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2019-3941
2019-10-30
A maximum of 550,000 L of water can be treated with one ECO-matic COMM 4000 Automatic
Maximum output of hypochlorous acid of 12 kg of free available chlorine per day in ideal conditions. However, an output
of hypochlorous acid of 9.6 kg/day is more representative of typical conditions.
For swimming pools, a range of 1-3 ppm of free available chlorine must be maintained.
For spas, a range of 3-5 ppm of free available chlorine must be maintained.
READ THE LABEL AND OPERATING MANUAL BEFORE USING
PRODUCT REGISTRATION NO. 30298 PEST CONTROL PRODUCTS ACT
WARNING: operating the unit without water flow through the cell can cause a build up of flammable gases which can
NOTICE TO USER:
This pest control product is to be used only in accordance with the directions on the label. It is an
offence under the Pest Control Products Act to use this product in a way that is inconsistent with the directions on the
Replacement cell for the chlorine generating device ECO-matic COMM 1200 Automatic Chlorine Generator, ECO-
matic COMM 2400 Automatic Chlorine Generator , or ECO-matic COMM 4000 Automatic Chlorine Generator
Replacement cell for the chlorine generating device ECO-matic COMM 1200 Automatic Chlorine Generator
REGISTRATION NUMBER 30296, ECO-matic COMM 2400 Automatic Chlorine Generator REGISTRATION
NUMBER 30297, or ECO-matic COMM 4000 Automatic Chlorine Generator REGISTRATION NUMBER 30298,
PEST CONTROL PRODUCTS ACT. This cell must only be used on this model of chlorine generating device.
Read the Label, the Installation Manual and Operation Manual of the chlorine generating device before using ECO-matic
COMM 1200 Automatic Chlorine Generator, ECO-matic COMM 2400 Automatic Chlorine Generator or ECO-matic
COMM 4000 Automatic Chlorine Generator
LABEL – CONTROLLER/CELL
ECO-matic COMM 4000
Automatic
CHLORINE GENERATOR DEVICE
CONTROLS BACTERIA AND ALGAE
In COMMERCIAL
Swimming Pool (Spa) Waters
COMMERCIAL
Chlorine Generator unit.
KEEP UNIT OUT OF REACH OF CHILDREN
result in FIRE OR EXPLOSION.
label.
Do not use this device with bromide products
Davey Water Products Pty. Ltd
6 Lakeview Drive
Scoresby, Victoria 3179
Australia 61 397 309 232
IN CANADA, CONTACT:
Alpine Spa Covers
rd
2103 – 43
St
Vernon, BC V1T 6K7
1-800-667-9707
LABEL – CONTROLLER/CELL
Do not use this device with bromide products
Davey Water Products Pty. Ltd
6 Lakeview Drive
Scoresby, Victoria 3179
Australia 61 397 309 232
IN CANADA, CONTACT:
Alpine Spa Covers
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Table of Contents
Related Manuals for Davey Water Products ECO-matic COMM 4000
Summary of Contents for Davey Water Products ECO-matic COMM 4000
- Page 1 Swimming Pool (Spa) Waters COMMERCIAL A maximum of 550,000 L of water can be treated with one ECO-matic COMM 4000 Automatic Chlorine Generator unit. Maximum output of hypochlorous acid of 12 kg of free available chlorine per day in ideal conditions. However, an output of hypochlorous acid of 9.6 kg/day is more representative of typical conditions.
- Page 2 2103 – 43 Vernon, BC V1T 6K7 1-800-667-9707 INSTALLATION & OPERATION INSTRUCTIONS For ECO-matic COMM 4000 Automatic Chlorine Generator unit. Do not use this device with bromide products. For Davey Water Products Pty Ltd, Australia P/N 401767...
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Page 3: Table Of Contents
Table of Contents PAGE Table of Contents Important Safety Instructions Overview of the ECO-matic system Your ECO-matic Equipment Installation Instructions The Components of your ECO-matic: Power Supply Components Continued: Control Box/ Cell/Back up/ Flow Flow Meter/cell Plumbing / Saltpro Plumbing Diagram: Simple Bypass Installation Diagram: Powered Bypass Installation Diagram: Gas Sensor &... -
Page 4: Important Safety Instructions
ECO-matic COMM 4000 Automatic Chlorine Generator unit., REGISTRATION NUMBER 30298 PEST CONTROL PRODUCTS ACT.” 9. “Follow all aspects of the local and National Electrical Code(s) when installing ECO-matic COMM 4000 Automatic Chlorine Generator unit.” “NOTE: For outdoor pools, chlorine residuals can be protected from destruction by sun light by addition of stabilizer (cyanuric acid). - Page 5 20. SAVE THESE INSTRUCTIONS...
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Page 6: Your Eco-Matic Equipment
Welcome to the luxury of a salt water swimming pool We are dedicated to providing you with the most luxurious pool water you have ever experienced, as well as the most reliable product and solid after-sales service you could hope for. Reading this Guide will help ensure that your ECO-matic generator functions correctly and efficiently, help avoid the expense of unnecessary service calls and make you aware of certain maintenance procedures which, if left undone, may void warranties offered by the manufacturer. -
Page 7: The Components Of Your Eco-Matic: Power Supply
General This system is not intended for outdoor installation. If a pump/filter room is not available, a shelter providing shade and weather protection will be necessary. Ple ase note that the installation area should be well ventilated and free of substances that could cause corrosion. - Page 8 Model Liters per Gallons Minute Hour per Minute ECO-matic COMM 4000 Automatic 650-700 39-42 172-185 Chlorine Generator Note: While the flow rate stated is optimal, we understand that it is not feasible to achieve on a consistent basis. Please keep flow rate as close to the minimum as possible while not exceeding maximum flow stated in the table.
