MKT N – Series Reverse Osmosis System
Specifications
- System Type: Membrane System
- Installation: Membranes need to be installed before operation
- Safety: Follow all safety precautions mentioned in the manual
- Warranty: Operating log maintenance is required for warranty coverage
Installation and Setup
- Ensure that membrane elements are installed according to the manual before starting operation.
- Do not remove any caution, warning, or descriptive labels from the system.
- Read and fully understand the user’s manual before operating or servicing the system.
Safety Precautions
- Always follow the safety guidelines provided in the manual, including warnings, cautions, and electrical hazard information.
- Do not use the system in microbiologically unsafe water without proper disinfection.
- Turn off the unit, shut off feedwater, relieve pressure, and disconnect electrical power before servicing.
- Do not operate the system with insufficient feed flow or allow the pump to run dry.
Maintenance
- Maintain an operating log to ensure warranty coverage.
- Regularly check and monitor the system for any issues or abnormalities.
FAQs
Q: Can I operate the system without following the installation instructions?
A: No, it is essential to install the membrane elements according to the manual before starting operation to ensure proper functionality and safety.
Q: What should I do if I encounter a warning message during operation?
A: If you encounter a warning message, stop the operation immediately, refer to the user manual for troubleshooting steps, and contact your local dealer or distributor if needed.
“`
Nothing has a greater effect on a reverse osmosis system than the feed water quality. If your system is altered at the site of operation or if the feed water conditions change, please contact your local dealer or distributor to determine the proper recovery for your application. Before starting the RO system it is strongly suggested to obtain an up to date water analysis of the water to be treated.
IT IS VERY IMPORTANT TO MEET THE MINIMUM FEED WATER AND OPERATING REQUIREMENTS OUTLINED IN THIS MANUAL. FAILURE TO DO SO WILL CAUSE DAMAGE OR FAILURE OF THE SYSTEM COMPONENTS AND MEMBRANES. DAMAGE TO THE SYSTEM DUE TO OPERATION OUTSIDE OF THE SPECIFICATIONS OUTLINED IN THIS MANUAL WILL VOID THE MANUFACTURERS WARRANTY. CHECK YOUR FEED WATER CHEMISTRY AND, IF NECESSARY, CONSULT WITH YOUR LOCAL DEALER OR DISTRIBUTOR BEFORE START UP OF THE SYSTEM.
OPERATING LIMITS*
Design Temperature, °F Maximum Feed Temperature, °F Minimum Feed Temperature, °F Maximum Ambient Temperature, °F Minimum Ambient Temperature, °F
Maximum Feed Pressure, PSI Minimum Feed Pressure, PSI Maximum Operating Pressure, PSI
Operating Range, PSI
77 85 40 120 40 85 45 200 150 200
Maximum Turbidity, NTU Maximum SDI Rating Maximum Free Chlorine, ppm
Maximum TDS, ppm Maximum Hardness, gpg Maximum pH (continuous) Minimum pH (continuous) Maximum pH (cleaning 30 minutes) Minimum pH (cleaning 30 minutes)
1 <3 0 2,000 0 10 4 12 2
Low temperatures and feedwater quality, such as high TDS levels will significantly affect the systems production capabilities and performance. Computer projections must be run for individual applications which do not meet or exceed minimum and maximum operating limits for such conditions. System Operating Pressure is based on 60 psi feed pressure, minimum concentrate flow as stated and an average of 2000 gpd flow per membrane at 77°F. *If any of the feed water parameters are not within the limits given, consult your local dealer or distributor for assistance.
HIGHER TDS AND/OR LOWER TEMPERATURES WILL REDUCE THE SYSTEM’S PRODUCTION.
DO NOT EXCEED THE MAXIMUM OPERATING PRESSURE.
MKT 547 D
Page 8 of 40
N SERIES SYSTEM SPECIFICATION CHART
MODELS
N 2000
N 4000
N 6000
N 8000
N 12000
N 16000
DESIGN Configuration Feedwater TDS max ppm Standard Recovery % FLOW RATES Permeate Flow Rate (gpd / lpd) Permeate Flow Rate (gpm / lpm) Minimum Concentrate Flow Rate (gpm / lpm) Concentrate Recycle Flow Rate (gpm / lpm) CONNECTIONS Feed (inch) Permeate (inch) Concentrate (inch) MEMBRANES Membrane(s) Per Vessel Membrane Quantity
Single Pass 2,000 32
2,000 / 7,570 1.39 / 5.26 3.00 / 11.36
Up to 2.00 / 7.57
1 FNPT 1/2 QC 1/2 QC
1 1
Single Pass 2,000 48
Single Pass 2,000 58
Single Pass 2,000 65
Single Pass 2,000 58
Single Pass 2,000 65
4,000 / 15,141 2.78 / 10.52
6,000 / 22,712 4.16 / 15.75
8,000 / 30,283 5.56 / 21.05
12,000 / 45,425 16,000 / 60,566
8.33 / 31.53
11.11 / 42.06
3.00 / 11.36
3.00 / 11.36
3.00 / 11.36
6.00 / 22.72
6.00 / 22.72
Up to 5.00 / 18.93 Up to 5.00 / 18.93 Up to 5.00 / 18.93 Up to 5.00 / 18.93 Up to 5.00 / 18.93
1 FNPT 1/2 QC 1/2 QC
1 2
1 FNPT 1 FNPT 1 FNPT
1 3
1 FNPT 1 FNPT 1 FNPT
1 4
1 FNPT 1 FNPT 1 FNPT
1 6
1 FNPT 1 FNPT 1 FNPT
1 8
Membrane Size Nominal TDS Rejection % VESSELS
4040 98.50
4040 98.50
4040 98.50
4040 98.50
4040 98.50
4040 98.50
Vessel Array Vessel Quantity PUMPS Pump Type Motor HP RPM at 60 Hz SYSTEM ELECTRICAL
Standard Voltage + Amp Draw
SYSTEM DIMENSIONS Approximate Dimensions L x W x H (in / cm) Approximate Weigh (lbs / kg)
1
1:1
1:1:1
1:1:1:1
2:2:2
2:2:2:2
1
2
3
4
6
8
MultiStage 1.5 3480
MultiStage 1.5 3480
MultiStage 2
3480
MultiStage 2
3480
MultiStage 2
3480
MultiStage 2
3480
220V, 60HZ, 1PH, 8.5A
220V, 60HZ, 1PH, 8.5A
220V, 60HZ, 1PH, 11.0A
220V, 60HZ, 1PH, 11.0A
220V, 60HZ, 1PH, 11.0A
220V, 60HZ, 1PH, 11.0A
25 x 16 x 55 / 25 x 16 x 55 /
32 x 24 x 55 / 32 x 24 x 55 /
32 x 24 x 55 / 32 x 24 x 55 /
63.3 x 40.6 x 140 63.3 x 40.6 x 140 81.3 x 61.0 x 140 81.3 x 61.0 x 140 81.3 x 61.0 x 140 81.3 x 61.0 x 140
120 / 55
130 / 59
180 / 82
210 / 95
240 / 109
270 / 123
Product flow and standard recovery rates are based on feedwater conditions as stated above. Do not exceed the recommended permeate flow. Does not include operating space requirements. Does not include membrane(s).
