Daikin BRP069A61, BRP069A62 Installer reference guide

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Installer reference guide
Daikin Altherma LAN adapter
BRP069A61 BRP069A62
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Table of contents

Table of contents
1 About the documentation 4
1.1 About this document ...................................................................................................................................................... 4
2 About the adapter 5
2.1 Compatibility................................................................................................................................................................... 6
2.2 System layout.................................................................................................................................................................. 6
2.2.1 App control (only) ........................................................................................................................................... 7
2.2.2 Smart Grid application (only) ......................................................................................................................... 8
2.2.3 App control + Smart Grid application ............................................................................................................ 9
2.3 System requirements...................................................................................................................................................... 10
2.4 On-site installation requirements................................................................................................................................... 10
3 About the box 12
3.1 To unpack the adapter.................................................................................................................................................... 12
4 Preparation 14
4.1 Installation site requirements......................................................................................................................................... 14
4.2 Overview of electrical connections ................................................................................................................................ 15
4.2.1 Router ............................................................................................................................................................. 15
4.2.2 Indoor unit ...................................................................................................................................................... 17
4.2.3 Electricity meter ............................................................................................................................................. 17
4.2.4 Solar inverter/energy management system .................................................................................................. 17
5 Installation 19
5.1 Overview: Installation ..................................................................................................................................................... 19
5.2 Mounting the adapter .................................................................................................................................................... 19
5.2.1 About mounting the adapter ......................................................................................................................... 19
5.2.2 To mount the rear casing to the wall ............................................................................................................. 21
5.2.3 To mount the PCB to the rear casing ............................................................................................................. 21
5.3 Connecting the electrical wiring..................................................................................................................................... 22
5.3.1 About connecting the electrical wiring .......................................................................................................... 22
5.3.2 Precautions when connecting the electrical wiring....................................................................................... 22
5.3.3 To connect the indoor unit............................................................................................................................. 23
5.3.4 To connect the router .................................................................................................................................... 23
5.3.5 To connect the electricity meter.................................................................................................................... 24
5.3.6 To connect the solar inverter/energy management system ......................................................................... 24
5.4 Finishing adapter installation.......................................................................................................................................... 26
5.4.1 Adapter serial number ................................................................................................................................... 26
5.4.2 To close the adapter ....................................................................................................................................... 26
5.5 Opening the adapter....................................................................................................................................................... 27
5.5.1 About opening the adapter ............................................................................................................................ 27
5.5.2 To open the adapter....................................................................................................................................... 27
6 Starting up the system 28
7 Configuration 29
7.1 Overview: Configuration................................................................................................................................................. 29
7.2 Configuring the adapter for app control ........................................................................................................................ 29
7.3 Configuring the adapter for the Smart Grid application................................................................................................ 29
7.4 Updating software .......................................................................................................................................................... 30
7.4.1 To update adapter software .......................................................................................................................... 30
7.5 Configuration web interface........................................................................................................................................... 30
7.5.1 Accessing the configuration web interface.................................................................................................... 31
7.6 System information......................................................................................................................................................... 32
7.7 Factory reset ................................................................................................................................................................... 33
7.7.1 To perform a factory reset ............................................................................................................................. 33
7.8 Network settings............................................................................................................................................................. 34
7.8.1 To configure network settings ....................................................................................................................... 35
7.9 Removal........................................................................................................................................................................... 36
7.9.1 To remove the adapter from the system....................................................................................................... 36
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8 Smart Grid application 37
8.1 Smart Grid settings ......................................................................................................................................................... 38
8.1.1 Energy buffering ............................................................................................................................................. 39
8.1.2 Power limitation ............................................................................................................................................. 40
8.2 Operation modes ............................................................................................................................................................ 41
8.2.1 "Normal operation/Free running" mode ....................................................................................................... 41
BRP069A61+BRP069A62
Daikin Altherma LAN adapter
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Table of contents
8.2.2 "Recommended ON" mode............................................................................................................................ 41
8.2.3 "Forced OFF" mode ........................................................................................................................................ 41
8.2.4 "Forced ON" mode ......................................................................................................................................... 42
8.3 System requirements...................................................................................................................................................... 42
9 Troubleshooting 43
9.1 Overview: Troubleshooting ............................................................................................................................................ 43
9.2 Solving problems based on symptoms........................................................................................................................... 43
9.2.1 Symptom: Cannot access the web page ........................................................................................................ 43
9.2.2 Symptom: The app does not find the LAN adapter ....................................................................................... 43
9.3 Solving problems based on error codes ......................................................................................................................... 44
9.3.1 Error codes of the indoor unit........................................................................................................................ 44
9.3.2 Error codes of the adapter ............................................................................................................................. 44
10 Technical data 45
10.1 Wiring diagram................................................................................................................................................................ 45
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
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1 | About the documentation

1 About the documentation

1.1 About this document

Target audience
Authorised installers
Documentation set
This document is part of a documentation set. The complete set consists of:
General safety precautions:
- Safety instructions that you must read before installing
- Format: Paper (in the box of the indoor unit)
Installation manual:
- Installation instructions
- Format: Paper (supplied in the kit)
Installer reference guide:
- Installation instructions, configuration, application guidelines,…
- Format: Digital files on http://www.daikineurope.com/support-and-manuals/
product-information/
Latest revisions of the supplied documentation may be available on the regional Daikin website or via your dealer.
The original documentation is written in English. All other languages are translations.
Technical engineering data
A subset of the latest technical data is available on the regional Daikin website
(publicly accessible).
The full set of latest technical data is available on the Daikin Business Portal
(authentication required).
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BRP069A61+BRP069A62
Daikin Altherma LAN adapter
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2 About the adapter

a a
bd b b
a
c
c
e
X1A
X2A
X3A
X4A
b
a
LD1
LD2
LD3
LD4
The LAN adapter allows for app control of the heat pump system and, depending on the model, allows for the integration of the heat pump system in a Smart Grid application.
The LAN adapter is available in 2 versions:
Model Functionality
BRP069A61 App control + Smart Grid application
BRP069A62 App control only
Components: casing
2 | About the adapter
a Wall mounting holes b Knockout holes (wiring from the bottom)
c Knockout holes (wiring from the rear) d Ethernet connection e Status LEDs
Components: PCB
X1A~X4A Connectors
a DIP switch b Status LEDs
Status LEDs
LED Description Behaviour
LD1 Indication of power to the
adapter, and of normal
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
operation.
LED flashing: normal
operation.
LED NOT flashing: no
operation.
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2 | About the adapter
LED Description Behaviour
LD2 Indication of TCP/IP
communication with the router.
LED ON: normal
communication.
LED flashing: communication
problem.
LD3 Indication of communication
with the indoor unit.
LED ON: normal
communication.
LED flashing: communication
problem.
(a)
LD4
Indication of Smart Grid activity.
LED ON: system running in
the "Recommended ON", "Forced ON", or "Forced OFF" Smart Grid operation mode.
LED OFF: system running in
the "Normal operation" Smart Grid operation mode, or operating in normal operation conditions (space heating/cooling, production of domestic hot water).
LED flashing: LAN adapter
performing a Smart Grid compatibility check.
(a) This LED is ONLY active for BRP069A61 (present for BRP069A62, but ALWAYS
inactive).