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Page 9: Diagram: Simple Bypass Installation
Simple Bypass Installation In this installation the bypass valve is partially closed to force water into the cell bypass and back to the pool return. This will increase the back pressure to the pool pump/filter but should not affect performance unless the pump/filter performance is already poor. - Page 10 The off-take should be after the cell, in the return line to avoid the possibility of air in the return line finding its way into the cell (see diagram page 7). The installation of a section of clear pipe before or after the Gas Sensor is be neficial in viewing water flow from the cell.
- Page 11 This installation uses a pump to create flow in the Cell bypass. Note the recommended sample line and optional clear viewing pipe. Please also note that care must be taken at the suction point to avoid air entering the bypass. IMPORTANT: The Bypass Pump must be electrically interlocked to the main pool pump(s).
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Page 12: Diagram: Gas Sensor & Pressure Switch Installation
Gas Sensor and Pressure Switch Installation The Gas Sensor should be installed after the Cell in the following manner: NOTE: the Flow Sensor has a 50mm/2” BSP threaded end for fitting into the water line. The water line will be either 50mm/2”... -
Page 13: Electrical Connections: Main Power / Cell Power
The Pressure Switch must activate when the main pump(s) are on and de-activate when they are off (i.e. no water flow). It should be placed after the electrolytic cell. Placing the Pressure Switch at a bend is best: The thread fitting of the Pressure Switch is 3mm ( 1/8”) NPT and the unit can be sealed with Teflon thread tape. The switch should be placed so that water leaks do not interfere with the electrical switch;... -
Page 14: Operation: Control Box Display
The cell has connections both top and bottom. These protrude through the cell housing. You will find that the black and white cell cables are terminated in male plugs and brass blocks resembling terminal block mechanisms. Simply fit the brass blocks to the cell connections. Ensure that the connections are connected tightly. The male plugs should be inserted into their sockets on the right hand side of the bottom panel of the Power Supply. - Page 15 Connecting the Chemistry Controller - External Control EXTERNAL CONTROL is a means of controlling the unit’s operation from an external Chemistry Controller. The External Control LED will be Red to show that the external controller has the Cell Power turned Off. Green shows the Cell Power is turned On and that the external controller has energized the unit.
- Page 16 Inside the lower portion of the Power Supply is a plastic enclosure with a clear cover. Inside the enclosure is the Power Supply Control PCBA. It has a number of switches and displays that represent the operation of the Power Supply. The operation of these Power Supply sub-systems will be described.
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Page 17: Operation: Switches
Temperature Indicator Displays the temperature of the water passing the Cell (in degrees Celsius). This temperature is monitored and used by the Control Box to adjust the unit’s operation (see Winter Mode and High and Low Temperature Shutdown). The temperature sensor is integrated into the Gas Sensor fitting. Operation Switches - Control the Cell Power - Cell Power is not applied RESET... -
Page 18: Water Conductivity
where the water temperature is dropping the unit should be operated in Winter Mode as low temperatures can cause these alarms to operate. For more information read “Water Conductivity”. Low Temperature Shutdown Will be Blue if the water temperature falls below 10 - 12ºC (50 - 54°F). Cell Power is tu rned off to protect the cell. -
Page 19: Winter Mode
Please note that the Low Conductivity and Low Conductivity Shutdown are not like T.D.S. meters, which are temperature compensated Scientific Instruments. Their ac curacy will be within 500ppm salinity and they are water temperature dependent, just as the Cell is. WINTER MODE When the Cell draws elect rical current from the Power Supply, the amount of current drawn is dependent upon a number of factors. - Page 20 • Note: Fill water can have existing salt level. Test with Conductivity Meter (iv) Backwash the filters and add the salt by dumping it along the deep end of the pool. DO NOT load all the salt into one area, as it will take longer to dissolve. During the time the salt is dissolving, do not backwash the filters.
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Page 21: Possible Chemistry Problems
(ii) Phosphates: should be less than (<) 200 ppb (Parts per billion) Phosphates are food for algae and will increase chlorine consumption thus shortening cell life if present in water. Remove phosphates with Saltline approved Phosphate Remover. Possible Chemistry Problems The use of sulphate containing chemicals may promote the production of oxygen compounds at the cell, which can lead to slightly lower chlorine production, and the production of chemicals which can adversely affect ORP probes. -
Page 22: Maintenance: Cleaning The Cell
CLEANING THE CELL 1. Turn off Power to unit and isolate & drain by-pass line 2. Drain water from cell with drain valve 3. Remove union at top of cell and inspect cell using flashlight 4. If build up is present, (do not use pressure wash). Mix a solution consisting of 20% Muriatic Acid and water. - Page 23 Packed on skid for shipping: 1200 / 46.8 700 / 27 1000 / 39 145 /319 ECO-matic COMM 4000 Automatic Chlorine Generator Unit NOTE: Cells are cylindrical in shape; Width/depth of cell shown above is diameter of cell at widest point. Power Consumption 4000 Power Consumption Kilowatts approx.
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Page 24: Warranty
WARRANTY DETAILS ECO-matic COMM 4000 Automatic Chlorine Generator Unit Year Full Warranty ECO-matic COMM 4000 Automatic Chlorine The manufacturer warrants to the original purchaser of the Generator Unit that if any component, other than fuses and the Electrolytic Cell, proves to be defective within a period of 12 months from the date of purchase, that the defect will be repaired or the product replaced free of charge.
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