CB Tech WaterBox User manual

Page 1 of 20
CB Tech WaterBox™
Mobile Water Filtration System
Operation Manual
CB Tech Tel: [phone]
7251 Cathedral Rock Drive www.CarbonBlockTech.com
Las Vegas, NV 89128 [e-mail]
01411 Rev -

Page 2 of 20
QUICK START GUIDE
REFER TO THE FOLLOWING PAGES FOR DETAILED INSTRUCTIONS
Hose Connections
CONNECT 25’ (7.6 m) INLET HOSE CONNECT FLOAT AND PLACE
IN WATER SOURCE
CONNECT 10’ (3m) OUTLET HOSE
Power Connections
CONNECT 110V/230V GFI
PLUG TO AC POWER CABLE
CONNECT GFI PLUG TO
POWER SOURCE
PRESS “TEST” BUTTON TO VERIFY
GFI FUNCTION, THEN PRESS “RESET”
CONNECT 12V/24V DC POWER
CABLE
ATTACH POWER CABLE TO
BATTERY
OR USE 12 VDC CIGARETTE LIGHTER
ADAPTER
Operation
SWITCH TO LEFT FOR AC POWER
SWITCH TO RIGHT FOR DC POWER
SWITCH TO CENTER FOR OFF
DEPRESS RED BUTTON TO PURGE
AIR FROM EACH HOUSING
USE OUTLET VALVE TO CONTROL
WATER FLOW
1
2
3
1
2
3
2
3
1
2
3
DC Power
AC Power
1

Page 3 of 20
TROUBLESHOOTING
SYSTEM DOES NOT RUN:
1. CHECK POSITION OF POWER SWITCH ON ELECTRICAL CONTROL PANEL
2. VERIFY POWER SOURCE VOLTAGE MATCHES SWITCH SETTING
3. FOR AC POWER (120 VAC/230 VAC) CYCLE THE GFI SWITCH (PRESS “TEST” BUTTON
THEN “RESET” BUTTON)
4. DISCONNECT POWER AND CHECK ALL WIRING CONNECTIONS (INCLUDING THAT
BETWEEN POWER SUPPLY CONTROL BOX AND PUMP)
5. IF PUMP IS HOT FROM PREVIOUS USAGE, ALLOW TO COOL (PUMP’S THERMAL
PROTECTION SWITCH WILL DISABLE POWER TO PREVENT DAMAGE)
SYSTEM DOES NOT PRIME (NO SUCTION):
1. CHECK HEIGHT OF PUMP ABOVE WATER SOURCE. IF HEIGHT IS MORE THAN 14’
(4.3M) PUMP MUST BE MANUALLY PRIMED
2. CONFIRM INLET HOSE, OUTLET HOSE AND BOTH WATER INTAKES ARE FREE FROM
OBSTRUCTION
3. CHECK ALL HOSE CONNECTIONS BETWEEN PUMP AND WATER SOURCE FOR LEAKS
(APPLY PETROL-GEL TO O-RINGS IF NECESSARY)
4. CONFIRM PUMP INLET STRAINER IS CLEAR OF DEBRIS (SEE Figure 6)
5. WITH THE PUMP TURNED ON, PRESS AND HOLD THE AIR PRESSURE RELIEF VALVE
ON THE FIRST STAGE I FILTER HOUSING UNTIL THE PUMP IS PRIMED (SEE Figure 7)
SYSTEM PRODUCES WEAK FLOW (< 0.50 GPM):
1. VERIFY (VIA PRESSURE DROP) THAT THE FILTERS HAVE NOT REACHED THEIR
USEFUL LIFE
2. CHECK ALL PLUMBING CONNECTIONS FOR LEAKS (APPLY PETROL-GEL TO O-RINGS
IF NECESSARY)
3. CONFIRM INLET HOSE, OUTLET HOSE AND WATER INTAKE ARE FREE FROM
OBSTRUCTION
4. CONFIRM THE STAGE I AND STAGE II FILTER HOUSINGS HAVE BEEN PURGED OF
TRAPPED AIR
5. CONFIRM PUMP INLET STRAINER IS CLEAR OF DEBRIS (SEE Figure 6)
6. USE CAUTION TO VERIFY PUMP IS NOT OVERHEATING, IF SO ALLOW PUMP TO
COOL

