Benutzerhandbuch für Toshiba MMY-MAP1604HT8ZG-E

Inhaltsverzeichnis

• Warning Indications on the Air Conditioner Unit

  3
• 1 PRECAUTIONS FOR SAFETY

  3
• 2 ACCESSORY PARTS

  5
• 3 INSTALLATION OF NEW REFRIGERANT AIR CONDITIONER

  5
  • Required Tools and Cautions on handling

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  • It is necessary to prepare the tools and parts for installation as described below. The tools and parts which will be newly prepared in the following items should be restricted to exclusive use.

    5
  • : Newly prepared (It is necessary to use it exclusively with R410A, separately from those for R22 or R407C.)

    5
  • : Former tool is available.

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• 4 SELECTION OF INSTALLATION PLACE

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  • Installation space

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• 5 CARRYING IN THE OUTDOOR UNIT

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  • Weight centre and weight

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• 6 INSTALLATION OF THE OUTDOOR UNIT

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  • 1. Install the outdoor unit on a higher foundation than the snowfall or set up a stand to install the unit so that snowfall will not affect the unit.

    8
  • 2. Mount a snowfall-hood onto the air inlet and the air outlet.

    8
  • 1. To install multiple outdoor units, arrange them with 20mm or more spaces in between. Fix each outdoor unit with M12 anchor bolts at 4 positions. 20mm projection is appropriate for an anchor bolt.

    8
  • 2. When drawing out the refrigerant pipe from the underside, set the height of the stand to 500mm or more.

    9
  • 3. Do not use 4 stands on the corner to support the outdoor unit.

    9
  • 4. Mount the vibration-proof rubber (including vibration-proof blocks) so that it fits under the whole clamping leg.

    9
  • 5. Be careful of the connecting arrangement of the header unit and follower units. Set the outdoor units in order of capacity from the one with the largest capacity. (A (Header unit) ³ B ³ C ³ D)

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• 7 REFRIGERANT PIPING

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  • Connection of refrigerant pipe

    10
  • Selection of pipe size

    12
  • Allowable length of refrigerant pipes and allowable height difference between units

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  • Airtightness test

    15
    • 1. Apply pressure 0.3MPa (3.0kg/cm²G) for 5 minutes or more.

      15
    • 2. Apply pressure 1.5MPa (15kg/cm²G) for 5 minutes or more.

      15
    • 3. Apply pressure 3.73MPa (38kg/cm²G) for approx. 24 hours.

      15
  • Vacuum drying

    16
  • Adding refrigerant

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  • Full opening of the valve

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  • F-GAS label

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    • 1. Stick the enclosed refrigerant label adjacent to the charging and/or recovering location.

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    • 2. Clearly write the charged refrigerant quantity on the refrigerant label using indelible ink. Then, place the included transparent protective sheet over the label to prevent the writing from rubbing off.

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    • 3. Prevent emission of the contained fluorinated greenhouse gas. Ensure that the fluorinated greenhouse gas is never vented to the atmosphere during installation, service or disposal. When any leakage of the contained fluorinated greenhouse gas is de...

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    • 4. Only qualified service personnel are allowed to access and service this product.

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    • 5. Any handling of the fluorinated greenhouse gas in this product, such as when moving the product or recharging the gas, shall comply under (EC) Regulation No. 842/2006 on certain fluorinated greenhouse gases and any relevant local legislation.

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    • 6. Periodical inspections for refrigerant leaks may be required depending on European or local legislation.

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    • 7. Contact dealers, installers, etc., for any questions.

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  • Heat insulation for pipe

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  • Finishing after connecting pipes

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• 8 ELECTRIC WIRING

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  • Power supply specifications

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  • Specifications for communication wiring

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  • Connection of power wires and communication wires

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    • 1. Insert the power supply wire through the cutout on the side of the electric parts box and connect the power supply wire to the power supply terminal block and the earth line to the earth screw. After that, fix the power supply wire with the 2 cord...

      22
    • 2. Be sure to use round-type crimping terminals for power connection. Also, apply insulating sleeves to the crimping parts. Use a driver of appropriate size to fix the terminal screws.

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  • Regulation of high frequency wave

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• 9 ADDRESS SETTING

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  • Automatic address setting

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    • 1 Turn on indoor units first, and then turn on outdoor units.

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    • 2 About one minute after turning the power on, confirm that the 7-segment display on the interface P.C. board of the header outdoor unit indicates .

