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MTA TAEevo M05 - User Manual

MTA TAEevo M05
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CHILLERS
MAINTENANCE AND OPERATING MANUAL
38178800511
Original instructions
TAEevo M05-M10

Table of Contents

Questions and Answers

  • L
    Leslie HorneAug 15, 2025
    Why is the MTA Chiller water temperature too high?
    • J
      johnsonwilliamAug 15, 2025
      The water temperature in your MTA Chiller might be higher than expected due to several reasons: the thermal load could be too high (restore it to the preset limits), the ambient temperature could be too high (restore it to the preset limits), the condenser fins may be dirty (clean them), the front surface of the condenser could be obstructed (free it), or there might not be enough refrigerant fluid in the plant (in this case, get a technician to check for and eliminate leaks, then refill the plant).
  • C
    Carol JonesAug 22, 2025
    What causes the compressor protection to trip on my MTA Chiller?
    • A
      Alexis PhillipsAug 22, 2025
      The compressor protection on your MTA Chiller might trip due to: a thermal load that is too high in conjunction with a high ambient temperature (stop the machine and restore the load within the preset limits, then wait a few minutes before restarting), a thermal load that is too high along with a lack of refrigerant in the circuit (get a technician to check for and eliminate leaks, then have the engineer refill the circuit), or the same issues that cause the high pressure switch to trip.
  • B
    bartontracyAug 26, 2025
    What to do if my MTA TAEevo M05 Chiller is obstructed and the water isn't flowing?
    • A
      Andrew HawkinsAug 26, 2025
      If your MTA Chiller is obstructed and the water isn't flowing, it could be because the set point is too low, causing the water to freeze (raise the set point or add an appropriate percentage of ethylene glycol (antifreeze)), or the evaporator is obstructed by dirt carried by the water to be cooled (clean the evaporator by running a detergent solution which is not aggressive for steel, aluminium and copper, or run a high water flow against the stream and install a filter upstream from the chiller).
  • C
    Christopher ManningAug 28, 2025
    Why does the FC1 fuse trip on my MTA TAEevo M05 Chiller?
    • D
      Dr. Amy LutzAug 28, 2025
      The FC1 fuse in your MTA Chiller might be tripping because of compressor motor overloading or a short circuit, or a short circuit in the compressor power line. To resolve this, use a tester to check the motor windings and the power cable. Replace the compressor or cable if necessary, and then change the fuse.
  • L
    Leslie AcostaAug 31, 2025
    Why is the FF1 fuse tripping in my MTA TAEevo M05?
    • N
      Nathan FreemanSep 1, 2025
      The FF1 fuse in your MTA Chiller may be tripping due to fan, pumps, and electronic power overload, or a short circuit in the power line. Check the components and wiring with a tester, replace any damaged components or wiring, and then change the fuse.
  • C
    Christopher Matthews DDSSep 4, 2025
    Why is the water pressure low at the pump outlet of my MTA TAEevo M05?
    • M
      michelle95Sep 4, 2025
      Low water pressure at the pump outlet of your MTA Chiller could be due to excessive clearance between the impeller and the pump casing, indicating worn parts. You should verify and replace the pump impeller.
  • S
    simschristopherSep 7, 2025
    How to fix a faulty -BT1 probe on my MTA TAEevo M05?
    • R
      Reginald HernandezSep 7, 2025
      A faulty -BT1 probe on your MTA Chiller, or parameters out of range, can be resolved by checking or renewing the probe.
  • K
    kmillerSep 12, 2025
    What to do if MTA Chiller continues to operate with old values after parameter modification?
    • M
      Mr. Brian Rodriguez MDSep 12, 2025
      If your MTA Chiller continues to operate with the old values after modifying a parameter, it may be because the instrument has not updated the old value or the parameter programming procedure was not concluded correctly. Turn the instrument off and on again or re-program the parameters correctly.
  • S
    Samantha BrownNov 17, 2025
    What to do if the high pressure switch (HP) trips on my MTA TAEevo M05 Chiller?
    • T
      Thomas PerezNov 18, 2025
      If the high pressure switch (HP) trips on your MTA Chiller, it could be due to several reasons: the fan may not be working (repair or replace it, and check the thermal protection switch if fitted, then press the reset button on the cap of the pressure switch), the ambient air temperature may be too high (reduce ambient temperature within design limits by increasing local ventilation, then press the reset button on the cap of the pressure switch), there could be recirculation of warm air due to incorrect installation location (change the position of the unit or any adjacent obstructions to avoid recirculation, then press the reset button on the cap of the pressure switch), the condenser fins may be dirty (clean the condenser fins, then press the reset button on the cap of the pressure switc...