Page 4 of 20
Table of Contents
I. Scope ...................................................................................................................5
II. Principle of Operation ...........................................................................................5
III. List of Symbols and Abbreviations ........................................................................5
IV. Technical Specifications........................................................................................6
V. System Overview ..................................................................................................7
VI. Using the CB Tech WaterBox™ Filtration System ...................................................8
A. Unpacking.........................................................................................................8
B. Power Connections ............................................................................................9
C. Operating the CB Tech WaterBox™ ..................................................................11
D. Maintaining the CB Tech WaterBox™ ................................................................14
E. System Shutdown and Storage .........................................................................17
F. Troubleshooting...............................................................................................18
VII. Appendix..........................................................................................................19
Product Warranty....................................................................................................20

Page 5 of 20
I. Scope
The CB Tech WaterBox™ is designed to remove bacteria, viruses, cysts and other
contaminants from natural water sources such as surface waters (lakes, rivers, etc.)
and groundwater. This manual describes how to install filter cartridges, start the
system, monitor and maintain the system and how to shut it down. It is important that
the user is familiar with the entire contents of this manual to ensure that the CB Tech
WaterBox™ is operated safely and properly.
II. Principle of Operation
The CB Tech WaterBox™ filtration system creates clean drinking water exceeding
potable water standards. The CB Tech Nanomesh™ filters employ a combination of
adsorption and size exclusion to remove microbial pathogens and reduce chemical
contaminants from the input water stream. Water is cleaned as it passes through the
filters; no chemicals, UV light, or heat are necessary.
The CB Tech WaterBox™ has been tested by NSF International and received a letter of
compliance from the United States Public Health Command certifying it has met the
straight requirements of protocol 248. The CB Tech Waterbox removes over 99.9999%
of bacteria, 99.99% of viruses, and 99.9% of cysts. Additionally, the CB Tech
Nanomesh™ filter media used in the CB Tech WaterBox™ has been shown to remove or
reduce a variety of other biological and chemical contaminants (see Appendix A).
The CB Tech Nanomesh™ Stage I filters are specifically designed for removing organic
compounds and suspended solids from source water. When properly monitored and
maintained, they protect the CB Tech Nanomesh™ Stage II filter and extend its
operational life.
III. List of Symbols and Abbreviations
oF –Degrees Fahrenheit
cm - Centimeter
oC –Degrees Celsius
kg –Kilogram
gpm –Gallons per minute
GFI –Ground fault interrupter
lbs –Pounds
psi –Pounds per square inch
A –Amps
in –inch(es)
VDC –Voltage - direct current
VAC –Voltage - alternating current
ft –foot/feet

Page 6 of 20
IV. Technical Specifications
System
System weight
Dry
76 lbs (30.4 kg)
Wet
83 lbs (33.6 kg)
Exterior dimensions (L x W x D)
24.9 in x 23.7 in x 13.1 in
(63.2 cm x 60.2 cm x 33.3 cm)
Electrical requirements
Voltage
12/24 VDC or 120/230 VAC
Maximum height above water
Priming
8 ft (2.4 m)
Operating
20 ft (6.1 m)
Safe to run pump dry?
Yes
Temperature range
Dry Storage
-40 - 140oF (-40 –60oC)
Operating
33 –115oF (0.5 –46oC)
Nanomesh™
Contaminant removal ability
See Appendix A
Operating water source temperature range
40 –104oF (4 –40oC)

