Porsche Home Energy Manager Инструкция по установке

Porsche Home Energy Manager

9Y0.915.686/.A/.B/.C/.D/.E

ROW

01_IA_Umschlag.fm Seite 0 Dienstag, 20. August 2019 2:18 14

US

Porsche Home Energy Manager

Installation Manual.............................. 1

FC

Porsche Home Energy Manager

Manuel technique .............................16

ESM

Porsche Home Energy Manager

Installation Manual............................31

PTB

Porsche Home Energy Manager

Manual de instalação ....................... 46

TR

Porsche Home Energy Manager

Kurulum Talimatları ...........................62

RU

Porsche Home Energy Manager

Инструкция по установке..............77

UK

Porsche Home Energy Manager

Посібник зі встановлення..............93

VIE

Porsche Home Energy Manager

Hướng dẫn lắp đặt................... 108

HE

Porsche Home Energy Manager

xxxxxxxxxxx.................................... 123

AR

Porsche Home Energy Manager

xxxxxxxxx........................................ 138

JPN

Porsche Home Energy Manager

xxxxxxxxxxxxxxxxxx.................... 153

KOR

Porsche Home Energy Manager

xxxxxxxxxx...................................... 168

CHS

Porsche Home Energy Manager

xxxxxxxx .......................................... 183

CHT

Porsche Home Energy Manager

xxxxxxxx

.......................................... 198

THA

Porsche Home Energy Manager

I

........................................................... 212

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SprachVerz_Instal_ROW.fm Seite 1 Freitag, 23. August 2019 2:36 14

1

Table of Contents

English USA

Applicable documents ..................................................3

Basic safety principles ..................................................3

Qualification of personnel................................................3

Notes on installation..........................................................3

Overview ..........................................................................4

Installation version 1 .........................................................4

Installation version 2 .........................................................5

Installation version 3 .........................................................5

Displays and controls ........................................................6

Overview of device connections ....................................7

Installation and connection .........................................7

Connection to the power supply....................................7

Connection to the building installation........................9

Initial Operation ...........................................................12

Setup .............................................................................12

Accessing the web application via the hotspot......12

Using the setup assistant ............................................12

Configuring home installation......................................13

Adding an EEBus device................................................13

Checking function...........................................................13

Technical Data .............................................................14

Index ..............................................................................15

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Porsche, the Porsche Crest, Panamera,

Cayenne and Taycan are registered trademarks

of Dr. Ing. h.c. F. Porsche AG.

Printed in Germany.

Reprinting, even of excerpts, or duplication of

any type is only permissible with the written

authorisation of Dr. Ing. h.c. F. Porsche AG.

Porscheplatz 1

70435 Stuttgart

Germany

Installation Manual

Please keep the Installation Manual in a safe place.

These instructions are intended for persons

entrusted with or responsible for installing, starting

up and maintenance of the energy manager.

Always pay attention to the warning and safety

instructions in this booklet. The manufacturer cannot

be held liable in the event of improper handling

contrary to these instructions.

In addition, the approval conditions of the supplied

accessories must be observed, complied with, and

followed.

Further instructions

You can find information on operating the energy

manager in the operating instructions. Pay particular

attention to the warning and safety instructions.

Suggestions

Do you have any questions, suggestions or ideas

regarding these instructions?

Please write to us:

Dr. Ing. h.c. F. Porsche AG

Vertrieb Customer Relations

Porscheplatz 1

70435 Stuttgart

Germany

Equipment

Porsche is entitled to discrepancies between actual

equipment and technology and versions illustrated

and described in these instructions, on the grounds

of continuous further development. Items of

equipment are sometimes optional or vary depending

on the country in which the vehicle is sold. For more

information on retrofit equipment, please contact

your Porsche partner.

Warnings and symbols

Various types of warnings and symbols are used in

this manual.

b Conditions that must be met in order to use a

function.

e Instruction that you must follow.

1. If an instruction comprises several steps, these

are numbered.

f Notice on where you can find further important

information on a topic.

Article number Time of printing

9Y0.071.723-ROW 07/2019

DANGER

Serious injury or death

Failure to observe warnings in the “Danger” category

will result in serious injury or death.

WARNING

Possible serious injury or

death

Failure to observe warnings in the “Warning”

category can result in serious injury or death.

