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Water Efficiency Grades Energy Efficiency Lab For Reverse Osmosis Drinking Water Treatment Purifiers

Basic Properties
Place of Origin: China
Brand Name: Sinuo
Certification: Calibration Certificate (Cost Additional)
Model Number: SN338
Trading Properties
Minimum Order Quantity: 1
Price: Tailored
Payment Terms: T/T
Supply Ability: 1 Set Per Month
Specifications
UUT: R.O. Water Purifiers Test station: 2
Inlet Water Temperature: 25±1℃ Inlet Water Pressure: 0.24±0.02Mpa
Water Flow: 0~100L/H Test Standard: GB34914-2017, QBT 4144 And Etc.
High Light:

temperature humidity test chamber

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energy efficiency lab test equipment

Product Description

 

Water Efficiency Grades Test System for Reverse Osmosis Drinking Water Treatment Purifiers

 

Overview:

 

Water efficiency grades test system for reserve osmosis drinking water treatment purifiers is designed and manufactured according to GB34914-2017, QBT 4144 and etc. Under the conditions of the test water is well prepared, the water temperature and pressure are well set, the test system measures the total water inlet capacity, total water production capacity, total concentrated water capacity, purified water flow rate and purified water production rate of the drinking water treatment purifiers, to obtain the water efficiency grades of the drinking water treatment purifiers.

 

Standards:

 

Can be designed according to the following standards:

► GB34914-2017

► QBT 4144

► Other international standards

 

Types of UUT :

 

Reverse Osmosis Drinking Water Treatment Purifiers

 

Water Efficiency Grades Energy Efficiency Lab For Reverse Osmosis Drinking Water Treatment Purifiers

 

Technical Contents:

 

Total water inlet

Total water production capacity

Total concentrated water

Purified water flow rate

Purified water production rate

 

Technical Parameters:

 

No.: Name Specification
1 Test station 2 or customized
2 Test medium

The following water quality indicators were configured with pure water (conductivity <10 μS/cm, total dissolved solids <5 mg/L) as follows:

a. total hardness should be controlled at (250 ± 20) mg / L;

b. alkalinity should be controlled at (160 ± 20) mg / L;

c. total dissolved solids should be controlled at (500 ± 50) mg / L;

d. pH should be controlled at 7-7.5

3 Inlet water temperature 25±1℃
4 Inlet water pressure 0.24±0.02Mpa
5 Water flow 0~100L/H