VIQUA S2Q-P/12VDC Sistema UV 3 GPM 12VDC
VIQUA S2Q-P/12VDC Sistema UV 3 GPM 12VDC
Descripción
El VIQUA S2Q-P/12VDC es la versión de 12 voltios CC del S2Q-PA . Perfecto para situaciones fuera de la red y con batería, el sistema S2Q-P/12VDC tratará el agua en situaciones de punto de uso a 3 GPM.
El S2Q-P es fácil de mantener y requiere poco mantenimiento.
Para solicitar que los tipos de enchufes eléctricos internacionales “F” (Europa), “G” (Reino Unido) y “I” (Australia) se incluyan con su sistema sin cargo, envíe un correo electrónico a atención al cliente después de realizar el pedido.
- Caudal: 3 galones por minuto
- Aplicación: Punto de uso
- Alimentación: 12 VCC 17 W N. Enchufe americano
- Dimensiones de la cámara: 17,1" x 2,5"
- Dimensiones de entrada: 1/2" MPT
- Dimensiones de salida: 1/2" MPT
Replacements & Add Ons
Helpful Info & Downloads
Q:
What flow rate is the VIQUA S2Q-P/12VDC designed for?
A:
It is rated for up to 3 GPM under its specified conditions. Size the system to peak simultaneous flow, not average daily water use.
Q:
What electrical supply does it require?
A:
This model uses 12 VDC power. Confirm the power source, cord and plug requirements, grounding, and controller location before installation.
Q:
Where is this UV system typically installed?
A:
Install it indoors in the orientation permitted by the manual, after appropriate sediment filtration and other upstream treatment so water conditions remain within specification.
Q:
What maintenance does the VIQUA S2Q-P/12VDC require?
A:
Replace the lamp on schedule, inspect and service the quartz sleeve and seals, and maintain upstream filters. Track controller alarms rather than relying on visible lamp glow.
Q:
Which replacement parts should I plan for?
A:
Plan for the catalog-approved S330RL lamp, QS-330 sleeve, seals, and the correct 12 VDC controller components.
Q:
What else should I know before buying?
A:
The 12 VDC design is intended for battery or off-grid applications. Verify that the power source can provide the required regulated voltage and current.