2.1 Compatibility

Make sure the heat pump system is compatible for use with the LAN adapter (app control and/or Smart Grid applications). For more information, see the installer reference guide of the heat pump system.

2.2 System layout

Integrating the LAN adapter into the heat pump system allows for the following applications:
App control (only)
INFORMATION
The DIP switch is used to configure the system. For more information, see
"7Configuration"[429].
When the LAN adapter performs a Smart Grid compatibility check, LD4 flashes.
This is NOT erroneous behaviour. After a successful check, LD4 will either stay ON or go OFF. When it keeps flashing for more than 30 minutes, the compatibility check failed, and NO Smart Grid operation is possible.
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Smart Grid application (only)
App control + Smart Grid application
BRP069A61+BRP069A62
Daikin Altherma LAN adapter
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2.2.1 App control (only)

d
X4A
X3A
P1/P2
b
a
c
2 | About the adapter
a LAN adapter (BRP069A61/BRP069A62) b Indoor unit
c User interface d Router
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2 | About the adapter
g
e
230 V AC
X3A
P1/P2
c
a
X1A
f
X2A
b
d

2.2.2 Smart Grid application (only)

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a LAN adapter (BRP069A61)
b Indoor unit
c User interface d Electricity meter (optional) e Solar inverter/energy management system
f Circuit breaker
g Solar panels
Daikin Altherma LAN adapter
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2.2.3 App control + Smart Grid application

h
f
230 V AC
X3A
P1/P2
c
a
X1A
X4A
g
X2A
b
e
d
2 | About the adapter
a LAN adapter (BRP069A61) b Indoor unit
c User interface d Router e Electricity meter (optional)
f Solar inverter/energy management system g Circuit breaker h Solar panels
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2 | About the adapter

2.3 System requirements

The requirements posed on the heat pump system depend on the LAN adapter application/system layout.
App control
Item Requirement
LAN adapter software It is recommended to ALWAYS keep the
LAN adapter software up-to-date.
Smart Grid application
Item Requirement
LAN adapter software It is recommended to ALWAYS keep the
LAN adapter software up-to-date.
Domestic hot water settings To allow for energy buffering in the
domestic hot water tank, on the user interface, make sure to set:
[E-05]=1
Power consumption control settings On the user interface, make sure to set:
INFORMATION
For instructions on how to perform a software update, see "7.4 Updating
software"[430].

2.4 On-site installation requirements

What you need on site to install the LAN adapter depends on the system layout.
BRP069A61 BRP069A62
PC/laptop with Ethernet connector
Router (DHCP enabled)
At least one 2‑wire cable (for the connection of the LAN adapter to the indoor
[E-06]=1
[4-08]=1
[4-09]=1
Always
unit (P1/P2))
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Smartphone with the Daikin Residential Controller app
IF connection to an
electricity meter (X2A)
IF connection to a solar
inverter/energy
management system
(X1A)
Depending on the system layout
Electricity meter
2‑wire cable
2‑wire cable
Circuit breaker
(100mA~6A, typeB)
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Daikin Altherma LAN adapter
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2 | About the adapter
INFORMATION
For an overview of the possible system layouts, see "2.2System layout"[46]. For
more information about the electrical wiring, see "4.2 Overview of electrical
connections"[415].
The function of the router in the system depends on the system layout. In case of
app control (only), the router is a mandatory system component, required for the communication between heat pump system and smartphone. In case of Smart Grid application (only), the router is NOT a mandatory component, but only used for configuration purposes. In case of app control + Smart Grid application, you need the router both as a system component and for configuration purposes.
The smartphone and Daikin Residential Controller app are used to perform a LAN
adapter software update (if required). Therefore, ALWAYS take a smartphone plus app to the installation site, also when the adapter is only used for the Smart Grid application.
Some tools and components might already be available on site. Before going on
site, find out which components are already at hand, and which ones you need to provide (e.g. router, electricity meter, …).
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3 | About the box
a
b
c
a
a
a
a b c
d
f
e f g h4×i
j k

3 About the box

3.1 To unpack the adapter

1 Unpack the LAN adapter.
a Front casing b PCB
c Rear casing
2 Separate the accessories.
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a Accessories
Accessories
Accessory BRP069A61 BRP069A62
a Installation manual O O
b 6‑pole slide connector
O
for X1A
c 2‑pole slide connector
O
for X2A
d 2‑pole slide connector
O O
for X3A
BRP069A61+BRP069A62
Daikin Altherma LAN adapter
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3 | About the box
Accessory BRP069A61 BRP069A62
e Ethernet cable O O
f Grommets O O
g Screws to mount rear
O O
casing
h Plugs to mount rear
O O
casing
i Screws to mount PCB O O
j Screw to close front
O O
casing
k Cable tie O
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4 | Preparation
>30 mm >30 mm
>90 mm
(a)
>160 mm
(b)

4 Preparation

4.1 Installation site requirements

INFORMATION
Also read the maximum cable length requirements set out in "4.2 Overview of
electrical connections"[415].
Mind the following spacing installation guidelines:
(a) Provide enough space to connect the Ethernet cable without exceeding its
minimum bend radius (typically 90mm)
(b) Provide enough space to open the casing with a flat-blade screwdriver (typically
160mm)
The LAN adapter is designed to be wall-mounted in dry, indoor locations only.
Make sure the installation surface is a flat and vertical non-combustible wall.
The LAN adapter is designed to be mounted in the following orientation only:
with the PCB on the right-hand side in the casing, and the Ethernet connector facing the floor.
The LAN adapter is designed to operate in ambient temperatures ranging from
5~35°C.
Do NOT install the adapter in the following places:
In places with high humidity (max. RH=95%), such as bathrooms.
In places where frost is possible.
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4.2 Overview of electrical connections

X4A
4
N
L
3
2
1
2
1
X1A
X2A
X3A
a1
A
b
c
a2
d
Connectors
A Smart Grid application only a1 To solar inverter/energy management system a2 230VAC detection voltage
b To electricity meter
c To indoor unit (P1/P2)
d To router
4 | Preparation
Connections
Connection Cable section Wires Maximum cable
length
Accessory cables
Router (X4A) 50/100m
(a)
Field-supplied cables
Indoor unit (P1/P2)
0.75~1.25mm
2
(b)
2
200m
(X3A)
Electricity meter
0.75~1.25mm
2
(c)
2
100m
(X2A)
Solar inverter/
energy
0.75~1.5mm
2
Depends on
application
(d)
100m
management
system + 230VAC
detection voltage
(X1A)
(a) The Ethernet cable delivered as an accessory is 1m long. It is, however, possible to
use a field-supplied Ethernet cable. In this case, respect the maximum allowed distance between LAN adapter and router, which is 50m in case of Cat5e cables,
and 100m in case of Cat6 cables. (b) These wires MUST be sheathed. Recommended strip length: 6mm. (c) These wires MUST be sheathed. Recommended strip length: 6mm. (d) All wiring to X1A MUST be H05VV. Required strip length: 7mm.

