- Continue Shopping
- Your Cart is Empty
Palintest SA 1100 Lead in Water Sensor, supplies pack PT 435
$ 99.00 $ 109.00
The Palintest SA1100 provides simple and reliable monitoring for Lead in water.
Utilizing the long established voltammetric method of analysis with a unique disposable sensor system the Palintest SA1100 offers field or lab based analysis with excellent accuracy and resolution.
Take a sample and fill the sample container, add the buffer reagent and insert the disposable sensor. Close the lid and allow the Palintest SA1100 to automatically carry out the analysis in a short time. The analysis cycle consists of the two phases - plating and scanning. Data is then stored in the instrument memory with time and date for downloading later via the waterproof USB port.
Sensor Pack PT 435 includes:
10 Electrodes
10 tablets
10 Graduated tubes
Crushing rods
Calibration chip
Want to get a SA 1100? click here
Customer Reviews
Related Items
AP 031/1 Total Chlorine (DPD 3 - use with DPD 1) p/n AP031/1
$ 34.00
DESCRIPTION
Total Chlorine (DPD 3 - use with DPD 1)
This Palintest chlorine test uses the DPD method developed by Dr A T Palin and now internationally recognised as the standard method of testing for chlorine and other disinfectant residuals. In the Palintest DPD method, the reagents are provided in tablet form for maximum convenience and simplicity of use.
Free chlorine reacts with diethyl-p-phenylene diamine (DPD) in buffered solution to produce a pink coloration. The intensity of the colour is proportional to the free chlorine concentration.
Subsequent addition of excess potassium iodide induces a further reaction with any combined chlorine present. The colour intensity is now proportional to the total chlorine concentration; the increase in intensity represents the combined chlorine concentration. In this way, it is possible to differentiate between free and combined chlorine present in the sample. The colour intensities are measured using a Palintest Photometer.
The DPD Oxystop tablet is added after measurement for free chlorine but before the DPD 3 tablet. It prevents the reaction between shock treatment chemicals and potassium iodide which would give a positive response.
AP 021 Monochloramine (DPD 2 - use with DPD 1) p/n AP021
$ 34.50
DESCRIPTION
AP 021 Monochloramine (DPD 2 - use with DPD 1) - 250 tests
This Palintest chlorine test uses the DPD method developed by Dr A T Palin and now internationally recognised as the standard method of testing for chlorine and other disinfectant residuals. In the Palintest DPD method, the reagents are provided in tablet form for maximum convenience and simplicity of use.
Free chlorine reacts with diethyl-p-phenylene diamine (DPD) in buffered solution to produce a pink coloration. The intensity of the colour is proportional to the free chlorine concentration.
Subsequent addition of excess potassium iodide induces a further reaction with any combined chlorine present. The colour intensity is now proportional to the total chlorine concentration; the increase in intensity represents the combined chlorine concentration. In this way, it is possible to differentiate between free and combined chlorine present in the sample. The colour intensities are measured using a Palintest Photometer.
The DPD Oxystop tablet is added after measurement for free chlorine but before the DPD 3 tablet. It prevents the reaction between shock treatment chemicals and potassium iodide which would give a positive response.
AP 041 Total Chlorine (DPD 4) p/n AP041
$ 41.80
DESCRIPTION
AP 041 Total Chlorine (DPD 4) - 250 tests
This Palintest chlorine test uses the DPD method developed by Dr A T Palin and now internationally recognised as the standard method of testing for chlorine and other disinfectant residuals. In the Palintest DPD method, the reagents are provided in tablet form for maximum convenience and simplicity of use.
Free chlorine reacts with diethyl-p-phenylene diamine (DPD) in buffered solution to produce a pink coloration. The intensity of the colour is proportional to the free chlorine concentration.
Subsequent addition of excess potassium iodide induces a further reaction with any combined chlorine present. The colour intensity is now proportional to the total chlorine concentration; the increase in intensity represents the combined chlorine concentration. In this way, it is possible to differentiate between free and combined chlorine present in the sample. The colour intensities are measured using a Palintest Photometer.
The DPD Oxystop tablet is added after measurement for free chlorine but before the DPD 3 tablet. It prevents the reaction between shock treatment chemicals and potassium iodide which would give a positive response.
Footer
Main Menu
News & Updates
Sign up to get the latest on sales, new releases and more …
© 2020 Yamatho Supply. Designed by Out of the Sandbox. Powered by Shopify