Test Parameters: 550 TDS Filtered (5 – Micron), Dechlorinated, Municipal Feedwater, 65 psi / 4.50 bar Feed Pressure, 100 psi / 6.9 bar Operating Pressure, 77°F / 25°C,
Recovery as stated, 7.0 pH. Data taken after 60 minutes of operation.
To Obtain the System’s Maximum Recovery please contact your local dealer in order to provide details on the specific application and feed water composition. Maximum recovery of the system varies depending on feed water composition.
MKT 547 D
Page 9 of 40
N SERIES COMPONENT IDENTIFICATION DESCRIPTION
MKT 547 D
Page 10 of 40
ITEM NUMBER
1 2 3 4 4 5 6 7 8 9 10 10 11 11 11 11 12 12 13 14 14 14 15 16
PART NUMBER
210702 211454 210703 205104 205105 209853 211064 200640 207290 204914 205103 205104 200897 200898 200899 200900 211008 211007 200965 202270 200994 200995 200907 200906
DESCRIPTION
MODEL(S)
GAUGE, PM, GLY FILL, 0100 PSI/BAR, 2″ DIA, 1/4″ MNPT, AXEON CONTROLLER, COMPUTER, AX-8000, 220V, 1PH GAUGE, PM, GLY FILL, 0300 PSI/BAR, 2″ DIA, 1/4″ MNPT, AXEON METER, FLOW, PM, 1-5 GPM, SS VALVE, 1/2″ MNPT X 1/4″ FNPT, AXEON METER, FLOW, PM, 1-10 GPM, SS VALVE, 1″ MNPT X 1/2″ FNPT, AXEON HOUSING, MEMBRANE, FRP-300E, 4040, 1/2″ P x 1/2″ C FNPT, AXEON MEMBRANE, HE, 4040, AXEON CARTRIDGE, SEDIMENT, POLYPRO, 4.5″ X 20″, 5 MIC, SDF452005, AXEON HOUSING, FILTER, BLK/GRY, 4.5″ X 20″, SGL O-RING, NPR, 1″ FNPT, AXEON VALVE, SOLENOID, N/C, UL, 220V, 1″ FNPT, NO DIN, GC METER, FLOW, PM, 0.2-2 GPM, SS VALVE, 1/2″ MNPT X 1/4″ FNPT, AXEON METER, FLOW, PM, 1-5 GPM, SS VALVE, 1/2″ MNPT X 1/4″ FNPT, AXEON METER, FLOW, PM, 0.22 GPM, 1/2″ MNPT x 1/2″ MNPT, AXEON METER, FLOW, PM, 15 GPM, 1/2″ MNPT x 1/2″ MNPT, AXEON METER, FLOW, PM, 110 GPM, 1″ MNPT x 1″ MNPT, AXEON METER, FLOW, PM, 220 GPM, 1″ MNPT x 1″ MNPT, AXEON PUMP, BOOSTER, 1.5HP, 115/230V, 1PH, CM1-7 GRUNDFOS PUMP, BOOSTER, 2HP, 115/230V, 1PH, CM3-8 GRUNDFOS VALVE, CHECK, PP, GLASS FILLED, BLACK, 1/2″ FNPT X 1/2″ FNPT VALVE, GLOBE, SS, 1/2″ FNPT VALVE, GLOBE, SS, 3/4″ FNPT VALVE, GLOBE, SS, 1″ FNPT SWITCH, PRESSURE, HIGH, N/C, 4060 PSI, 1/4″ FNPT SWITCH, PRESSURE, LOW, N/O, 1530PSI, 1/4″FNPT
N 2000 – 16000 N 2000 – 16000 N 2000 – 16000 N 2000 – 4000 N 6000 – 16000 N 2000 – 16000 N 2000 – 16000 N 2000 – 16000 N 2000 – 16000 N 2000 – 16000 N 2000 N 4000 – 16000 N 2000 N 4000 N 6000 – 8000 N 12000 – 16000 N 2000 – 4000 N 6000 – 16000 N 2000 – 16000 N 2000 – 4000 N 6000 – 8000 N 12000 – 16000 N 2000 – 16000 N 2000 – 16000
CONTROLLER
The N Series systems come standard with an AX 8000 Controller. The AX 8000 Series controller is a state of the art, microprocessor controlled system for commercial and industrial reverse osmosis.
The AX 8000 includes numerous standard features such as pressure switch control, motor contactor, TDS / Conductivity monitor with programmable setpoints, pretreatment lock out, tank level switch controls, flush valve control, and programmable membrane flush type and mode. The AX 8000 Series controller displays system, sensor, and switch input status on an easy to read 4 line, 20 character backlit display. User programmable setpoints allow fast and easy adjustment of system parameters.
MKT 547 D
Page 11 of 40
PRE-FILTRATION N Series systems are supplied with a 5 micron sediment filter. Change the filtration cartridge when a 10 – 15 psi differential exists between the filter in and filter out pressure.
THE SYSTEM MUST BE OPERATED ON FILTERED WATER ONLY.
PRE-FILTER PRESSURE GAUGES
These gauges measure the feed water pressure when it enters and exits the pre-filter. A pressure differential of 10 – 15 psi or more between the two pressure gauges indicates that the pre-filters require replacement.
EXAMPLE: If the inlet pressure is 40 psi, the filter should be changed when the outlet pressure is 25 – 30 psi or below.
PERMEATE FLUSH PORT AND PLUG
The permeate flush port is to be used with an optional permeate flush kit. The 1/2″ PVC plug is located before the chemical injection port and after the feed solenoid valve, as shown in the picture. The plug should be removed and the kit should be installed as per the instructions provided with the kit.
CHEMICAL INJECTION PORT AND PLUG
The chemical injection port is to be used with an optional chemical injection system. The 1/2″ PVC plug is located before the filter and after the permeate flush port, as shown in the picture. The plug should be removed and a chemical injector should be installed in its place when using a chemical injection system.
