Testomat® indicator TH 2025 500ml

Product number: 152025
104,20 €*
* Prices excl. VAT plus shipping costs.
Heyl

Product information

Dimensions: 110 x 140 x 70 mm
Weight: 0,640 kg
Measurement parameters: residual hardness
Measuring range: °dH (resolution): 0,25– 2,50 (0,05) °f (resolution): 0,45–4,48 (0,10) ppm CaCO3 (resolution): 4,48–44,8 (0,9) mmol/l (resolution): 0,04–0,45 (0,01)
Range of application: Measuring residual hardness of water, Testomat 2000® , Testomat 2000® CAL, Testomat 2000® DUO, Testomat 2000® V, Testomat 2000® self clean, Testomat ECO®, Testomat ECO®-Plus, Testomat® EVO TH.
Our comment: Original Testomat® bottles can be used immediately in the instrument without cumbersome filling and refilling. We have a wide range of indicators and reagents for our online analysis instruments which are optimized for use with our photometers.

Description

Description "Testomat® indicator TH 2025 500ml"

Testomat Indicator TH2025 – for Determining Residual Hardness

Precise Residual Hardness Measurement with the TH 2025 for Testomat 2000 and Testomat Limit

The Testomat Indicator TH2025 from Heyl is a chemical reagent solution for precise determination of residual hardness. It measures in various units (°dH, °f, ppm CaCO₃, and mmoI/I). Enjoy a 3% discount on Heyl products when ordering online in our HeylNeomeris Shop.

With the TH2025 indicator, you can determine residual hardness in the range of 0.25 to 2.50 °dH. The 500 ml bottle provides a convenient dosing solution that can be used directly in the measuring device without any complex preparation.

Where can the TH2025 Indicator be used?

The indicator is suitable for:

  • Testomat 2000
  • Testomat 2000 CAL
  • Testomat 2000 DUO
  • Testomat 2000 V
  • Testomat 2000 self clean
  • Testomat ECO
  • Testomat ECO-PLUS
  • Testomar EVO TH
  • Testomat Limit

What are the measurement ranges?

  • 0.25–2.50 °dH, with a resolution of 0.05
  • 0.45–4.48 °f, with a resolution of 0.10
  • 4.48–44.8 ppm CaCO₃, with a resolution of 0.9
  • 0.04–0.45 mmoI/I, with a resolution of 0.01

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