Need help?Do you have a question about the De Nora MIOX AE Series and is the answer not in the manual?
General| Brand | De Nora |
|---|---|
| Model | MIOX AE Series |
| Category | Portable Generator |
| Language | English |
Discusses compliance with EPA regulations for water disinfection technology.
Details EPA registration, NSF standards, and state approvals for MIOX equipment.
Specifies minimum floor space and security measures for MIOX system installation.
Directs users to appendices for detailed salt and water quality specifications.
Introduces the key components of the AE Series OSG system.
Describes the brine generator and oxidant storage tank and their features.
Specifies that all tubing and fittings meet Schedule 80 specifications for durability.
Explains the need for a heater or chiller if water temperature is outside the optimal range.
Describes a system to ensure minimum water pressure for OSG operation and softener regeneration.
Provides step-by-step instructions for safely unpacking the OSG and its components.
Highlights critical safety precautions and warnings for installing the AE™™ Series OSG.
Details methods for mounting the strut to various wall types for the control panel.
Guides on mounting the panel to struts or directly to the wall.
Explains how to install the electrolytic cell onto the mounting panel and connect electrical leads.
Describes the AE™™ OSG's two main compartments: Controls and Plumbing.
Details how to connect the AE System to the electrical service circuit breaker.
Outlines wiring connections for various components to the control box interface.
Guides on feeding wires through fittings and connecting to the Interface Block.
Explains how to connect the AE System's alarm control circuit to external relays.
Details the feed water connection requirements and procedures, including pressure and temperature.
Describes the 3/8" tube brine feed connection and primer bulb installation.
Explains the 3/8" hose barb fitting for oxidant discharge and optional valves.
Outlines plumbing for the brine generator, including inlet, outlet, and overflow.
Details the installation of the float valve and spray ring assembly in the brine tank.
Explains how to remove and reinstall the float valve assembly.
Describes the procedure for installing quartz rock layers in the brine tank.
Details ventilation requirements for the oxidant tank, including drop tube and vents.
Emphasizes proper venting and the requirement for safety placards on oxidant tanks.
Provides steps for installing the level switch in the oxidant tank.
Guides on wiring the oxidant level switch through feedthrough fittings to the control box.
Discusses the oxidant tank lid and the oxidant tank outlet connection.
Explains overflow port connection and warnings regarding drain headers.
Highlights critical safety precautions and warnings for operating the MIOX system.
Covers verifying AC power and the initial salt filling procedure for the brine generator.
Lists essential checks to perform before the initial OSG start-up.
Ensures the water softener is functioning properly before OSG startup.
Introduces the ON/OFF switch, circuit breaker, and system display panel.
Describes the primary and secondary views of the system display panel.
Explains how the system starts up and the initial display screens.
Details the information displayed during normal operation (Running Mode).
Explains when the system enters Standby Mode and the display indicators.
Lists the display messages for different reasons the system is in standby.
Defines the operating window for cell amperage and expected fluctuations.
Lists and describes eight types of hard faults the AE controller can detect.
Explains causes and remedies for Low Current and High Current hard faults.
Describes causes and remedies for Low/High Temperature and Low Flow faults.
Details faults related to tank float status and power supply issues.
Covers relay failure faults and external control configurations.
Recommends daily, weekly, monthly, and quarterly checks and keeping a system log.
Highlights critical safety precautions for performing maintenance on the OSG.
Details daily checks like salt level and weekly checks for leaks and pressure.
Covers monthly checks including AC power, float switches, and flow rates.
Includes cleaning the brine tank and filters, and checking wiring connections.
Covers annual cleaning, acid washing, and procedures for storing the equipment.
Addresses issues like insufficient feed water and mixed-oxidant solution levels.
Covers standby states and hard faults like tank float stuck or bad cell PS.
Details hard faults for high current, high temperature, and low flow conditions.
Explains the interlock trip fault and its troubleshooting steps.
Addresses the issue of the OSG not shutting down when the tank is full.
Discusses causes and solutions for significantly lower than specified chlorine production.
Covers troubleshooting for a system with no display, indicating a power issue.
Refers to an appendix for procedures on replacing the brine peristaltic pump.
Explains the function of the rupture disk and its maintenance.
Provides step-by-step instructions for replacing the rupture disk diaphragm.
Refers to a specific procedure for acid washing the electrolytic cell.
Lists equipment needed and explains how to identify the starting range for testing.
Provides formulas and examples for calculating oxidant and sample water volumes.
Details how to prepare dilutions and perform FAC readings at specified intervals.
Explains how to determine oxidant demand by subtracting FAC readings from initial doses.
Defines total chlorine production and the equipment needed for testing.
Explains methods for preparing demand-free water essential for accurate testing.
Details two methods for preparing chlorine demand-free water for testing.
Guides on measuring chlorine concentration using test kits and dilution ratios.
Explains how to calculate final chlorine concentration based on test readings and dilutions.
Details procedures for measuring the volumetric flow rate of the solution.
Provides formulas to calculate daily chlorine production based on concentration and flow.
Lists water quality parameters and their impact on the MIOX system.
Specifies requirements for granular salt purity to maintain cell warranty.
Provides the detailed wiring schematic for the AE Series systems.
Offers a template for logging system performance data and maintenance activities.
Details maintenance procedures for the brine peristaltic pump.
To Next Page
