

0.024 kg

Specification

1/8" BSP Parallel Female Plug, Series 200, Dry Breaking, Pneumatic Quick Release, Flat Sealing, Brass Nickel Plated, Working Temperature -20°C to +100°C, Maximum Working Pressure 15 bar, Parker Rectus

Parker's dry break coupling system has been developed for applications in sensitive environments, for example: in analysis technology, in cooling systems, in transport systems, and many applications with aggressive media. This coupling system, with single-hand operation, has extremely low leakage rates and minimal dead space volume. The design allows absolutely no air pockets when coupling and only a barely noticeable film of the medium being channelled on the valve bodies when uncoupling.