4.2.1 Router

Make sure the LAN adapter can be connected via a LAN connection.
The minimum category for the Ethernet cable is Cat5e.
The function of the router in the system depends on the system layout.
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4 | Preparation
c
X4AX3AP1/P2
a
b
c
d
X4AX3AP1/P2
a
b
c
d d
e
X4AX3AP1/P2
a
b
System layout Function
App control (only) The router is a mandatory system
component, required for the
communication between heat pump system and smartphone.
For more information, see "2.2System
layout"[46].
Smart Grid application (only) The router is NOT a mandatory system
component, but only used as a tool for configuration purposes.
For more information, see
"7Configuration"[429].
App control + Smart Grid application The router is both a mandatory system
component (app control) and a tool for configuration purposes (Smart Grid
application).
For more information, see "2.2System
layout"[46] and "7Configuration"[429].
If the router is a system component, it can be integrated in the system in the following ways:
Wired
a LAN adapter b Indoor unit
c Router
Wireless
a LAN adapter b Indoor unit
c Router
d Wireless bridge
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Power line
BRP069A61+BRP069A62
Daikin Altherma LAN adapter
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4.2.2 Indoor unit

For power and communication with the indoor unit, the LAN adapter is connected to the indoor unit's P1/P2 terminals via a 2‑wire cable. There is NO separate power supply: the adapter gets its power from the indoor unit's P1/P2 terminals.

4.2.3 Electricity meter

If the LAN adapter is connected to an electricity meter, make sure it is an electrical pulse meter.
4 | Preparation
a LAN adapter
b Indoor unit
c Router
d Power line adapter
e Power line
INFORMATION
It is recommended to connect the LAN adapter to the router directly. Depending on the wireless bridge or power line adapter model, the system might not function properly.
Requirements:
Item Specification
Type Pulse meter (5VDC pulse detection)
Possible number of pulses 100pulse/kWh
1000pulse/kWh
Pulse duration Minimum On time 10ms
Minimum OFF time 100ms
Measurement type Depends on the installation:
1N~AC meter
3N~AC meter (balanced loads)
3N~AC meter (unbalanced loads)
INFORMATION
It is required that the electricity meter has a pulse output that can measure the total energy injected INTO the grid.
Suggested electricity meters
Phase ABB reference

4.2.4 Solar inverter/energy management system

BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
1N~ 2CMA100152R1000 B21 212-100
3N~ 2CMA100166R1000 B23 212-100
INFORMATION
Before installation, confirm that the solar inverter/energy management system is equipped with the digital outputs required to connect it to the LAN adapter. For more information, see "8Smart Grid application"[437].
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4 | Preparation
Connector X1A is for the connection of the LAN adapter to the digital outputs of a solar inverter/energy management system, and allows for the integration of the heat pump system in a Smart Grid application.
X1A/N+L supply a 230 V AC detection voltage to the input contact of X1A. The 230V AC detection voltage enables the detection of the state (open or close) of the digital inputs and does NOT supply power to the rest of the LAN adapter PCB.
Make sure X1A/N+L are protected by a fast acting circuit breaker (rated current 100mA~6A, typeB).
The rest of the wiring to X1A differs depending on the digital outputs available on the solar inverter/energy management system and/or on the Smart Grid operation modes that you want the system to run in. For more information, see "8Smart Grid
application"[437].
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Daikin Altherma LAN adapter
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5 Installation

5.1 Overview: Installation

The installation of the LAN adapter consists of the following stages:
1 Mounting the rear casing to the wall 2 Mounting the PCB to the rear casing 3 Connecting electrical wiring 4 Mounting the front casing to the rear casing

5.2 Mounting the adapter

5.2.1 About mounting the adapter

The LAN adapter is mounted to the wall by way of the mounting holes (a) in the rear casing. Before mounting the rear casing to the wall, you have to remove some knockout holes (b)(c), depending on how you want to route the wiring and insert it into the adapter.
5 | Installation
You can route and insert the wiring from the bottom or from the rear. Respect the following rules and restrictions:
Wiring Possibilities and restrictions
Wiring routed and inserted from the bottom
ONLY for surface wiring routed from
the bottom.
When routing wiring from the
bottom, ALWAYS let it enter the adapter via the holes in the bottom of the casing (b). It is NOT allowed to clamp this wiring between the casing and the wall and let it enter via the holes in the rear (c).
The wiring for X1A and X4A MUST be
routed and inserted from the bottom. The wiring for X2A and X3A CAN be routed and inserted from the bottom (or from the rear).
When routing and inserting wiring
from the bottom, remove the required knockout holes in the bottom of the casing (b) and replace them with the grommets from the accessory bag.
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5 | Installation
a a
b b b
a
c
c
Wiring Possibilities and restrictions
Wiring routed and inserted from the rear
ONLY for in‑wall wiring entering the
adapter from the rear.
The wiring for X2A and X3A CAN be
routed and inserted from the rear (or from the bottom). The wiring for X1A and X4A CANNOT be routed and inserted from the rear.
It is NOT allowed to route wiring from
the bottom, clamp it between the casing and the wall, and let it enter via the holes in the rear (c).
a Mounting holes b Bottom knockout holes
c Rear knockout holes
INFORMATION
Wiring from the bottom. ALWAYS replace any removed knockout holes with the
grommets delivered in the accessory bag. Before inserting the grommets into the holes, cut them open with a utility knife, so that you can let the wiring enter the adapter through the grommets. The grommets MUST be inserted into the holes before you insert the wiring into the adapter.
NOTICE
Wiring from the rear. When removing knockout holes, make sure to remove any
sharp edges that might arise around the holes, this to protect the wiring from damage.
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INFORMATION
Letting the wiring enter the adapter from the rear allows you to hide the wiring in
the wall.
It is NOT possible to let the Ethernet cable enter from the rear. The Ethernet
cable is ALWAYS connected from the bottom.
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5.2.2 To mount the rear casing to the wall

1 2
3
1
2
1 Hold the rear casing against the wall and mark the position of the holes.
2 Drill the holes.
3 Mount the rear casing to the wall with the screws and plugs from the
accessory bag.
5 | Installation