Page 7 of 20
V. System Overview
The components of the CB Tech WaterBox™:
Item
Description
Item
Description
1
Nanomesh™ Stage I Filter #1
13
Spare Filter Cartridge Storage
2
Nanomesh™ Stage I Filter #2
14
Raw Water Intake Port
3
Nanomesh™ Stage II Filter
15
12 VDC/24 VDC Power Cable
4
Clean Water Outlet Port
16
230 VAC GFI Plug
5
Filter Housing Wrench
17
120 VAC GFI Plug
6
Pressure Gauge
18
Component Storage Bag
7
Pump Intake Strainer
19
Hose Intake Adaptor
8
Pump
20
Hose Intake Float
9
Voltage Selector Switch
21
Source Water Inlet Hose
10
DC Input Ports
22
Clean Water Outlet Hose
11
Multi-Voltage Power Supply
Not shown
12 VDC Cigarette Lighter Adapter
12
120 VAC/230 VAC Power Cable
Not shown
One-way Valve Assembly
13
5
6
7
8
9
10
11
1
2
12
4
3
22
14
21
15
20
19
18
17
16

Page 8 of 20
VI. Using the CB Tech WaterBox™ Filtration System
A. Unpacking
1. Upon receipt of the CB Tech WaterBox™, inspect the unit for any sign of damage
that may have occurred during transport. If damage is found, please report this
immediately to the shipping company and CB Tech.
2. The CB Tech WaterBox™ comes with all of the parts necessary to filter natural water
sources. Please confirm that is has the following parts:
 25’ of 3/8” wire reinforced intake hose
 10’ of 3/8” wire reinforced outlet hose
 (2) CB Tech Nanomesh™ Stage II filter cartridge (1installed, 1 spare)
 (5) CB Tech Nanomesh™ Stage I filter cartridges (2 installed, 3 spare)
 (1) 12 VDC/24 VDC power cable
 (1) Filter Housing Wrench
 (1) Float with inlet pipe and anchor
 (1) Inlet adaptor
 (1) Operation manual
 (1) Nylon mesh component storage bag
 (1) 120 VAC GFI Plug
 (1) 230 VAC GFI Plug
 (1) 12 VDC Cigarette Lighter Adapter
 (1) Petrol-Gel O-Ring Lubricant
 (1) One-way Valve Assembly
Please report any missing parts to CB Tech so replacements can be provided.

Page 9 of 20
AC
DC
Identification
Label
DC Power
Connection Ports
Power/Voltage
Selector Switch
(Center –Off)
Power Light
B. Power Connections
Multi-Voltage Power Supply
Figure 1: Multi-Voltage Power Supply
WARNING: Shock Hazard. Do not expose the multi-voltage power supply to water
such as rain, snow or spray. Do not operate with power supply cover
removed.
WARNING: Explosion hazard. Do not use in presence of flammable fumes or gases.
NOTE: The multi-voltage power supply (Figure 2) contains two voltage converters; one
for switching 120 VAC/230 VAC to 12 VDC and other for switching 24 VDC to 12 VDC.
Only one voltage converter operates at a time depending upon which input power
source is selected. Each converter is equipped with a thermostatically controlled fan
which will operate to cool the power supply when needed. The pump is protected from
excessive input voltage by an automatically resetting circuit breaker.
NOTE: The multi-voltage power supply converters have the following safety features.
 Electronic overload protection.
 Electronic overvoltage protection.
 Overheating protection.

Page 10 of 20
 Output short circuit protection.
DC Source Voltage
1. When using a DC power source, lift the protective cap
for the desired voltage (12 VDC or 24 VDC) connection.
Plug power cord or cigarette lighter adapter into
receptacle by aligning detent with plug, inserting into
receptacle and securing by twisting the locking ring
clockwise.
2. Attach the black clip to negative (-) battery terminal.
3. Attach the red clip to positive (+) battery terminal.
4. Flip power supply selector switch to the 12 VDC/24 VDC
power position (to the right) to operate pump.
5. When DC power supply is not in use, flip the power
switch to the center position (off) and disconnect the
DC cable clips from battery.
6. Remove power cord by twisting the locking ring
counter-clockwise, pulling the plug from receptacle and
allowing protective cap to close.
CAUTION: Verify power source voltage prior to the
connection with the multi-voltage power supply; only
Figure 2: DC Power
cable connection.
connect 12 VDC to 12 VDC input or 24 VDC to 24 VDC input. Improper input
voltage may cause damage to pump/power light. If pump runs at an increased speed
24 VDC has been connected to the 12 VDC input.
CAUTION: Verify polarity of voltage connections prior to turning on the system, a
reverse polarity connection (positive to negative) may damage power supply
components.
CAUTION: Make sure both battery clips are securely connected to battery terminals.
Loose connections can introduce excessive voltage drops, which may cause the cables
to overheat and could result in equipment damage or fire hazard.
AC Source Voltage
1. When using an AC power source select the appropriate GFI plug (120 VAC or 230
VAC). Connect the GFI plug to the AC power input cable by aligning plug detent

