MAINTENANCE
WARNING
If the device is installed in a Recreational Vehicle (RV) ensure that the RV is winterized as per
its owner's manual.
Failure to properly winterize the Acuva
temperatures can lead to damage and water leakage.
Failure to winterize can result in damage to the system which is not covered by warranty, so
please take care to winterize well before freezing temperatures or inclement weather may
occur.
Visit Acuva's FAQ page for support.
TROUBLE SHOOTING
Indicator LED State
Off (No water flow)
Off
(Water flow)
Red
Yellow Blinking
STANDARD TERMS & CONDITIONS
The sale and use of all Acuva products by LIPPERT is governed by the Acuva Technologies Inc.
Standard Terms and Conditions of Sale and Use (the "Agreement"), a copy of which is available at
www.acuvatech. com.
The Agreement contains important terms that, among other things, affect Acuva's liability and your
legal remedies against Acuva. Please read the Agreement carefully as, by purchasing the Acuva
product, you have agreed to be bound by the entire Agreement including the limited warranty,
limitations of liability and methods of resolving disputes. In the event of any inconsistency between
this manual and the Agreement, the Agreement shall prevail.
Acuva Wanderer
TM
Fault Condition
No Fault
The unit is not powered
The flow direction is
reversed
The flow rate is too low
UV-LED fault
Low input voltage
2.0 User's ManUal
Wanderer 2.0 before it is exposed to freezing
TM
Comments to User
Verify that the unit is connected to power
and that the input voltage is within
specifications (11-16V).
Ensure the inlet and outlet tubes are
connected to the respective fittings
marked "IN" and "OUT" on the device.
The flow sensor inside the unit requires a
minimal water flow to activate the system
(approx. 0.3 L/min≈0.08 Gallons/min).
Ensure there is enough water pressure
(i.e. 12 PSI) in the line to reach this flow.
Unplug and plug in the device's power
jack. If this fault persists, contact Acuva
for support.
Verify that the input voltage is above 11
volts.
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REV: 08.19.22 | CCD-00066465
ENGLISH
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