5.2.3 To mount the PCB to the rear casing

NOTICE: Risk of electrostatic discharge
Before mounting the PCB, touch an earthed part (a radiator, the casing of the indoor unit, ...) to eliminate static electricity and protect the PCB from damage. ONLY handle the PCB by its sides.
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5 | Installation

5.3 Connecting the electrical wiring

5.3.1 About connecting the electrical wiring

Typical workflow
Connecting the electrical wiring typically consists of the following stages:
System layout Typical workflow
App control (only) Connecting the adapter to the indoor
unit (P1/P2).
Connecting the adapter to a router.
Smart Grid application (only) Connecting the adapter to the indoor
unit (P1/P2).
Connecting the adapter to a solar
inverter/energy management system.
Connecting the adapter to an
electricity meter (optional).
For more information about the Smart Grid application, see "8Smart Grid
application"[437].
App control + Smart Grid application Connecting the adapter to the indoor

5.3.2 Precautions when connecting the electrical wiring

INFORMATION
Also read the precautions and requirements in the following chapters:
General safety precautionsPreparation
unit (P1/P2).
Connecting the adapter to a router.
Connecting the adapter to a solar
inverter/energy management system, if required by the Smart Grid application.
Connecting the adapter to an
electricity meter, if required by the Smart Grid application (optional).
For more information about the Smart Grid application, see "8Smart Grid
application"[437].
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22
DANGER: RISK OF ELECTROCUTION
Do NOT turn on the power supply (both the power supplied by the indoor unit to X3A and the detection voltage supplied to X1A) before you have connected all the wiring and closed the adapter.
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Daikin Altherma LAN adapter
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5.3.3 To connect the indoor unit

X4A
X1A
X2A
X3A
P2P1
X4A
X1A
X2A
X3A
1 When entering the wiring from the bottom: inside the LAN adapter casing,
ensure strain relief by routing the cable along the indicated cable path.
5 | Installation
NOTICE
To prevent damage to the PCB, it is NOT allowed to connect the electrical wiring with the connectors already connected to the PCB. First connect the wiring to the connectors, then connect the connectors to the PCB.
WARNING
To prevent damage and/or injury, do NOT make any connections to X1A and X2A on LAN adapter BRP069A62.
INFORMATION
In the indoor unit switch box, the cable is connected to the same terminals the
user interface is connected to (P1/P2). For more information, see the installation manual of the indoor unit.
The 2 wires from the cable are NOT polarised. When connecting them to the
terminals, their polarity does NOT matter.
2 Connect indoor unit terminals P1/P2 to LAN adapter terminals X3A/1+2.

5.3.4 To connect the router

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5 | Installation
S1S
2
1
X4A
X1A
X2A
X3A

5.3.5 To connect the electricity meter

NOTICE
To prevent communication problems due to cable breakdown, do NOT exceed the minimum bend radius of the Ethernet cable.
INFORMATION
This connection is ONLY supported by LAN adapter BRP069A61.
1 When entering the wiring from the bottom: inside the LAN adapter casing,
ensure strain relief by routing the cable along the indicated cable path.
2 Connect the electricity meter to LAN adapter terminals X2A/1+2.
INFORMATION
Mind the polarity of the cable. The positive wire MUST be connected to X2A/1; the negative wire to X2A/2.
WARNING
Make sure to connect the electricity meter in the correct direction, so that it measures the total energy injected INTO the grid.

5.3.6 To connect the solar inverter/energy management system

INFORMATION
This connection is ONLY supported by LAN adapter BRP069A61.
INFORMATION
How the solar inverter/energy management system is connected to X1A depends on the Smart Grid application. The connection described in the instructions below is for the system to run in the "Recommended ON" operation mode. For more information, see "8Smart Grid application"[437].
WARNING
Make sure X1A/N+L are protected by a fast acting circuit breaker (rated current 100mA~6A, typeB).
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5 | Installation
1
3
2
X4A
X1A
X2A
X3A
S1S LN
4
L
N
3
2
1
X1A
a
3
1
2
4
N
L
230 V AC
WARNING
When connecting the wiring to LAN adapter terminal X1A, make sure each wire is securely fastened to the appropriate terminal. Use a screwdriver to open the wire clamps. Make sure the bare copper wire is fully inserted into the terminal (bare copper wire CANNOT be visible).
1 Ensure strain relief by fastening the cable with a cable tie to the cable tie
mounting.
2 Provide a detection voltage to X1A/N+L. Make sure X1A/N+L are protected by
a fast acting circuit breaker (100mA~6A, typeB).
3 For the system to run in the "Recommended ON" operation mode (Smart Grid
application), connect the digital outputs of the solar inverter/energy management system to LAN adapter digital inputs X1A/1+2 LAN.
To connect to a voltage free contact (Smart Grid application)
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
If the solar inverter/energy management system has a voltage free contact, connect the LAN adapter as follows:
a To voltage free contact
INFORMATION
The voltage free contact should be able to switch 230VAC – 20mA.
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5 | Installation
X1A
3
1 2
4
N
L
1
2
3
To connect to a controllable wall socket (Smart Grid application)
If a wall socket is available that is controlled by the solar inverter/energy management system, connect the LAN adapter as follows:
NOTICE
Make sure a fast acting fuse or circuit breaker is present in the setup (or as part of the wall socket, or install an external one (rated current 100mA~6A, typeB)).

5.4 Finishing adapter installation

5.4.1 Adapter serial number

Before closing the LAN adapter, note down its serial number. This number can be found on the adapter's Ethernet connector (bottommost number on X4A). Note it down in the table below.
Serial number
INFORMATION
The serial number is used during the configuration of the LAN adapter. For more information, see "7Configuration"[429].

5.4.2 To close the adapter

1 Put the front casing to the rear casing and tighten the screw.
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5.5 Opening the adapter

1
3
2

5.5.1 About opening the adapter

The average installation procedure does NOT involve opening the adapter. However, in case you do have to open it, follow below procedure.
DANGER: RISK OF ELECTROCUTION
Before opening the LAN adapter, turn OFF all power supply (both the power received from the indoor unit to X3A and the detection voltage supplied to X1A, if applicable).

5.5.2 To open the adapter

1 Remove the screw with a screwdriver.
2 Pull the top of the front casing towards you.
5 | Installation
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6 | Starting up the system

6 Starting up the system

The LAN adapter gets its power from the indoor unit. For the LAN adapter to function, make sure it is connected to the indoor unit, and the indoor unit is powered on.
After powering on the system, it can take up to 30 minutes before the LAN adapter is operational, depending on the system layout.
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7 Configuration

7.1 Overview: Configuration

LAN adapter configuration depends on the LAN adapter application/system layout.
The LAN adapter is used for app control See "7.2Configuring the adapter for
7 | Configuration
If Then
app control"[429].
The LAN adapter is used for the Smart Grid application
Additionally, this chapter contains instructions for how to:
Topic Chapter
Update software "7.4Updating software"[430]
Access the configuration web interface "7.5Configuration web
Consult system information "7.6System information"[432]
Perform a factory reset "7.7Factory reset"[433]
Make network settings "7.8Network settings"[434]
Remove the LAN adapter from the heat pump system.
INFORMATION
If 2 LAN adapters are present in the same LAN network, configure them separately.

