Daikin D-EIOCP00206-20 Operation manuals
parteinvert
ACL – DC8
REV
00
Date
June 2020
Supersedes
/
Installation and Operation Manual
D-EIOCP00206-20_00EN
Installation and Operation Manual D-EIOCP00206-20_00EN
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ALC-DC8
TABLE OF CONTENTS
1 SAFETY CONSIDERATIONS ........................................................................................................... 4
General ....................................................................................................................................... 4
Avoid electrocution ..................................................................................................................... 4
Additional Safety Devices Info ................................................................................................... 4
Available sensors ....................................................................................................................... 5
2 GENERAL DESCRIPTION ................................................................................................................ 6
Basic Information ........................................................................................................................ 6
Abbreviations used ..................................................................................................................... 6
Controller Operating Limits......................................................................................................... 7
ALC DC8 to chiller units compatibility table ............................................................................... 8
Standard and optional devices. .................................................................................................. 9
Device Overview ........................................................................................................................ 9
ALC connection diagram .......................................................................................................... 11
3 USING THE CONTROLLER ........................................................................................................... 12
General Recommendation ....................................................................................................... 12
Navigating ................................................................................................................................ 13
Passwords ................................................................................................................................ 13
Editing....................................................................................................................................... 14
Basic Control System Diagnostic ............................................................................................. 15
Controller maintenance ............................................................................................................ 16
Optional Remote User Interface ............................................................................................... 16
Embedded Web Interface......................................................................................................... 17
4 MENU STRUCTURE ....................................................................................................................... 19
Main Menu ................................................................................................................................ 19
4.1.1 View/Set Unit .................................................................................................................................. 19
4.1.2 View/Set Circuit .............................................................................................................................. 21
4.1.3 Active Setpoint ................................................................................................................................ 25
4.1.4 Commission Unit ............................................................................................................................ 25
4.1.5 Alarms ............................................................................................................................................ 28
4.1.6 Diagnostic ....................................................................................................................................... 28
4.1.7 About .............................................................................................................................................. 28
5 DEVICE INSTALLATION AND CONNECTION .............................................................................. 29
Installing and connecting ALC DC8 Hardware ......................................................................... 29
5.1.1 STEP 1, Cable routing ................................................................ .................................................... 29
5.1.2 STEP 2, Power cable...................................................................................................................... 30
5.1.3 STEP 3, Main Modbus cable connection ........................................................................................ 30
5.1.4 (Optional) STEP 4, Ethernet cable connection ............................................................................... 31
5.1.5 (Optional) STEP 5, BMS cable connection ..................................................................................... 31
5.1.6 (Optional) STEP 6, Antenna coaxial cable connection ................................................................... 32
5.1.7 (Example) STEP 7, MTII Modbus cable connection ....................................................................... 32
5.1.8 (Example) STEP 8, Enter into setting menu ................................................................ ................... 33
5.1.9 (Example) STEP 9, MTII access password ................................................................................... 34
5.1.10 (Example) STEP 10, MTII access password .................................................................................. 34
5.1.11 STEP 10 – Power ON ALC DC8 ..................................................................................................... 35
6 ALC-DC8 PANEL COMMISSIONING ............................................................................................. 36
Commissioning of standard version without BMS .................................................................... 36
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Commissioning of Modbus RS485 BMS version. .................................................................... 38
Commissioning of BACnet IP BMS version. ............................................................................ 40
7 PLANT ACTIVATION AND FIRST CONNECTION TO DAIKIN ON SITE. .................................... 43
Daikin on Site activation on ALC-DC8 Controller ..................................................................... 43
7.1.1 Configure custom IP on ALC panel ................................................................................................ 44
Verifying the connection and Daikin On Site Activation Key retrieving .................................... 46
Plant Registration and Configuration ....................................................................................... 47
8 APPENDIX A: MAPPING TABLE ................................................................................................... 51
Note on BMS datapoint mapping and circuit elements selection. ............................................ 51
MCQ Screw Chiller datapoints and setpoints mapping. ........................................................... 53
USA Centrifugal Chiller datapoints and setpoints mapping. .................................................... 64
Common (DoS) datapoints and setpoints mapping . ............................................................... 73
Unit and Circuit Status .............................................................................................................. 74
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ALC-DC8
1 SAFETY CONSIDERATIONS
General
Installation, start-up and servicing of equipment can be hazardous if certain factors particular to the
installation are not considered: operating pressures, presence of electrical components and voltages
and the installation site (elevated plinths and built-up up structures). Only properly qualified
installation engineers and highly qualified installers and technicians, fully trained for the product, are
authorized to install and start-up the equipment safely.
During all servicing operations, all instructions and recommendations, which appear in the installation
and service instructions for the product, as well as on tags and labels fixed to the equipment and
components and accompanying parts supplied separately, must be read, understood and followed.
