Sealey Adblue ADB06 User manual

 WARNING! Ensure health & safety, local authority, and general workshop practice regulations are strictly adhered to when using this
equipment.
Familiarise yourself with product application and limitations, as well as the specific potential hazards peculiar to this product.
Maintain the pump station in good condition (use an authorised service agent).
Replace or repair damaged parts. Use genuine parts only. Non authorised parts will invalidate the warranty.
Use only to dispense water and urea solutions.
Ensure safety eye protection and protective clothing are worn when using this product.
Keep the work area clean, uncluttered and ensure there is adequate lighting.
Maintain correct balance and footing. Ensure the floor is not slippery and wear non slip shoes.
Keep children and unauthorised persons away from the working area.
After use, drain any fluids from the equipment before storage.
Dispose of waste liquids in accordance with local authority regulations.
DO NOT exceed the maximum pressure of 50psi.
DO NOT point the nozzle at people or animals.
DO NOT use the equipment near open flames.
DO NOT smoke whilst using this equipment.
DO NOT use to extract corrosive fluids.
DO NOT dismantle, tamper with or adapt the equipment for any purpose other than for which it is designed.
DO NOT use the unit if it has been dropped or mishandled, check the unit to ensure there is no damage.
Keep the pump clean and store in a safe dry, childproof location.
WARNING! DO NOT allow uncontrolled discharge of fluids thus polluting the environment. All liquids must be disposed of according to
local authority regulations.
INSTRUCTIONS FOR:
PROFESSIONAL ADbLuE®
AuTOMATIC DELIVERY NOZZLE
WITH METER
MODEL No: ADb06
1. SAFETY INSTRuCTIONS
2. INTRODuCTION
3. INSTALLATION
IMPORTANT: PLEASE READ THESE INSTRuCTIONS CAREFuLLY. NOTE THE SAFE OPERATIONAL REQuIREMENTS,
WARNINGS AND CAuTIONS. uSE THIS PRODuCT CORRECTLY AND WITH CARE FOR THE PuRPOSE FOR WHICH IT IS
INTENDED. FAILuRE TO DO SO MAY CAuSE DAMAGE OR PERSONAL INJuRY AND WILL INVALIDATE THE WARRANTY.
PLEASE RETAIN THESE INSTRuCTIONS FOR FuTuRE uSE.
Thank you for purchasing a Sealey product. Manufactured to a high standard this product will give you years of trouble free performance
if these instructions are carefully followed and the product is correctly maintained.
ADB06 Issue No: 1 - 19/06/13
Lightweight yet durable nozzle developed to meet the International Standards of urea dispensing. This AdBlue® nozzle has an incorporated
ADB02 digital ow meter, which allows the user to view the delivery readings at the vehicle. Manufactured using AdBlue® compliant materials
and tted with 3/4"BSP hose inlet. Features a maximum ow rate of 35ltr/min.
4. NOZZLE OPERATION
Ensure the pump is turned off.
3.1 Apply a sealant (e.g: PTFE tape) thinly to hose thread
3.2 Screw the hose into the new nozzle and tighten by using
a wrench on the hose nut only, (do not overtighten).
3.3 The nozzle is now ready for use.
4.1 Place the nozzle fully into the receiving tank.
4.2 Squeeze trigger (g.1) to dispense uid.
4.3 The trigger may be locked in the open position by squeezing and pushing the trigger lock back. (g.2). This feature can be disabled if
necessary by removing the 'U' shaped staple from the handle. (Drift the staple out with a small pin-punch).
4.4 When the level of the uid reaches the tip of the nozzle the ow will close off automatically.
4.5 When not in use, place the nozzle in a leak proof housing.
g.1 g.2
Original Language Version
© Jack Sealey Limited
ADb06
Measurement system Turbine (Polypropylene)
Flow Rate 35 ltr/min
Operating pressure (Max) 50psi
Storage temperature
(Range)
-20°C to 70°C
Storage humidity (Max) 95%
Operating temperature
(Range)
-10°C to 50°C
Viscosity (Range) 2 to 5.35 cSt
Accuracy
(between 15 and 120l/min)
+/-1% of value indicated
after calibration
Reproducibility (Typical) +/- 0.3%
Power supply 2 x 1.5V AAA alkaline batteries (included)
Battery life 18 to 36 months
Compatible Fluids Water, Urea
Inlet connection: ¾" BSP

ADB06 Issue No: 1 - 19/06/13
the user operates the ADB02 again.
5.3.1 Partial Reset
The partial register can be reset by
pressing the reset key when the meter
is in standby, meaning when the
display screen shows the word
“TOTAL”.