7.2 Configuring the adapter for app control

See "7.3Configuring the adapter for the
Smart Grid application"[429].
interface"[430]
"7.9Removal"[436]

7.3 Configuring the adapter for the Smart Grid application

BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
When the LAN adapter is used for app control (only), there is hardly any configuration required. After correct installation and system start-up, all system components (LAN adapter, router, and Daikin Residential Controller app) should be able to find each other automatically by way of their IP address.
If the system components fail to connect to each other automatically, you can connect them to each other manually by making use of a fixed IP address. In this case, provide LAN adapter, router, and Daikin Residential Controller app with the same fixed IP address. For how to provide the LAN adapter with a fixed IP address, see "7.8Network settings"[434].
When the LAN adapter is used for the Smart Grid application, configure the LAN adapter on the dedicated configuration web interface.
For instructions on how to access the configuration web interface, see
"7.5Configuration web interface"[430].
For an overview of Smart Grid settings, see "8.1Smart Grid settings"[438].
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7 | Configuration

7.4 Updating software

For more information on the Smart Grid application, see "8 Smart Grid
application"[437].
If required, perform a software update. For instructions, see "7.4 Updating
software"[430].
INFORMATION
For a good understanding of the Smart Grid application, and to be able to properly configure the LAN adapter, it is recommended to first read up on the Smart Grid application in "8Smart Grid application"[437].
To update LAN adapter software, use the Daikin Residential Controller app.
INFORMATION
To update LAN adapter software with the Daikin Residential Controller app, you
need a router. In case the LAN adapter is only used for the Smart Grid application (and a router is not part of the system), temporarily add a router to the setup according to "2.2.3App control + Smart Grid application"[49].
The Daikin Residential Controller app will automatically check the LAN adapter
software version and ask for an update, if required.
INFORMATION
For the indoor unit and user interface to function with the LAN adapter, it is required that their software meets requirements. ALWAYS make sure the unit and user interface have the latest software version. For more information, see https://
my.daikin.eu/denv/en_US/home/applications/software-finder/service-software/unit­software/heating/MMI-software-daikin-altherma-LT.html.

7.4.1 To update adapter software

Prerequisite: A router is (temporarily) part of the layout, you have a smartphone with the Daikin Residential Controller app, and the app notified you that new LAN adapter software is available.
1 Follow the update procedure in the app.
Result: The new software is automatically downloaded to the LAN adapter.
Result: To implement changes, the LAN adapter automatically performs a
power reset.
Result: The LAN adapter software is now updated to the latest version.
INFORMATION
During the software update, the LAN adapter and the app CANNOT be operated. It is possible that the user interface of the indoor unit displays error U8-01. When the update is finished, this error code will disappear automatically.

7.5 Configuration web interface

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On the configuration web interface you can make the following settings:
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Section Settings
Information Consult various system parameters
Upload adapter SW Perform a LAN adapter software update
Factory reset Perform a LAN adapter factory reset
Network settings Make various network settings (e.g. set
Smart Grid Make settings related to the Smart Grid
INFORMATION
The configuration web interface is available for 2 hours after powering on the LAN adapter. To make the configuration web interface available again after it has expired, the LAN adapter requires a power reset. To perform a power reset, turn OFF/ON the power going to the LAN adapter via indoor unit terminals P1/P2. It is NOT required to reset the 230VAC detection voltage.

7.5.1 Accessing the configuration web interface

7 | Configuration
a fixed IP address)
application
Normally, you should be able to access the configuration web interface by browsing to its URL: http://altherma.local. If this does not work out, navigate to the configuration web interface by using the LAN adapter's IP address. The IP address depends on network configuration.
Access via URL
Prerequisite: Your computer is connected to the same router (same network) the
LAN adapter is connected to.
Prerequisite: The router supports DHCP.
1 In your browser, go to http://altherma.local
Access via LAN adapter IP address
Prerequisite: Your computer is connected to the same router (same network) the
LAN adapter is connected to.
Prerequisite: You have retrieved the IP address of the LAN adapter.
1 In your browser, go to the IP address of the LAN adapter.
To retrieve the IP address of the LAN adapter:
Retrieval via Instruction
The Daikin Residential Controller app From the app's home screen, tap the
pencil icon to go to the "Edit unit" screen.
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
Under "Units", tap the unit that is
connected to the LAN adapter of which you want to retrieve the IP address.
In the "Manage unit" screen, find the
LAN adapter IP address under "Network gateway information".
The DHCP client list of your router Find the LAN adapter in the DHCP client
list of the router.
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7 | Configuration
Information
LAN adapter firmware: 17003905_PP
Smart grid: enabled
IP address: 10.0.0.7
MAC address: 00:23:7e:f8:09:5d
Serial number: 170300003
User interface SW: v01.19.00
User interface EEPROM: AS1705847-01F
Hydro SW: ID66F2
Hydro EEPROM: AS1706432-25A
Access via DIP switch + custom static IP address
Prerequisite: Your computer is directly connected to the LAN adapter with an
Ethernet cable, and is NOT connected to any network (wifi, LAN, …).
Prerequisite: The power to the LAN adapter is OFF.
1 Set DIP switch 4 to "ON".
2 Turn ON the power to the LAN adapter.
3 In your browser, go to http://169.254.10.10.
NOTICE
Use appropriate tooling to set the DIP switches to another position. Beware of electrostatic discharge.
INFORMATION
The LAN adapter only checks the configuration of the DIP switch after a power reset. To configure the DIP switch, therefore make sure the power to the adapter is OFF.
INFORMATION
For BRP069A61, "power" is both the power supplied by the indoor unit AND the 230VAC detection voltage supplied to X1A.

