Toshiba RBC-AMS51E Manuale utente

Pocket Quick

Reference Guide

On the TOSHIBA

RBC-AMS51E

Remote Controller

Quick Reference Guide

To assist service engineers working on Toshiba air conditioning equipment, there is a large quantity of

data available via the new “Lite Vision – plus” remote controller the RBC-AMS51E-ES, this data is NOT

available via an Infra-Red remote or the RBC-AS21E2 simplified remote controller.

Accessing the data is a simple process of entering into the on-board menu of the remote controller.

Controller Layout.

1-ON/OFF button 5 - F1 button

Illuminates when system is running. Varies its functions according to

the setting screen.

2 - Temperature up button 6 –F2 button

Used in the menu screen to select Varies its functions according to

menu items the setting screen

3 -Temperature down button 7 –Cancel button

Used in the menu screen to select Functions as indicated on the screen

menu items

4 –Menu Button 8 –Monitor button

Displays the menu screen. Displays the monitor screen

2, 3

Temperature

Sensor

Fault Code Guide

Current fault codes are displayed automatically at the top of

the LCD display, (Warning symbol, Code: *** along with the

affected unit no.)

Main power switch flashes “Green”.

Fault code history can be accessed by accessing the “Field

Setting Menu”

1) Press the ”“button to

display the menu screen

2) Press and hold the” “button

and the” “button at the same time

for more than 4 seconds to display the

“Field setting menu”

3) Scroll down to item “3” using the

button.

4) Press “F2”

A list of the latest 10 alarm codes along with date, time and unit are displayed.

The oldest data are deleted in order to record the newest, the date and time when the error occured for

the first time are displayed for any repeated alarms.

Refer to the Technical Handbook for fault code diagnosis and descriptions

Code: *** Unit 1 - 1

To erase the fault code history.

1) Press the “ [F2]” button whilst

the list of alarm codes is displayed.

2) When the display has changed press

the “ [F1]” button.

Code

Description

E01

No communication between remote controller and indoor unit. (Master indoor unit maybe switched off)

E02

Local controller failure –unable to transmit

E03

Master indoor unit receives no data to A-B (Could also show as E01 fault)

E04

Indoor unit (except twin slave) receives no communications from outdoor unit; can also include klixon on discharge pipe of outdoor unit

E08

Duplicated indoor unit address

E09

2 local controllers connected on a group –both configured as masters

E10

Indoor unit PCB failure

E18

Communications failure between master indoor unit and slave indoor unit or units

F01

Indoor unit TCJ (Liquid) sensor error (Open or Closed circuit –resistance is measured in kΩ

F02

Indoor unit TC2 (Vapour) sensor error (Open or Closed circuit –resistance is measured in kΩ

F04

Outdoor unit TD (Discharge) sensor error (Open or Closed circuit –resistance is measured in kΩ

F06

Outdoor unit TE (Coil) sensor error (Open or Closed circuit –resistance is measured in kΩ

F08

Outdoor unit TO (Ambient) sensor error (Open or Closed circuit –resistance is measured in kΩ

F10

Indoor unit TA (Return Air) sensor error (Open or Closed circuit –resistance is measured in kΩ

F29

Indoor unit PCB failure

H01

Outdoor unit Inverter compressor over current detected

H02

Master outdoor unit over current detected shortly after start up

H03

Current detected on Master outdoor unit whilst idle

H06

Outdoor unit Low pressure detected by Ps sensor (0.2 bar –2.9 psig)

L03

Indoor unit Duplicated master indoor units in a group

L07

Indoor unit in a group of units previously addressed as a single unit –check addressing

L08

Indoor units addresses not set –check addressing

L09

Indoor units capacity not set (check DN Code 11)

L29

Outdoor unit IPDU error (Number of detected IPDU units is reduced)

L30

Input on indoor PCB CN80 circuit for 1 minute

L31

Outdoor unit PCB error

P01

Indoor unit fan motor error

P03

Outdoor unit High discharge temperature (TD1 exceeded 115 oC)

P04

Outdoor unit High pressure switch activated (Detected by high temperature on TE sensor on digital/super digital inverter units)

P07

Outdoor unit PCB heat sink overheated (Temperature over 90 oC recorded)