MKT 547 D
Page 12 of 40
N SERIES SYSTEMS COME STANDARD WITH A CHEMICAL INJECTION ELECTRICAL PLUG. THIS PLUG IS INTENDED ONLY FOR CHEMICAL INJECTION PUMPS. DO NOT USE THIS PLUG FOR ANYTHING OTHER THAN ITS INTENDED PURPOSE. DO NOT EXCEED 5 AMPS.
LOW PRESSURE SWITCH
The low pressure switch shuts off the system when the feed water pressure drops below 15 PSI, preventing damage to the pump. The system restarts automatically when there is a constant pressure of 35 PSI or more.
PUMP
The N Series systems use a multi-stage centrifugal stainless steel pump. If any damage occurs to your system’s pump, contact your local dealer or distributor and inform them of your system and pump model.
NEVER RUN THE PUMP DRY. OPERATING THE PUMP WITHOUT SUFFICIENT FEED FLOW WILL CAUSE DAMAGE OR FAILURE.
PUMP THROTTLE VALVE
The pump throttle valve is installed as a standard feature on the N Series Reverse Osmosis Systems. It provides an adjustment for pump pressure. As the feed water temperature decreases, and/or the feed water TDS increases, the system will require a higher operating pressure to produce the specified permeate flow.
To decrease the pressure, turn the handle clockwise. To increase the pressure, turn the handle counter clockwise as shown below.
DECREASE PRESSURE
MKT 547 D
INCREASE PRESSURE
Page 13 of 40
PUMP PRESSURE GAUGE
The pump pressure gauge measures the pressure of the water as it exits the pump to enter the first membrane in the system.
MEMBRANES
The reverse osmosis system is equipped with AXEON HE Series RO membranes. These membranes separate impurities from water through the reverse osmosis process.
PERMEATE FLOW METER
A clear acrylic analog flow meter is provided to measure the amount of product water the RO system is producing as gallons/liters per minute.
CONCENTRATE FLOW METER
A clear acrylic analog flow meter is provided to measure the amount of wastewater the RO system is sending to the drain as gallons/liters per minute. The concentrate flow meter is equipped with an integrated needle valve to control flow and pressure through the system.
CONCENTRATE RECYCLE FLOW METER
Water that would normally go down the drain as waste is diverted back into the system before the pump for reprocessing, thus increasing the system’s percent of recovery. The concentrate recycle flow meter measures the amount of water the system is recycling as gallons/liters per minute. The concentrate recycle flow meter is equipped with an integrated needle valve to control the amount of concentrate water being recycled through the system.
RECYCLING CONCENTRATE WATER WILL INCREASE THE DISSOLVED SOLIDS IN THE WATER BEING PROCESSED BY THE MEMBRANES THUS AFFECTING THE PERMEATE QUALITY. EXCESSIVE RECYCLING MAY CAUSE PREMATURE FOULING OR SCALING OF THE MEMBRANE ELEMENTS.
MKT 547 D
Page 14 of 40
MEMBRANE INFORMATION
N Series reverse osmosis systems come standard with HE Series Low Energy membranes. General membrane element performance characteristics are listed on the following membrane specification chart.
MEMBRANE ELEMENT SPECIFICATIONS
HE Series Ultra Low Energy Membranes (Standard)
Membrane Type: Polyamide Thin Film Composite
pH Range, Short Term Cleaning (30 Min.): 2 12
Maximum Operating Temperature: 113°F (45°C)
Maximum Feed Silt Density Index (SDI): 5
Maximum Operating Pressure: 400 psi (27.58 bar)
Chlorine Tolerance: 0 ppm
pH Range, Continuous Operation*: 3 10
Maximum Feed Flow Rate (gpm): 14
*Maximum temperature for continuous operations above pH 10 is 95 °F (35 °C).
Product Specifications
Dimension inch / mm
Part Number
Description
Applied Pressure psi / bar
Permeate Flow Rate gpd / lpd
A
B
C
D
211064 HE 4040
100 / 6.9
2400 / 9084.99 40 / 1016.00 1.04 / 26.50 0.75 / 19.05 3.90 / 99.20
Warranty Evaluation Test Conditions: Permeate flow and salt rejection based on the following test conditions 550 ppm, filtered and dechlorinated municipal tap water, 77°F / 25°C, 15% recovery and the specified operating pressure. Minimum salt rejection is 96%. Permeate
flows for warranty evaluation may vary +/20%. Maximum pressure drop at 15 psig / 0.9 bar.
All 4040 elements fit nominal 4.00″ I.D. membrane housings. Proper start-up of reverse osmosis water treatment systems is essential to prepare the membranes for operating service and to prevent membrane damage due to overfeeding or hydraulic shock. Before initiating system start-up procedures, membrane pretreatment, loading of the membrane elements, instrument calibration and other system checks should be completed.
Avoid any abrupt pressure or crossflow variations on the spiral elements during start-up, shutdown, cleaning or other sequences to prevent possible membrane damage. During start-up, a gradual change from a standstill to operating state is recommended as follows:
Feed pressure should be increased gradually over a 30 60 second time frame. Cross flow velocity at set operating point should be achieved gradually over 15 20 seconds. Permeate obtained from first hour of operation should be discarded. Maximum pressure drop across an entire single membrane pressure vessel (housing) can be up to 15 psi / 1.03 bar. Avoid static permeate side backpressure at all times. Under certain conditions, the presence of free chlorine, chloramines and other oxidizing agents will cause premature membrane failure. Since oxidation damage is not covered under warranty, the manufacturer recommends removing all oxidizing agents by pretreatment prior to membrane exposure. Please contact the manufacturer or your supplier for more information.
MKT 547 D
Page 15 of 40
Do not use this initial permeate for drinking water or food preparation. Keep elements moist at all times after initial wetting. To prevent biological growth during prolonged system shutdowns, it is recommended that membrane elements be immersed in a preservative solution. Rinse out the preservative before use. For membrane warranty details, please contact the manufacturer or your supplier for more information.
If operating limits and guidelines given in this product specification sheet are not strictly followed, the warranty will be null and void. The customer is fully responsible for the effects of incompatible chemicals and lubricants on elements. Use of any such chemicals or lubricants will void the warranty. These membranes may be subject to drinking water application restrictions in some countries; please check the application status before use and sale. The use of this product in and of itself does not necessarily guarantee the removal of cysts and pathogens from water. Effective cyst and pathogen reduction is dependent on the complete system design and on the operation and maintenance of the system.