7.6 System information

To consult system information, go to "Information" on the configuration web interface.
LAN adapter firmware LAN adapter software version
Information Description/translation
LAN adapter
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Smart grid Check if the LAN adapter can be used
for the Smart Grid application
IP address LAN adapter IP address
MAC address LAN adapter MAC address
Serial number Serial number
User interface
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7.7 Factory reset

Perform a factory reset as follows:
Via the DIP switch (preferred method);
Via the configuration web interface;
Via the Daikin Residential Controller app.
7 | Configuration
Information Description/translation
User interface SW User interface software
User interface EEPROM User interface EEPROM
Indoor unit
Hydro SW Indoor unit hydro module software
version
Hydro EEPROM Indoor unit hydro module EEPROM
INFORMATION
Mind that when you perform a factory reset, ALL current settings and configuration will be reset. Use this function with care.
Performing a factory reset might be useful in the following cases:
You can't find the LAN adapter (anymore) in the network;The LAN adapter lost its IP address;You want to reconfigure the Smart Grid application;

7.7.1 To perform a factory reset

Via the DIP switch (preferred method)
1 Turn OFF the power to the LAN adapter.
2 Set DIP switch 2 to "ON".
3 Turn ON the power.
4 Wait for 15 seconds.
5 Turn OFF the power.
6 Set the switch back to "OFF".
7 Turn ON the power.
NOTICE
Use appropriate tooling to set the DIP switches to another position. Beware of electrostatic discharge.
INFORMATION
The LAN adapter only checks the configuration of the DIP switch after a power reset. To configure the DIP switch, therefore make sure the power to the adapter is OFF.
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7 | Configuration
Factory reset
This will set the LAN adapter back to default settings. Unit settings remains the same. After this a reboot will be executed.
Reset
Via the configuration web interface
INFORMATION
For BRP069A61, "power" is both the power supplied by the indoor unit AND the 230VAC detection voltage supplied to X1A.
1 Go to "Factory reset" on the configuration web interface.
2 Click the reset button.
Information Translation
This will set the LAN adapter back to default settings. Unit settings remains the same. After this a reboot will be executed.
Via the app
Open the Daikin Residential Controller app and perform a factory reset.

7.8 Network settings

Normally, the LAN adapter applies network settings automatically, and no changes to these are required. If required, however, it is possible to configure network settings as follows:
Via the configuration web interface (various settings);
Via the DIP switch (custom static IP address only).
This will reset the LAN adapter to default settings. Indoor unit settings remain the same. After the reset, a reboot is executed.
INFORMATION
For instructions on how to access the configuration web interface, see
"7.5.1Accessing the configuration web interface"[431].
Note on the LAN adapter IP address
Assign an IP address to the LAN adapter in one of the following ways:
DHCP protocol (default) The system automatically assigns the
Static IP address Bypass the DHCP protocol and manually
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IP address Description + method
LAN adapter an IP address by way of the DHCP protocol. This is the default situation, and set on the configuration web interface. See "Via the
configuration web interface"[435].
assign a static IP address to the LAN adapter. Do this via the configuration web interface. See "Via the
configuration web interface"[435].
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Custom static IP address Bypass any IP settings made on the
Network settings
DHCP active Automatic Manually
Static IP address
10 . 0 . . 70
255
. 255 .
. 0255
10 . 0 . . 10
10 . 0 . . 10
10 . 0 . . 10
Subnetmask
Default gateway
Primary DNS
Secondary DNS
Submit
INFORMATION
Normally, network/IP settings are automatically applied and require no changes. Only make changes to the network/IP settings when absolutely required (e.g. when the system does not detect the LAN adapter automatically).

7.8.1 To configure network settings

Via the configuration web interface
1 Go to "Network settings" on the configuration web interface.
2 Configure network settings.
7 | Configuration
IP address Description + method
configuration web interface and assign a custom static IP address to the LAN adapter. Do this via the DIP switch. See
"Via the DIP switch"[436].
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
Information Translation/description
DHCP active DHCP active
Automatic Automatic
Manually Manually
Static IP address Static IP address
Subnet Mask Subnetmask
Default gateway Default gateway
Primary DNS Primary DNS
Secondary DNS Secondary DNS
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7 | Configuration
Via the DIP switch
INFORMATION
By default "DHCP active" is set to "Automatic" and IP settings are configured automatically and dynamically by way of the DHCP protocol. When setting "DHCP active" to "Manually", you bypass the DHCP protocol. Instead, define a static IP address for the LAN adapter in the fields next to "Static IP address".
When you set a static IP address for the LAN adapter, you make access to the configuration web interface via the URL (http://altherma.local) impossible. Therefore, when setting a static IP address, note it down somewhere, this for easy future access to the configuration web interface.
The DIP switch allows you to assign a custom static IP address to the LAN adapter. This IP address is "169.254.10.10". When you choose to do this, you bypass any IP settings made on the configuration web interface.
To assign the custom static IP address to the LAN adapter:
1 Turn OFF the power to the LAN adapter.
2 Set DIP switch 2 to "ON".
3 Turn ON the power.

7.9 Removal

NOTICE
Use appropriate tooling to set the DIP switches to another position. Beware of electrostatic discharge.
INFORMATION
The LAN adapter only checks the configuration of the DIP switch after a power reset. To configure the DIP switch, therefore make sure the power to the adapter is OFF.
INFORMATION
For BRP069A61, "power" is both the power supplied by the indoor unit AND the 230VAC detection voltage supplied to X1A.
When you connect/disconnect the LAN adapter to/from the indoor unit, the system should register its presence/absence automatically. However, when you remove the LAN adapter from a system that controlled by a user interface with model number EKRUCBL*, you have to configure this manually. For more information, see the documentation of the heat pump system.

7.9.1 To remove the adapter from the system

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1 On the (EKRUCBL*) user interface, go to Installer settings > System
layout > Options.
2 In the options list, select LAN adapter.
3 Select "No".
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8 Smart Grid application

INFORMATION
This information ONLY applies to LAN adapter BRP069A61.
INFORMATION
To use the LAN adapter for the Smart Grid application, it is required that DIP switch 1 is set to "OFF" (default the case). Alternatively, to disable the possibility of using the LAN adapter for the Smart Grid application, it is possible to set DIP switch 1 to "ON".
NOTICE
Use appropriate tooling to set the DIP switches to another position. Beware of electrostatic discharge.
The LAN adapter allows for the connection of the heat pump system to a solar inverter/energy management system, and enables it to run in various Smart Grid operation modes. In this way, all system components work together to limit the injection of (self-generated) power into the grid, instead converting this power into thermal energy by making use of the thermal storage capacity of the heat pump. This is called "energy buffering".
8 | Smart Grid application
The system can buffer energy in the following ways:
Heat up the domestic hot water tank
Heat up the room
Cool down the room
The Smart Grid application is controlled by the solar inverter/energy management system, that monitors the grid, and sends commands to the LAN adapter. The adapter is connected to the solar inverter/energy management system (digital outputs) by way of connector X1A (digital inputs).
Solar inverter/energy management
system
X1A
(digital inputs)
(digital outputs)
Digital output 1 SG0
(X1A/1+2)
Digital output 2 SG1
(X1A/3+4)
The solar inverter/energy management system controls the state of the digital inputs of the LAN adapter. Depending on the state of the inputs (open or closed), the heat pump system can run in the following Smart Grid operation modes:
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
Smart Grid operation mode SG0
Normal operation/Free running
NO Smart Grid application
Recommended ON
Energy buffering in the domestic hot water tank and/or the room, WITH power limitation.
(X1A/1+2)
(X1A/3+4)
Open Open
Closed Open
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8 | Smart Grid application
Smart Grid
Pulse meter setting
No meter
Electrical heaters allowed
No Yes
Room buffering allowed
No Yes
Static power limitation
1.5kW
Submit
Smart Grid operation mode SG0
Forced OFF
Deactivation of outdoor unit and electrical heater operation in case of high energy tariffs.
Forced ON
Energy buffering in the domestic hot water tank and/or the room, WITHOUT power limitation.
INFORMATION
For the system to run in all 4 possible Smart Grid operation modes, the solar inverter/energy management system needs to have 2 digital outputs available. If only 1 output is available, then you can only connect to SG0, and the system can only run in the "Normal operation/Free running" and "Recommended ON" operation modes. For the system to run in "Forced OFF" and "Forced ON", a connection to SG1 is required (for those operation modes, SG1 needs to get "closed").
INFORMATION
In case the system layout includes a controllable wall socket, and the solar inverter/ energy management system activates this socket, SG0 gets "closed" and the system runs in the "Recommended ON" operation mode. If the solar inverter/energy management system deactivates the socket, SG0 (and SG1) get "opened" and the system runs in the "Normal operation/Free running" operation mode (due to the 230VC detection voltage to X1A/L+N getting cut off).
(X1A/1+2)
(X1A/3+4)
Open Closed
Closed Closed
SG1

