Standard Pump Drum Pump Pump Package 4 | Acids & Alkalis Measurement available from Thomson Process Equipment and Engineering Ltd Bray Irish Supplier and Agent of Standard Pump Drum Pumps

Standard Pump Pump Package for Acids and Alkalis Measurement

The Standard Pump Drum Pump Package for Acids and Alkali’s Measurement allows users to safely measure and transfer corrosive liquids. Thomson Process Equipment and Engineering Ltd. Are Irish Suppliers

Download Datasheet
View In CaseStudy

Max Capacity: 51 Litres per minute

Max Pressure: 1.06 bar

Max Viscosity: 300 cPs

Temperature Range: Max Temperature 55°C

Categories: , ,

Description

The Standard Pump Package for Acids and Alkalis Measurement allows users to safely measure and transfer corrosive liquids.

The Drum Pump Package from Standard Pump for Acids and Alkali measurement can be used for the following applications:

 

  • Hydrochloric Acid

  • Acetic Acid

  • Sulfuric Acid

  • Nitric Acid (20%)

Specifications

Specifications  
Motor Type SP-280P-2-V
Pump Assembly Polypropylene
Pump Length 39″ (1000 mm) or 47″ (1200 mm)
Hose 1,8 m, I.D. 1″ (25 mm) AtEx/Chemical Hose
Dispensing Nozzle 1″ (25 mm), Polypropylene (Viton® or EPDM o-ring)
Flow Meter Digital / Polypropylene
Barrel Adapter Polypropylene
Storage Bracket Steel
Max. Flow Rate 51 LPM based on water
Max. Pressure 10,6 m
Max. Viscosity 300 cps (mPas)
Max. Temperature 55° C

Features

Pump assembly – Polypropylene

Options

Blogs

Asphalt and Bitumen Pumps for Making Road Surfaces and Roof Pitch – Based in Ireland

We make pumping systems for Asphalt / Bitumen. They come from Ireland, so there are no customs forms to deal...

Read More

How To Pump Molasses in the Winter

Pumping Molasses in the Winter What is the best way to pump molasses when the weather is cold, and the...

Read More

How to Read a Pressure Gauge on a Pump: A Step-by-Step Guide

[caption id="attachment_2320" align="aligncenter" width="640"] How to Read a Pressure Gauge on a Pump: A Step-by-Step Guide[/caption] A pressure gauge on...

Read More