Original Language Version
© Jack Sealey Limited
2. INTRODUCTION
Electric 12V or 230V membrane pump specifically designed for the distribution of AdBlue®. Self-priming unit provides a flow rate of up to
40ltr/min. Supplied with 4mtr hose, manual delivery nozzle and battery clips (12V) or BS approved plug (230V). All materials and seals
used in these pumps are suitable for use with AdBlue®.
3. SPECIFICATION
Model no ....................................................................TP9912
Voltage .............................................................................12V
Speed.......................................................................2800rpm
Current .............................................................................18A
Power ............................................................................
260W
Duty cycle ................................................................
30min/hr
Flow rate ..................................................................
40ltr/min
W
eight ..............................................................................
6kg
4. ASSEMBLY
4.1.
Attach the feet of the pump unit to a stable surface using 4 suitable screws or bolts (not supplied).
4.2.
Remove blanking plugs from suction (fig.1.B) and delivery (fig1.D) ports and push hoses (figs.1.A and 1.C) onto the connectors, first
placing a loose hose clip over the hose
NOTE:
the flow direction is marked on the pump.
4.3.
Tighten the hose clips onto the hoses.
4.4.
Immerse the suction strainer in the AdBlue
®
container.
4.5.
Connect to the appropriate electric power supply by means of battery clips (TP9912) or mains plug (TP99230).
5. INSTALLATION
SITE INSTALLATION. It is the responsibility of the owner of the equipment to ensure that the siting of the AdBlue
®
container and
the installation and operation of the pump is carried out in such a way as to prevent any leakage which could contaminate
water courses or drinking water for people or animals. The owner should liaise with local authorities, health and safety and
water authorities to ensure that the installation is safe.
6. OPERATION
6.1.
These pumps, being of positive displacement design,
do not require priming. When first used, there will be
a slight delay as air is cleared from the system.
6.2.
To operate: switch the pump motor on using the
rocker switch above the motor (O=”OFF”, I=”ON”).
The motor will start.
6.3.
Place the nozzle in the AdBlue® vessel to be filled
and squeeze the delivery trigger (fig.2.A).
6.4.
If using the latch (fig.2.B), use with care as there is no
automatic cut-off fitted to the nozzle.
6.5.
When delivery is complete, release the delivery
trigger: delivery will stop but the pump will continue
to run.
6.6.
Turn the pump off using the rocker switch.
To avoid damage
DO NOT
run the pump with no delivery for longer than necessary.
IN NO CIRCUMSTANCES
run in this state for
more than 3 minutes.
6.7.
Store the nozzle so as to prevent spillage of urea into the environment.
7. MAINTENANCE
7.1.
The pump has been designed for low maintenance. Should any problems occur return to your Sealey stockist.
7.2.
Clean the entire installation and inspect all piping and connections for leaks. Rectify any damage immediately.
7.3.
Inspect the filter at the end of the suction tube every time the tank is refilled. Clean if necessary.
.
.................................................................................TP99230
.......................................................................................230V
.................................................................................2900rpm
...........................................................................................2A
......................................................................................
370W
..............................................................................continuous
.................................................................................
40ltr/min
.................................................................................... 8.47kg
fig.1
fig.2
T
P9912, TP99230 | Issue:2 (H,F) 26/10/18