Apply all standard safety codes and practices.
Wear safety glasses and gloves.
Use the proper tools to move heavy objects. Move units carefully and set them down gently.
Avoid electrocution
Only personnel qualified in accordance with IEC (International Electrotechnical Commission)
recommendations may be permitted access to electrical components. It is particularly recommended
that all sources of electricity to the unit be shut off before any work is begun. Shut off main power
supply at the main circuit breaker or isolator.
IMPORTANT: This equipment uses and emits electromagnetic signals. Tests have shown that the
equipment conforms to all applicable codes with respect to electromagnetic compatibility.
RISK OF ELECTROCUTION: Even when the main circuit breaker or isolator is switched off,
certain circuits may still be energized, since they may be connected to a separate power
source.
RISK OF BURNS: Electrical currents cause components to get hot either temporarily or
permanently. Handle power cable, electrical cables and conduits, terminal box covers and
motor frames with great care.
ATTENTION: In accordance with the operating conditions the fans can be cleaned
periodically. A fan can start at any time, even if the unit has been shut down.
Additional Safety Devices Info
This device needs to be connected to an external Air Conditioning unit. So, no further info can be
directly integrated in the present manual.
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For further info and recommendations related to safety consideration about the external units,
any related equipment installed within, and the integration with a third part devices, please refer
to the specific installation and operation manual of that unit itself.
Available sensors
In this first HW/SW release of this devices, no optional sensors are still integrated with it. If sensors
will be integrated in future, every info and recommendations related to safety consideration will be
reported in this paragraph.
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ALC-DC8
2 GENERAL DESCRIPTION
Basic Information
The ALC DC8 panel is used to connect old McQuay Screw and Centrifugal chillers based on Microtech
II (MTII) controller to Daikin On Site. The core of the ALC panel is a Microtech®III controller. It manages
any operation and communication between the chiller and DoS. If a BMS system is connected to the
chiller via Modbus RS485 or a Bacnet IP cable/protocols, the ALC can also manage suck kind of
communication by an optional Microtech module.
More in details, ALC DC8 is currently compatible with the following units:
• MCQ “screw” units – PFS, ALS, WHS, McAir, MTM (MNG, HPI)
• USA/MCQ “centrifugal” units – WDC, WSC, WPV, WCC, HSC, TSC, HDC, WMC
• a BMS already connected and compatible with mapping of abovementioned chiller units.
The ALC MTII controller can be connected to the MTIII-bases units by means of Modbus protocol, 3wires cable and a dedicated serial card (i.e. EKAC200J model) that needs be installed on the related
serial card slot of the MTII Chiller Control Unit.
Please refer to ALC DC8 to chiller units compatibility table for more details about chiller units
connectable to Daikin On Site by means of ALC DC8.
Abbreviations used
In this manual, the following abbreviations are used:
A/C
Air Cooled
(ALC) DC8
(ALC) Daikin-on-site Connectable v.8
BMS
Building Management Systems
E/M
Energy Meter Module
HMI
Human Machine Interface
M2M
Machine-to-machine
UC
Unit controller (Microtech III)
W/C
Water Cooled
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Controller Operating Limits
Operation (IEC 721-3-3):
• Temperature -40...+70 °C
• Restriction LCD -20… +60 °C
• Restriction Process-Bus -25….+70 °C
• Humidity < 90 % r.h (no condensation)
• Air pressure min. 700 hPa, corresponding to max. 3,000 m above sea level
Transport (IEC 721-3-2):
• Temperature -40...+70 °C
• Humidity < 95 % r.h (no condensation)
• Air pressure min. 260 hPa, corresponding to max. 10,000 m above sea level.
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ALC-DC8
ALC DC8 to chiller units compatibility table
CHILLER FAMILY
UNIT NAME
MAX NUM.
MAPPED
DATAPOINTS
MAX NUMBER
OF
COMPRESSOR
MAX NUMBER
OF CIRCUIT
N° OF
COMPRESSOR
PER CIRCUIT
BMS
MODBUS/BACNETIP
COMPATIBILITY*
M2M
COMPATIBILITY*
Screw Chiller
PFS
~ 200
2 2 1 Y Y
ALS/WHS
4 4 1 Y Y
MCAIR
4 4 1 Y Y
MTM (MNG, HPI)
2 2 1 Y Y
Centrifugal Chiller
WSC, WDC, WPV,
WCC, HSC, TSC HDC
~ 130
2 1 2 Y Y
WMC
2 1 2 Y Y
Table 1: ALC DC8 compatibility table
*Hardware options
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Standard and optional devices.
The ALC DC8 can handle different kinds of communication, the one with the chiller unit MTII controller
apart. The following table shows the standard and optional modules or electronic equipment
necessary to manage any main or further data communication implemented so far.