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    • 3 Press SW 15 to start the automatic address setting.

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    • 4 The 7-segment display indicates . After the indication, starts flashing on the display. When the flashing stops and remain lit on the display, the setting is complete.

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    • 1 Set a system address for each system using SW 13 and 14 on the interface P.C. board on the header outdoor unit of each system. (Factory default: Address 1)

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    • 2 Be sure to disconnect the relay connectors between the [U1U2] and [U3U4] terminals on all the header outdoor units that will be connected to the central control. (Factory default: disconnected)

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    • 3 Turn on indoor units first, and then turn on outdoor units.

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    • 4 About 1 minute after turning the power on, confirm that the 7-segment display on the interface P.C. board of the header outdoor unit indicates .

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    • 5 Press SW 15 to start the automatic address setting.

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    • 6 The 7-segment display indicates . After the indication, starts flashing on the display. When the flashing stops and , remains lit on the display, the setting is complete.

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    • 7 Repeat steps 4 to 6 for other refrigerant lines.

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    • 8 After completing address setting of all systems, turn off dip switch 2 of SW30 on the interface P.C. boards of all the header outdoor units connected to the same central control, except the unit that has the lowest address.

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    • 9 Connect the relay connectors between the [U1, U2] and [U3, U4] terminals of the header outdoor unit of each refrigerant line.

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    • 10 Set the central control address.

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  • Manual address setting using the remote controller

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    • Procedure when setting indoor units’ addresses first under the condition that indoor wiring has been completed and outdoor wiring has not been started (manual setting using the remote controller)

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    • In the example above, disconnect the remote controller connections between the indoor units and connect a wired remote controller to the target unit directly before address setting.

      26
      • 1 Push and hold the , , and buttons at the same time for more than 4 seconds.

        26
      • 2 Push the TEMP. / buttons repeatedly to set the CODE No. to .

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      • 3 Push the TIME / buttons repeatedly to set a system address.

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      • 4 Push button.

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      • 5 Push the TEMP. / buttons repeatedly to set the CODE No. to .

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      • 6 Push the TIME / buttons repeatedly to set an indoor unit address.

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      • 7 Push the button.

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      • 8 Push the TEMP. / buttons repeatedly to set the CODE No. to .

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      • 9 Push the TIME / buttons repeatedly to set a group address. If the indoor unit is individual, set the address to ; header unit, ; follower unit, .

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      • 10 Push the button.

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      • 11 Push the button.

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        • 1. Do not use address numbers 29 or 30 when setting system addresses using the remote controller. These 2 address numbers cannot be used on outdoor units and the CODE No. [E04] (Indoor/ outdoor communication error) will appear if they are mistakenly ...

          27
        • 2. If you set addresses to indoor units in 2 or more refrigerate lines manually using the remote controller and will control them centrally, set the header outdoor unit of each line as below.

          27
      • Confirming the indoor unit addresses and the position of an indoor unit using the remote controller

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        • 1 Push the button if the units stop.

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        • 2 Push the button (left side of the button).

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        • 1 Push and hold the and buttons at the same time for more than 4 seconds.

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        • 2 Push the button (left side of the button). Each time you push the button, the indoor unit numbers are indicated one after another.

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        • 3 Push the button to finish the procedure.

          27
        • 1 Push and hold the TIME and buttons at the same time for more than 4 seconds. At first, the line 1 and CODE No. (Address Change) are indicated on the LCD display. (Select an outdoor unit.)

          28
        • 2 Push the (left side of the button) and buttons repeatedly to select a system address.

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        • 3 Push the button to confirm the system address selection.

          28
        • 4 Push the button (left side of the button). Each time you push the button, the indoor unit numbers of the selected refrigerant line are indicated one after another.

          28
        • 5 Push the CL button to return to step 2.

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        • 6 Push the button to finish the procedure.

          28
      • Changing the indoor unit address using a remote controller

        28
        • 1 Push and hold the , , and buttons at the same time for more than 4 seconds.

          28
        • 2 Push the button (left side of the button) repeatedly to select an indoor unit number to change if 2 or more units are controlled in a group. (The fan and louvers of the selected indoor unit are activated.)

          28
        • 3 Push the TEMP. / buttons repeatedly to select for CODE No..

          28
        • 4 Push the TIME / buttons repeatedly to change the value indicated in the SET DATA section to that you want.

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        • 5 Push the button.

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        • 6 Push the button (left side of the button) repeatedly to select another indoor UNIT No. to change.

