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General| Model | ZLT50 |
|---|---|
| Category | Lighting Equipment |
| Power | 50W |
| Beam Angle | 120° |
| IP Rating | IP65 |
| Color Temperature | 3000K |
| Material | Aluminum |
| Lifespan | 50000 hours |
Explains how salt water electrolysis works to disinfect pool water.
Details the features of the ZELIA ZLT salt electrolyser, including its design and operation.
Describes how to install the ZLT on a 50mm conduit, subsequent to filtration.
Details the electrical connection requirements and safety precautions for the ZLT.
Explains the role of cyanuric acid in stabilizing chlorine against UV rays.
Details how to measure and maintain the correct salt concentration for optimal ZLT operation.
Advises on testing and adjusting Total Alkalinity and Total Hardness for pool water balance.
Explains the importance of maintaining pH between 7.0-7.4 for swimmer comfort and chlorine effectiveness.
Describes how the electrolyser is powered on and the function of the power switch.
Details the components of the control interface: display, indicators, and buttons.
Explains how to select and validate a production program using the device's interface.
Details automatic chlorine production adjustment based on water temperature for modes P6 and P7.
Explains how the device suspends production below 12°C to conserve the cell.
Describes how the ZLT detects a closed automatic cover and adjusts production accordingly.
Explains how to use the PA mode with an external regulator for chlorine production control.
Details how to view and interpret various operating parameters displayed by the device.
Explains how to enter water hardness for optimal polarity inversion cycles and cell lifespan.
Guides on adjusting the production level to manage chlorine output and cell lifespan.
Lists common error messages, their causes, and recommended resolutions.
Provides step-by-step instructions for resetting the ZLT to its factory default settings.
Explains the procedure to accelerate the device's internal clock for testing purposes.
Details when and how to add salt to maintain optimal salinity levels for the ZLT.
Provides guidance on maintaining the ZLT during winter, including reduced filtration cycles.
Explains how to clean the electrolysis cell when production is low or scale is visible.