No freedom from infringement of any patent owned by the manufacturer or others is to be inferred. Because use conditions and applicable laws may differ from one location to another and may change with time, customer is responsible for determining whether products and the information in this document are appropriate for customer’s use and for ensuring that customer’s workplace and disposal practices are in compliance with applicable laws and other governmental enactments. The claims made may not have been approved for use in all countries. The manufacturer assumes no obligation or liability for the information in this document. NO WARRANTIES ARE GIVEN; ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE ARE EXPRESSLY EXCLUDED.
MKT 547 D
Page 16 of 40
MEMBRANE PERFORMANCE
N Series Reverse Osmosis Systems are designed to produce 2,000 GPD at 77°F (nominal) of permeate water per membrane at 98.5% rejection under the proper conditions. For example, the N 8000 produces 8,000 gallons per day of permeate water at the listed operating test conditions.
REJECTION
The amount of total dissolved solids (TDS) rejected by the membrane is expressed as a percentage. N Series reverse osmosis systems are designed to reject up to 98.5% NaCl depending on feed water chemistry. A 98.5% rejection rate means that 98.5% of total dissolved solids do not pass through the membrane. To calculate the percent of rejection, use the following formula:
FEED TDS – PERMEATE TDS
% REJECTION =
FEED TDS
×100
Example:
550
TDS – 8.25 550 TDS
TDS
×100
=
98.5%
REJECTION
RECOVERY
The amount of permeate water recovered for use is expressed as a percentage. To calculate percent of recovery, use the following formula:
%
RECOVERY =
PRODUCT WATER FLOW RATE FEED WATER FLOW RATE
×100
Example:
5.55 8.55
GPM GPM
×100
=
65%
RECOVERY
ALL FLOW RATES MUST BE EXPRESSED IN THE SAME UNITS, TYPICALLY GALLONS PER MINUTE (GPM).
MKT 547 D
Page 17 of 40
SYSTEM INSTALLATION
MOUNTING
When choosing a location to install the system, select an area with enough room to remove the membranes and easily access components and connections. Make sure there is enough room for service to be performed on the system. Take into consideration where your electrical power supply is located and where the nearest drain is located. Do not install system in direct sunlight or subject the system to temperature extremes and/or excess humidity.
The N Series system should be secured in compliance with state and local regulations.
FEED WATER CONNECTION
Attach the water supply plumbing to the 1″ FNPT solenoid valve labeled “FEED”.
N SERIES SYSTEMS MUST HAVE A FEED WATER LINE TO THE SYSTEM NO LESS THAN 1″. USING SMALLER LINE SIZES WILL CAUSE PRESSURE FLUCTUATIONS AND POSSIBLY AFFECT THE PUMP PERFORMANCE.
MKT 547 D
Page 18 of 40
PERMEATE WATER (PRODUCT) CONNECTION
Locate the 1/2″ quick connection (N 2000 and N 4000) or 1″ union (N 6000 thru N 16000) on the outlet of the permeate flow meter labeled “PERMEATE”, and run plumbing to a storage tank.
THE PH OF THE REVERSE OSMOSIS PERMEATE WATER WILL TYPICALLY BE 1-2 POINTS LOWER THAN THE FEED WATER PH. A LOW PH CAN BE VERY AGGRESSIVE TO SOME PLUMBING MATERIALS SUCH AS COPPER PIPING.
CONCENTRATE WATER (WASTE) CONNECTION
Locate the 1/2″ quick connection (N 2000 and N 4000) or 1″ union (N 6000 thru N 16000) on the outlet of the concentrate flow meter labeled “CONCENTRATE”, and run plumbing to a drain. It is advised that an airbreak be used on the concentrate line to prevent siphoning of water from the pressure vessels when the system is in standby.
ANY RESTRICTIONS OR BLOCKAGE IN THE DRAIN LINE CAN CAUSE BACKPRESSURE, WHICH WILL INCREASE THE SYSTEM’S OPERATING PRESSURE. THIS CAN RESULT IN DAMAGE TO THE SYSTEM’S MEMBRANES AND COMPONENTS.
MKT 547 D
Page 19 of 40
ELECTRICAL
N Series systems are available in 220V/60HZ/1PH. Each N Series system is equipped with an 8 foot electrical cord.
It is best that the N Series system be wired to a dedicated electrical circuit. Ensure that the electrical circuit supplying the system is compatible with the requirements of the specific N – Series model you are installing.
TO REDUCE THE RISK OF ELECTRICAL SHOCK, THE INCOMING POWER SUPPLY MUST INCLUDE A PROTECTIVE EARTH GROUND.
IT IS RECOMMENDED THAT A LICENSED ELECTRICIAN WIRE YOUR SYSTEM IN ACCORDANCE WITH LOCAL AND NATIONAL ELECTRICAL CODES (NEC).
HIGH PRESSURE SWITCH
N-Series systems are controlled with a normally closed high pressure switch to be used with a bladder tank or a float valve. The high pressure switch turns the system off when the pressure reaches 60psi and turns on when the pressure drops below 40psi.
LIQUID LEVEL (FLOAT) SWITCH FOR ATMOSPHERIC TANKS
Although controlled with a permeate high pressure switch, a float switch can be installed to work in conjuction with the high pressure switch. The liquid level switch turns the system on when the water level in the tank drops, and off when the tank is full. Liquid level switches can be obtained by your local dealer or distributor. If a liquid level switch is to be used, install it at this time. To install a normally closed float switch, locate the high pressure switch (Item 15) and remove the the red wire from terminal 2 and relocate it to terminal 4. Cut the float switch pigtails and strip back ½” of each of the wire insulations. Install the float switch leads to terminals 2 and 3. See electrical diagram below.
MKT 547 D
Page 20 of 40
MEMBRANE INFORMATION AND HANDLING
ALL PRESSURE GAUGES MUST READ ZERO BEFORE BEGINNING THIS PROCEDURE. TURN THE SYSTEM OFF, DISCONNECT THE POWER, AND BLEED ALL WATER PRESSURE FROM THE SYSTEM
THE BRINE SEAL MUST BE IN THE CORRECT POSITION FOR EACH MEMBRANE HOUSING IN ORDER FOR THE MEMBRANE TO FUNCTION CORRECTLY.
Pay close attention to the flow direction arrows on the membrane housings when installing new membranes. Refer to the following chart:
N 2000
N 4000
N 6000
N 8000
N 12000
N 16000
MKT 547 D
Page 21 of 40
MEMBRANE INSTALLATION / REPLACEMENT
WEAR GLOVES FOR THE FOLLOWING STEPS IN ORDER NOT TO CONTAMINATE THE MEMBRANE.