ITEM
DETAILS
NOTES
STANDARD
PANEL
ALC PANEL COST WITH POL687
Controller
Standard configuration includes MTIII
controller.
(Optional)
DoS M2M Kit
4G Router WiFi kit.
Required if you can not connect the
ALC DC8 to DoS to a LAN connection
and by means of ethernet cable.
(Optional)
Coms Modules
and probes
Bacnet IP Communication Module
POL908
In case the connection with BMS in
BacNet is required
Modbus Communication Module
POL902
In case the connection with BMS in
Modbus is required
Serial card module EKAC200J
For communication with chiller MTII
controller
Device Overview
Below is reported a picture that shows how is made the new ALC DC8. In particular, the components
and devices used so far (blue) are reported in this paragraph and the new connections requested (light
blue) are described in paragraph ALC connection diagram.
The ALC DC8 is mainly composed of the following devices:
➢ Power supply - a MDR-100-24 Meanwell power supply units that can be input powered at 85
VAC to 264 VAC or 120 VDC to 370 VDC and provide output up to 96W 24V 4A. A bit
“oversized” to powering all the currently foreseen devices and in future any additional
modules.
➢ Main On/Off Switch - to power on/off all the devices within the ALC DC8 cabinet.
➢ Main MTIII controller - a POL687.70 which also guarantees good HW and SW potential
growth.
➢ (Optional) M2M Kit – a Teltonika RUT240 in case of 4G connection.
➢ (Optional) BMS Communication Module - POL902 in case of BMS Modbus connection,
POL908 in case of BMS BacNet connection.
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ALC-DC8
➢ MTII Modbus communication serial card – even if not shown in the overview image, it is
necessary to install on the MTII a serial card for Modbus communication (if not already
installed) between ALC DC8 and MTII. The referenced model is the Carel EKAC200J.
Figure 1: ALC DC8 main components
Power Supply
(Optional)
BMS Module
Main On/Off Switch
(Optional) 4G
Modem
MTIII
Controller
1) Power Cable
2) Modbus cable
(MTII Communication)
3) Ethernet cable
(DoS Connection)
4) ModBus/Bacnet cable
(BMS Communication)
5) 4G Antenna
SMA connector
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ALC connection diagram
The ALC DC8 provides new diagram connections as shown in the following figure. With respect to the
previous versions of ALC, the internal MTIII controller now manages every communication.
Figure 2: ALC DC8 connection diagram
As reported in the diagram, excluding the power supply cable, the type connections are mainly 5. With
reference to the numbering also used in the ALC overview image, these are:
1. The new ALC operates with a single-phase power supply (100→240VAC, 50/60Hz)
2. The main communication connection, always provided, is a 3-wire cable (+ / - / Gnd ref) that
allows the ALC to communicate with the MTII of the chiller unit via RS485 RTU Modbus
protocol.
3. An ethernet cable that allows the ALC to reach the networks and so Daikin On Site. Optionally
a 4G modem can be requested for a wireless connection.
4. (Optional) In case of link to BMS through optional POL modules, a cable that allow the ALC to
communicate with the BMS itself by means of Bacnet IP or Modbus RS485 connection.
5. (Optional) In case of 4G modem, an external antenna can improve the reception of the signal.
It is strongly antenna suggested to use a high gain external 4G if you are in an ambient that is
not easily reachable by the 4G signal to avoid sporadic and inefficient communications.
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ALC-DC8
3 Using the Controller
Knowing how to use the control system is necessary for a correct use of the same, as well as to
complete the installation as indicated in the subsequent chapters or to carry out maintenance
operations.
The control system consists of a unit controller (UC) to which can be connected POL extension modules
or other devices that implement additional features. All POL modules communicate via an internal
peripheral bus with the UC. The Microtech III continuously manages the information received from
these devices. The UC incorporates a program that controls the unit.
The standard HMI consists of an inbuilt display (A) with 3 buttons (B) and a push’n’roll control (C).
The keypad/display (A) consists of a 5-line by 22 character display. The function of the three buttons
(B) is described below:
Alarm status (from any page it links with the page with alarm list, alarm log and alarm snapshot if available)
Back to Main Page
Back to the previous level (it can be the Main Page)
The push’n’roll command (C) is used to scroll between the different menu pages, settings and data
available on the HMI for the active password level. Rotating the wheel allows to navigate between
lines on a screen (page) and to increase and decrease changeable values when editing. Pushing the
wheel acts as an Enter Button and will jump from a link to the next set of parameters.