P10

Indoor unit Float switch activated

P12

Indoor unit fan motor error –detected by feedback circuit

P19

Wrong change in temperature recorded (4 way valve error)

P22

Outdoor unit fan motor IPDU error

P26

Outdoor unit Giant transistor short circuit

P29

Outdoor unit Compressor error detected by feedback circuit

P30

Indoor unit Group control follower unit error / duplicated central control addresses

P31

Indoor unit PCB error

C05

Central control Sending error in TCC-Link central control device

C06

Central control Receive error in TCC-Link central control device

C12

Batch alarm for general purpose equipment interface

More detailed listings are available in the technical handbook or relevant service literature

Data Retrieval Guide

There are two levels for system data, the first level is the monitor mode, which shows basic temperatures

indoor and outdoor, filter time and system running hours.

To access this data press the

1) Display’s the set temperature.

2) Display’s the temperature measured by the TA return air sensor

within the indoor unit. If the system is programmed to use the room

sensor in the remote controller this will be displayed replacing the TA

data.

3) Display’s the temperature measured by the TO ambient air sensor

within the outdoor unit.

4) Display’s the remaining time until the filter sign is displayed.

5) Display’s the accumulated operating time of the system.

To access the second level of data display.

5) Press the button to

display the “Menu screen”

6) Press and hold the”“button

and the ““button at the same time

for more than 4 seconds to display the

“Field setting menu”

7) Scroll down to item “4” using the

““button.

8) Press “F2 “

9) Press the ““to scroll

through the codes, for details of codes refer to the following charts.

Data is available for “0, 1, 2, 3 & 4 Series” Digital/Super Digital Inverter and VRF equipment

(Mini -SMMS, SMMS, SMMSi & SHRM).

Digital/Super digital “0-1-2-3” series data

Code

Indoor Data

Code

Outdoor Data

Room Temp (Control Temp) (oC)

TE Sub-cooled Liquid Temp. (oC)

Room Temp. (Remote Controller) (oC)

TO Ambient Temp. (oC)

TA Return Air Temp. (oC)

TD Discharge Temp. (oC)

TC Coil –Vapour Temp. (oC)

TS Suction Temp. (oC)

TCJ Coil –Liquid Temp. (oC)

THS –Inverter Heat Sink Temp. (oC)

Digital/Super digital “4” series

Code

Indoor Data

Code

Outdoor Data

Room Temp (Control Temp) (oC)

TE Sub-cooled Liquid Temp. (oC)

Room Temp. (Remote Controller) (oC)

TO Ambient Temp. (oC)

TA Return Air Temp. (oC)

TD Discharge Temp. (oC)

TC Coil –Vapour Temp. (oC)

TS Suction Temp. (oC)

TCJ Coil –Liquid Temp. (oC)

THS –Inverter Heat Sink Temp. (oC)

Fan Speed (rpm)

Operation Current (A)

Fan Run Time (x 100h)

Compressor Frequency (Hz)

Filter Duration Timer ( x 1h)

Fan Speed (Lower) –(rpm)

Discharge Temp. (Indoor –If fitted) (oC)

Fan Speed (Upper) –(rpm)

Compressor Run Time (x 100h)

VRF indoor data for Mini SMMS / SMMS / SMMSI & SHRM equipment

Code

Indoor Data

Code

Indoor Data

Room Temp (Control Temp) (oC)

Indoor Discharge Temp (If Used) - (oC)

Room Temp. (Remote Controller) (oC)

PMV Position (0 –10)

TA Return Air Temp. (oC)

Number of Connected Indoor Units (No.)

TCJ Coil –Liquid Temp. (oC)

Indoor Capacity (x 10 = HP)

TC2 Coil –PMV Pipe Temp. (oC)

Number of Outdoor Units (No.)

TC1 Coil –Vapour Temp (oC)

Outdoor Capacity ( x 10 = HP)

VRF Outdoor data for Mini SMMS / SMMS & SHRM equipment

Code

Outdoor Data

Code

Outdoor Data

Td1 - Compressor 1 Discharge Temp. (oC)

TU –Low Pressure Saturated Temp. (oC)

Td2 - Compressor 2 Discharge Temp. (oC)

Compressor 1 Current (A)

Pd –High Pressure Sensor (MPa)

Compressor 2 Current (A)

Ps - Low Pressure Sensor (MPa)

PMV1 + 2 Opening (0 –100)

TS –Suction Temp. (oC)

Compressor 1, 2 ON/OFF

TE - Outdoor Heat Exchanger Temp. (oC)

Outdoor Fan Mode (0 –31)

TL –Liquid Temp. (oC)

Outdoor Unit Size (HP)

Note. * Would be replaced with 1, 2, 3 or 4 to obtain data from respective outdoor unit.