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        • 7 Push the button (left side of the button) to check the changed addresses.

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        • 8 If the addresses have been changed correctly, push the button to finish the procedure.

          28
        • 1 Push and hold the TIME / buttons at the same time for more than 4 seconds. At first, the line 1 and CODE No. (Address Change) are indicated on the LCD display.

          28
        • 2 Push (left side of the button) and buttons repeatedly to select a system address.

          28
        • 3 Push the button.

          29
        • 4 Push the TIME / buttons repeatedly to change the value of the indoor unit address in SET DATA. Change the value in SET DATA to that of a new address.

          29
        • 5 Push the button to confirm the new address on SET DATA.

          29
        • 6 Push the button (left side of the button) repeatedly to select another address to change. Each time you push the button, the indoor unit numbers in a refrigerant line are indicated one after another. Only the fan and louvers of the selected indoor ...

          29
        • 7 Push the button.

          29
        • 8 Push the button to finish the procedure.

          29
      • Resetting the address (Resetting to the factory default (address undecided))

        29
        • 1 Turn off the refrigerant line to reset to the factory default and set the header outdoor unit of the line as below.

          29
          • 1) Disconnect the relay connectors between the [U1, U2] and [U3, U4] terminals. (Leave them as they are if they have already been disconnected.)

            29
          • 2) Turn on dip switch 2 of SW30 on the interface P.C. board of the header outdoor unit if the switch is OFF. (Leave it as it is if it has already been set to ON.)

            29
        • 2 Turn on the indoor and outdoor units of the refrigerant line for which you want to initialize the addresses. About one minute after turning on the power, confirm that the 7-segment display on the header outdoor unit indicates “U.1. - - -” and o...

          29
        • 3 Confirm that the 7-segment display indicates “A.d. c.L.” and set SW01, SW02 and SW03 to 1, 1, 1 respectively.

          29
        • 4 After a time “U.1.L08” appears on the 7-segment display if the address clearing has been completed successfully. If the 7-segment display indicates “A.d. n.G.”, the outdoor unit may still connected with other refrigerant lines. Check the co...

          29
        • 5 Set the addresses again after finishing the clearance.

          29
• 10 TEST RUN

  30
  • Before test run

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  • Methods of test run

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    • 1 Push and hold the button for more than 4 seconds. TEST appears on the LCD display and the unit enters the trial mode. (TEST is indicated on the LCD display during the test run.)

      30
    • 2 Push the button.

      30
    • 3 Push the button to switch the running mode to COOL or HEAT.

      30
    • 4 Push the button to stop running after finishing the trial run. The indication on the LCD display returns to the status of procedure 1.

      30
    • 5 Push the button to exit the trial mode. (TEST disappears on the LCD display and the status changes to normal stopped mode.)

      30
    • 1 Set the running mode to “COOL” or “HEAT” on the remote controller of the indoor unit to be tested. (The unit will run in the current mode unless you set the mode otherwise.)

      30
    • 2 Set the rotary switches on the interface P.C. board of the header outdoor unit: SW01 to [16], SW02 and SW03 to the address of the indoor unit to be tested.

      30
    • 3 Push and hold SW04 for more than 10 seconds.

      30
    • 1 Set the rotary switches on the interface P.C. board of the header unit back: SW01 to [1], SW02 to [1] and SW03 to [1].

      30
    • 1 Set the rotary switches on the interface P.C. board of the header outdoor unit as below. When in “COOL” mode: SW01=[2], SW02=[5], SW03=[1]. When in “HEAT” mode: SW01=[2], SW02=[6], SW03=[1].

      31
    • 2 Push and hold SW04 for more than 2 seconds.

      31
    • 1 Set the rotary switches on the interface P.C. board of the header unit back: SW01 to [1], SW02 to [1] and SW03 to [1].

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• 11 TROUBLESHOOTING

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• 12 MACHINE CARD AND LOGBOOK

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  • Machine card

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  • Logbook

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    • 1. details of the maintenance and repair works;

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    • 2. quantities, kind of (new, reused, recycled) refrigerant which have been charged on each occasion, the quantities of refrigerant which have been transferred from the system on each occasion (see also EN378-4);

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    • 3. if there is an analysis of a reused refrigerant, the results shall be kept in the logbook;

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    • 4. source of the reused refrigerant;

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    • 5. changes and replacements of components of the system;

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    • 6. result of all periodic routine tests;

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    • 7. significant periods of non-use.

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