General Recommendation
Before switching on the unit read the following recommendations:
• When all the operations and all the settings have been carried out, close all the switchbox
panels
• The switchbox panels can only be opened by trained personnel
• When the UC requires to be accessed frequently the installation of a remote interface is
strongly recommended
• The LCD display of the unit controller and other devices within the panel may be damaged by
extremely low temperatures. For this reason, it is strongly recommended to never power off
the unit during winter, especially in cold climates.
A
B
C
UC
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Navigating
When power is applied to the control circuit, the controller screen will be active and display the Home
screen, which can also be accessed by pressing the Menu Button The navigating wheel is the only
navigating device necessary, although the MENU, ALARM, and BACK buttons can provide shortcuts as
explained previously.
An example of the HMI screens is shown in the following picture.
M a i n M e n u 1 /
11
E n t e r P a s s w o r d
U n i t S t a t u s = O f f : U n i t S W
A c t i v e S e t p t = 7 . 0 °
C
A bell ringing in the top right corner will indicate an active alarm. If the bell doesn’t move it means
that the alarm has been acknowledged but not cleared because the alarm condition hasn’t been
removed. A LED will also indicate where the alarm is located between the unit or circuits.
M a i n M e n u 1 /
E n t e r P a s s w o r d
U n i t S t a t u s =
O f f : U n i t S W
A c t i v e S e t p t = 7 . 0 °
C
The active item is highlighted in contrast, in this example the item highlighted in Main Menu is a link
to another page. By pressing the push’n’roll, the HMI will jump to a different page. In this case the
HMI will jump to the Enter Password page.
E n t e r P a s s w o r d 2 / 2
E n t e r P W * * *
*
Passwords
The HMI structure is based on access levels that means that each password will disclose all the settings
and parameters allowed to that password level. Basic information about the status including the active
alarm list, active setpoint and controlled water temperature can be accessed without the need to
enter the password. At user level, UC handles one level of passwords:
MAINTENANCE
2526
The following information will cover all data and settings accessible with the maintenance password.
INFO: to access with higher level rights (i.e. Daikin Service role), please contact Daikin On Site
Smart Center to assess if possible (it is up to the membership of Daikin company).
In the Enter Password screen, the line with the password field will be highlighted to indicate that the
field on the right can be changed. This represents a setpoint for the controller. Pressing the push’n’roll
the individual field will be highlighted to allow an easy introduction of the numeric password. By
changing all fields, the 4 digits password will be entered and, if correct, the additional settings available
with that password level will be disclosed.
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ALC-DC8
E n t e r P a s s w o r d 2 /
2
E n t e r P W 5 * *
*
The password will time out after 10 minutes and is cancelled if a new password is entered or the
control powers down. Entering an invalid password has the same effect as continuing without a
password.
Once a valid password has been entered, the controller allows further changes and access without
requiring the user to enter a password until either the password timer expires or a different password
is entered. The default value for this password timer is 10 minutes. It is changeable from 3 to 30
minutes via the Timer Settings menu in the Extended Menus.
Editing
The Editing Mode is entered by pressing the navigation wheel while the cursor is pointing to a line
containing an editable field. Then:
• Once in the edit mode pressing the wheel again causes the editable field to be highlighted.
• Turning the wheel clockwise while the editable field is highlighted causes the value to be
increased.
• Turning the wheel counter-clockwise while the editable field is highlighted causes the value
to be decreased.
• The faster the wheel is turned the faster the value is increased or decreased.
• Pressing the wheel again cause the new value to be saved and the keypad/display to leave the
edit mode and return to the navigation mode.
• A parameter with an “R” is read only; it is giving a value or description of a condition.
• An “R/W indicates a read and/or write opportunity; a value can be read or changed (providing
the proper password has been entered).
Example 1: Check the Model name. Start at Main Menu and scroll down by means of wheel until the
submenu About Chiller is highlighted. There will be an arrow at the right side of the box, indicating
that a jump to the next level is possible. Press the wheel to execute the jump. You will arrive at About
Chiller link concerning info about the chiller itself and including the name of the model.
Example 2: Change a Set point, the Daikin On Site Communication Start for example. From the Main
Menu select View/Set Unit. The arrow indicated that this is link to a further menu. Press the wheel
and jump to the next menu View/Set Unit and use the wheel to scroll down to Daikin On Site. Select
the item “Comm Start” and press the wheel to jump to the item change page. Rotate the wheel to
adjust the set point to the desired value (Start). When this is done press the wheel again to confirm
the new value. With the Back button it will be possible to jump back to the Daikin On Site menu where
the new value will be displayed.
