Series 533...H

Inclined micro pressure reducing valve for special applications: for dispensing water, beverages and coffee machines.

Go to
533430h.png
533430H_sez~-~page-1.png
533430H_dim~-~page-1.png
533430h.png
533430H_sez~-~page-1.png
533430H_dim~-~page-1.png
Download high resolution

Product Description

Inclined micro pressure reducing valve for special applications: for dispensing water, beverages and coffee machines.
Cartridge and removable strainer.
Certified to EN 1567 standard.
PATENT PENDING

Technical data

Maximum upstream pressure: 16 bar
Medium temperature range: 2–80 °C
Adjustment pressure range: 0,8–4 bar
Maximum recommended flow rate: 6 l/min
Material: dezincification resistant brass DR "low lead"
Low Lead

Certifications

DVGW UBAMETALLE
KIWA
SVGW
WRAS
ACS
HY-CERT
PZH

Drawings and specifications

Part number Connection Note
2D drawings
Download
Download
3D models
Download
Download
Tender text
Inclined micro pressure reducing valve for special applications: for dispensing water, beverages and coffee machines. Cartridge and removable strainer. Performance according to EN 1567 standard. Connection: G 3/8" (ISO 228-1) F. Maximum upstream pressure: 16 bar. Medium temperature range: 2–80 °C. Adjustment pressure range: 0,8–4 bar. Maximum recommended flow rate: 6 l/min. Material: dezincification resistant brass DR "low lead".
SCIP code
957237bb-bf79-45bc-b0a7-38ee27802a52
2D drawings
Download
Download
3D models
Download
Download
Tender text
Inclined micro pressure reducing valve for special applications: for dispensing water, beverages and coffee machines. Cartridge and removable strainer. Performance according to EN 1567 standard. Connection: G 3/8" (ISO 228-1) F. Maximum upstream pressure: 16 bar. Medium temperature range: 2–80 °C. Adjustment pressure range: 0,8–4 bar. Maximum recommended flow rate: 6 l/min. Material: dezincification resistant brass DR "low lead".
SCIP code
957237bb-bf79-45bc-b0a7-38ee27802a52

Applications

Pipe Sizer Caleffi
Pipe Sizer Caleffi

This application allows for sizing and making calculations for pipes and conduits carrying water or air, respectively for hydraulic or aeraulic plants.