Why does my Mar Cor Purification Water Filtration System show a RO Feed Pressure Alarm?
If you are getting an RO Feed Pressure Alarm on your Mar Cor Purification Water Filtration System, you should verify the dynamic supply pressure to the RO, ensuring it is a minimum of 15 PSI and a maximum of 130 PSI with appropriate flow. You may need to correct the incoming RO feed water pressure to resolve this issue.
What does it mean when my Mar Cor Purification Water Filtration System displays a Product Water Quality Alarm?
The Product Water Quality alarm on your Mar Cor Purification Water Filtration System indicates that the product water quality set point, which is adjustable from 1 to 50 TDS (1-100 µS), might not be correctly set. Verify that your set point is appropriately configured.
What should I do if my Mar Cor Purification Water Filtration System shows a TDS/µS Value High?
If your Mar Cor Purification Water Filtration System indicates a high TDS/µS value, you can take the following steps: * Check for the presence of disinfectant or cleaner and rinse as necessary. * Measure the current value and compare it to the original data. * Verify the condition of the softener pretreatment equipment. * Verify water quality with an independent meter. * Check if the TDS/µS water probe wire is disconnected or loose. * Verify incoming voltage. * Replace the membrane, if necessary. * Verify feed and product water quality with an independent meter.
What to do if Mar Cor Purification Water Filtration System displays 'This Unit Must Stand Upright Alarm'?
If your Mar Cor Purification Water Filtration System displays a 'This Unit Must Stand Upright Alarm', first ensure that the unit is indeed in the upright position. If it is, and the alarm persists, disconnect the unit from electricity and use an ohmmeter to verify that the tilt sensor is closed when the unit is upright. If the tilt sensor is faulty, replace it.
How to troubleshoot a Low Product Flow in my Mar Cor Purification Water Filtration System?
To troubleshoot low product flow in your Mar Cor Purification Water Filtration System: * Clean the membrane with low and/or high pH cleaners. * If flow is not recoverable, replace the membrane. * Check inlet water for high conductivity. * Check the water softener for proper function and regenerate it if needed. * Check supply water for hardness and conductivity. * Check for changes in RO feed water quality. * Check with the city water department.
Why is the Product Water High Temperature alarm on my Mar Cor Purification Water Filtration System activated?
The Product Water High Temperature alarm on your Mar Cor Purification Water Filtration System activates when the product water temperature exceeds 105°F. Verify the water temperature using a handheld instrument to confirm if it is indeed above this threshold.
What does it mean if my Mar Cor Purification Water Filtration System is showing a RO Feed Water Quality Alarm?
The RO Feed Water Quality Alarm on your Mar Cor Purification Water Filtration System is triggered by a user-adjustable setting between 50 and 1000 TDS (100-2000 µS). Verify the incoming RO feed water TDS/µS and compare it against the set point. If you're operating in a region where the RO feed water TDS is typically greater than 1000 TDS (2000 µS), you can disable the alarm by setting the set point to 1001 TDS (2001 µS).
What should I do if my Mar Cor Purification Water Filtration System displays a Pump Pressure Alarm?
If your Mar Cor Purification Water Filtration System is showing a Pump Pressure Alarm, verify the current set point against the operating pressure of the pump to see if the pump is producing pressures at or above the alarm set point. Also, check the waste flow path for any obstructions.
What does it mean when my Mar Cor Purification Water Filtration System has a Low Percent Rejection?
A low percent rejection in your Mar Cor Purification Water Filtration System could be due to several factors: * Check for the presence of disinfectant or cleaner and rinse as necessary. * Check for any obstruction or kink in the waste line. * Verify the condition of the softener pretreatment equipment. * Verify water quality with an independent meter and check the conductivity probe connection. * Replace the membrane, if necessary. * Verify RO feed and product water quality with an independent meter.
What does it mean if my Mar Cor Purification Water Filtration System displays a Product Pressure High Alarm?
If your Mar Cor Purification Water Filtration System displays a Product Pressure High Alarm, verify that the lines are connected correctly.
Provides overview of the manual's purpose, content, and how safety terms are used.
Explains safety terminology (NOTE, CAUTION, WARNING) and general safety guidelines.
Describes the system's purpose in purifying water for hemodialysis applications.
Specifies the system's intended use as a dialysis accessory for water production.
Lists conditions and uses for which the system is not designed or intended.
Discusses necessary utilities and environmental factors for proper RO operation.
Details the electrical power requirements for system operation.
Specifies the minimum pressure and flow rate for the RO feed water.