Page 11 of 20
with receptacle on cable, pushing ends together and then twisting the threaded
locking ring clockwise to secure.
2. Plug the GFI plug into an AC
power outlet.
3. Cycle the GFI plug to verify its
functionality (see below).
4. Flip power supply selector
switch to 120 VAC/230 VAC
power position (to the left) to
operate pump.
5. When AC power supply is not in
use, disconnect the GFI plug
from the power source.
6. To disconnect GFI plug, twist
the threaded securing ring in a
counter-clockwise direction and
separate the plug from the AC
power input cable. Figure 3: AC GFI power connections
CAUTION: Both GFI plugs require cycling to verify their functionality. GFI cycling is
done by pressing the “TEST” button, which should interrupt electrical power to the unit,
followed by pressing the “RESET” button to regain function. This procedure must be
repeated every time the power source is disconnected to verify GFI functionality and
reduce the possibility of electrical shock hazards for users.
CAUTION: Although the CB Tech WaterBox™ is fitted with GFI plugs for AC operation,
which reduce the possibility of electrical shock hazards, the operator should always
exercise caution when using an electrical device near water or in wet environments.
C. Operating the CB Tech WaterBox™
1. Install the two (2) CB Tech Nanomesh™ Stage I filters in the Stage I housings
(closest to pump) and the CB Tech Nanomesh™ Stage II filter in the Stage II filter
housing (farthest from pump).
2. Choose an inlet device appropriate to the water source. For either option, use the quick
disconnect fitting on the intake hose to attach the inlet device to the CB Tech
WaterBox™.
A. Option #1: Float Intake. Place the flotation device in the water source so
that the float is positioned as shown in Figure 4. The float intake is designed to
float at the surface of the water source. An anchor with an adjustable lead is
120 VAC
230 VAC

Page 12 of 20
attached to the float to accommodate different water depths. This intake device
configuration reduces the risk that the system will either draw in sediment from
the bottom of the water source or air from the surface.
Figure 4: Schematic of the use of the float intake device.
B. Option #2: Adaptor Intake. The adaptor intake is designed for drawing
water from a container or a deep body of water and is positioned as shown in
Figure 5.
Figure 5: Schematic of the use of adaptor intake device.
3. Visually confirm that the pump intake strainer is in place and
free of debris (Figure 6). The pump intake strainer must be in
place when operating the CB Tech WaterBox™ to prevent
debris from entering the pump and causing damage. The
intake strainer may be cleaned by unscrewing the clear cover
of the strainer housing, counter-clockwise, and rinsing the
screen in clean water.
4. Confirm that the CB Tech WaterBox™ electrical switch is in the
“OFF” position and connect it to the power source.
5. Place the discharge hose in the desired location and open
the discharge valve to enable the priming process.
Figure 6: Pump intake strainer
level
Anchor
To WaterBox™
Anchor
Quick disconnect
To WaterBox™
Inlet hose
Inlet
Quick disconnect