CAUTION

Possible moderate or

minor injury

Failure to observe warnings in the “Caution” category

can result in moderate or minor injuries.

NOTICE

Failure to observe warnings in the “Notice” category

can result in damage.

Information

Additional information is indicated by “Information”.

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Applicable documents

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Applicable documents

Basic safety principles

Qualification of personnel

The electrical installation may only be performed by

persons with the relevant knowledge of electrical/

electronic equipment (electrician). These persons

must provide proof that they have the specialist

knowledge required to install electrical systems in

the form of an examination certificate.

Improper installation can endanger your own life and

that of others.

Requirements for the electrician performing the

installation:

– Ability to evaluate test results

– Knowledge of IP ratings and their use

– Knowledge about fitting of electrical installation

material

– Knowledge of the applicable electrical/electronic

and national regulations

– Knowledge of fire safety measures and general

and specific safety and accident prevention

regulations

– Ability to select suitable tools, testers and,

if necessary, personal protective equipment,

as well as the electrical installation materials for

ensuring tripping conditions

– Knowledge of the type of electricity network

(TN, IT and TT System) and the resulting

connection requirements (protective ground,

grounding without a PE conductor, additional

measures necessary)

Notes on installation

Electrical installation must be performed in such

a way that:

– Protection from contact in accordance with

locally applicable regulations is ensured at all

times for the entire electrical installation.

– Locally applicable fire safety regulations are

complied with at all times.

– Displays, controls and USB ports of the energy

manager are accessible to the customer without

restriction and ensure protection from contact

with live parts.

Description Type Note Info

External mains power supply unit STEP-PS/ 1AC/24DC/0.75, article number 2868635 www.phoenixcontact.com

Push-on connector 2x1754571, 1x1790108, 1x1790111, 3x1790124, 1x1939439 www.phoenixcontact.com

WiFi antenna

HiRO H50284 wireless 802.11n 2.4GHz WiFi gain 2dBi OMNI www.hiroinc.com

Current sensors EChun ECS1050-L40P (50 A input; 33.3 mA output) All Echun models have

a 33 mA output

www.echun-elc.com

EChun ECS16100-L40M (100A input; 33.3 mA output)

EChun ECS24200-L40G (200A input; 33.3 mA output)

EChun ECS36400-L40R (400A input; 33.3 mA output)

EChun ECS36600-L40N (600A input; 33.3 mA output)

TT 100-SD (LEM, 100 A input; 33.33 mA output) www.lem.com

Wall-mounted distribution box 733414911 www.spelsberg.com

DANGER

Danger to life due to

electrical voltage!

Injuries due to electric shock and/or burns, possibly

resulting in death, are possible.

e During all work, make sure at all times that power

to the system is switched off and secured so it

cannot inadvertently be switched on.

e Do not open the housing of the energy manager

under any circumstances.

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Overview

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– The maximum permitted cable length of 9.8 ft.

(3 m) per current sensor is complied with.

– The voltage measurement and external power

supply inputs and energy manager relays are

adequately fused.

– The correct length and product-specific bending

radii are complied with when laying installation

cables.

If the installation environment requires Overvoltage

Category III (OVCIII), the input side of the external

power supply must be protected by means of

protective circuitry (e.g. a varistor) that conforms to

locally applicable regulations.

Installation at high altitude

Sensor supply cables that are installed in electrical

installations at a height of over 6,600 ft. (2,000 m) or

must conform to Overvoltage Category III (OVCIII)

due to their installation location must additionally be

insulated using heat-shrink tubing or suitable

insulation tubing with a dielectric strength of

508 V/mil (20 kV/mm) and minimum wall thickness

of 0.016 in. (0.4 mm) along the entire length of cable

between the sensor output (housing) and the input

terminal on the energy manager.