Defines the necessary capacity and flow rate for the RO drain outlet.
Outlines plumbing material requirements to prevent water contamination.
Explains the impact of feed water temperature on system performance.
Lists factors to consider before installing the RO unit, including location and utilities.
Provides step-by-step instructions for connecting and setting up the RO system.
Details the procedure for testing product water quality to meet AAMI/CSA standards.
Outlines the daily procedures for starting up the RO system.
Provides instructions for properly shutting down the RO system.
Defines the criteria and triggers for performing system disinfection.
Step-by-step guide for performing a single heat disinfection cycle.
Procedures and recommendations for storing the RO unit.
Detailed steps for preparing the RO unit for storage using heat.
Explains the fundamental principles and functionality of the RO system.
Lists the materials used for the RO system's wetted components.
Details the function of solenoid valves in controlling fluid flow.
Describes the function of various check valves in the system.
Explains the role of the high-pressure pump in boosting water pressure.
Identifies key sensors and transducers for monitoring system parameters.
Overview of the OPLC controller and HMI interface for system operation.
Lists and describes various alarm conditions and their meaning.
Describes optional accessories available to enhance system functionality.
Presents detailed technical specifications for the RO system.
Specifies the required quality parameters for the RO feed water.
Details the product and waste flow rates under specific conditions.
Lists the electrical specifications including voltage, amperage, and phase.
Provides information on membrane rejection rates and performance.
Specifies the ambient and storage temperature and altitude limits.
Provides guidelines for the proper disposal of the product or parts.
Details compliance with EMI standards and guidance for use.
Introduces routine maintenance, categorizing procedures by frequency.
Lists daily checks and recordings required for system operation.
Outlines tasks to be performed on a weekly basis for system upkeep.
Details maintenance tasks to be performed monthly.
Specifies maintenance tasks to be performed quarterly.
Lists annual checks including water quality analysis and leak inspection.
Describes maintenance tasks that should be performed based on system conditions.
Provides detailed instructions for specific maintenance tasks.
Detailed steps for repairing leaks in threaded and barbed connections.
Procedure for verifying conductivity and temperature sensor readings.
Step-by-step guide for replacing the RO membrane assembly.
Identifies signs and conditions that indicate the need for membrane cleaning.
Step-by-step guide for cleaning RO membranes using chemical solutions.
Procedure for chemical sanitization of the RO system.
Details requirements and procedures for microbiological testing of product water.
Step-by-step guide for performing a product water culture test.
Guidance on performing endotoxin testing on product water samples.
Instructions for the safe storage of cleaning and sanitizing solutions.
Explanation of how to set up and use the Auto Run feature.
Troubleshooting steps for when the RO unit does not power on or operate.
Steps to resolve alarms related to RO feed water pressure issues.
Troubleshooting steps for product water quality alarms.
Steps to resolve the alarm indicating the unit is not upright.
Troubleshooting steps for high product water temperature alarms.
Steps to address alarms related to RO feed water quality.
Troubleshooting steps for pump pressure alarms (high or low).
Troubleshooting steps for high product pressure alarms.
Lists error codes for detected component failures requiring service.
Troubleshooting steps for low product flow issues.
Troubleshooting steps for high product flow issues.
Guidance on identifying and repairing leaks in the system.
Troubleshooting steps for issues causing low membrane rejection performance.
Troubleshooting steps for high TDS/µS readings in product water.
Visual identification of key components within the RO system.
Identifies components visible on the front panel of the unit.
Identifies ports and modules located on the rear of the unit.
Illustrates electrical components and fuses on the right side.
Shows electrical components like PCBs, relays, and transformers.
Exploded view showing the membrane housing and end caps.
Diagram of hydraulic connections and components at the top of the unit.
Diagram of hydraulic connections and components in the center section.
Identifies valve bodies, check valves, and sensors on the main manifold.
Diagram of hydraulic connections and components in the lower section.
Identifies components related to the product water tank and level switches.
Illustrations showing water flow paths in different operational modes.
Shows the water flow path during normal system operation.
Illustrates the water flow path when diverting to drain.
Shows the water flow path during heat or chemical purge cycles.
Illustrates the water flow path during heat/chemical recirculation.
Depicts the system's electrical wiring and connections.
Provides a schedule outlining maintenance tasks by frequency.
Comprehensive list of electrical, membrane, and fitting spare parts with P/Ns.
General| Brand | Mar Cor Purification |
|---|---|
| Model | MILLENIUM HX |
| Category | Water Filtration Systems |
| Language | English |
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