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Example 3: Clear Alarms. The presence of a new alarm is indicated with a Bell ringing on the top right
of the display. If the Bell is frozen one or more alarm had been acknowledged but are still active. To
view the Alarm menu from the Main Menu, scroll down to the Alarms line or simply press the Alarm
button on the display. Note the arrow indicating this line is a link. Press the wheel to jump to the next
menu Alarms There are some lines her: Alarms are cleared from the Active Alarm link. Press the wheel
to jump to the next screen. Then press again the wheel on Acknowledge. Change this value to Execute
to acknowledge the alarms. If the alarms can be cleared, then the alarm counter will display 0
otherwise it will display the number of alarms still active. When the alarms are acknowledged the Bell
on the top right of the display will stop to ring if some of the alarms are still active or will disappear if
all the alarms are cleared.
Basic Control System Diagnostic
MicroTech III controller, extension modules and communication modules are equipped with two
status LED (BSP and BUS) to indicate the operational status of the devices. The BUS LED indicates the
status of the communication with the controller. The meaning of the two status LED is indicated
below.
Main Controller (UC)
BSP LED
Mode
Solid Green
Application running
Solid Yellow
Application loaded but not running (*) or BSP Upgrade mode active
Solid Red
Hardware Error (*)
Flashing Green
BSP startup phase. The controller needs time for starting.
Flashing Yellow
Application not loaded (*)
Flashing Yellow/Red
Fail safe mode (in case that the BSP upgrade was interrupted)
Flashing Red
BSP Error (software error*)
Flashing Red/Green
Application/BSP update or inizialization
(*) Contact Service.
Extension modules (currently not used for ALC)
BSP LED
Mode
BUS LED
Mode
Solid Green
BSP running
Solid Green
Communication running, I/O working
Solid Red
Hardware Error (*)
Solid Red
Communication down (*)
Flashing Red
BSP Error (*)
Solid Yellow
Communication running but parameter from the
application wrong or missing, or uncorrect factory
calibration
Flashing Red/Green
BSP upgrade mode
Communication modules
BSP LED (same for all modules)
BSP LED
Mode
Solid Green
BPS running, communication with controller
Solid Yellow
BSP running, no communication with controller (*)
Solid Red
Hardware Error (*)
Flashing Red
BSP Error (*)
Flashing Red/Green
Application/BSP update
(*) Contact Service.
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ALC-DC8
BUS LED
BUS LED
Bacnet IP
Modbus
Solid Green
Ready for Communication. The BACnet Server is
started. It doesn't indicate an active communication
All Communication running
Solid Yellow
Startup. The LED stays yellow until the module
receives a IP Address, therefore a link must be
established.
Startup, or one configured channel not communicating to
the Master
Solid Red
BACnet Server down. Automatic restart after 3
seconds is initiated.
All configured Communications down. Means no
communication to the Master. The timeout can be
configured. In case that the timeout is zero the timeout is
disabled.
Controller maintenance
The controller requires to maintain the installed battery. Every two years it’s required to replace the
battery. Battery model is: BR2032 and it is produced by many different vendors.
To replace the battery, remove the plastic cover of the controller display using a screw driver as shown
in the following pictures:
Be careful to avoid damages to the plastic cover. The new battery shall be placed in the proper battery
holder, which is highlighted in the following picture, respecting the polarities indicated into the holder
itself.
Optional Remote User Interface
As an option an external Remote HMI can be connected on the UC. The Remote HMI offers the same
features as the inbuilt display plus the alarm indication done with a light emitting diode located below
the bell button.
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The Remote can be ordered with the unit and shipped loose as a field installed option. It can also be
ordered any time after chiller shipment and mounted and wired on the job as explained on the
following page. The remote panel is powered from the unit and no additional power supply is
required.
All viewing and setpoint adjustments available on the unit controller are available on the remote
panel. Navigation is identical to the unit controller as described in this manual.
The initial screen when the remote is turned on shows the units connected to it. Highlight the desired
unit and press the wheel to access it. The remote will automatically show the units attached to it, no
initial entry is required.
The Remote HMI can be extended up to 700m using the process bus connection available on the UC.
With a daisy-chain connection as below, a single HMI can be connected to up to 8 units. Refer to the
specific HMI manual for details.
Embedded Web Interface
The MicroTech III controller has an embedded web interface that can be used to monitor the unit
when connected to a local network. It is possible to configure the IP addressing of the MicroTech III as
a fixed IP of DHCP depending on the network configuration.
With a common web browser, a PC can connect with the unit controller entering the IP address of the
controller or the host name, both visible in the “About Chiller” page accessible without entering a
password. When connected, it will be required to enter a username and a password. Enter the
following credential to get access to the web interface:
User Name: ADMIN
Password: SBTAdmin!
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ALC-DC8
The Main Menu page will be displayed. The page is a copy of the onboard HMI and follows the same
rules in terms of access levels and structure.
In addition, it allows to trend log a maximum of 5 different quantities. It’s required to click on the
value of the quantity to monitor and the following additional screen will become visible:
Depending on the web browser and its version the trend log feature may not be visible. It’s required
a web browser supporting HTML 5 like for example:
• Google Chrome v.37,
• Mozilla Firefox v.32.