Summary

GENERAL INFORMATION

1.1 Terminology

Definitions of terms used in the manual.

1.1.1 Meaning of the code

Explanation of chiller model coding and cooling capacity.

SAFETY

2.1 General Safety Guidelines

General precautions for handling and maintaining the unit.

2.2 Operational Safety Precautions

Precautions for liquids, lifting, installation, and operation.

2.2.5 Maintenance and Repair Safety

Safety measures for maintenance and repair work.

2.2.6 Refrigerant Safety and Handling

Information on refrigerant R407C, its properties, and safety.

2.3 Safety Schedule and First Aid

Safety data and first aid for R407C refrigerant.

TECHNICAL DATA

3.1 Data Plate and Abbreviations

Explains data plate information, abbreviations, and unit specifications.

3.1.1 Sound Level Measurements

Details the sound pressure and power levels of the unit.

3.1.2 Limit Operating Conditions

Specifies the minimum and maximum operating parameters for the unit.

DESCRIPTION

4.1 Operating Principle and Components

Explains the chiller's working principle and its main components.

4.4 Water and Refrigerant Circuits

Details the water and refrigerant flow paths within the unit.

INSTALLATION

5.1 Unit Inspection and Positioning

How to inspect and position the chiller unit.

5.3 Antifreeze Protection

Guidelines for using antifreeze to prevent freezing.

5.4 Plumbing and Electrical Connections

Instructions for water piping and electrical connections.

START UP

Startup Procedure Checks

Pre-startup checks and initial power-on sequence.

ELECTRONIC CONTROL BOARD

7.1 Control Board Overview

Functions and managed devices of the electronic control board.

7.2 User Interface and Key Functions

Details the control panel interface, keys, and combinations.

7.3 Display and Indicators

Explains the display, LEDs, and their meanings.

7.4 Operational Modes

Covers automatic restart, compressor control, and temperature alarms.

7.7 Alarms Signalling

Lists alarm messages, causes, and outputs.

7.8 Unit General Parameters

Information on factory-preset and adjustable unit parameters.

7.8.1 Control Parameters

Details parameters for set-point, hysteresis, and calibration.

7.8.2 Display Parameters

Parameters related to unit display settings like units and resolution.

7.8.3 Defrost Parameters

Parameters for configuring defrost cycles.

7.8.4 Fan Parameters

Parameters for controlling fan operation modes and timing.

7.8.5 Alarm Management Parameters

Parameters for configuring temperature alarms, delays, and digital inputs.

7.9 Digital Input Alarms

Configuration of alarms triggered by digital inputs.

7.10 Other Parameters

Various other configurable parameters for the unit.

7.11 i1 F Parameter Digital Input

Details configurations for digital input parameters (i1F).

HIGH PRESSURE SWITCH (HP)

Setting of HP Pressure Switch

Provides trip and reset values for the high pressure switch.

OPERATION AND MAINTENANCE

9.1 Operation

Describes the automatic operating mode of the machine.

9.2 Maintenance Procedures

General guidelines and procedures for unit maintenance.

9.2.1 Unit Access

How to access internal components for service.

9.2.2 Unjamming the Pump

Procedure for unjamming a stuck pump.

9.2.3 Maintenance Schedule

A schedule outlining daily, monthly, and annual maintenance tasks.

TROUBLE SHOOTING

Problem Diagnosis and Solutions

A comprehensive guide to identifying and resolving common unit issues.

MTA TAEevo M05 Specifications

General IconGeneral
BrandMTA
ModelTAEevo M05
CategoryChiller
LanguageEnglish

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