No.

3.2-Test

Method

Range ppm

Tests / Kit

Description

Introduction

Bodart_Riele.pdf

110

Aluminium

Chromazurol B -Tenside

0.02 - 0.7

0.02 - 0.7

110_Aluminium.pdf

130

Calcium

Calcion-SL

1 - 30

120

130_Calcium.pdf

140

Chlorine

DPD – KI

0.1 - 3

360

140_Chlorine.pdf

150

Chloride L

Hg-thiocyanate - Fe(III)

5 - 200

120

150_Chloride_L.pdf

151

Chloride H

Hg-thiocyanate - Fe(III)

20 - 800

120

151_Chloride_H.pdf

170

Cyanide

Pyridine - 1,3-DMB

0.02 - 0.4

150

170_Cyanide.pdf

180

Chromium

Diphenylcarbazide

0.05 - 3

180

180_Chromium.pdf

200

Copper

Ammonia - Cuprizon

0.2 - 8

120

200_Copper.pdf

210

Fluoride

Zr- SPADNS

0,1 - 2

55 + 55

210_Fluoride.pdf

220

Iron L

Thioglycolate - PDT-Sulfonate

0.1 - 4

320

220_Iron_L.pdf

221

Iron H

Thioglycolate - 2,2'-Bipyridine

0.2 - 10

320

221_Iron_H.pdf

240

Formaldehyde

MBTH - Fe(III)

0.05 - 1

180

240_Formaldehyde.pdf

251

Hydrogen Sulfide

Thionine

0.05 - 2

180

251_Hydrogen.pdf

260

Magnesium

Titan Yellow

1 - 40

80 + 80

260_Magnesium.pdf

270

Manganese

Formaldoxime

0.3 - 15

180

270_Manganese.pdf

280

Ammonium

Indophenol

0.1 - 2

120

280_Ammonium.pdf

290

Hydrazine

Dimethylamino-benzaldehyde

0.02 - 2

120

290_Hydrazine.pdf

300

Nickel

Iodine - Dimethylglyoxime

0.1 - 10

150

300_Nickel.pdf

310

Nitrite

Sulfanilamide-NNEDDC

0.05 - 2

120

310_Nitrite.pdf

320

Nitrate H

Reduction - Azo-dye (red)

5 - 150

120

320_Nitrate_H.pdf

321

Nitrate L

Reduction - Azo-dye (magenta)

1 - 20

120

321_Nitrate_L.pdf

330

Dissolved Oxygen

Manganese Oxidation - EDTA

1 - 10

360

330_Oxygen.pdf

340

Phosphorous M

Phosphomolybdenum Blue

0.1 - 4

120

340_Phosphorus_M.pdf

341

Phosphorous L

Phosphomolybdic acid - dye

0.05 - 0,5

120

341_Phosphorus_L.pdf

342

Phosphorous H

Phosphovanadomolybdic acid

2 - 50

120

342_Phosphorus_H.pdf

350

Phenols

MBTH - Ce(IV)

0.2 - 1

180

350_Phenols.pdf

370

Silicon L

Silicomolybdenum Blue

0.1 - 5

180

370_Silicone_L.pdf

371

Silicon H

Silicomolybddenum Blue

3 - 60

180

371_Silicone_H.pdf

380

Sulfite

Pararosaniline

2 - 10

120

380_Sulfite.pdf

390

Sulfate L

Metal complex destruction

10 - 60

360

390_Sulfate_L.pdf

391

Sulfate H

Metal complex destruction

50 - 300

360

391_Sulfate_H.pdf

400

Tannin & Lignin

Phosphotungsten Blue

0.1 – 5 mmol CaCO₃

120

400_Tannin_Lignin.pdf

410

Zinc

SCN – dye

1 – 50 mmol CaCO₃

40 + 40

410_Zinc.pdf

420

Acidity L

Alkalimetric titration to pH 8,2

0.1 -5 mmol CaCO₃

75 @ 1 mmol

420_421_Acidity _L_H.pdf

421

Acidity H

Alkalimetric titration to pH 8,2

1 - 30° KH

75 @10 mmol

420_421_Acidity _L_H.pdf

430

Alkalinity

Acidimetric titration to pH 4,3

1 - 30° GH

75 @ 1 mmol

430_440_Alkalinity_Carbonate.pdf

440

Carbonate Hardness KH

Acidimetric titration to pH 4,3

20-600 ppm CaCO₃

75 @ 10°

430_440_Alkalinity_Carbonate.pdf

450

Total Hardness GH

Chelatometric Titration

2 – 60 ppm CaCO₃

75 @ 1°

450_451_454_Hardness_I.pdf

451

Residual Hardness RH

Chelatometric Titration

1 - 30° GH

75 @ 200 ppm

450_451_454_Hardness_I.pdf

452

Total Hardness CaCO₃

Chelatometric Titration

20-600 ppm CaCO₃

75 @ 20 ppm

452_453_455_Hardness_II.pdf

453

Rest Hardness CaCO₃

Chelatometric Titration

0.1 - 5mmol CaCO₃

75 @ 10°

452_453_455_Hardness_II.pdf

454

Calcium Hardness GH

Chelatometric Titration

1 – 50 mmol CaCO₃

75 @ 200 ppm

450_451_454_Hardness_I.pdf

455

Ca - Hardness CaCO₃

Chelatometric Titration

0.1 -5 mmol CaCO₃

180

452_453_455_Hardness_II.pdf

460

N-P-Dissolution

for all P- and N-compounds

 -

180

460_461_462_Dissolution.pdf

461

ΣN-Dissolution

specially for N-compounds

 -

180

460_461_462_Dissolution.pdf

462

ΣP-Dissolution

specially for P-compounds

 -

75 @ 1 mmol

460_461_462_Dissolution.pdf

46

1.1-Test Arsenic

Visual bromomercurate

5 - 200

50

46_Arsenic.pdf