Máy đo nồng độ TDS atago PAL-release agent 4538

Sản Phẩm

Máy đo nồng độ TDS atago PAL-release agent 4538
Giá : Liên hệ
MASP : PAL-release agent, ATAGO 4538
Nhà sản xuất : ATAGO
Digital Hand-held "Pocket" Refractometer PAL-Release Agent. This is for concentration of release agent.With high resolution of 2 decimal places 0.01%, you can use it for the management of slight changes in concentration. This unit converts refractive index into TDS (total dissolved solids) for convenient concentration measurements of industrial wash solutions. The relationship between the concentration of Release Agent and its refractive index differs with each type of Release Agent.

Chi tiết Sản phẩm

ATAGO

Digital Hand-held "Pocket" Refractometer

Model: PAL-Release Agent 4538

This is for concentration of release agent. With high resolution of 2 decimal places 0.01%, you can use it for the management of slight changes in concentration.

ATAGO Release Agent Refractometer model : PAL-Release Agent converts refractive index into TDS (total dissolved solids) for convenient concentration measurements of industrial wash solutions.

The relationship between the concentration of Release Agent and its refractive index differs with each type of Release Agent. Therefore, to determine the concentration of each type of Release Agent, each solution should have its own custom conversion table to compensate for the value displayed by instrument

Picture: ATAGO PAL-Release Agent (0.00 to 25.00%) at Semiki's warehouse

How to calculate the Conversion Factor

For a Release Agent solution typically used at 5% concentration:

1. Mix 95mL of water and 5mL of undiluted Release Agent solution. The concentration of this mixture solution will be 5%.

2. Measure this mixture. Assume the displayed value on the instrument is 4.00. Convert the displayed value to determine the conversion factor using the formula: [Conversion Factor = Actual concentration ÷ Displayed value] e.g. 5.00 ÷ 4.00 = 1.25

3. Once the conversion factor is known (1.25 for this example), measuring solutions with unknown concentration is simple. Assume the displayed value is 3.00 for a solution with an unknown concentration.
Using the simple formula [Concentration = Displayed value × Conversion Factor] (3.00 × 1.25), the actual concentration of the sample can be determined. E.g. 3.75

Maintenance and calibration :

► We also have calibration certificate attached ( optional )
► Please re-calibrate after use for a certain period through our purchase store. Local Vietnam : SEMIKI CORP