After pressing the reset key, during
reset, the display screen first of all
shows all the lit-up digits and then all
the digits that are not lit up.
At the end of the process, a display
page is shown with the reset partial
and the reset total.
After a few moments, the reset total
is replaced by the non resettable Total.
5.3.2  ResettingtheResetTotal
The reset total resetting operation can
only be performed after resetting the
partial register. The reset total can in
fact be reset by pressing the reset key
at length while the display screen
shows reset total as on the following
display page:
Schematically, the steps to be taken
are:
1. Wait for the display to show normal
standby display page (with total only
displayed).
2. Press the reset key quickly.
3. The meter starts to reset the partial.
4. While the display page showing the
reset total is displayed. Press the
reset key again for at least 1 second.
5. The display screen again shows all
the segments of the display followed
by all the switched-off segments and
finally shows the display page where
the reset Reset Total is shown.
5.4 DispensingwithFlowRateModeDisplay
It is possible to dispense fluids, displaying at the same time:
• The dispensed partial.
• The Flow Rate in [Partial Unit / minute] as shown on the
following display page:
Procedure for entering this mode:
• Wait for the Remote Display to go to Standby, meaning the
display screen shows Total only.
• Quickly press the CAL key.
• Start dispensing.
5. ADb02 METER OPERATION
5.1 LCDDisplay
The “LCD” of the METER features two numerical registers
and various indications displayed to the user only when the
applicable function so requires.
Key:
1. Partial register (5 figures with moving comma FROM 0.1 to
99999) indicating the volume dispensed since the reset
button was last pressed.
2. Indication of battery charge.
3. Indication of calibration mode.
4. Totals register (6 figures with moving comma FROM 0.1 to
999999), that can indicate two types of Total:
4.1. General Total that cannot be reset (TOTAL).
4.2. Resettable total (Reset TOTAL).
5. Indication of total multiplication factor (x10 / x100 ).
6. Indication of type of total, (TOTAL / Reset TOTAL).
7. Indication of unit of measurement of Totals: L=Litres
Gal=Gallons
8. Indication of Flow Rate mode.
9. Indication of unit of measurement of Partial: Qts=Quarts
Pts=Pints
L=Litres
Gal=Gallons
 UserButtons
The ADB02 features two buttons (reset and cal) which
individually perform two main functions and, together, other
secondary functions.
The main functions performed are:
• Reset key - resetting the partial register and resettable
total (reset total).
• Cal key - entering instrument calibration mode.
Used together, the two keys permit entering configuration
mode, useful for changing the units of measurements and
calibration factor.
5.2 DailyUse
The only operations that need to be done for daily use are
partial and/or resettable total register resetting.
Occasionally the meter may need to be configured or
calibrated. To do so, please refer to the relevant sections.
Below are the two typical normal operation displays.
One display page shows the partial and reset total registers.
The other shows the partial and general total. Switchover
from resettable total to general total display is automatic and
tied to phases and times that are factory set and cannot be
changed.
NOTE: 6 digits are available for Totals, plus two icons x
10 / x100. The increment sequence is the following:
 0.0→99999.9→999999→100000x10→999999x10→
 100000x100→999999x100
5.3 DispensinginNormalMode
Normal mode is the standard dispensing.
While the count is made, the partial and
resettable total are displayed at the same
time (reset total).
Should one of the keys be accidentally
pressed during dispensing, this will have
no effect.
A few seconds after dispensing has
ended, on the lower register, the display
switches from resettable total to general
total: the word reset above the word total
disappears, and the reset total is
replaced by the general total.
This puts the meter in standby mode and remains stable until
Original Language Version
© Jack Sealey Limited

The flow rate is updated every 0.7 seconds. Consequently,
the display could be relatively unstable at lower flow rates.
The higher the flow rate, the more stable the displayed value.
q IMPORTANT! The flow rate is measured with reference to
the unit of measurement of the Partial. For this reason, in
case of the unit of measurement of the Partial and Total
being different, as in the example shown below, it should
be remembered that the indicated flow rate relates to the
unit of measurement of the partial. In the example shown,
the flow rate is expressed in Qts/min.
The word “Gal” remaining alongside the flow rate refers
to the register of the Totals (Reset or NON Reset) which
are again displayed when exiting from the flow rate reading
mode.
To return to “Normal” mode, press the CAL key again. If one
of the two keys RESET or CAL is accidentally pressed during
the count, this will have no effect.
q IMPORTANT! Even though in this mode they are not
displayed, both the Reset Total and the General Total (Total)
increase. Their value can be checked after dispensing has
terminated, returning to “Normal” mode, by quickly pressing
CAL.