These browsers are only an example of the supported ones and the versions indicated have to be
intended as minimum versions.
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4 Menu Structure
All settings are divided in different menus. Each menu collects in a single page other sub-menus,
settings or data related to a specific function (for example Power Conservation or Setup) or entity (for
example Unit or Circuit). In any of the following pages a grey box will indicate changeable values and
the defaults.
The submenu items to which a user can have access, depend upon his role and the password entered
as described in the paragraph dedicated to Passwords.
Main Menu
Setpoint/Sub-Menu
Default
Range
Description
Enter Password
-
Submenu to activate access levels
View/Set Unit
-
Submenu for unit data and settings
View/Set Circuit
-
Submenu for circuit data and settings
Unit Status=
NULL
NULL, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12,
13, 14, 15, 16
Status of the Unit
Active Setpoint=
0°C,
-
Water temperature active setpoint + link to Setpoint page
Actual Capacity=
0.0%,
-
Unit capacity + link to “Capacity” page
Evaporator LWT=
-273.1°C,
-
Evaporator leaving water temperature + link to
“Temperatures” page
Unit Mode=
NULL
NULL,
Ice,
Cool,
Heat
Unit Mode
Alarms
-
Submenu for alarms; same function as Bell Button
Commission Unit
-
Submenu for commission unit
Diagnostic
-
Submenu for diagnostic
About Chiller
-
Application Info submenu
4.1.1 View/Set Unit
Setpoint/Sub-Menu
Default
Range
Description
Thermostat Ctrl
-
Submenu for Thermostatic control
Network Ctrl
-
Submenu for Network control
Pumps
-
Submenu for pump settings
Date/Time Schedules
-
Submenu Date, Time and Quiet Night mode schedule
Power Conservation
-
Submenu Unit Limiting functions
Ctrlr IP Setup
-
Submenu for controller IP-address setup
Daikin on Site
-
Submenu for connection to Daikin cloud DoS
Modbus
-
Submenu for Modbus configuration (only with inserted CommCard)
BACnetIP
-
Submenu for BACnetIP configuration (only with inserted CommCard)
4.1.1.1 Thermostat Ctrl
This page resumes all the parameters related to the unit thermostatic control.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
Start DT=
2.5°C - -64…64°C
Offset to start thermostat control
Stop DT=
2.0°C - -64…64°C
Offset to stop thermostat control
Stop to start=
180s - 0…3600s
Compressor stop delay before start
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ALC-DC8
4.1.1.2 Network Ctrl
This page resumes all settings related to Network control.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
Control Source=
Supervisor
On/Off
Supervisor
On/Off
Supervisor
On/Off possible,
Supervisor
On/Off NOT
possible,
NULL
Local Network control selection
Netwrk En SP=
Require
Unit OFF
Require
Unit OFF
Require Unit OFF,
Require Unit ON,
NULL
Enable unit command from BMS
Netwrk Mode SP=
Cool
Cool
Null,
Ice,
Cool,
Heat
HVAC mode
Netwrk Cap Lim=
100%
100%
0…100%
Capacity limitation from BMS
Netwrk Ice SP=
-
-3.8°C
-10…10°C
Ice setpoint from BMS
4.1.1.3 Pumps
This page resumes all settings related to the unit pumps.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
E. Pump 1 RH=
0 h - -64…64h
Run hours of evaporator pump #1
C. Pump 1 RH=
0 h - -64…64h
Run hours of condenser pump #1
Evap Pump 1 RH=
-
0 h
-64…64h
Run hours of evaporator pump #1
Cond Pump 1 RH=
-
0 h
-64…64h
Run hours of condenser pump #1
Evap Pump 2 RH=
-
0 h
-64…64h
Run hours of evaporator pump #2
Cond Pump 2 RH=
-
0 h
-64…64h
Run hours of condenser pump #2
4.1.1.4 Date/Time Schedules
This page resumes all settings related to daylight saving (DLS) mode.
