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Wasserlab Micromatic - User Manual

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Micromatic DA
Equipment
User´s Manual
Rev. 7
20.03.17

Table of Contents

Questions and Answers

  • M
    michaelrileyAug 1, 2025
    What to do if my Wasserlab Water Filtration System doesn't produce water or has very low flow?
    • D
      Daniel SnowAug 1, 2025
      First, ensure the water supply is turned on and check the inlet pressure. Inspect the pretreatment cartridges for fouling; if they are very dirty, they might be blocking the water flow. Also, verify that the stopcock to the tank is open and the tube connecting the equipment and the tank is not trapped. If these checks don't reveal any issues, the RO membrane may be depleted, causing lower production. Note that the lower the pressure, the lower the performance of the equipment.
  • R
    Ronald FowlerAug 5, 2025
    Why is the conductivity of the water produced by my Wasserlab Water Filtration System high?
    • D
      Devin ChapmanAug 5, 2025
      A high conductivity in the water produced by your Wasserlab Water Filtration System may indicate that the resin is depleted. Replace the cartridges and ensure that water flows through the rejection tube.
  • J
    Jean DavisAug 10, 2025
    What to do if my Wasserlab Water Filtration System loses water?
    • G
      grant47Aug 10, 2025
      If your Wasserlab Water Filtration System is leaking, it could be due to a failure in one of the equipment's connections or a leak in the pump. In this case, you should consult Technical Assistance Service.
  • M
    Michael Rosales IIAug 14, 2025
    How to fix inadequate filling level in my Wasserlab Water Filtration System's tank?
    • R
      robertskristinAug 14, 2025
      If the tank's filling level is inadequate, check the level connections, as the level positioning may be incorrect.
  • S
    sarahrossAug 18, 2025
    How to reset the warning message after replacing the pretreatment in my Wasserlab Water Filtration System?
    • S
      Sean KochAug 18, 2025
      If the warning message doesn't deactivate after replacing the pretreatment, reset the hour meter to 0. Consult section 8.3.3 for instructions.
  • A
    ashley67Aug 22, 2025
    Why does the deionisation resin in my Wasserlab Water Filtration System last for a short time?
    • S
      sarah57Aug 23, 2025
      The deionisation resin may last for a short time due to possible depletion of the RO membrane.
  • R
    Rachel MartinAug 27, 2025
    What to do if the screen of my Wasserlab Water Filtration System does not light or the menu does not work?
    • E
      Emily DominguezAug 27, 2025
      Unplug the equipment and disconnect the plug-in. Then, connect the plug-in first and plug the equipment back into the power system. If the problem persists, inspect the electrical connection, including the connection to the power system, transformer, and electronic card.

Summary

0. Introduction

Manufacturer

Details the manufacturer of the water purification equipment.

2. Safety Information

Access to Equipment Interior

Restricts internal access to authorized technical service personnel for maintenance.

Electrical Connections Safety

Critical instructions for safe electrical hookup, voltage, and plug placement.

Explosive Atmospheres Warning

States the equipment is not designed for use in explosive environments.

Environmental Pollution

Defines the permitted environmental pollution grade for the equipment's operation.

Feed Water and Hydraulic Connections

Emphasizes feed water quality, pressure, and secure hydraulic connections.

Consumables Usage

Stresses the importance of using original parts and timely replacement of consumables.

3. Equipment Use and Specifications

3.1 Electrical Power Requirements

Specifies voltage, phase, wattage, and power consumption details.

Feed Water Requirements

Lists the critical parameters for inlet water quality and temperature.

Ambient Temperature

Outlines recommended operating and storage temperature ranges.

3.2 Equipment Location

3.3 Equipment Features

Equipment Dimensions

Presents the physical dimensions of the equipment with illustrative diagrams.

4. Equipment Description

4.1 Equipment Exterior

Describes the external features including electrical and hydraulic connections.

4.2 Right Side Components

Identifies the components located on the right side of the equipment.

4.3 Left Side Components

Identifies the components located on the left side of the equipment.

4.4 Other Elements

Lists miscellaneous components such as the tank and transformer.

4.5 Screen and Keyboard

4.5.1 Screen Interface

Details the screen icons used for status, warnings, and measurements.

4.5.2 Keyboard Controls

Describes the functions of the control buttons on the equipment.

4.5.3 Acoustic Alerts

Explains the audible alerts and how to manage them.

4.6 Type II Water Tank

5. Water Purification Process Description

5.1 Pretreatment Stage

Explains the initial filtration and conditioning steps for feed water.

5.2 Reverse Osmosis Stage

Describes the RO membrane process for removing dissolved solids.

5.3 Deionisation Stage

Explains the deionization stage and the quality of the final water.

5.4 Type II Water Storage

Covers the storage of purified water and level detection.

5.5 Automatic Operation Modes

Explains the different operational modes like production and standby.

6. Hydraulic Diagram

7. Installation of the Equipment

7.1 Unpacking the Equipment

Instructions for safely unpacking the equipment and verifying all components.

Equipment Location

Guidelines for selecting an appropriate installation site for the equipment.

Tank Location

Recommendations for placing the Type II water tank for convenience and safety.

Electrical Connection

Details on connecting the transformer and ensuring plug accessibility.

Hydraulic Connection

General overview of hydraulic connections and level sensor placement.

7.2 Hydraulic Connections

Detailed instructions for making all hydraulic connections for the equipment.

a. Water Inlet

Guides connection of the water supply and optional pretreatment.

b. Drainage

Instructions for correctly connecting the rejection water drain.

c. Tank Level

Details how to connect the tank level sensor at rear fitting "0".

d. Water Type II

Connects the Type II water output tube to the storage tank.

7.3 Equipment Start-up

Step-by-step guide for powering on and initiating the equipment.

8. MONITORING

8.1 Symbols and Meaning

Provides a key to understanding the icons displayed on the equipment's screen.

8.2 User Warnings

8.3 Entering Parameters (Set-up Menu)

8.3.1 Set Value for Deionisation Resin Change

How to configure the conductivity threshold for resin replacement warnings.

8.3.2 Water Temperature

Explains the influence of water temperature on conductivity measurements.

8.3.3 Resetting the Pretreatment Hour Meter

9. Maintenance

9.1 Pretreatment Replacement

Step-by-step guide for replacing the pretreatment cartridges.

9.2 Resin Cartridge Replacement

Procedure for replacing the deionization resin cartridges.

9.3 RO Membrane Replacement

Symptoms indicating RO membrane failure and replacement steps.

10. Calibration

11. Troubleshooting Guide

12. EC-Declaration of Conformity

Wasserlab Micromatic Specifications

General IconGeneral
BrandWasserlab
ModelMicromatic
CategoryWater Filtration Systems
LanguageEnglish