1. Remove the permeate plumbing and/or fittings from the permeate port of the top end plug on the pressure vessel. Unscrew and remove the two locking crescents using a #5 Hex wrench. Use a ½” x 6″ PVC nipple (or similar material) and thread it into the end plug permeate port to hand tightness. Pull the pipe outward to remove the end plug. If the pressure vessel has been in operation for an extended time, a slight rocking motion or forceful tug may be required. Set the end plug aside in a clean area where the O-ring will not pick up dirt or debris.
2. Remove the membrane bag containing the membrane element from the shipping box. 3. Cut the bag open as close as possible to the seal at the end of the bag, so the bag may
be re-used if necessary. 4. Make sure that all parts are clean and free from dirt. Examine the brine seal and permeate
tube for nicks or cuts. Replace the O-rings or brine seal if damaged. 5. Remove the old membranes from the pressure vessels. Use long nose pliers to pull the
old membrane out of the pressure vessel. 6. Lubricate the brine seal and O-rings on the new membranes with a nonpetroleum based
lubricant, such as Dow Corning® 111. Do not use a petroleumbased lubricant. 7. Apply the same lubricant to the inside of the pressure vessel below the groove for the
locking crescents, where the membrane brine seal will make contact when inserted. 8. Install membranes with brine seal location depicted in the membrane flow chart on the
previous page.
MKT 547 D
Page 22 of 40
9. When loading a membrane brine seal first, insert the membrane at a slight angle while gently rotating, being careful not to tear or flip the brine seal. With a smooth and constant motion, carefully push the membrane into the pressure vessel. A slow twisting motion should be used while inserting the membrane to ensure the brine seal stays in place. If there is considerable resistance when attempting to insert the membrane remove it and re-lube the brine seal and pressure vessel entrance as necessary. Pushing the membrane into the pressure vessel forcefully will cause the brine seal to flip at which point the membrane will no longer operate properly.
10. The membrane should stop when fully seated on the bottom end plug. 11. Reassemble the top end plugs.
MAKE SURE THE O-RINGS AND END PLUGS ARE FREE FROM DIRT AND DEBRIS BEFORE RE-INSTALLING. DIRT AND OTHER FOREIGN MATERIALS LEFT ON THE END PLUGS CAN CAUSE LEAKS AND/OR DAMAGE THE MEMBRANES AND CAUSE CONTAMINATION.
12. Reinstall the end plugs by gently and evenly pushing them onto the pressure vessel. Ensure that you do not pinch or fatigue any O-rings while reinstalling the end plug. Push the end plug in until it is seated just below the groove for the locking crescents.
13. Reinstall the locking crescents and securely tighten the screws. 14. Reconnect any fittings that may have been disconnected when the pressure vessels were
disassembled. 15. To startup the system, please refer to the System Purging/Initial StartUp section of this
User’s Manual.
THE MEMBRANES MUST BE FLUSHED FOR AT LEAST 1 HOUR TO REMOVE THE PRESERVATIVE FROM THE MEMBRANE. DISCARD ALL OF THE PERMEATE PRODUCED DURING THE FLUSH PERIOD.
MKT 547 D
Page 23 of 40
SYSTEM PURGING / INITIAL START UP
CAREFULLY INSPECT YOUR SYSTEM BEFORE INITIAL START UP. CHECK THAT ALL THE PLUMBING AND ELECTRICAL CONNECTIONS ARE IN PLACE AND SECURELY FASTENED.
LEAVE THE POWER TO THE SYSTEM OFF UNTIL STEP 8 OF THIS PROCEDURE.
1. Redirect permeate water to the drain for this procedure. 2. Fully open the concentrate valve. (counterclockwise). 3. Fully close the recycle valve. (clockwise).
4. Fully open the throttle valve by turning it counterclockwise. Refer to pg. 13 for throttle valve instruction.
5. Open the small lever located on the top of the inlet solenoid valve (shown below).
6. Turn the feedwater on and let the system purge until there are no visible air bubbles in the concentrate flow meter.
7. Close the small lever on the top of the solenoid valve. 8. Turn the system on. Adjust the pump throttle valve, concentrate valve, and the recycle valve
to allow the system to run at the designed flows and pressures. 9. Allow the system to run uninterrupted for at least 1 hour to flush the preservative solution
from the system. 10. Inspect the system for leaks. 11. After 1 hour, shut down the system. 12. Re-direct the permeate water back to the tank and then turn the system back on. 13. Using the Reverse Osmosis System Operation Log provided on page 28, record your
system’s readings daily for a week. After a week, record the readings at a minimum of once a week. It is suggested to make several copies of this sheet for future use before recording initial readings.
MKT 547 D
Page 24 of 40
FLUSHING THE SYSTEM
As time progresses, the efficiency of the membrane will be reduced. In general, the salt rejection does not change significantly until two or three years after installation when operated on properly pretreated feed water. The permeate flow rate will begin to decline slightly after one year of operation, but can be extended with diligent flushing and cleaning of the membranes. The system should be flushed regularly to remove sediment from the surface of the membranes. N Series systems are preprogrammed to flush for 60 seconds on shut down, 2 minutes for permeate flush and 5 minutes for manual flush.
PREPARING UNIT FOR STORAGE
If the system is to be shut down for an extended period, a membrane preservative should be used to preserve the membranes.
PRIOR TO STORING YOUR SYSTEM, THE SYSTEM SHOULD BE CLEANED WITH AXEON C 10 AND C 20 CLEANERS, FLUSHED WITH PERMEATE WATER AND M 100 SOLUTION FOR MEMBRANES TO PROTECT IT FROM BIOLOGICAL ATTACK.
THE PRESSURE VESSELS AND PLUMBING LINES OF THE SYSTEM MUST BE COMPLETELY DRAINED OR FILLED WITH 20-40% POLYGLYCOL MIX (TO PREVENT FREEZING). ANY WATER REMAINING IN THE PLUMBING OF A SYSTEM MAY FREEZE, CAUSING SERIOUS DAMAGE.
1. Completely immerse the elements in the membrane housings using 2% M 100 solution*.
*For cold weather/winter storage add 20 – 40% by weight Polyglycol to the 2% M 100 solution. Add Polyglycol AFTER the 2% M 100 solution has been mixed.
2. Separate the preservative solution from the air outside by closing all valves. Any contact with oxygen will oxidize the M 100 solution.
3. Check the pH once a week. When the pH becomes 3 or lower, change the preservation solution.
4. Repeat this process at least once a month.
MKT 547 D
Page 25 of 40
TEMPERATURE CORRECTION FACTORS FOR MEMBRANES
A membrane’s stated permeate production rate is based on a water temperature of 77 °F degrees Fahrenheit. Temperatures above or below 77 °F will increase or decrease the membrane’s production rate.