Overview

Installation version 1

A Power supply (1 to 3 phases, 1-phase supply here)

B Electricity meter

C Current sensor(s) (1 current sensor per phase)

D Distribution

E Power consumers in the home

F EEBus protocol

Fig. 1: Installation example: Simple home installation

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Overview

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Installation version 2

Installation version 3

A Power supply (1 to 3 phases, 1-phase supply here)

B Photovoltaic

C Inverter

D Current sensor(s) (1 current sensor per phase)

E Distribution

F Power consumers in the home

G Electricity meter

H EEBus protocol

Fig. 2: Installation example: Simple home installation with photovoltaic system

A Power supply (1 to 3 phases, 1-phase supply here)

B Photovoltaic

C Inverter

D Current sensor(s) (1 current sensor per phase)

E Distribution

F Power consumers in the home

G Sub distribution

H Power consumers outside the home

I Electricity meter

J EEBus protocol

Fig. 3: Installation example: Simple home installation with photovoltaic system and sub-distribution box

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Overview

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Displays and controls

Fig. 4: Displays and controls

Symbol and

meaning

Description

On/Off status

LED lights up green: energy

manager is ready for operation

Internet status

LED lights up green: internet

connection established

WiFi status

LED flashes blue: hotspot mode,

no client connected

LED lights up blue: hotspot mode,

at least one client connected

LED flashes green: client mode,

no WiFi connection available

LED lights up green: client mode,

WiFi connection available

PLC network

status

LED flashes green: searching for

PLC network connection.

LED lights up green: PLC network

connection in place.

LED flashes blue: activating DHCP.

LED lights up blue: DHCP (solely

for PLC) is active and PLC network

connection is in place.

Ethernet status

LED lights up green: network

connection in place

RS485/

CAN status

On: LED lights up green during

communication

Error status

LED lights up yellow: there is

an error

LED lights up red: functioning

is restricted

WPS button

e To establish a WiFi

connection using the WPS

function, briefly press the

WPS button (network

connection only possible

as a client).

WiFi button

(hotspot)

e To enable WiFi, briefly press

the WiFi button.

e To disable WiFi, press the

WiFi button for more than

1 second.

Symbol and

meaning

Description

PLC pairing

button

e To enable the PLC pairing,

briefly press the PLC pairing

button.

e To enable the energy manager

as a DHCP server (solely for

PLC pairings), press the PLC

pairing button for more than

10 seconds.

Reset button

e To restart the device, press

the Reset button for less

than 5 seconds.

e To reset the passwords, press

the Reset and CTRL buttons

for between 5 and

10 seconds.

e To restore the device to

the factory settings, press the

Reset and CTRL buttons for

more than 10 seconds.

This overwrites all current

settings.

CTRL button

Symbol and

meaning

Description

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Installation and connection

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Overview of device connections

Connections on top of device

Fig. 5: View of connections on top of the device

Connections on underside of device

Fig. 6: View of connections on underside of the device

Installation and connection

Connection to the power supply

Installing circuit breakers

The energy manager does not have any internal

fuses. Therefore, the voltage measurement and

external power supply inputs and relays must be

protected with suitable fuses.

Line protection fuses are not included in the scope of

supply and must be installed by an electrician.

– Operation of the energy manager requires

overcurrent protection for all supply cables.

Here, it is important to select fuses with a

sensitive trip characteristic.

– Fuses must be selected based on the

commercially available components in the

country of use.

– Use components with the lowest tripping current

and shortest tripping time.

Installation of optional wall-mounted

distribution box

e Pay attention to the installation instructions for

the wall-mounted distribution box.

e Adhere to the maximum permitted cable length

of 9.8 ft. (3 m) per current sensor.

e Firmly secure the wall-mounted distribution box

to a wall.

e Before installing the wall-mounted distribution

box, check whether there are any electric cables

in the area where you will be drilling.

A

WiFi antenna

B Current sensors (J301)

C Current sensors (J300)

D Current sensors (J200)

E Voltage measurement (J400)

A USB

B USB

C ETH 0

D not used

E RS485/CAN (J1000)

F Power supply (J102)

G Relay (J900)

H Relay (J901)

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Preparing the distribution cabinet

If the installation environment requires Overvoltage

Category III (OVCIII), the input side of the external

power supply must be protected by means of

protective circuitry (e.g. a varistor) that conforms to

locally applicable regulations.

For information on the space needed by the energy

manager:

f Refer to chapter "Technical Data" on page 14.

e For installation, the energy manager requires

horizontal pitch 11.5 on a DIN rail in the

distribution box.

e Install the power supply unit of the energy

manager at a minimum distance of horizontal

pitch 0.5 from the energy manager housing.

e Protect all electrical interfaces from direct/

indirect contact.