Page 13 of 20
Flip the power switch (to the left for AC power or to the right for DC power) to turn
on the pump and begin priming. If pump fails to prime after 1 min., see
troubleshooting guide on page 18.
6. After the pump is primed and water
begins filling the three filter cartridge
housings, starting with the Stage I
filter #1 and moving to the left,
depress and hold the red air release
valve button at the top of each filter
housing (Figure 7) to purge air from
the system.
7. After purging all air from the system,
allow the system to pump roughly 2
minutes to pass at least 1 gallon of
water through the filters before using
the cleaned water. This applies to
both brand new and previously used
filter cartridges.
Figure 7: Air release valves on filter housing
8. Make a note of the initial pressure reading on the gauge located on top of Stage I
filter housing #1. This information will be needed to decide when the filters need to
be changed.
OPERATIONAL NOTES
 It is normal to observe a small amount of black powder in the filtrate during the
initial flushing period.
 With brand new cartridges, the unit will operate at a flow rate of 0.5 gpm. It is
normal for the flow rate to decrease with continued use. The rate at which the flow
rate decreases will depend upon the properties of water that is being filtered. Water
containing higher levels of suspended solids and/or microbial contamination will
cause the flow rate to decrease more quickly.
 When re-priming the pump using wet cartridges, the maximum priming height may
be reduced. In this situation, pressing the air release valve button on top of the
Stage I filter #1’s housing assembly will aid in the priming process (see Figure 7). If
this fails, it may be necessary to reduce the vertical distance between the CB Tech
WaterBox™ and the water source, or use the one-way valve attachment (Figure
8) to manually prime the system.
Air release valves

Page 14 of 20
Figure 8: One-way valve attachment.
 When the vertical distance between the source water and the WaterBox™ is greater
than 8’, such as a well or steep embankment, it may be required to prime the intake
line. A one-way valve attachment is supplied to allow priming from water sources
with a vertical distance up to 20 feet. One to two gallons of water at ground level are
needed for priming.
Procedure:
1. Disconnect intake attachment from the intake hose.
2. Attach one-way valve assembly to the female fitting of the 25’ intake hose.
3. Attach the intake assembly to the one-way valve assembly.
4. Attach the male end of the intake line to the WaterBox™.
5. Place the intake line into the supplied water at ground level.
6. Turn on the WaterBox™, press the pressure relief valve on the first Stage I filter
housing to purge the air, and allow the line to be primed. All air must be purged
from the line including the internal lines connected to the pump.
7. Turn off the WaterBox™ once lines are primed.
8. Lower intake end of line into source water.
9. Turn on the WaterBox™ and operate normally.
D. Maintaining the CB Tech WaterBox™
NOTE: CB Tech Nanomesh™ Stage I and II
filters must always be used when operating
the CB Tech WaterBox™. Operation of the
system without a CB Tech Nanomesh™ Stage I
or a Stage II filter, voids the stated filtration
performance claims.
Changing the Filter Cartridges
1. Position the CB Tech WaterBox™ in normal
operating position with the carrying handle
at the top and its cover open. It may be
desirable to place it on an elevated surface
to facilitate cartridge(s) installation.

Page 15 of 20
2. With the suction hose disconnected from the WaterBox™, allow the pump to run
until all water is flushed out of the three filter housings. This system flush may take
several minutes to complete.
3. Disconnect the electrical power to the system.
4. To remove old cartridge(s), unscrew the clear filter housing by turning the housing
clockwise (when viewed from above). If the housing does not unscrew easily, use the
plastic filter housing wrench supplied with the unit to loosen the housing. If the
system has been used previously, discard the used cartridge(s) and any water that
remains in the cartridge housing(s).
5. To install a CB Tech filter cartridge
a. Remove the protective plastic wrapper from the
filter cartridge(s).
b. Apply thin film of Petrol-Gel O-Ring lubricant
(included) on both O-Rings (Figure 9).
c. Insert cartridge in the housing with the two O-
rings toward the top. The cartridge should seat
itself easily in the filter housing assembly.
d. Rinse any particulate debris out of the filter
housing taking care to verify that the threads at
the top of the housing are also clear of debris.
Figure 9: Filter cartridge with
O-ringsandSiliconeGasket
e. Check that the large black O-ring at the top of the housing is in place and free
from debris. Apply Petrol-Gel O-Ring lubricant if this O-ring appears to be dry.
f. Thread the housing back into the filter housing assembly until it is hand tight. Do
not force the cartridge or assembly. Typically, it is unnecessary to use the filter
wrench to tighten the housing. However, if there are water leaks at the top of a
housing once the system is restarted, use the housing wrench to gently tighten
the leaking filter housing.
It is recommended that you record the dates that you install new filter cartridge to help
you track the performance of your system.