Find the temperature correction factor (TCF) for your water temperature on the table located on the next page. Divide the rated permeate flow by the temperature correction factor. The result is the nominal permeate flow rate the system should achieve at actual water temperature. Permeate flow should be within 20% of the rated production, after correcting the feed water temperatures above or below 77 °F. Check your permeate flow meter to determine the permeate flow rate.
Example:
5 GPM at 59 ºF
5 GPM 1.422 = 3.52 GPM
5 GPM at 77 ºF
5
GPM 1
=
5
GPM
5 GPM at 84 ºF
5 GPM .892 = 5.62 GPM
MKT 547 D
Page 26 of 40
TEMPERATURE CORRECTION TABLE
Temperature °F (°C)
50.0 (10.0)
Temperature Temperature
Correction
°F (°C)
Factor
1.711
57.2 (14.0)
Temperature Correction Factor
1.475
Temperature °F (°C)
64.4 (18.0)
Temperature Correction Factor
1.276
Temperature Temperature
°F (°C)
Correction
Factor
71.6 (22.0)
1.109
Temperature °F (°C)
78.8 (26.0)
Temperature Correction Factor
0.971
50.2 (10.1)
1.705
57.4 (14.1)
1.469
64.6 (18.1)
1.272
71.8 (22.1)
1.105
79.0 (26.1)
0.968
50.4 (10.2)
1.698
57.6 (14.2)
1.464
64.8 (18.2)
1.267
72.0 (22.2)
1.101
79.2 (26.2)
0.965
50.5 (10.3)
1.692
57.7 (14.3)
1.459
64.9 (18.3)
1.262
72.1 (22.3)
1.097
79.3 (26.3)
0.962
50.7 (10.4)
1.686
57.9 (14.4)
1.453
65.1 (18.4)
1.258
72.3 (22.4)
1.093
79.5 (26.4)
0.959
50.9 (10.5)
1.679
58.1 (14.5)
1.448
65.3 (18.5)
1.254
72.5 (22.5)
1.090
79.7 (26.5)
0.957
51.1 (10.6)
1.673
58.3 (14.6)
1.443
65.5 (18.6)
1.249
72.7 (22.6)
1.086
79.9 (26.6)
0.954
51.3 (10.7)
1.667
58.5 (14.7)
1.437
65.7 (18.7)
1.245
72.9 (22.7)
1.082
80.1 (26.7)
0.951
51.4 (10.8)
1.660
58.6 (14.8)
1.432
65.8 (18.8)
1.240
73.0 (22.8)
1.078
80.2 (26.8)
0.948
51.6 (10.9)
1.654
58.8 (14.9)
1.427
66.0 (18.9)
1.236
73.2 (22.9)
1.075
80.4 (26.9)
0.945
51.8 (11.0)
1.648
59.0 (15.0)
1.422
66.2 (19.0)
1.232
73.4 (23.0)
1.071
80.6 (27.0)
0.943
52.0 (11.1)
1.642
59.2 (15.1)
1.417
66.4 (19.1)
1.227
73.6 (23.1)
1.067
80.8 (27.1)
0.940
52.2 (11.2)
1.636
59.4 (15.2)
1.411
66.6 (19.2)
1.223
73.8 (23.2)
1.064
81.0 (27.2)
0.937
52.3 (11.3)
1.630
59.5 (15.3)
1.406
66.7 (19.3)
1.219
73.9 (23.3)
1.060
81.1 (27.3)
0.934
52.5 (11.4)
1.624
59.7 (15.4)
1.401
66.9 (19.4)
1.214
74.1 (23.4)
1.056
81.3 (27.4)
0.932
52.7 (11.5)
1.618
59.9 (15.5)
1.396
67.1 (19.5)
1.210
74.3 (23.5)
1.053
81.5 (27.5)
0.929
52.9 (11.6)
1.611
60.1 (15.6)
1.391
67.3 (19.6)
1.206
74.5 (23.6)
1.049
81.7 (27.6)
0.926
53.1 (11.7)
1.605
60.3 (15.7)
1.386
67.5 (19.7)
1.201
74.7 (23.7)
1.045
81.9 (27.7)
0.924
53.2 (11.8)
1.600
60.4 (15.8)
1.381
67.6 (19.8)
1.197
74.8 (23.8)
1.042
82.0 (27.8)
0.921
53.4 (11.9)
1.594
60.6 (15.9)
1.376
67.8 (19.9)
1.193
75.0 (23.9)
1.038
82.2 (27.9)
0.918
53.6 (12.0)
1.588
60.8 (16.0)
1.371
68.0 (20.0)
1.189
75.2 (24.0)
1.035
82.4 (28.0)
0.915
53.8 (12.1)
1.582
61.0 (16.1)
1.366
68.2 (20.1)
1.185
75.4 (24.1)
1.031
82.6 (28.1)
0.913
54.0 (12.2)
1.576
61.2 (16.2)
1.361
68.4 (20.2)
1.180
75.6 (24.2)
1.028
82.8 (28.2)
0.910
54.1 (12.3)
1.570
61.3 (16.3)
1.356
68.5 (20.3)
1.176
75.7 (24.3)
1.024
82.9 (28.3)
0.908
54.3 (12.4)
1.564
61.5 (16.4)
1.351
68.7 (20.4)
1.172
75.9 (24.4)
1.021
83.1 (28.4)
0.905
54.5 (12.5)
1.558
61.7 (16.5)
1.347
68.9 (20.5)
1.168
76.1 (24.5)
1.017
83.3 (28.5)
0.902
54.7 (12.6)
1.553
61.9 (16.6)
1.342
69.1 (20.6)
1.164
76.3 (24.6)
1.014
83.5 (28.6)
0.900
54.9 (12.7)
1.547
62.1 (16.7)
1.337
69.3 (20.7)
1.160
76.5 (24.7)
1.010
83.7 (28.7)
0.897
55.0 (12.8)
1.541
62.2 (16.8)
1.332
69.4 (20.8)
1.156
76.6 (24.8)
1.007
83.8 (28.8)
0.894
55.2 (12.9)
1.536
62.4 (16.9)
1.327
69.6 (20.9)
1.152
76.8 (24.9)
1.003
84.0 (28.9)
0.892
55.4 (13.0)
1.530
62.6 (17.0)
1.323
69.8 (21.0)
1.148
77.0 (25.0)
1.000
84.2 (29.0)
0.889
55.6 (13.1)
1.524
62.8 (17.1)
1.318
70.0 (21.1)
1.144
77.2 (25.1)
0.997
84.4 (29.1)
0.887
55.8 (13.2)
1.519
63.0 (17.2)
1.313
70.2 (21.2)
1.140
77.4 (25.2)
0.994
84.6 (29.2)
0.884
55.9 (13.3)
1.513
63.1 (17.3)
1.308
70.3 (21.3)
1.136
77.5 (25.3)
0.991
84.7 (29.3)
0.882
56.1 (13.4)
1.508
63.3 (17.4)
1.304
70.5 (21.4)
1.132
77.7 (25.4)
0.988
84.9 (29.4)
0.879
56.3 (13.5)
1.502
63.5 (17.5)
1.299
70.7 (21.5)
1.128
77.9 (25.5)
0.985
85.1 (29.5)
0.877
56.5 (13.6)
1.496
63.7 (17.6)
1.294
70.9 (21.6)
1.124
78.1 (25.6)
0.982
85.3 (29.6)
0.874
56.7 (13.7)
1.491
63.9 (17.7)
1.290
71.1 (21.7)
1.120
78.3 (25.7)
0.979
85.5 (29.7)
0.871
56.8 (13.8)
1.486
64.0 (17.8)
1.285
71.2 (21.8)
1.116
78.4 (25.8)
0.977
85.6 (29.8)
0.869
57.0 (13.9)
1.480
64.2 (17.9)
1.281
71.4 (21.9)
1.112
78.6 (25.9)
0.974
85.8 (29.9)
0.866
°F=(°C x 9/5) + 32
Corrected Flow Rate= (Measured Flow Rate) * (TCF @ Feed Water Temp.)