5.4.1 Partial Reset
To reset the Partial Register, finish dispensing and wait for the
Remote Display to show a Flow Rate of 0.0 as indicated in
the illustration then quickly press RESET.
6.1 Definitions
Calibration factor or “k factor” :
Multiplication factor applied by the system to the electrical
pulses received, to transform these into measured fluid units.
FACTORY K FACTOR:
Factory-set default factor. It is equal to 1,000. This calibration
factor ensures utmost precision in the following operating
conditions:
Fluid diesel fuel
Temperature: 20°c
Flow rate: 5 - 35 ltr/min
Even after any changes have been made by the user, the
factory k factor can be restored by means of a simple
procedure.
uSER K FACTOR:
Customized calibration factor, meaning modified by
calibration.
6.2 WhyCalibrate
When operating close to extreme conditions, such as for
instance with fluids close to acceptable range extremes (like
diesel fuel at low temperatures) or in extreme flow rate
conditions (close to minimum or maximum acceptable
values), an on-site calibration may be required to suit the real
conditions in which the ADB02 is required to operate.
6.3 CalibrationProcedure:
ADB02 permits making quick and precise electronic
calibration by changing the calibration factor (k factor).
There are 2 different ways of calibration:
1. On-site calibration, performed by means of a dispensing
operation.
2. Direct calibration, performed by directly changing the k
factor.
6. CALIbRATION
To enter the calibration phases it is necessary to press and
hold down the CAL button.
Why enter the calibration phases?
• To display the currently used calibration factor.
• Return to factory k factor after a previous calibration with
user k factor.
• Change the calibration factor using one of the two previously
indicated procedures.
In calibration mode, the partial and total dispensed quantities
indicated on the display screen take on different meanings
according to the calibration procedure phase. During the
calibration, the ADB02 cannot perform any normal dispensing
operations. In calibration mode, the totals are not increased.
q WARNING! The ADB02 features a non-volatile memory. It
keeps the calibration and dispensing data stored even after
replacing new batteries or long periods of inactivity.
6.3.1 DisplayOfCurrent“KFactor”AndRestoring“FactoryK
 Factor”
By pressing the CAL key while the
appliance is in standby, the display page
appears showing the current calibration
factor used.
If you are using ADB02 with “factory k
factor”, the display page shown in the
diagram will be displayed, with the
word “fact”.
If one “user k factor” has been set, the
calibration factor set by the user (in our
example 0.998) will be displayed. The
word “user” indicates a calibration factor
set by the user is being used.
The flow chart
alongside shows the
switchover logic
from one display
page to another.
In this condition, the
Reset key permits
switching from User
factor to Factory
factor.
To confirm the
choice of calibration
factor, quickly press
CAL while “User” or
“Fact” are displayed.
After the restart
cycle, the meter
uses the calibration
factor that has just
been confirmed.
q ATTENTION! When the Factory Factor is confirmed, the
old User factor is deleted from the memory.
6.3.2 In-fieldCalibration
This procedure calls for the fluid to be dispensed into a
graduated sample container in real operating conditions (flow
rate, viscosity, etc.) requiring maximum precision.
q WARNING! For correct ADB02 calibration, it is important to:
• Completely eliminate air from the system before calibrating.
• Use a precise Sample Container with a capacity of not less
than 5 litres, featuring an accurate graduated indicator.
• Ensure calibration dispensing is done at a constant flow rate
equivalent to that of normal use, until the container is full.
• DO NOT reduce the flow rate to reach the graduated area of
the container during the final dispensing stage (the correct
method during the final stages of sample container filling
consists in making short topups at normal flow rate).
• After dispensing, wait a few minutes to make sure any air
bubbles are eliminated from the sample container. Only read
the Real value at the end of this stage, during which the
level in the container could drop.
• If necessary, carefully follow the procedure indicated in 5.4.
ADB06 Issue No: 1 - 19/06/13
Original Language Version
© Jack Sealey Limited

ADB06 Issue No: 1 - 19/06/13
6.4 In-fieldCalibrationProcedure
6.4.1 ADB02InStandbyMode
6.4.2 PresstheCALKeyfor2Seconds
ADB02 enters calibration mode, shows
”CAL” and displays the calibration
factor in use instead of total. The
words “FACT” and “USER” indicate
which of the two factors is currently in use.
6.4.3  PresstheRESETKeyfor2Seconds
ADB02 shows “CAL” and the partial at
zero. ADB02 is ready to perform
on-site calibration.