Fig. 7: Preparing the distribution cabinet

Installation in the distribution cabinet

b All cable connections are connected to the energy

manager.

b The DIN rail holder on the housing of the energy

manager is unfastened.

1. Position the DIN rail holder on the DIN rail in the

distribution box at an incline.

2. Tilt the housing of the energy manager and place

it level on the DIN rail.

3. Fasten the DIN rail holder on the housing of the

energy manager.

Fig. 8: Installation in the distribution cabinet

4. Check that the energy manager is firmly secured

to the DIN rail.

Installing the current sensors

Install the current sensors for measuring the overall

current of the business/household after installing the

main fuse on the relevant main phases. The energy

flows must not yet have been divided into further

sub-circuits.

f Refer to chapter "Overview" on page 4.

e Adhere to the maximum permitted cable length

of 9.8 ft. (3 m) per current sensor.

e Select an installation location where cables can

run straight and pay attention to the direction of

measurement (arrow pointing towards the power

consumer).

e Insert the installation cable in the current sensor

and close the cap of the sensor.

If sensor cables need to be extended, use the same

type of cable if possible.

If the installation environment requires the use of the

optional wall-mounted distribution box, the cables

must be routed to the distribution box through

suitable cable routing systems (empty conduits,

cable ducts, etc.).

Fig. 9: Current sensor installation example

A Horizontal pitch 11.5

B Horizontal pitch 9

C Horizontal pitch 0.5

D Horizontal pitch 2

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Routing connecting cables

Before installing any equipment, route the

connecting cables inside the distribution cabinet in

accordance with local regulations, and protect all

electrical interfaces from contact.

e Use suitable installation cables in accordance

with local regulations.

e Cut installation cables to suit the available space

and installation locations.

e Ensure installation cables comply with the

product-specific bending radii, to prevent faults

in cables and hardware.

Connection to the building

installation

Connect all devices to the existing building

installation in accordance with locally applicable

regulations and standards. The following

abbreviations are used in these instructions:

– N = neutral wire

– L = live wire

Connecting an external mains power

supply unit

e Follow the manufacturer's installation

instructions.

f Refer to chapter "Applicable documents" on

page 3.

e Connect the DC output to the energy manager in

accordance with the pin assignment of the power

supply connector (J102).

e Connect the power supply unit to the energy

manager using a cable. This cable must be

produced by an electrician.

Connecting RS485/CAN communication

When connecting the energy manager to the building

installation, there is a risk that DC power supply

connectors (J102) may be inadvertently plugged into

the RS485/CAN port. This can damage the energy

manager. Insert the six-pole connector without

connection cable (J1000) that was included with

delivery, to prevent confusion.

e Insert the connector without connection cable

into socket J1000 in the energy manager

housing.

Connecting relay channels

The energy manager is delivered with a suitable

connector without connection cable.

e Insert the connector without connection cable

into socket J900/J901 in the energy manager

housing.

Push-on connector for current measurement

Overview of J200/J300/J301 connectors

Fig. 10: Overview of J200/J300/J301

Information

The software 08/2019 does not allow for connection

to RS485/CAN. For future features, please pay

attention to information on new software releases.

Information

The software 08/2019 does not allow for connection

to relay channels. For future features, please pay

attention to information on new software releases.

Parameter Value

Push-on connector J200/J300/J301

Manufacturer Phoenix Contact

Socket part number 1766369

Connector part number 1939439

1 Pin 1

2 Pin 2

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Push-on connector for voltage measurement

Overview of J400 connectors

Fig. 11: Overview of J400

Push-on connector for power supply

Overview of J102 connectors

Fig. 12: Overview of J102

Push-on

connector

Pin Signal

J200 1 Current sensor 1 ("l", black)

2 Current sensor 1 ("k", white)

3 Current sensor 2 ("l", black)

4 Current sensor 2 ("k", white)

5 Current sensor 3 ("l", black)

6 Current sensor 3 ("k", white)

7 Current sensor 4 ("l", black)

8 Current sensor 4 ("k", white)

J300 1 Current sensor 5 ("l", black)

2 Current sensor 5 ("k", white)

3 Current sensor 6 ("l", black)

4 Current sensor 6 ("k", white)

5 Current sensor 7 ("l", black)

6 Current sensor 7 ("k", white)

7 Current sensor 8 ("l", black)

8 Current sensor 8 ("k", white)

J301 1 Current sensor 9 ("l", black)

