Portable flocculator that allows standard conditions to be adopted for Jar Test.
Jar testing is a pilot-scale test of the treatment chemicals used in a particular water plant.
It simulates the coagulation/flocculation process in a water treatment plant, helping the operator in the determination of the right amount of treatment chemicals, and, thus, in improving the plant’s performance.
Jar testing entails adjusting the amount of chemicals and their sequence in which they are added. The sample requires to be stirred so that the formation, development, and settlement of floc can be watched just as it would be in the fullscale treatment plant.
The operator then performs a series of tests to compare the effects of different amounts of flocculation agents at different pH values to determine the right size floc.
CONSTRUCTION MATERIAL: | Epoxy painted metal structure |
STAINLESS STEEL STIRRING RODS: | adjustable in height by a self blocking chuck |
MONOSELECTOR: | same speed for each rod |
NUMBER OF STIRRING RODS: | 4 |
POWER: | 6 W |
POWER SUPPLY: | 100 – 240 V / 50-60 Hz |
WEIGHT: | 4,8 Kg (10.6 lb) |
DIMENSIONS (WXHXD) : | 250x320x250 mm (9.8×12.6×9.8 in) |
TIMER: | from 0 to 30 minutes (or continuous) |
ELECTRONIC SPEED CONTROL: | 20 – 40 – 50 – 100 – 200 rpm |
Flocculators with 4 or 6 independent positions that allow standard conditions to be adopted for Jar Test.
Jar testing is a pilot-scale test of the treatment chemicals used in a particular water plant.
It simulates the coagulation/flocculation process in a water treatment plant, helping the operator in the determination of the right amount of treatment chemicals, and, thus, in improving the plant’s performance.
Jar testing entails adjusting the amount of chemicals and their sequence in which they are added. The sample requires to be stirred so that the formation, development, and settlement of floc can be watched just as it would be in the fullscale treatment plant.
The operator then performs a series of tests to compare the effects of different amounts of flocculation agents at different pH values to determine the right size floc.
CONSTRUCTION MATERIAL: | epoxy painted metal structure |
MODELS: | FC4S 4 positions FC6S 6 positions |
BACK PANEL: | disconnectable illuminated |
STAINLESS STEEL STIRRING RODS: | adjustable in height by a self blocking chuck |
PLURISELECTOR: | settable individual speed for each rod |
POWER: | FC4S 18 W FC6S 23 W |
WEIGHT: | FC4S 12.5 kg (27.5 lb) FC6S 18 kg (39.6 lb) |
DIMENSIONS (WXHXD): | FC4S 645x347x260 mm (25.4×13.7×10.2 in) FC6S 935x347x260 mm (36.8×13.7×10.2 in) |
SPEED SELECTOR SETTABLE AT: | 10 – 15 – 30 – 45 – 60 – 90 -120 – 150 – 200 – 300 rpm |
Digital Flocculators in 4 and 6 positions with timer and illuminated back panel to allow standard conditions to be met during Jar Testing.
Jar testing is a pilot-scale test of the treatment chemicals used in a particular water plant.
It simulates the coagulation/flocculation process in a water treatment plant, helping the operator in the determination of the right amount of treatment chemicals, and, thus, in improving the plant’s performance.
Jar testing entails adjusting the amount of chemicals and their sequence in which they are added. The sample requires to be stirred so that the formation, development, and settlement of floc can be watched just as it would be in the fullscale treatment plant.
The operator then performs a series of tests to compare the effects of different amounts of flocculation agents at different pH values to determine the right size floc.
CONSTRUCTION MATERIAL: | epoxy painted metal structure |
MODELS: | JLT 4 4 positions JLT 6 6 positions |
BACK PANEL: | disconnectable illuminated |
STAINLESS STEEL STIRRING RODS: | adjustable in height by a selfblocking chuck |
MONOSELECTOR: | same speed for each rod |
POWER: | JLT 4 11 W JLT 6 19 W |
DIMENSIONS (WXHXD): | JLT 4 645x347x260 mm (25.4×13.7×10.2 in) JLT 6 935x347x260 mm (36.8×13.7×10.2 in) |
WEIGHT | JLT 4 13 kg (28.6 lb) JLT 6 17 kg (37.4 lb) |
ELECTRONIC SPEED CONTROL: | from 10 to 300 rpm |
SPEED SETTING INTERVAL: | 1 rpm |
MICROPROCESSOR CONTROLLED TIMER: | 0÷999 min or 0 ÷99 hours (or continuous) |