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General| Power Supply | 24V DC |
|---|---|
| Enclosure Rating | IP20 |
| Connectivity | Ethernet, RS-485 |
| Type | Programmable Logic Controller |
| Communication | Modbus RTU |
Verify the included installation kit elements and read the manual before starting unit installation.
Essential safety checks and precautions before installing or maintaining the IDEGIS SYSTEM, including power disconnection.
Diagrams and measurements for D-10+ to D-25+ and D-40(+) models.
Details on control, self-cleaning, input, output, cable, and cooling specifications.
Specifications for salinity, electrodes, pressure, temperature, material, production, flow, and pipe connections.
Specifications for control output, pH ranges, precision, fuse, and calibration modes.
Specifications covering ORP range, control range, precision, and calibration method.
Details on electrode body, gel, response time, pH/temp range, and maximum pressure.
Guidelines for vertical mounting in a dry, ventilated area, away from corrosive chemicals and splashes.
Instructions for vertical or horizontal installation, respecting flow direction and minimum flow requirements.
Steps for installing pH/ORP electrode holders and electrodes vertically or with a maximum 40° inclination.
Wiring diagrams for connecting the electrolysis cell and power supply for D-10+, D-18+/D-25+.
Description of the power supply control panel, including indicators, buttons, and displays.
Details on the ORP value display, SETPOINT key, and ORP-SETPOINT display.
Details on the pH value display, SETPOINT display, and product dosing indication LEDs.
Description of system I/O terminals for remote control, covering current, voltage, alarm, and stop functions.
Diagrams and part references for D-10+ to D-25+ and D-40(+) electrolysis cells.
Flow-sheet outlining the process for initial system parameter programming and setup.
Flowchart detailing the procedure for modifying system configuration parameters.
Procedure for operating the system when ORP control is not activated (manual mode).
Procedure for operating the system when ORP control is activated (automatic mode).
Default parameters and programming information for the integrated pH controller.
Instructions on how to program the desired pH value using the SET key.
Instructions for selecting ACID or BASE dosing via jumper J1 on the control board.
Default parameters and important notes for the integrated ORP controller.
Detailed procedures for setting the ORP setpoint in MANUAL and AUTOMATIC modes.
Table listing alarm conditions, diagnostics, and corresponding control signal status.
Guidance on managing chlorine levels, testing methods, and factors influencing chlorine stability.
Procedures for cleaning and maintaining the electrolysis cell, including manual cleaning and factors affecting electrode lifespan.
Information on adding salt when 'LOW SALT' appears and recommendations on salt type.
Procedure for calibrating the pH electrode with minor deviations without removal from the installation.
Procedure for calibrating the pH electrode with minor deviations without removal from the installation.
Procedure for precise pH calibration using 7.0 and 4.0 solutions, requiring electrode removal.
Procedure for calibrating ORP electrodes using a 470 mV reference solution.
Tips for maintaining electrode moisture, cleaning, and eventual replacement considerations.
Solutions for algae due to low chlorine: shock treatment, pH adjustment, and filter cleaning.
Solutions for cloudy water/incrustations from high pH, poor filtration, or high alkalinity.
Solutions for corrosion/brown spots from high chlorine and low pH: adjust pH and production level.
Solutions for eye irritation/bleaching from high chlorine and low pH: adjust pH and production level.
Solutions for colored water from dissolved metals: shock treatment, pH adjustment, and flocculant.
Solutions for foam from organic matter: water replacement, shock treatment, pH adjustment, and filter cleaning.
Solutions for '0' production indicator: check electrodes, connections, and salt concentration.
Solutions for no power: check voltage, fuse, pump command box, and system connection.
Solutions for low chlorine: check production, water parameters, filter time, and add stabilizer.
Solutions for fixed pH/ORP readings: check cables, connectors, and condensation in BNC connector.
Solutions for unstable/high readings: check cable, air bubbles, electrode fault, or interference.
Solutions for calibration errors: check buffer, membrane, or electrode faults.
Solutions for slow response: check electrode charge or water flow (renovation).
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