2 Current sensor 9 ("k", white)

3 Current sensor 10 ("l", black)

4 Current sensor 10 ("k", white)

5 Current sensor 11 ("l", black)

6 Current sensor 11 ("k", white)

7 Current sensor 12 ("l", black)

8 Current sensor 12 ("k", white)

Parameter Value

Push-on connector J400

Manufacturer Phoenix Contact

Socket part number 1766369

Connector part number 939439

1 Pin 1

Push-on

connector

Pin Signal

J400 1 Neutral wire N

2 Live L1

3 Phase L2

4 Phase L3

Parameter Value

Push-on connector J102

Manufacturer Phoenix Contact

Socket part number 1786837

Connector part number 1790108

1 Pin 1

2 Pin 2

Push-on

connector

Pin Signal

J102 1 Power supply +24 V

2 Earth

3 Power supply +24 V

4 Earth

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Push-on connector for relay contact

Overview of J900/J901 connectors

Fig. 13: Overview of J900/J901

Push-on connector for communication

Overview of J1000 connectors

Fig. 14: Overview of J1000

Connecting current and voltage measurement

The current and voltage measurement channels are

connected via several connectors. The required

connector is included in the scope of delivery of the

energy manager.

Connecting the WiFi antenna

The WiFi antenna is used to boost the WiFi signal.

1. Connect the WiFi antenna to the plug/screw

connection on the energy manager.

2. Secure the WiFi antenna outside the distribution

box using the magnetic base.

Checking the signal quality of the PLC network

To check the connection quality of the PLC network,

you can find out the PLC transmission rate via the

household electrical system using software and

Ethernet PLC converters. To do this, connect the

Parameter Value

Push-on connector J900/J901

Manufacturer Phoenix Contact

Socket part number 1757255

Connector part number 1754571

1 Pin 1

Push-on

connector

Pin Signal

J900 1 NO contact

2 COM contact

3 NC contact

J901 1 NO contact

2 COM contact

3 NC contact

Parameter Value

Push-on connector J1000

Manufacturer Phoenix Contact

Socket part number 1786840

Connector part number 1790111

1 Pin 1

2 Pin 2

Push-on

connector

Pin Signal

J1000 1 RS485 signal B –

2 RS485 signal A +

3 Earth

4 Earth

5 CAN Low

6 CAN High

Information

The software 08/2019 does not allow for connection

to RS485/CAN. For future features, please pay

attention to information on new software releases.

Information

The software and Ethernet PLC converter described

in this section are not in the scope of delivery.

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Initial Operation

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converters to the mains supply at the installation

locations.

Select the installation location of the energy manager

and of the power consumers with PLC functionality

(such as the Porsche Mobile Charger Connect) as

installation locations for this.

The actual transmission rate between the installation

locations can be displayed with the aid of evaluation

software. Transmission rates of 100 Mbit or more are

sufficient.

Initial Operation

When the power supply is on, the energy manager is

switched on and ready for operation:

To ensure the energy manager functions reliably and

with its full range of functions, the latest software

must be installed.

e After startup, perform a software update using

the web application.

Setup

The energy manager is set up via a web application.

On this web application, all the necessary values can

be entered and the current sensors configured.

Charging equipment that supports this function can

be added as an EEBus device.

The following information may be required to set up

the energy manager:

– Access data for the home network

– Access data for the user profile (for linking to the

Porsche ID)

– Information on electricity tariffs/prices

Accessing the web application via

the hotspot

The web application can be opened on a device

(PC, tablet or smartphone) via a hotspot established

by the energy manager.

e To open the web application when the hotspot

has been enabled, enter the following IP address

in the address bar of your browser: 192.168.9.11

Logging on to the web application

Two users are available for logging on to the web

application: HOME USER and CUSTOMER SERVICE.

e To set up the energy manager, log on to the

energy manager web application as CUSTOMER

SERVICE. The initial passwords can be found in the

access data letter.

Fig. 15: Energy manager web application (OVERVIEW)

Using the setup assistant

b Logged on to the web application as customer

service.

e Proceed as directed by the setup assistant.

The SETUP ASSISTANT covers the following points,

among others:

– Settings for updates and security measures

– Establishing a network connection via WiFi,

Ethernet or PLC

– Linking the energy manager to a user profile

(Porsche ID)

– Entering tariff information for the "Cost-

optimized charging" function

On/Off status lights up green.

