Parker's Smallest Quick Coupling, Series 02 | #02SFAM03MXC


LOADING IMAGES
02SFAM03MXC

Parker's Smallest Quick Coupling, Series 02 | #02SFAM03MXC

Quick coupling system with nominal diameter 1.5 for pneumatic and fluid handling applications up to 35 bar. Parker's smallest mini industrial coupling system. Available made of brass.


Technical Specifications

  • Type: Plug
  • Hose I.D.: n/a
  • Connection Type: Male, Metric
  • Connection Thread Size: 3 mm
  • Materials of Construction: Brass, Chrome plated
  • Diameter: 1.5 mm (nominal), 1.5 (nominal)
  • Valve Included: No
  • Version: Single Shut-Off
  • Length: 11 mm
  • Hex Size: 6 mm
  • Outside Diameter: n/a, M3
  • Seal Material: n/a, Without seal
  • Minimum Operating Temperature: -20 °C, down to -40 °C
  • Maximum Operating Temperature: 100 °C, up to 240 °C
  • Maximum Operating Pressure: 35 bar
  • Flow Rate: 105 L/min, 50 L/min (air)
Safety Warning

Item Information

Parker's smallest Quick Coupling Series 02 is a mini industrial coupling for air and gas applications. It's primarily used in medicine, didactics and model building. Due to its extremely small dimensions, the series 02 is especially suitable for use with liquids.
The series 02 is developed for single-hand operation.

Markets:
- Machinery Construction
- Life Science

Features/Benefits:
- Single-hand operation for easy and fast connection
- Extremely small dimensions

Applications:
- Fluid Transfer
- Model Making

Read More Show Less

CAD Drawings + Files

No CAD files available

Ok

x

Related Documents

×

Quantity:
Request a Quote

The item has been successfully added to your quote cart Go to Quote Cart

x

Ok

x

Find a Distributor

Where to Buy

Local Contact

South Africa Headoffice

Parker Hannifin (Africa) Pty LTD

Sales Company South Africa

10 Berne Avenue

Aeroport

Kempton Park

Gauteng

South Africa

1620

Phone

0027 11 961 0700

Get your Parker account Today!

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

687466
A43098