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2.5.7. COMBINED SHARK ECONOMY DISPENSERS FOR DIESEL AND ADBLUE® DELIVERY
Combined SHARK ECONOMY dispensers serve for the delivery of fuel liquids (diesel, biodiesel...) and
AdBlue® reduction agent (32.5% urea solution: AUS32). Dispensers are manufactured in a single‐sided left
(L) or double‐sided (D) design with two delivery hoses free hanging or hung by a spring hinge (HS).
Maximum delivery flow rate of the liquid fuel is 40 or 80 L/min, maximum pumping performance of the
AdBlue® delivery hoses is 40 L/min for trucks or 10 L/min for passenger cars. The part of dispenser
intended for delivery of liquid fuel is performed in suction version with pump, the part of AdBlue® in
pressure version (without pump).
List of standard COMBINED SHARK ECONOMY models:
Dispenser model
BMP522.SXL /AdB&Die
BMP522.SXL /H/AdB&Die
BMP522.SXD /AdB&Die
BMP522.SXD /H/AdB&Die
Notes: COMBINED SHARK ECONOMY dispensers are not standardly equipped with heating. For the installation of dispensers in an
environment where the temperature drops below ‐5 °C, it is necessary to equip the AdBlue® module of dispenser by heating. For
dispensers with heated hoses, it is also recommended to use spring hose hinges (abbreviation "HS") to avoid hose contact with
the ground and hence reduce heating efficiency.
The maximum pumping performance of AdBlue® hose Q
storage tank and the dispensing hose type. It can be reduced by means of an electromagnetic proportional valve located in the
dispenser to the selected lower value. For pumping into passenger cars, it is recommended to use a maximum flow rate in the
range of Q
= 5 to 7 L / min. for smoother pumping into a small tank in the vehicle.
max
Liquid fuel module can also be produced in a pressure version without pumps (/S3) where the submersible pump is in the storage
tank and pushes the fuel into the dispenser via a pressure line. The standard performance ranges from 35 to 50 L/min, increased
performance from 70 to 90 L/min.
Pictures (PNG, DWG) with dimensions of all models can be downloaded here: https://www.tatsuno‐europe.com/_en/download/.
1
1
2
2
= 40 L/min is mainly dependent on the submersible pump used in the
max
44
TATSUNO EUROPE a.s., www.tatsuno‐europe.com
2
2
2
2
2
2
2
2
2
2
2
2
2
40 + 40/10
2
80 + 40/10
4 (2+2)
40 + 40/10
4 (2+2)
80 + 40/10
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