VRF Outdoor data for SMMSI equipment

Code

Outdoor Data

Code

Outdoor Data

Pd –High Pressure Sensor (MPa)

Compressor 1 Revolutions (rps)

Ps –Low Pressure Sensor (MPa)

Compressor 2 Revolutions (rps)

Td1 –Compressor 1 Discharge Temp. (oC)

Compressor 3 Revolutions (rps)

Td2 –Compressor 2 Discharge Temp. (oC)

Outdoor Fan Mode

Td3 –Compressor 3 Discharge Temp. (oC)

Compressor IPDU 1 Heat Sink Temp. (oC)

TS –Suction Temp. (oC)

Compressor IPDU 2 Heat Sink Temp. (oC)

TE1 –Outdoor Coil Temp. (oC)

Compressor IPDU 3 Heat Sink Temp. (oC)

TE2 –Outdoor Coil Temp. (oC)

Outdoor Fan IPDU Heat Sink Temp. (oC)

TL –Liquid Temp. (oC)

Heating / Cooling Recovery Controlled

TO –Outdoor Ambient Temp. (oC)

Pressure release

PMV 1 + 2 Opening

Discharge Temp. Release

PMV 4 Opening

Follower Unit Release

Compressor 1 Current (A)

Outdoor Unit Size (HP)

Compressor 2 Current (A)

Note. * Would be replaced with 1, 2, 3 or 4 to

obtain data from respective outdoor unit.

# would be replaced with either 5, 6, 7, 8 to

obtain data from outdoor units 1,2,3 or 4

Compressor 3 Current (A)

Outdoor Fan Current (A)

For more detailed descriptions please refer to the relevant technical service manual.

NOTES:

Common Configurable Control Options

*Accessed via Toshiba hard wired remote controller RBC-AMS51E-ES

Relocation of room temperature sensing from return air to remote controller sensor

1) Press the ““button to

display the “Menu screen”

2) Press and hold the ““button

and the ““button at the same time

for more than 4 seconds to display the

“Field setting menu”

3) Scroll down to item “5” using the

“ “button.

4) Press “F2” Code (DN) 10

will be highlighted on the left of the display.

5) Scroll the Code (DN) to 32 using the

““buttons.

6) When Code (DN) 32 is highlighted on the left

press “ [F2]” to highlight “Data”

on the right.

7) Change “Data” from “0000” to “0001” by

pressing the “ “

8) Press “ “follow on screen instructions.

Automatic restart after power failure

Press the “ “button to

display the “Menu screen”

9) Press and hold the ““button

and the ““button at the same time

for more than 4 seconds to display the

“Field setting menu”

10) Scroll down to item “5” using the

button.

11) Press “F2” Code (DN) 10

will be highlighted on the left of the display.

12) Scroll the Code (DN) to 28 using the

““buttons.

13) When Code (DN) 32 is highlighted on the left

press “ [F2]” to highlight “Data”

on the right.

14) Change “Data” from “0000” to “0001” by

pressing the “ “

15) Press “ “follow on screen instructions.

Setting Present Time and Day of Week

1) Press the “ “ button to display

the “Menu screen”.

2) Press the “ “ button to

select option “10 Initial Setting” then

Press the “ Set” [F2] button.

3) Select “1 –Clock” then press

“ Set” [F2] button.

4) Press the “ “ button to

select the year, month, date & time.

Press the “ [F1 ] or “[F2]

button to set the value.

5) Press the “ “button.

Setting ON and OFF Times (scheduled operations)

1) Press the “ “ button to display

the “Menu screen”.

2) Press the “ “ button to

select option “5 Schedule timer” then

press the “ Set” [F2] button.

3) Press the “ [F1]” button to turn

On or “ [F2]”to turn off the

schedule timer.

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