Information

– Depending on which browser you are using, the

web application will not open immediately, but

information about the browser's security settings

will be displayed first.

– The manner of entering the network key for

calling up the web application depends on the

device's operating system.

A

POWER SOURCES

B

CURRENT FLOW

C

POWER CONSUMER

D

POWER

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Setup

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Configuring home installation

b Logged on to the web application as customer

service.

e Configure the home installation.

HOME SETUP covers the following points,

among others:

– Configuring the energy manager for the

mains, power sources, current sensors and

power consumers

– Prioritizing and managing charging

operations when several chargers are used

– Enabling and disabling functions such as

"Overload protection", "Self-consumption

optimization" and "Cost-optimized charging"

Adding an EEBus device

To ensure the energy manager functions correctly, it

is vital to connect it to an EEBus device, such as the

Porsche Mobile Charger Connect, for example.

If the energy manager and EEBus device are in the

same network, they can be connected.

b Logged on to the web application as home user or

customer service.

1. To start connection, click ADD EEBUS DEVICE in

HOME SETUP > POWER CONSUMER.

Available EEBus devices are displayed.

2. Select the EEBus device via the name and

Identification number (SKI).

3. Start the connection on the charger.

f Pay attention to the charger operating

instructions.

Checking function

e Using the web application, make sure the energy

manager is functioning correctly. To do so, check

that plausible values for the power sources and

consumers are displayed on the OVERVIEW screen.

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Technical Data

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Technical Data

Description Value

Ports 2 x USB, 1 x PLC, 1 x WiFi, 1 x Ethernet (ETH 0), 12 x CT input, 1 x RS485/CAN

Space requirement Horizontal pitch 11.5 (1 HP is equivalent to 0.7 inches/17.5 – 18 mm)

Current measurement 0.5 A to 600 A (depending on current sensor), maximum cable length 9.8 ft. (3 m)

Voltage measurement 100 V to 240 V (AC)

Maximum length of supply cable to USB port 9.8 ft. (3 m)

Energy manager input 24 V (DC)/0.75 A

External power supply (input) 100 V to 240 V (AC)

External power supply (output) 24 V (DC)/18 W

Relay (voltage/load) Maximum 250 V (AC), maximum 3 A resistive load

Temperature range Storage temperature –40 °F to +158 °F (–40 °C to +70 °C)

Temperature range Operating temperature –4 °F to +113 °F (–20 °C to +45 °C) (at 10 % to 90 % air humidity)

Type of article under test Control unit,

Description of device function Charge management for households

Connection to the power supply External power supply unit

Installation/overvoltage category III

Measurement category III

Degree of contamination 2

Type of protection IP20

Protection class to IEC 60529 DIN rail-mounted device

Protection class 2

Operating conditions Continuous operation

Overall size of device (width x depth x height) 6.3 in. x 3.6 in. x 2.9 in. (159.4 mm x 90.2 mm x 73.2 mm)

Weight 0.7 lbs (0.3 kg)

External current sensor (accessory and removable part) ECS1050-L40P (EChun; 50 A input; 33.3 mA output)

ECS16100-L40M (EChun; 100A input; 33.3 mA output)

TT 100-SD (LEM, 100 A input; 33.33 mA output)

ECS24200-L40G (EChun; 200A input; 33.3 mA output)

ECS36400-L40R (EChun; 400A input; 33.3 mA output)

ECS36600-L40N (EChun; 600A input; 33.3 mA output)

Antenna (accessory and removable part) HIRO H50284

Transmission frequency bands 2.4 GHz

Transmission power 58.88 mW

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Index

A

Accessing the web application via the hotspot............................. 12

Adding an EEBus device....................................................................... 13

Applicable documents.............................................................................3

Applicable standards/directives........................................................ 14

Article number of instructions............................................................... 2

B

Basic safety principles............................................................................. 3

C

Checking function.................................................................................. 13

Circuit-breaker........................................................................................... 7

Configuring home installation ............................................................ 13

Connecting an external mains power supply unit............................9

Connecting relay channels ..................................................................... 9

Connecting RS485/CAN communication ......................................... 9

Connecting the WiFi antenna............................................................. 11

