204KLAW10EVX — Quick couplings, Parker Profile, DN4 (Series 204) — G1/8

£146.19 exc. VAT; £175.43 inc. VAT

204KLAW10EVX — Dry break quick coupling system with nominal diameter 4 for fluid and gas handling applications in sensitive environments up to 15 bar. Available made of brass or stainless steel.

Available to order - usually dispatched within 1 week (Manufacturer Dependant)

SKU: 204KLAW10EVX Category:

Description

The 204KLAW10EVX is a Quick couplings, Parker Profile, DN4 (Series 204) (G1/8), supplied from UK stock by J&J Air Systems. It is rated to a maximum operating pressure of 15 bar and an operating temperature range of -15°C to 200°C.

Specification

  • Part number: 204KLAW10EVX
  • Size / variant: G1/8
  • Maximum operating pressure: 15 bar
  • Operating temperature: -15°C to 200°C
  • Suitable for: Coolants (Industrial coolants, drinking, lubricants) | 19 mm | 14 mm, solvents, treated water) | Chemicals (Painst, water-glycol) | Water (Industrial
  • Weight: 0.044 kg | 47 mm

Need technical advice, availability or volume pricing? Call 0800 0278 442 or email [email protected].

About this range

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 channeled on the valve bodies when uncoupling.
Markets:
– Life Science
– Process
– Electronic Cooling
– Industrial
– Food & Beverage
Features/Benefits:
– Dry break – extremely low dead volume remaining
– Single-handed operation for easy and fast connection
– Ergonomic sleeve shape for easy handling
– Low connecting forces
– Valve body protected by collar design
– Clean, deposit free surface (RZ16)
– High vacuum rating
Applications:
– Laboratory Gas Supply
– Cooling of Electronic Components
– Vacuum Applications
– Food and chemical processing
– Water and coolant lines
– Thermal Management 

Additional information

Weight 0.0436 kg
Body Material

NBR | Stainless Steel 316L

Connection Size

Yes | G 1/8

Connection Type

4 mm (nominal) | BSPP | Male

Coupling Half

Coupler | 100 °C

Diameter

4 mm (nominal) | 4 nom

Flow Rate

4.5 L/min (water) | 325 L/min

Function

Dry-Break | 4 mm (nominal) | Dry-Break (Double Shut-Off)

Length

45 mm | 45 mm

Operation Type

Sleeve | Yes

Outside Diameter

19 mm | 19 mm

Product Series

15 bar | Series 204

Product Style

200 °C | Quick Connect

Product Type

-15 °C | Application Based Quick Couplings

Seal Material

FKM | FKM

Sleeve Material

Stainless Steel 316L

Valve Included

Yes | Yes

Valve Type

Non-Spill | 4.5 L/min (water)

Version

Flat-sealing

Application
Brand

Rectus | 47 mm | Parker | 17 mm

Compatible Fitting

15 bar | Series 204 Plug

Division

19 mm | Low Pressure Connectors Europe Division | Low Pressure Connectors Europe Division

For Fluid Type

Coolants (Industrial coolants, drinking, lubricants) | 19 mm | 14 mm, solvents, treated water) | Chemicals (Painst, water-glycol) | Water (Industrial

Hex Size

14 mm | 14 mm

Industry

4.5 L/min (water) | 100 °C | Electronic Cooling | NBR | Process | -20 °C | Food & Beverage | 15 bar | Life Science | Industrial

Interchange Type

Parker Profile | -20 °C

Maximum Operating Pressure

15 bar | 4.5 L/min (water) | 218 psi | 15 bar

Maximum Operating Temperature

200 °C | Dry-break | 392 °F | 200 °C

Minimum Operating Temperature

-15 °C | 45 mm | -15 °C | 5 °F

Plating Type

Without Surface Treatment | Dry-break

Quantity per Box

1.0 | 17 mm

Region of Origin

19 mm | Germany

Technology

FKM | Fluid and Gas Handling

Weight

0.044 kg | 47 mm

204KLAW10EVX — Quick couplings, Parker Profile, DN4 (Series 204) — G1/8204KLAW10EVX — Quick couplings, Parker Profile, DN4 (Series 204) — G1/8
£146.19 exc. VAT; £175.43 inc. VAT

Available to order - usually dispatched within 1 week (Manufacturer Dependant)