MKT 547 D
Page 27 of 40
REVERSE OSMOSIS SYSTEM OPERATION LOG
MKT 547 D
Page 28 of 40
TROUBLESHOOTING CHART
SYMPTOMS Low Inlet Pressure Low Permeate Flow High permeate flow Poor permeate quality
Membrane fouling
POSSIBLE CAUSES
CORRECTIVE ACTION
Low supply pressure
Increase inlet pressure
Cartridge filters plugged
Change filters
Leaks
Fix any visible leaks
Low inlet flow
Adjust concentrate valve
Low operating pressure
See low inlet pressure
Cold feed water
See temperature correction sheet
Defective membrane brine seal
Inspect and/or replace brine seal
Fouled or scaled membrane
Exceeding maximum feed water temperature
Damaged or oxidized membrane
Clean membranes See temperature correction sheet Replace membrane
Damage product tube O-rings
Inspect and/or replace
Damaged or oxidized membrane Metal Oxide Fouling
Colloidal Fouling Scaling (CaSO4, CaSO3, BaSO4, SiO2)
Biological Fouling
Organic Fouling Chlorine Oxidation Abrasion of membrane by Crystalline Material
Replace membrane
Improve pretreatment to remove metals. Clean with acid cleaners. Optimize pretreatment for colloid removal. Clean with high pH anionic cleaners. Increase acid addition and antiscalant dosage for CaCO3 and CaCO4. Reduce recovery. Clean with acid cleaners Shock dosage of Sodium Bi-Sulfate. Continuous feed of Sodium Bi-Sulfate at reduced pH. Chlorination and dechlorination. Replace cartridge filters. Activated Carbon or other pretreatment. Clean with high pH cleaner.
Check chlorine feed equipment and de-chlorination system.
Improve pretreatment. Check all filters for media leakage.
TECHNICAL ASSISTANCE
If technical assistance is required: Contact your local dealer or distributor Prior to making the call, have the following information available: System installation date Serial number Daily log sheets Current operating parameters (e.g., flow, operating pressures, pH, etc.) Detailed description of the problem
MKT 547 D
Page 29 of 40
AX 8000 CONTROLLER SPECIFICATIONS AND INSTRUCTIONS
CONTROLLER SPECIFICATIONS
Inputs Tank Level Switches
Inlet Pressure Switch Pretreat Lockout Switch Controller Power Permeate Conductivity Output Circuit Ratings Feed Solenoid Flush Solenoid Motor Circuit Protection Relay Fuse
Other Dimensions
Weight Environment
(2) Normally-Closed. Preprogrammed with a single level switch prewired to a High Pressure switch. The Tank, Low Pressure and Pretreat inputs are 50% duty cycle square wave, 10VDC peak @ 10mA max. The switch inputs are dry contacts only. Applying voltage to these terminals will damage the controller. Normally-Open. Normally-Closed. 110-120/208-240 VAC, 60/50Hz (Range: 110-240 VAC) 0-3000 PPM, 0-6000 µs (standard sensor, CP-1, K=.75)
1A. Voltage is the same as motor/supply voltage. 1A. Voltage is the same as motor/supply voltage. 1.0 HP/110-120V, 2.0 HP/208-240V.
F1, 5x20mm, 2 Amp, BelFuse 5ST 2-R Note: The fuse shown above is for supplemental protection only. Branch circuit protection and disconnect means must be provided externally. See Field Wiring Diagram for Branch Circuit protection requirements.
7″ tall, 7″ wide, 4″ deep. Nema 4X* Polycarbonate Hinged Enclosure. 2.6 lb. (Basic Configuration). 0-50°C, 10-90%RH (non-condensing). *Note: After our modification the enclosure rating is Nema 1.
MKT 547 D
Page 30 of 40
SIMPLIFIED SCHEMATICS
MKT 547 D
Page 31 of 40
CONTROLLER OVERVIEW
MKT 547 D
Page 32 of 40
MANUFACTURER’S DRAWINGS
N 2000 FLOW DIAGRAM
MKT 547 D
Page 33 of 40
N 4000 FLOW DIAGRAM
MKT 547 D
Page 34 of 40
N 6000 FLOW DIAGRAM
MKT 547 D
Page 35 of 40
N 8000 FLOW DIAGRAM
MKT 547 D
Page 36 of 40
N 12000 FLOW DIAGRAM
MKT 547 D
Page 37 of 40
N 16000 FLOW DIAGRAM
MKT 547 D
Page 38 of 40
SYSTEM WARRANTY
OneYear Limited Warranty
Warranty Terms
Subject to the terms and conditions set forth hereinafter, the manufacturer (hereafter “Manufacturer”) warrants to the original purchaser (hereafter the “Customer”) that the systems and products manufactured by the Manufacturer are free from defects in material and in workmanship for twelve (12) months from the Warranty Commencement Date (as defined below) only when used strictly in accordance with the applicable operating instructions and within the range of the operating conditions specified by the Manufacturer for each such product.