8.1 Smart Grid settings

To make changes to Smart Grid settings, go to Smart Grid on the configuration web interface.
Electrical heaters allowed - No/Yes Electrical heaters allowed – No/Yes
Room buffering allowed - No/Yes Room buffering allowed – No/Yes
Static power limitation Static power limitation
Information Translation
Pulse meter setting Pulse meter setting
No meter No meter
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8.1.1 Energy buffering

Depending on Smart Grid settings (configuration web interface), energy buffering either happens in the domestic hot water tank only, or in the domestic hot water tank and in the room. You can choose whether or not to have the electrical heaters assist with the buffering of energy in the domestic hot water tank.
8 | Smart Grid application
INFORMATION
For instructions on how to access the configuration web interface, see
"7.5.1Accessing the configuration web interface"[431].
Energy buffering System requirements Description
Domestic hot water tank Make sure a domestic
hot water tank is part of the system.
On the user interface,
make sure to set:
- [E-05]=1
- [E-06]=1
Unit control method
(user interface setting [C-07]): no requirements, but mind the information below
"Buffering in case [C-07] = 0 OR 1"[439].
Room (heating) Allow for buffering in
the room on the configuration web interface.
Unit control method: on
the user interface, make sure [C-07]=2
The system produces domestic hot water. The tank heats up the water up to the maximum temperature.
The system heats up the room up to the comfort setpoint.
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
Room (cooling) Allow for buffering in
the room on the configuration web
The system cools down the room down to the comfort setpoint.
interface.
Unit control method: on
the user interface, make sure [C-07]=2
Buffering in case [C-07] = 0 OR 1
When, on the user interface, [C-07] = 0 OR 1 (the unit control method is leaving water temperature control OR external room thermostat control), then the system can only buffer energy in the domestic hot water tank, and only in the following two separate cases:
Space heating/cooling operation is turned OFF
OR
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8 | Smart Grid application
During space heating operation:
- Outdoor temperature > space heating setting [4-02]
- Room frost protection is not active
During space cooling operation:
- Outdoor temperature < space cooling setting [F-01]
INFORMATION
The system will ONLY buffer energy when the indoor unit is in standby mode.
Normal operation (scheduled actions, etc.) has priority over energy buffering.
On the configuration web interface, the buffering is default set to "domestic hot
water tank only".
The maximum temperature during domestic hot water tank buffering is the
maximum tank temperature for the applicable tank type.
The space heating/cooling setpoint during room buffering is the comfort setpoint
for the room.
The system will ONLY buffer energy during space heating if the space heating
setpoint is lower than the heating comfort setpoint. The system will ONLY buffer energy during space cooling if the space cooling setpoint is higher than the cooling comfort setpoint.

8.1.2 Power limitation

In the "Recommended ON" operation mode, the power consumption of the heat pump system is limited either statically or dynamically. In both cases, it is possible to include the power consumption of the electrical heaters in the calculation (default NOT the case).
IF THEN
Static power limitation
(Static power limitation)
Dynamic power limitation
(Pulse meter setting)
The power consumption of the indoor unit is limited statically based on a fixed value (default 1.5kW) that is set in the configuration web interface. During energy buffering, the power consumption of the indoor unit will NOT exceed this limit.
The value for this setting is only used if the system does not include an electricity meter (on the configuration web interface: Pulse meter setting: "No meter"). Otherwise, make use of dynamic power limitation.
The power limitation is auto-adaptive, and dynamically performed based on the power injection into the grid, measured by the electricity meter. To minimise the power injection into the grid, the indoor unit operates as much as possible.
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8 | Smart Grid application
INFORMATION
In the "Forced ON" operation mode, energy buffering happens WITHOUT power
limitation.
To get the most out of the energy buffering it is recommended to make use of
dynamic power limitation by way of an electricity meter.
The electrical heaters will ONLY operate when the power limitation is higher than
the power rating of the heaters.
For ERLQ011~016 and EBLQ+EDLQ011~016CA(3)V3+W1 outdoor units, the
power limitation functionality is NOT available. When these outdoor units are used in a Smart Grid system, they will operate without power limitation. Electrical heater assistance, however, will be disabled.
WARNING
Make sure to connect the electricity meter in the correct direction, so that it measures the total energy injected INTO the grid.
INFORMATION
For dynamic power limitation to be possible, a single connection point to the grid
is required (one connection point for the photovoltaic system AND the domestic appliances). To function properly, the Smart Grid algorithm requires the net sum of generated AND consumed energy. The algorithm will NOT work when there are separate meters for generated energy and consumed energy.
Since dynamic power limitation is performed based on electricity meter input,
you do NOT have to set the power limitation value in the configuration web interface.

8.2 Operation modes

8.2.1 "Normal operation/Free running" mode

In the "Normal operation"/"Free running" operation mode, the indoor unit operates as normal, according to its owner's settings and schedules. No Smart Grid functionalities are enabled.

8.2.2 "Recommended ON" mode

In the "Recommended ON" operation mode, the heat pump system makes use of solar/grid power (when it is available, as measured by the solar inverter/energy management system) to produce domestic hot water and/or heat up or cool down the space. The amount of solar/grid power that is used for buffering depends on the domestic hot water tank and/or the room temperature. To align solar/grid capacity and the power consumption by the heat pump system, the power consumption of the indoor unit is limited either statically (by a fixed value set in the configuration web interface) or dynamically (auto-adaptively, as measured by the electricity meter – if part of the system layout).

