Brand : ECO
Imhoff Sedimentation cone

Brand : LOVIBOND
Model : MD200
. Power . Chem or Petrochemical . Chemical Fibre

Brand : LOVIBOND
Model : PM600
The PM 600 photometer brings pool testing to the next level for discerning pool operators. The ergonomic, portable, waterproof design enables users to select just one unit for accurate analysis of up to 12 parameters anytime and anyplace. The PM 600 focusses on the main pool parameters required for balanced water including: Alkalinity, Bromine, Chlorine, Cyanuric Acid, Iron, Calcium Hardness, Copper, Sodium Hypochlorite, Ozone (DPD) and pH-value. Compatible with the tried and trusted Lovibond? Tablet reagents, it is designed to be robust, reliable yet easy-to-use for any pool operator. The unit offers a large, back-lit graphic display to aid analysis by providing on screen method prompts, information regarding test measurement range and reagent type and automatic countdown timers for accurate reaction periods. The internal memory is capable of storing up to 1000 results with date, time and sample ID. These results can be reviewed at any time and can be downloaded to a PC via an additional Infra-Red module (IRiM).

Brand : LOVIBOND
Model : MD200
The MD 200 pool photometers are robust, portable meters designed to be used anywhere from plant room to pool side. With a waterproof (IP68) housing and high precision interference filters and LEDs, the meters produce accurate reliable results for confident pool management. A backlit screen, 4 button keypad, scroll memory function which saves the last used parameter, and one time zero for switching between methods make the unit easy to use and ideal for testing in any environment. Results containing date and time can be stored in the on-board memory, and can also be downloaded via an infra-red unit (IRiM) for later review in excel or notepad. With the added reliability of the Lovibond ? reagents the MD 200 is the ideal choice for photometric pool water testing.

Brand : Eco Scientific
COD/BOD Online Analyzer BOD (Biochemical Oxygen Demand) means the amount of oxygen (in mg/l) microorganisms like bacteria need to 'eat' the organic pollution (sugars, fat, proteins, ...). COD (Chemical Oxygen Demand) is the amount of oxygen required to degenerate all pollution in a chemical way (by adding oxidizing agents and heating). In general with chemical destruction you can remove more pollution than with the biological way. Both BOD and COD are expressed in mg/l oxygen consumed.