Introduction; Specifications; Parts Reference; Pool Water Chemistry - Bestway FLOWCLEAR 58216 Gebrauchsanleitung

INTRODUCTION

Common salt (sodium chloride) is made up of two elements, sodium
and chloride. During the installation of your chlorinator, a measured
quantity of salt is dissolved in the pool water to create a mild saline
solution. As part of the daily filtration cycle, the pool water is passed
through the chlorinator's electrolytic cell to produce chlorine which is
dissolved instantly in the water. In simple, non-technical terms, the
chlorine instantly starts to destroy bacteria, algae and oxidizes other
organic materials.
Control Panel
• Electrolytic Cell (with Titanium Plates)
The electrolytic cell contains bipolar titanium electrodes which perform
the electrolysis and produce chlorine when energized with DC
current. Chlorine is generated as pool water containing salt passes
through the cell.
• Flow Sensor
The flow sensor protects the electrolytic cell and assures there will
always be adequate water flowing through the cell.
• Control Panel
The chlorinator includes a electronic control panel with buttons and
LED indicators to control the chlorinator and produce chlorine at the
defined operating hours.

SPECIFICATIONS

Rated Voltage: 220-240V AC
Electrolytic Cell Working Voltage:
12V DC
Wattage:
120W
Maximum Chlorine Output/hour:
12 grams/hour
Flow Rate Range:
700~4000gallons/hour (2650~15140L/h)
Recommended Salt Level:
3000 ppm (3.0g/L)
Water temperature
10-35°C (50-95°F)
Ambient temperature
5-40°C (41-104°F)

PARTS REFERENCE

Before assembly, take a few minutes to become familiar with all the parts.
NOTE:
Drawings for illustration purpose only. May not reflect actual
product. Not to scale.
PICTURE
1 3
4
2 6 7
8 9
REF. NO. PARTS NO.
1 P6368GS
2 P6369
3 P6489
4 P6371
5 P6372
6 P6375 Adaptor E (For connection to filter pumps with 1-1/4in. (32mm) hose size)
7 P6376 Adaptor F (For connection to filter pumps with 1-1/4in. (32mm) hose size)
8
F6H184
9
Electrolytic Cell
Electrolytic Cell Line Cord
Flow Sensor
Water Inlet
5
7
DESCRIPTION
Electrolytic Cell
Connecting Hose(100cm)
Flow Sensor
Washer
Screw
Adaptor A
Adaptor B

POOL WATER CHEMISTRY

Optimum Pool Water Chemistry Conditions
It is recommended that the following pool water chemistry conditions
should be maintained to help protect pool users.
The chlorinator is warranted to operate properly only if belowconditions
are met.
Free Chlorine
Combined Chlorine
PH
Total Alkalinity
Calcium Hardness
Stabilizer (Cyanuric Acid)
Pool Salt Usage
Use only sodium chloride (NaCl) salt that is at least 99.8% pure.
The ideal salt level in the pool water is between 2500~3500ppm
(parts per million).
Water Capacity (Calculated at
90% for Frame Pool and 80%
For Fast Set & Oval Pool)
Gallons Liters
2000 7500
4000 15000
6000 22500
8000 30000
10000 37500
12000 45500
14000 53000
Salt Calculation for Pools
Salt Needed for Startup
Lbs
Water Capacity
(Gallons) x 0.025
Operating Time reference
Water Capacity
Gallons Liters
2000 7500
4000 15000
6000 22500
8000 30000
10000 37500
12000 45500
14000 53000
6

INSTALLATION INSTRUCTIONS

NOTE: The preferred installation is that the chlorinator must be installed
as the last piece of pool equipment in the return line to the pool. This
2
will extend the life of the titanium plates and maintain its performance.
1. If your above ground pool is filled with water, remove the debris sreens
from the inside of the pool and insert the stopper plugs in the pool's inlet
and outlet valves before the chlorinator installation which will prevent water
from flowing out of the pool. Jump to step 2 directly if your pool is empty.
2. Connect the adaptor F to the electrolytic cell outlet and screw the
threaded locking ring into position.
3. Disconnect the water return (to the pool) hose from the filter pump
connection, and connect this hose to the adaptor F with a hose clamp.
4. Connect the adaptor E to the filter pump outlet and screw the threaded
locking ring into position.
QTY.
5. Connect the connecting hose to the adaptor E and screw the threaded
1
locking ring into position.
1
6. Remove the stopper plugs and insert the debris screens (or open the
1
1
control valves) to allow water to flow.
4
1
1
1
1
4
Minimum Ideal
0 1.0 - 3.0ppm
0 0
7.2 7.4 - 7.6
100ppm 100 - 140ppm
150ppm 200 - 400ppm
10ppm 30 - 50ppm
Salt Needed when Low Salt
Salt Needed for Startup
Lbs Kgs Lbs
50 22 15
100 45 25
150 70 40
200 90 55
250 115 65
300 140 80
350 160 95
Salt Needed when Low Salt Detected
Kgs Lbs
Water Capacity Water Capacity
(Liters) x 0.003 (Gallons) x 0.0067
Operating Time (hours) at different ambient/air temperatures
10-19°C 20-28°C
(50-66°F)
(68-82°F)
1 1
2 2
2 4
4 6
4 6
6 8
6 8
Maximum
3.0ppm
0.2ppm
7.8
140ppm
500 - 1000ppm
150ppm
Detected
Kgs
6
10
20
25
30
35
40
Kgs
Water Capacity
(Liters) x 0.0008
29-35°C
(84-95°F)
2
4
6
8
8
10
10