UV-C Saltwater 75 W equipment for saltwater pools
UV-C Saltwater 75 W equipment for saltwater pools subject to supplier availability.
Available to order: delivery time to be confirmed
Description
Description
Ideal for
- Pools with saltwater.
- Installations requiring greater resistance to corrosive environments.
- Circuits with flow rates of up to 23 m³/h.
- Installations with a Ø63 mm hydraulic connection.
The UV-C Saltwater 75 W is designed to provide ultraviolet treatment in pools with high salt levels.
Its PVC body eliminates the need for a metal chamber conventional one in contact with the water, making it especially suitable for this type of installation.
Technical specifications
- Version: Saltwater
- Power: 75 W
- Lamp: Philips Smart Cap 75 W
- Maximum flow rate: 23 m³/h
- Maximum pressure: 2 bar
- Diameter: Ø72 mm
- Length: 100 cm
- Connection: Ø63 mm
- Power supply: 230 V AC · 50/60 Hz
- Maximum current: 0.57 A
UV-C treatment for saltwater
Disinfection using UV-C
During operation, the water flows through the reactor and is exposed to the UV-C radiation generated by the 75 W Philips Smart Cap lamp.
UV-C radiation acts on certain microorganisms present in the water passing through the equipment, interfering with its ability to reproduction and complementing the pool's usual treatment.
The system's performance depends on the flow rate passing through the reactor, the condition of the lamp and the water conditions.
Designed for saline environments
One of the main differences of this version is the use of a PVC body, suitable for use in installations where salinity may pose a problem for certain metal materials.
The equipment also includes a power supply system designed to stabilize electrical operation and protect the lamp against to current fluctuations.
Installation and maintenance
Dimensions and connections
- Length: 100 cm
- Diameter: Ø72 mm
- Connection: Ø63 mm
- Maximum pressure: 2 bar
- Weight: 3.5 kg
- Packaging: 28 × 12 × 99 cm
Its configuration allows it to be integrated into the treatment circuit respecting the flow direction, flow rate, and conditions hydraulic specifications indicated for the equipment.
The design also facilitates its integration into installations with space limitations or hydraulic configurations with changes direction.
Lamp and power supply
- Lamp: Philips Smart Cap
- Power: 75 W
- Power supply: 230 V AC · 50/60 Hz
- Maximum current: 0.57 A
The UV-C lamp and reactor components should be inspected periodically to maintain system performance.
The lamp replacement and any maintenance operation must be carried out according to the established intervals and procedures by the manufacturer.
Technical data for the 75 W UV-C Saltwater
| Characteristic | Value |
|---|---|
| Type | UV-C Saltwater |
| Maximum flow rate | 23 m³/h |
| Maximum pressure | 2 bar |
| Equipment diameter | 72 mm |
| Equipment length | 100 cm |
| Connection | Ø63 mm |
| Power supply | 230 V AC · 50/60 Hz |
| Maximum current | 0.57 A |
| Lamp power | 75 W |
| Lamp type | Philips Smart Cap 75 W |
| Weight | 3.5 kg |
| Packaging dimensions | 28 × 12 × 99 cm |
Frequently asked questions
Is this UV-C equipment suitable for saltwater pools?
Yes. The Saltwater version is specifically designed to operate in saltwater installations and uses a PVC body to to avoid corrosion problems associated with certain materials metallic materials in saline environments.
What is the maximum flow rate of the 75 W UV-C Saltwater?
The maximum flow rate specified for this equipment is 23 m³/h. To obtain adequate UV-C treatment the flow conditions established for the equipment must be observed.
Does UV-C Saltwater replace the salt chlorinator?
No. They are different and complementary technologies. UV-C acts in the water as it passes through the reactor, whereas a salt chlorinator the salt chlorinator generates disinfectant from the salt dissolved in the water.
What lamp does it use?
According to the available technical data, it uses a 75 W Philips Smart Cap.
What maintenance does it require?
The lamp and components should be inspected regularly of the reactor. Cleaning and replacement of the components must be carried out according to the instructions and intervals established by the manufacturer.