Connection to the building installation............................................... 9

Connection to the power supply...........................................................7

Connections on top of device................................................................7

Connections on underside of device.................................................... 7

D

Displays and controls............................................................................... 6

I

Initial Operation ...................................................................................... 12

Installation and connection....................................................................7

Installation at high altitude..................................................................... 4

Installation in the distribution cabinet ................................................ 8

Installation version 1................................................................................ 4

Installation version 2................................................................................ 5

Installation version 3................................................................................ 5

Installing the current sensors................................................................ 8

L

Logging on to the web application.................................................... 12

N

Notes on installation ................................................................................3

O

Overview...................................................................................................... 4

Overview and specification.................................................................... 4

Overview of device connections........................................................... 7

P

Preparing the distribution cabinet .......................................................8

Product maintenance.............................................................................14

Push-on connector

Communication.............................................................................10

Current measurement................................................................... 9

Power supply .................................................................................10

Relay contact.................................................................................10

Voltage measurement.................................................................10

Q

Qualification of personnel.......................................................................3

R

Routing connecting cables..................................................................... 9

S

Scope of supply......................................................................................... 7

Setup ..........................................................................................................12

Signal quality............................................................................................11

T

Technical data..........................................................................................14

U

Using the setup assistant.....................................................................12

W

Wall-mounted distribution box............................................................. 7

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Table des matières

Français (Canada)

Documents applicables .............................................18

Principes de sécurité ..................................................18

Qualification du personnel ............................................18

Remarques concernant l’installation..........................18

Vue d’ensemble ...........................................................19

Variante d’installation 1.................................................19

Variante d’installation 2.................................................20

Variante d’installation 3.................................................20

Éléments d’affichage et de commande.....................21

Vue d’ensemble des raccordements d’appareils ....22

Installation et raccordement ....................................22

Raccordement au secteur.............................................22

Raccordement à l’installation du bâtiment ..............24

Mise en service ............................................................27

Configuration ...............................................................27

Ouverture de l’application Web via

un point d’accès...............................................................27

Exécution de l’assistant d’installation .......................27

Configuration de l’installation à domicile..................28

Ajout d’un appareil EEBus .............................................28

Contrôle de fonctionnement ........................................28

Caractéristiques techniques .....................................29

Index alphabétique .....................................................30

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Porsche, l’écusson Porsche, Panamera,

Cayenne et Taycan sont des marques déposées

par Dr. Ing. h.c. F. Porsche AG.

Printed in Germany.

Toute reproduction, même partielle, par quelque pro-

cédé que ce soit, est interdite sans l’autorisation écrite

préalable de la société Dr. Ing. h.c. F. Porsche AG.

Porscheplatz 1

70435 Stuttgart

Allemagne

Guide d’installation

Conservez le guide d’installation.

Le présent guide s’adresse aux personnes auxquelles

sont confiées l’installation, la mise en service et la

maintenance du gestionnaire d’énergie ou qui en sont

responsables.

Respectez systématiquement les avertissements et

les consignes de sécurité de ce guide. Le fabricant

décline toute responsabilité en cas de manipulation

incorrecte contraire aux informations contenues

dans ce guide.

Par ailleurs, il convient également d’observer, de

respecter et de suivre les conditions d’homologation

des accessoires fournis.

Autres notices et guides

Vous trouverez des informations sur l’utilisation du

gestionnaire d’énergie dans la notice d’utilisation.

Respectez tout particulièrement les avertissements

et les consignes de sécurité.

Suggestions

Avez-vous des questions, des remarques ou

des idées concernant le présent guide?

N’hésitez pas à nous écrire:

Dr. Ing. h.c. F. Porsche AG

Vertrieb Customer Relations

Porscheplatz 1

70435 Stuttgart

Allemagne

Équipement

Du fait de l’amélioration constante des produits,

Porsche se réserve le droit d’apporter des modifica-

tions aux équipements et à leur conception tech-

nique par rapport aux illustrations et descriptions

contenues dans ce guide. Les variantes d’équipe-

ment ne font pas toujours partie de l’équipement

de série ou sont fonction de l’équipement spécifique

au pays. Pour de plus amples informations sur les

possibilités de montage ultérieur, adressez-vous à un

concessionnaire Porsche.