Page 16 of 20
Filter Replacement Interval
CB Tech Nanomesh™ Stage I Filter:
The working life of the Stage I filter in the CB Tech WaterBox™ depends upon the
amount of total organic carbon (TOC) and suspended solids in the source water. The
Stage I filters should be changed when the system pressure gauge decreases by 10 psi
below the initial starting pressure. Therefore, it is important to make a note of the initial
pressure reading on the system pressure gauge. A typical initial pressure reading should
be in the range of 35-50 psi.
Because the first Stage I filter sees the highest particulate and TOC loads, the
procedure for replacing filters is:
1. Remove and discard the first Stage I filter,
2. Move the second Stage I filter to the first position,
3. Install a new Stage I filter in the second position.

Page 17 of 20
CB Tech Nanomesh™ Stage II Filter:
The CB Tech Nanomesh™ Stage II filter should be changed after the Stage I filters
have been changed four times.
Causes for System Shut Off
Once the system has been primed, the CB Tech WaterBox™ begins filtering water.
There are two conditions that can cause the system to automatically shut off during
filtration operations:
Excessive backpressure: The CB Tech WaterBox™ is equipped with a 70 psi bypass
valve. If the system backpressure exceeds 70 psi, a valve will open and water will
recirculate within the pump. If this occurs, check that the inlet and outlet hoses,
pump filter screen and intake adaptor are free from obstruction.
Current surge: The CB Tech WaterBox™ is equipped with a circuit breaker to protect
against an electrical current surge. If the circuit breaker trips, turn power OFF to
automatically reset the circuit breaker and then back ON to resume operations. If
the circuit breaker continues to trip, confirm that the power source is operating at
the selected voltage (12 VDC, 24 VDC, 115 VAC, or 230 VAC). If the power source is
operating correctly and the circuit breaker continues to trip, there may be a problem
with the pump. In this case, contact CB Tech for system service.
E. System Shutdown and Storage
1. When you are finished using the CB Tech WaterBox™, switch the power to the OFF
position and unplug the power cord from the power source. Remove hoses and open
valves to allow them to drain. Allow both hoses to air dry completely.
2. If there is any risk of the unit being exposed to temperatures below 32 oF (0 oC)
completely drain all of the water from the filter housings and pump as described
under the Changing the Filter Cartridges section.
3. If the unit will not be exposed to freezing temperatures and will be used again within
72 hours, the filters should remain in place and water left in the filter housings. The
unit should be stored out of direct sunlight.
4. If the unit needs to be stored for an extended period of time, all water should be
drained from the system and the filter cartridges removed and discarded.

Page 18 of 20
F. Troubleshooting
Pump does
not run
 Check position of power switch on the electrical control box.
 Switch power OFF (to reset a tripped circuit breaker) and then
back ON to attempt restart.
 Verify that power source is generating the correct voltage.
 If using AC power (115 VAC/230 VAC), cycle the GFI switch by
pressing “Test” button followed by the “Reset” button.
 Disconnect your power source and check for loose pump wiring
plug from power supply control box.
Pump does
not prime
(No Suction)
 Check height of pump above water source. If height is greater
than 8’ (2.4m) pump must be manually primed.
 Confirm that inlet hose, outlet hose, and water intake are free
from obstruction.
 Confirm that pump inlet strainer is clear of debris. (If clogged,
unscrew cap, remove and wash mesh screen.)
 Check all plumbing connections for leaks.
 With the pump turned on, press and hold the air pressure relief
valve on the first Stage I filter until the pump is primed.
WaterboxTM
produces less
than 0.5 gpm
flow rate
 Verify (via pressure drop) that the filters have not reached their
useful life
 Confirm that the suction and discharge hoses are free from
obstruction.
 Confirm that all of the air is bled from the system.
 Confirm that the pump intake strainer is clear of debris. If
clogged, unscrew clear housing remove debris and (if needed)
gently scrub the stainless steel screen.
 Check all plumbing connections for leaks.
 Safely verify that the pump is not overheating.