6.4.4 DispensingintoSampleContainer
Without pressing any KEY,
start dispensing into the
sample container.
Dispensing can be interrupted and started again at will.
Continue dispensing until the level of the fluid in the sample
container has reached the graduated area. There is no need
to reach a preset quantity.
Indicatedvalue Realvalue
6.4.5 PresstheRESETKey
ADB02 is informed that the calibration
dispensing operation is finished.
Make sure dispensing is correctly
finished before performing this
operation.
To calibrate the ADB02, the value indicated by the partial
totaliser (example 9.800) must be changed to the real value
marked on the graduated sample container.
In the bottom left part of the display an arrow appears
(upwards and downwards), that shows the direction
(increase or decrease) of the USER K FACTOR value change
when the operations 5.4.6 or 5.4.7 are performed.
6.4.6 PresstheRESETKey
Arrow direction changes. The operation
can be repeated if necessary.
6.4.7 PresstheCALKey
The indicated value changes in the
direction indicated by the arrow by one
unit for each press of the CAL key.
By continuous holding of the CAL key
the first 5 units will change slowly and
will then change quickly.
If the desired value is exceeded, repeat the operations from
point (5.4.6).
6.4.8 PresstheRESETKeyfor2Seconds
ADB02 is informed that the calibration
procedure is finished. Before doing this,
make sure the DISPLAYED factor is the
ACTUAL factor.
Indicatedvalue Realvalue
ADB02 calculates the new USER K FACTOR. This calculation
could require a few seconds, depending on the correction to
be made. During this operation the arrow disappears but the
CAL indication remains.
If this operation is performed after operation (5.4.5), without
changing the indicated value, the USER K FACTOR would be
the same as the FACTORY K FACTOR, thus it is ignored.
6.4.9 At the end of the calculation, the new
USER K FACTOR is shown for a few
seconds, after which the restart cycle
is repeated to finally achieve standby
condition.
q ATTENTION! From now on, the indicated factor will become
the calibration factor used by the meter and will continue to
remain such even after a battery change.
6.4.10 ADB02 stores the new calibration factor
and is ready for dispensing, applying the
newly defined USER K FACTOR.
6.5 DirectModificationofKFactor
This procedure is especially useful to correct a “mean error”
obtainable on the basis of several performed dispensing
operations. If normal ADB02 operation shows a mean
percentage error, this can be corrected by applying to the
currently used calibration factor a correction of the same
percentage. In this case, the percentage correction of the
USER K FACTOR must be calculated by the operator in the
following way:
 Example:
 ErrorpercentagefoundE%-0.9%
 CURRENTcalibrationfactor1,000
 NewUSERKFACTOR=1,000*[(100–(-0.9))/100]=
 1,000*[(100+0.9)/100]=1.009
If the meter indicates less than the real dispensed value
(negative error) the new calibration factor must be higher than
the old one as shown in the example. The opposite applies if
the meter shows more than the real dispensed value (positive
error).
6.5.1 ADB02inSTANDBYMode
6.5.2 PresstheCALKeyfor2Seconds
ADB02 enters calibration mode, shows
“CAL” and displays the calibration factor
being used instead of the partial. The
words “FACT” and “USER” indicate which
of the two factors (factory or user) is
currently being used.
6.5.3 PresstheRESETKeyfor2Seconds
ADB02 shows “CAL” and the partial at
zero.
ADB02 is ready to perform on-site
calibration by dispensing.
Original Language Version
© Jack Sealey Limited

7. MAINTENANCE
6.5.4 PresstheRESETKeyfor2Seconds
We now go on to Direct change of the
calibration factor: the word “Direct”
appears together with the Currently
Used calibration factor. In the bottom
left part of the display, an arrow appears
(upwards or downwards) defining the direction (increase or
decrease) of change of the displayed value when subsequent
operations 5.5.5 or 5.5.6 are performed.
6.5.5 PresstheRESETKey
Arrow direction changes. The operation
can be repeated to alternate the
direction of the arrow.
6.5.6 PresstheCALKey
The indicated value changes in the
direction indicated by the arrow by one
unit for each press of the CAL key.
By continuous holding of the CAL key
the first 5 units will change slowly and
will then change quickly. If the desired value is exceeded,
repeat the operations from point (5.4.5).
6.5.7  PresstheRESETKeyfor2Seconds
ADB02 is informed that the calibration
procedure is finished. Before performing
this operation, make sure the indicated
value is that required.
6.5.8 At the end of the calculation, the new
USER K FACTOR is shown for a few
seconds, after which the restart cycle is
repeated to finally achieve standby.
q ATTENTION! From now on, the indicated factor will become
the calibration factor used by the meter and will continue to
remain such even after a battery change.