Avertissements et symboles

Différents types d’avertissements et de symboles

sont utilisés dans ce manuel.

b Conditions devant être réunies pour utiliser une

fonction.

e Instruction que vous devez respecter.

1. Les instructions sont numérotées lorsque

plusieurs étapes se suivent.

f Remarque indiquant où vous pouvez trouver des

informations supplémentaires concernant un

thème.

Référence Mise sous presse

9Y0.071.723-ROW 07/2019

DANGER

Blessures graves ou

mortelles

Le non-respect des avertissements de la catégorie

«Danger» entraîne des blessures graves ou mortelles.

AVERTISSEMENT

Blessures graves ou

mortelles possibles

Le non-respect des avertissements de la catégorie

«Avertissement» peut entraîner des blessures graves

ou mortelles.

MISE EN GARDE

Blessures moyennement

graves ou légères

possibles

Le non-respect des avertissements de la catégorie

«Mise en garde» peut entraîner des blessures

moyennement graves ou légères.

AVIS

Le non-respect des avertissements de la catégorie

«Avis» peut entraîner des dégâts matériels.

Information

Les informations supplémentaires sont indiquées par

le mot «Information».

04_Impressum.fm Seite 17 Donnerstag, 22. August 2019 10:42 10

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Documents applicables

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Documents applicables

Principes de sécurité

Qualification du personnel

L’installation électrique ne doit être effectuée que par

des personnes possédant les connaissances

électrotechniques nécessaires (électriciens

qualifiés). Ces personnes doivent démontrer qu’elles

possèdent les connaissances spécialisées

nécessaires à l’installation des systèmes électriques

et de leurs composants en réussissant un examen.

Une installation incorrecte peut mettre en danger

la vie de l’installateur et celle des autres.

Exigences vis-à-vis de l’électricien qualifié

effectuant l’installation:

– Capacité d’évaluer les résultats des mesures

– Connaissance des classes de protection IP et de

leur application

– Connaissance du montage du matériel

d’installation électrique

– Connaissance des réglementations

électrotechniques et nationales applicables

– Connaissance des mesures de protection contre

l’incendie et des réglementations générales et

spécifiques en matière de sécurité et de

prévention des accidents

– Capacité de choisir l’outil, l’équipement de me-

sure et, le cas échéant, l’équipement de protec-

tion individuelle et le matériel d’installation élec-

trique appropriés pour assurer les conditions

d’arrêt

– Connaissance du type de réseau d’alimentation

(système TN, IT et TT) et des conditions de

branchement en résultant (mise à zéro classique,

mise à la terre temporaire, mesures

supplémentaires nécessaires)

Remarques concernant

l’installation

L’installation électrique doit être réalisée de telle

sorte que:

– la protection contre les contacts de toute

l’installation électrique est assurée à tout

moment conformément aux dispositions en

vigueur sur place.

Description Type Remarque Info

Bloc d’alimentation externe STEP-PS/ 1 CA/24 CC/0.75, référence article 2868635 www.phoenixcontact.com

Connecteur 2 x 1754571, 1 x 1790108, 1 x 1790111, 3 x 1790124, 1 x 1939439 www.phoenixcontact.com

Antenne WiFi HiRO H50284 Wireless 802.11n 2.4 GHz WiFi Gain 2dBi OMNI www.hiroinc.com

Capteurs de courant EChun ECS1050-L40P (entrée 50 A; sortie 33,3 mA) Tous les types Echun

respectivement avec Output

33 mA

www.echun-elc.com

EChun ECS16100-L40M (entrée 100 A; sortie 33,3 mA)

EChun ECS24200-L40G (entrée 200 A; sortie 33,3 mA)

EChun ECS36400-L40R (entrée 400 A; sortie 33,3 mA)

EChun ECS36600-L40N (entrée 600 A; sortie 33,3 mA)

TT 100-SD (LEM, entrée 100 A; sortie 33,33 mA) www.lem.com

Répartiteur apparent 733414911 www.spelsberg.com

DANGER

Danger de mort lié à la

tension électrique!

Risque de blessures par choc électrique et / ou

brûlures pouvant entraîner la mort!

e Veillez à ce que l’installation soit toujours hors

tension et protégée contre toute mise sous

tension involontaire pendant tous les travaux.

e N’ouvrez sous aucun prétexte le boîtier du

gestionnaire d’énergie.

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