Page 19 of 20
VII. Appendix
Contaminants Removed by CB Tech Nanomesh™
The following table is a list of the contaminants removed or reduced.
Biological Contaminants
99.9999% of bacteria
99.99% of viruses
99.9% of cysts
Chemical Contaminants
Heavy metals (e.g. lead and
cadmium)
Chlorine
Disinfection by-products (THMs
and HAAs)
Organophosphates
(pesticides and herbicides)
Total Organic Carbon (TOC)
Volatile Organic
Compounds (VOCs)
Customer Feedback
Detailed feedback from users in the field on the performance of the CB Tech
WaterBox™ helps with continued improvements. Please share your experience of using
this product with CB Tech along with any suggestions or opinions that would help with
future improvements to its operation.
Sales and Service:
CB Tech
7251 Cathedral Rock Drive,
Las Vegas, NV 89128
[email protected]
866.622.9373

Page 20 of 20
Product Warranty
Carbon Block Technology, Inc. warrants its products to be free from defects in material or workmanship for a period of 12
months from delivery. This warranty does not apply to replaceable parts or components subject to normal wear and
replacement.
Unless specifically stated in the applicable contract, the warranty excludes any claims arising from (i) use of the products
in a manner not set forth in the written instructions that CB Tech provides with the product, (ii) any modifications or
damage to the product not made or caused by CB Tech, (iii) non-compliance with state and local codes or ordinances or
other special codes not specifically stated in writing on the purchase document or contract, and (iv) performance or
results of the products.
The customer’s sole and exclusive remedy for breach of warranty concerning products will be repair or replacement of the
defective portion thereof or a refund to the customer, in CB Tech’s sole discretion. Parts or components may be replaced as
deemed necessary solely at CB Tech’s discretion, with the returnable part or components becoming the property of CB Tech,
CB Tech would be responsible for any transportation and disposal of these parts, CB Tech does not warrant that products will
operate uninterrupted or error free or that non-material defects will be corrected. This warranty does not apply to any defect
caused by: failure of the user to provide a suitable operating environment, use of products for a purpose or in a manner other
than that, for which they were designed, or any other abuse, misuse, or neglect of the products.
EXCEPT FOR THESE EXPRESS WARRANTIES, TO THE EXTENT PERMITTED BY APPLICABLE LAW, CARBON
BLOCK TECHNOLOGY, ITS SUPPLIERS, LICENSORS, AND REPRESENTATIVES SPECIFICALLY DISCLAIM ALL
OTHER WARRANTIES, EXPRESS OR IMPLIED, IN FACT OR BY LAW, INCLUDING, BUT NOT LIMITED TO,
ANY IMPLIED WARRANTY OF MERCHANTABILITY, QUALITY, OR FITNESS FOR A PARTICULAR PURPOSE
AND NONINFRINGMENT.
IN NO EVENT WILL CB TECH OR ITS SUPPLIERS, LICENSORS, OR REPRESENTATIVES BE LIABLE TO THE
CUSTOMER OR ANYONE ELSE, FOR INDERECT, SPECIAL, INCIDENTAL, PUNITIVE, OR CONSEQUENTIAL
DAMAGES OR FOR LOST PROFITS OR REVENUE, LOSS OF USE OF THE PRODUCTS OR RELATED
MATERIALS, LOSS OF DATA, THE COST OF RECOVERING SUCH PRODUCTS, RELATED MATERIALS OR
DATA OR, THE COST OF ANY SUBSTITUTE PRODUCTS OR MATERIALS, ARISING FROM ANY BREACH, OR
THE SALE, LICENSE, USE OF, OR INABILITY TO USE THE PRODUCTS, OR RELATED MATERIALS, EVEN IF
ADVISED OF THE POSSIBILITY OF SUCH DAMAGES, REGARDLESS OF THE FORM OF ACTION, WHETHER
CONTRACT, TORT (INCLUDING NEGLIGENCE), STRICT PRODUCT LIABILITY, OR OTHERWISE.
In no event shall CB Tech’s aggregate liability arising in connection with a product exceed the price paid to CB Tech for
such product.