6.5.9 The ADB02 stores the new work calibration
factor and is ready to begin dispensing,
using the USER K FACTOR that has just
been calculated.
6.6 UnitConfiguration
Some models of meter feature a menu with which the user
can select the main measurement unit, Quarts (Qts), Pints
(Pts), Litres (L), Gallons (Gal).
The combination of the unit of measurement of the Partial
register and that of the Totals is predefined according to the
following table:
To choose between the 4 available combinations:
6.6.1 Wait for ADB02 to go to Standby.
6.6.2 Press the CAL and RESET keys together. Keep these
pressed until the word “UNIT” appears on the screen together
with the unit of measurement set at that time (in this example
Litres / Litres).
6.6.3 Press the RESET key to select the desired combination of
unit of measurement, amongst those shown below.
6.6.4 Save the new combination by pressing the CAL key at length.
ADB02 will pass through the start cycle and will then be ready
to dispense in the set units.
q WARNING! The Resettable Total and Total registers will be
automatically changed to the new unit of measurement. No
ADB06 Issue No: 1 - 19/06/13
Combination
No
UnitofMeasureof
thePartialRegister
UnitofMeasureof
theTotalsRegister
1 Litres (L) Litres (L)
2Gallons (Gal) Gallons (Gal)
3 Quarts (Qts) Gallons (Gal)
4 Pints (Pts) Gallons (Gal)
ADB06 has been designed to require a minimum amount
of maintenance.
7.1 BatteryReplacement
ADB06 is supplied with 2 x 1.5 V. alkaline AAA batteries and
features two low-battery alarm levels.
7.1.1 When the battery charge falls below the
first level on the LCD, the fixed battery
symbol appears. In this condition, ADB06
continues to operate correctly, but the
fixed icon warns the user that it is
ADVISABLE to change the batteries.
7.1.2 If ADB06 operation continues without
changing the batteries, the second
battery alarm level will be reached
which will prevent operation. In this
condition the battery icon starts to flash and is the only one
to remain visible on the LCD.
q WARNING!Discardtheoldbatteriesinaccordancewith
 localauthorityregulations.
7.1.3 Press RESET to update all the totals.
7.1.4 Fold back the outer rubber cover and remove the screw
holding the right hand battery box cover in place (fig.3).
Remove the cover to reveal the batteries (fig.4).
7.1.5 Remove the old batteries (fig.4).
7.1.6 Place the new batteries in the same position as the old ones.
7.1.7 Secure the battery cover and pull the outer rubber cover
back over the meter.
7.1.8 The unit will switch on automatically and normal operation
can be resumed. It will display the same Reset Total,
the same Total and the same Partial indicated before the
batteries were changed. After changing the batteries, the
meter does not need calibrating again.
Original Language Version
© Jack Sealey Limited
fig.4
fig.3

7. TROubLESHOOTING
Problem PossibleCause Remedy
No LCD display Bad battery connection Check /Clean Battery terminals
Batteries expired Replace batteries
Incorrect measurements Wrong K Factor Refer to Section 5 Calibration
Flow rate below meter limits Increase ow rate
Reduced or zero ow rate Turbine blocked Contact your Sealey dealer
Meter not recording ow Faulty PCB Contact your Sealey dealer
Faulty turbine Contact your Sealey dealer
NOTE: It is our policy to continually improve products and as such we reserve the right to alter data, specifications and component parts without prior notice.
IMPORTANT: No liability is accepted for incorrect use of product.
WARRANTY: Guarantee is 12 months from purchase date, proof of which will be required for any claim.
INFORMATION: Call us for a copy of our latest catalogue on 01284 757525 and leave your full name and address including your postcode.
Under the Waste Batteries and Accumulators Regulations 2009, Jack Sealey Ltd are required to inform potential purchasers of products
containing batteries (as defined within these regulations), that they are registered with Valpak’s registered compliance scheme.
Jack Sealey Ltd’s Batteries Producer Registration Number (BPRN) is BPRN00705. See section 7.1 for battery removal details
EnvironmentalProtection.
Recycle unwanted materials instead of disposing of them as
waste. All tools, accessories and packaging should be sorted,
taken to a recycle centre and disposed of in a manner which
is compatible with the environment.
WEEERegulations.
Dispose of this product at the end of its working life in compliance
with the EU Directive on Waste Electrical and Electronic Equipment.
When the product is no longer required, it must be disposed of in an
environmentally protective way. Contact your local solid waste
authority for recycling information.