Bürkert S030 INLINE Fitting Operating Instructions

This manual provides detailed introduction for use, installation, maintenance, maintenance, spare parts replacement of type S030 inline fitting.


Bürkert S030 INLINE Fitting Operating Instructions - cover page
Brand
Bürkert
Category
Other Electronics
Document type
User Manual
Language
English
Pages
11
File format
PDF
File size
600 KB
Published
17 October, 2023
Updated
17 October, 2023
Model
S030
MD5 checksum
C60EEFAE91332450F57D8D3A32F067BA

About this manual

This document provides operating instructions for the Bürkert S030 INLINE fitting, a device designed to measure the flow rate of clean fluids in pipes. The fitting can be combined with a flow transmitter or flow indicator and features a paddle-wheel mechanism that rotates proportionally to the fluid flow rate. It is available in various materials including stainless steel, brass, and plastics like PP, PVDF, and PVC, with specific temperature and pressure ratings depending on the material combination.

What's inside

  • About the operating instructions
  • Intended use
  • Basic safety information
  • General information
  • Operating principle
  • Technical data
  • Installation
  • Maintenance
  • Packaging, transport
  • Disposal

Specifications

Measurement range0.3...10 m/s
Measurement deviation (standard K factor)±2.5 % of the measured value
Measurement deviation (Teach-in K factor)±1 % of the measured value
Linearity±0.5 % of the full scale
Repeatability±0.4 % of the measured value
Maximum fluid viscosity300 cSt
Maximum particle size0.5 mm
Pressure class (metal fittings)PN16 (or PN40 on request)
Pressure class (plastic fittings)PN10

Frequently asked questions

What is the intended use of the S030 fitting?

The fitting type S030 is intended to measure the flow rate of clean fluids in pipes.

What materials are available for the fitting body?

The fitting body can be made of Stainless steel, Brass, PVC, PP, or PVDF.

What is the maximum fluid temperature for a PVDF body with a PVDF paddle-wheel?

The maximum fluid temperature is +100 °C.

How is the K factor converted to pulse/US gallon?

Multiply the K factor in pulse/litre by 3.785.

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