Setpoint/SubMenu
Default
Range
Description
MCQ
USA
Actual Time=
hh:mm:ss
hh:mm:ss
-
Current time
Actual Date=
Mm/dd/yyyy
Mm/dd/yyyy
-
Current date
UTC Diff=
-60 min
-60 min
-
Difference from UTC
DLS Enable=
Yes
Yes
Yes, No
Daylight saving enable setpoint
DLS Strt Month=
3 3 1…12
Daylight saving start month
DLS Strt Week=
6 6 0…6
Daylight saving start weekday. Numbers between 0 and 6, where 0
is Monday and 6 is Sunday
DLS End Month=
10
10
1…12
Daylight saving end month
DLS End Week=
6 6 0…6
Daylight saving end weekday
4.1.1.5 Power Conservation
This page resumes all settings related to unit limiting functions.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
Unit Capacity=
0%
0%
-64…64%
Unit capacity actual value
Demand Limit=
0%
0%
-64…64%
Demand limit value
ALC-DC8
Installation and Operation Manual D-EIOCP00206-20_00EN
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4.1.1.6 Ctrlr IP Setup
This page resumes all settings and data related to controller IP-address setup
Setpoint/SubMenu
Default
Range
Description
MCQ
USA
Apply Changes=
Off
Off
On, Off
Command to restart the controller
DHCP=
On
On
On Off
Enable DHCP to assign controller IP address
M2M Modem=
None
None
None
MachineLink
Teltonika
Type of M2M device
Act IP=
192.168.1.42
192.168.1.42
0…255
Actual IP address assigned to controller
Act Msk=
255.255.255.0
255.255.255.0
0…255
Actual IP address assigned to network subnet mask
Act Gwy=
192.168.1.1
192.168.1.1
0…255
Actual IP address assigned to gateway
Gvn IP=
192.168.1.42
192.168.1.42
0…255
Given IP address setpoint to be assigned to controller
Gvn Msk=
255.255.255.0
255.255.255.0
0…255
Given IP address setpoint to be assigned to subnet mask
Gvn Gwy=
192.168.1.1
192.168.1.1
0…255
Given IP address setpoint to be assigned to gateway
Prim DNS=
192.168.1.1
192.168.1.1
0…255
Primary DNS IP address
Sec DNS=
0.0.0.0
0.0.0.0
0…255
Secondary DNS IP address
Host Name=
POL**********
POL**********
-
Hostname for the controller inside the network
MAC
xx-xx-xx-xx-xxxx
xx-xx-xx-xx-xxxx
x=0…9, A...Z
Controller MAC address
4.1.1.7 Daikin On Site
This page resumes all settings related to connect the controller to Daikin cloud DoS
Setpoint/SubMenu
Default
Range
Description
MCQ
USA
Comm Start=
Start
Start
Off, Start
Command to enable communication with Daikin cloud
Comm State=
- - - ,
IPErr,
Init,
InitErr,
Reg,
RegErr,
Description,
Connected
State of the communication with cloud
Serial Number=
xxxxx
xxxxx
x=0…9
Unique serial number of the controller. The serial number can be
composed by four or five numbers.
Activation Key=
xxxxxx- xxxxxxxxxx- xxxxxxxxxx
xxxxxx- xxxxxxxxxx- xxxxxxxxxx
x=1…9, A…Z
Unique alphanumeric key of 26 characters to register the controller
in the cloud platform
4.1.2 View/Set Circuit
Setpoint/SubMenu
Default
Range
Description
MCQ
USA
C1
-
Link for Circuit #1 page
C2 - - Link for Circuit #2 page
C3 - - Link for Circuit #3 page
C4 -
-
Link for Circuit #4 page
4.1.2.1 View/Set Cir-X
This page resumes all settings and data related to the Circuit number “-X”, where X = 1,2,3,4.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
Data=
-
Link for “Data” page
Compressor=
-
Link for “Compressor” page
Condenser=
-
Link for “Condenser” page
EXV=
-
Link for “EXV” page
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ALC-DC8
4.1.2.2 Data
This page resumes all main settings and data for the selected circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
Circuit Status=
-
Link for “Circuit Status”
Capacity=
0%,
0%
-64…64%
Actual capacity of the unit
Evap Press=
0 bar,
-
-64…64 bar
Current evaporator pressure
Evap Press 1=
-
0 bar
-64…64 bar
Current evaporator pressure from probe#1
Evap Press 2=
-
0 bar
-64…64 bar
Current evaporator pressure from probe#2
Cond Press=
0 bar,
-
-64…64 bar
Current condenser pressure
Cond Press 1=
-
0 bar
-64…64 bar
Current condenser pressure from probe#1
Cond Press 2=
-
0 bar
-64…64 bar
Current condenser pressure from probe#2
Evap Sat Temp=
0°C,
-
-64…64°C
Current evaporator saturated temperature
Evap Sat Temp 1=
-
0°C
-64…64°C
Current evaporator saturated temperature from probe#1
Evap Sat Temp 2=
-
0°C
-64…64°C
Current evaporator saturated temperature from probe#2
C. Sat Tmp=
0°C,
-
-64…64°C
Current condenser saturated temperature
C. Sat Tmp 1=
-
0°C
-64…64°C
Current condenser saturated temperature from probe#1
C. Sat Tmp 2=
-
0°C
-64…64°C
Current condenser saturated temperature from probe#2
Suct Temp=
0°C,
-
-64…64°C
Current value of suction temperature
Suct Temp 1=
- -64…64°C
Current value of suction temperature from probe#1
Suct Temp 2=
-
0°C
-64…64°C
Current value of suction temperature from probe#2
Disch Temp=
0°C,
-
-64…64°C
Current value of discharge temperature
Disch Temp 1=
-
0°C
-64…64°C
Current value of discharge temperature from probe#1
Disch Temp 2=
-
0°C
-64…64°C
Current value of discharge temperature from probe#2
Oil Press=
0 bar,
-
-64…64 bar
Current value of oil pressure
EXV Position
0 steps,
-
-64…64 steps
Current value of expansion valve position
Evap LWT=
0°C
0°C
-64…64°C
Current value of water temperature entering the evaporator
Evap EWT=
0°C
0°C
-64…64°C
Current value of water temperature leaving the evaporator
Circuit Status
This page resumes the current state of the circuit, for each circuit.