8.2.3 "Forced OFF" mode

BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
In the "Forced OFF" operation mode, the solar inverter/energy management system trigger the system to deactivate the operation of the outdoor unit compressor and the electrical heaters. This is especially useful in case of energy management systems that react to high energy tariffs, or in case of grid overload
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8 | Smart Grid application

8.2.4 "Forced ON" mode

(signaled by the energy distributor to the energy management system). Once active, "Forced OFF" mode will cause the system to stop space heating/cooling, as well as domestic hot water production.
INFORMATION
Once running in one of the Smart Grid operation modes, the system will keep running in that mode until the input state of the LAN adapter is changed. Beware that if the system runs in "Forced OFF" mode for a long time, comfort issues can occur.
In the "Forced ON" operation mode, the heat pump system makes use of solar/grid power (when it is available, as measured by the solar inverter/energy management system) to produce domestic hot water and/or heat up or cool down the space. The amount of solar/grid power that is used for buffering depends on the domestic hot water tank and/or the room temperature. In contrast to the "Recommended ON" operation mode, there is NO power limitation: the system selects the comfort setpoint for space heating/cooling, and will heat up the domestic hot water tank to the maximum temperature. The outdoor unit compressor and the electrical heaters are not limited in their power consumption.
The "Forced ON" operation mode is particularly useful in case of energy management systems that react to low energy tariffs, in case of grid overload (signaled by the energy distributor to the energy management system), or when multiple houses are connected to the grid that are controlled simultaneously, this to stabilise the grid.
INFORMATION
Once running in one of the Smart Grid operation modes, the system will keep running in that mode until the input state of the LAN adapter is changed.

8.3 System requirements

The Smart Grid application poses the following requirements to the heat pump system:
Item Requirement
LAN adapter software It is recommended to ALWAYS keep the
Domestic hot water settings To allow for energy buffering in the
LAN adapter software up-to-date.
domestic hot water tank, on the user interface, make sure to set:
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[E-05]=1
[E-06]=1
Power consumption control settings On the user interface, make sure to set:
[4-08]=1
[4-09]=1
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Daikin Altherma LAN adapter
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9 Troubleshooting

9.1 Overview: Troubleshooting

This chapter describes what to do in case of problems.
It contains information about:
Solving problems based on symptoms
Solving problems based on error codes

9.2 Solving problems based on symptoms

9.2.1 Symptom: Cannot access the web page

Possible causes Corrective action
9 | Troubleshooting
The LAN adapter is not powered (heartbeat LED not blinking).
The configuration web interface is ONLY available for 2 hours after every power reset. Its timer can have run out.
The LAN adapter is NOT connected to the network (network connection LED NOT blinking).
The LAN adapter is NOT connected to the router or the router does NOT support DHCP.
The computer is NOT connected to the same router as the LAN adapter.
INFORMATION
If none of the corrective actions work, try performing a power reset of the total system.
Make sure that the LAN adapter is correctly connected to the indoor unit, and that the power of all connected equipment is turned ON.
Perform a power reset on the LAN adapter.
Connect the LAN adapter to a router.
Connect the LAN adapter to a router that supports DHCP.
Connect the computer to the same router as the LAN adapter.

9.2.2 Symptom: The app does not find the LAN adapter

BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
In the rare case that the Daikin Residential Controller app does not find the LAN adapter automatically, connect router, LAN adapter, and app manually by way of a fixed IP address.
1 In the router, check the IP address that is currently assigned to the LAN
adapter.
2 Access the configuration web interface with this IP address.
3 On the configuration web interface, set "DHCP active" to "Manually".
4 In the router, assign a static IP address to the LAN adapter.
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9 | Troubleshooting

9.3 Solving problems based on error codes

9.3.1 Error codes of the indoor unit

5 On the configuration web interface, in the fields next to "Static IP address", set
the same static IP address.
6 In the Daikin Residential Controller app (Settings menu), assign the same IP
address to the LAN adapter.
7 Reset the power to the LAN adapter.
Result: Router, LAN adapter, and Daikin Residential Controller app share the same
fixed IP address and should be able to find each other.
If the indoor unit loses its connection with the LAN adapter, the following error code appears on the user interface:
Error code Detailed error code Description
U8 01 Connection with adapter lost

9.3.2 Error codes of the adapter

LAN adapter errors are indicated by the status LEDs. There is a problem if one or more status LEDs have the following behaviour:
LED Error behavior Description
Heartbeat LED NOT blinking No normal operation.
Network LED flashing Communication problem.
Indoor unit communication LED flashing
Smart Grid LED flashing for more than 30 minutes.
Please contact your dealer.
Try resetting the LAN adapter or contact your dealer.
Check the network connection.
Communication problem with the indoor unit.
Smart Grid compatibility problem.
Try resetting the LAN adapter or contact your dealer.
INFORMATION
The DIP switch is used to configure the system. For more information, see
"7Configuration"[429].
When the LAN adapter performs a Smart Grid compatibility check, LD4 flashes.
This is NOT erroneous behaviour. After a successful check, LD4 will either stay ON or go OFF. When it keeps flashing for more than 30 minutes, the compatibility check failed, and NO Smart Grid operation is possible.
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For a complete description of the status LEDs, check "2About the adapter"[45].
BRP069A61+BRP069A62
Daikin Altherma LAN adapter
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10 Technical data

X1AX3A X2A
SG0 L SG1 L N LP/P1 N/P2 S0 GND
LAN
X4A
X5A
OFF
ON
1 2 3 4 5 6 7 8
LD1 LD2 LD3 LD4
SS1
A3P
2
2
S3S
S1S
S2S
Q1DI
N L
Q1DI
S1S
1 2
Q1DI
N L
S1S
L N
2
4D105877-1
Only for BRP069A61
Full smart grid functionality.
Router
SD-Card
PV with controllable wall socket.
PV with potential free contact.
Electric pulse meter. 5 V DC pulse detection (supplied by PCB).
Hydro SWB
A subset of the latest technical data is available on the regional Daikin website (publicly accessible). The full set of latest technical data is available on the Daikin Business Portal (authentication required).

10.1 Wiring diagram

10 | Technical data
A3P LAN adapter PCB
LD1~LD4 PCB LED
Q1DI # Circuit breaker
SS1 (A3P) DIP switch
S1S # SG0 contact
S2S # SG1 contact
S3S * Electrical pulse meter input
X*A Connector
* Optional
# Field supply
Notes to go through before starting the unit
BRP069A61+BRP069A62 Daikin Altherma LAN adapter 4P464229-1C – 2019.11
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10 | Technical data
15
**
/12.2
1
English Translation
X1M Main terminal
X2M Field wiring terminal for AC
X5M Field wiring terminal for DC
Earth wiring
Wire number 15
Field supply
Connection ** continues on page 12 column 2
Several wiring possibilities
Option
Not mounted in switch box
Wiring depending on model
PCB
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Daikin Altherma LAN adapter
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Verantwortung für Energie und Umwelt
Copyright 2017 Daikin
4P464229-1C 2019.11
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