This Warranty does not extend to systems, equipment, or components manufactured by others, nor to systems, equipment, or components manufactured by others and distributed by the Manufacturer. This Warranty does not extend to equipment or components manufactured by others which have been incorporated into a Manufacturer product but, if allowable the, Manufacturer hereby assigns, without warranty, to the Customer its interest, if any, under any Warranty made by the Manufacturer of such equipment or component. This Warranty does not cover disposable items such as fuses, O-rings, regeneration materials/chemicals, or other such disposable items, which must be replaced periodically under the normal and foreseeable operating conditions of the goods warranted hereby.
Warranty Commencement Date
The Warranty Commencement Date for each Manufacturer product shall be the later of the date of: (1) receipt by the Customer, or (2) the date of installation at the Customer’s premises provided that such installation must occur within three (3) months of shipment from the Manufacturer’s manufacturing facility. In no event shall the Warranty Commencement Date exceed three (3) months from the shipment from the Manufacturer’s manufacturing facility. The Customer shall provide proof of purchase in order to exercise rights granted under this Warranty. If requested by the Manufacturer, the Customer must also provide proof of the installation date.
Warranty Service
THE MANUFACTURER’S OBLIGATION UNDER THIS WARRANTY IS LIMITED TO THE REPAIR OR REPLACEMENT (AT MANUFACTURER’S SOLE DISCRETION) OF ANY PRODUCT, OR COMPONENT THEREOF, PROVED TO BE DEFECTIVE IN MATERIAL OR WORKMANSHIP WITHIN THE COVERED WARRANTY PERIOD.
The Customer, at the Customer’s risk and expense, shall be responsible for returning such product or component, only after obtaining a Return Goods Authorization (RGA) number from the Manufacturer, arranging for freight prepaid, and in conformance with any special packaging and shipping instructions set forth on the operation documentation or RGA instructions, or as otherwise reasonably required, to the Manufacturer, together with (1) RGA number issued by the Manufacturer at Customer’s request; (2) proof of purchase and, if necessary, proof of installation date; (3) a Return Goods Authorization Form; (4) a description of the suspected defects; (5) the serial number of the Manufacturer product alleged to be defective; (6) a description of the type of water and pretreatment equipment which has been utilized in connection with the product, if any. The Manufacturer shall, in the Manufacturer’s reasonable discretion, be the sole judge of whether a returned product or component is defective in material or workmanship. Required or replaced products or components shall be returned surface freight. In genuine emergency situations, the Manufacturer will (at the Manufacturer’s sole discretion) forward replacement parts to the Customer without waiting for authorized return of the questionable part(s). In such cases, Customer will issue a purchase order or other payment guarantee prior to shipment. If the returned part is found to have been misused or abused, or the defective part is not received by the Manufacturer within thirty (30) days; the Customer will be invoiced for the replacement part(s) provided. This Warranty does not cover or include labor and/or travel to the Customer’s premise or location or any other location. Charges of $1000 per day plus associated travel expenses will be incurred by the Customer in providing the Warranty Service at any location other than the Manufacturer’s main headquarters; that is if the Manufacturer deems that the product is not covered by said Warranty. The Manufacturer reserves the right to precondition such travel to Customer’s premises upon prepayment of the Manufacturer’s anticipated costs of attending such premises.
MKT 547 D
Page 39 of 40
Voidability of Warranty
This Warranty shall be void and unenforceable as to any Manufacturer product which has been damaged by accident, mishandling, abuse or has been repaired, modified, altered, disassembled or otherwise tampered with by anyone other than the Manufacturer or an authorized Manufacturer service representative; or, if any replacement parts are not authorized by the Manufacturer have been used, or, the product has not been installed, operated and maintained in strict accordance and adherence with the operating documentation and manuals for such product. Any expressed Warranty, or similar representation of performance set forth in the operation documentation for media or resin incorporated into the Manufacturer product shall be void and unenforceable unless the feed water requirements set forth in the operating documentation for such product are unequivocally and strictly adhered to.
Limitations and Exclusions
THIS WARRANTY AND REMEDIES DESCRIBED HEREIN AND HEREINABOVE ARE EXCLUSIVE AND IN LIEU OF ANY AND ALL OTHER WARRANTY OR REMEDIES, EXPRESSED OR IMPLIED, INCLUDING WITHOUT LIMITATION, ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. IN NO EVENT SHALL THE MANUFACTURER BE LIABLE FOR ANY CONSEQUENTIAL, INCIDENTAL OR OTHER SIMILAR TYPES OF DAMAGES, DAMAGES FOR THE LOSS OF PRODUCTION OR PROFITS, OR INJURY TO PERSON OR PROPERTY. NO PERSON HAS ANY AUTHORITY TO BIND THE MANUFACTURER TO OTHER THAN WHAT IS SET FORTH ABOVE.
THIS WARRANTY GIVES THE CUSTOMER SPECIFIC LEGAL RIGHTS AND THE CUSTOMER MAY ALSO HAVE OTHER RIGHTS WHICH VARY FROM JURISDICTION TO JURISDICTION. THE PARTIES RECOGNIZE AND AGREE, THAT IN ALL RESPECTS THE LAWS OF THE STATE OF CALIFORNIA SHALL APPLY TO AND SHALL GOVERN ANY INTERPRETATION OR LEGAL SIGNIFICANCE OF THIS DOCUMENT.
NO WARRANTY OR OTHER LIABILITY OF THE MANUFACTURER TO CUSTOMER UNDER THIS AGREEMENT OR OTHERWISE WILL IN ANY EVENT EXCEED THE COST OF REPLACEMENT OF THE APPLICABLE MANUFACTURER PRODUCT, PART, OR ACCESSORY THAT IS SUBJECT TO ANY BREACH OF THE MANUFACTURER’S WARRANTY. THE MANUFACTURER WILL NOT BE LIABLE FOR ANY DAMAGE TO ANY PROPERTY OF CUSTOMER OR TO CUSTOMER’S CUSTOMERS FOR ANY CONSEQUENTIAL, INCIDENTAL, OR ECONOMIC LOSS OR COMMERCIAL DAMAGE WHATSOEVER. REMEDIES HEREIN PROVIDED ARE EXPRESSLY MADE THE SOLE AND EXCLUSIVE REMEDIES FOR BREACH OF ANY WARRANTY OR OTHER OBLIGATION HEREUNDER EXPRESS OR IMPLIED OR FROM THE OPERATION OF LAW.
MKT 547 D
Page 40 of 40
Documents / Resources
 |
MKT N - Series Reverse Osmosis System [pdf] User Manual 547, N - Series Reverse Osmosis System, N - Series, Reverse Osmosis System, Osmosis System, System |