Setpoint/SubMenu
Default
Range
Description
MCQ
USA
C1=
NULL
NULL
NULL*1*2*3*4*5*6*7*8*9*10*
*11*12*13*14*15*16*17*18*19*20*21*22
Circuit status value for Circuit#1
C2=
NULL - NULL*1*2*3*4*5*6*7*8*9*10*
*11*12*13*14*15*16*17*18*19*20*21*22
Circuit status value for Circuit#2
C3=
NULL - NULL*1*2*3*4*5*6*7*8*9*10*
*11*12*13*14*15*16*17*18*19*20*21*22
Circuit status value for Circuit#3
C4=
NULL - NULL*1*2*3*4*5*6*7*8*9*10*
*11*12*13*14*15*16*17*18*19*20*21*22
Circuit status value for Circuit#4
Capacity
This page resumes all the capacity value of the circuit, for each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0% - -64…64%
Capacity value for Circuit#1
C2=
0% - -64…64%
Capacity value for Circuit#2
C3=
0% - -64…64%
Capacity value for Circuit#3
C4=
0% - -64…64%
Capacity value for Circuit#4
Evap Pressure
This page resumes all the evaporator pressures of each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0 bar - -64…64 bar
Evaporator pressure for Circuit#1
C2=
0 bar - -64…64 bar
Evaporator pressure for Circuit#2
C3=
0 bar - -64…64 bar
Evaporator pressure for Circuit#3
C4=
0 bar - -64…64 bar
Evaporator pressure for Circuit#4
ALC-DC8
Installation and Operation Manual D-EIOCP00206-20_00EN
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Cond Pressure
This page resumes all the condenser pressures of each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0 bar - -64…64 bar
Condenser pressure for Circuit#1
C2=
0 bar - -64…64 bar
Condenser pressure for Circuit#2
C3=
0 bar - -64…64 bar
Condenser pressure for Circuit#3
C4=
0 bar - -64…64 bar
Condenser pressure for Circuit#4
Evap Sat Temp
This page resumes all the evaporator saturated temperatures of each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0°C - -64…64°C
Evap. saturated temperature for Circuit#1
C2=
0°C - -64…64°C
Evap. saturated temperature for Circuit#2
C3=
0°C - -64…64°C
Evap. saturated temperature for Circuit#3
C4=
0°C - -64…64°C
Evap. saturated temperature for Circuit#4
C Sat Temp
This page resumes all the condenser saturated temperature, for each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0°C - -64…64°C
Cond. saturated temperature for Circuit#1
C2=
0°C - -64…64°C
Cond. saturated temperature for Circuit#2
C3=
0°C - -64…64°C
Cond. saturated temperature for Circuit#3
C4=
0°C - -64…64°C
Cond. saturated temperature for Circuit#4
Suct Temp
This page restores all the suction temperatures of each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0°C - -64…64°C
Suction temperature for Circuit#1
C2=
0°C - -64…64°C
Suction temperature for Circuit#2
C3=
0°C - -64…64°C
Suction temperature for Circuit#3
C4=
0°C - -64…64°C
Suction temperature for Circuit#4
Disch Temp
This page resumes all the discharge temperatures of each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0°C - -64…64°C
Discharge temperature for Circuit#1
C2=
0°C - -64…64°C
Discharge temperature for Circuit#2
C3=
0°C - -64…64°C
Discharge temperature for Circuit#3
C4=
0°C - -64…64°C
Discharge temperature for Circuit#4
Oil Pressure
This page resumes all the oil pressures of each circuit.
Setpoint/Sub-Menu
Default
Range
Description
MCQ
USA
C1=
0 bar - -64…64 bar
Oil pressure for Circuit#1
C2=
0 bar - -64…64 bar
Oil pressure for Circuit#2
C3=
0 bar - -64…64 bar
Oil pressure for Circuit#3
C4=
0 bar - -64…64 bar
Oil pressure for Circuit#4
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