Circutor eHome T1C16, eHome T2C32, eHome T1C32, eHome T1C32 N, eHome T1C16 N Instruction Manual

INSTRUCTION MANUAL

Indoor electric vehicle charging

eHome Series

(M094B01-03-17A)

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SAFETY PRECAUTIONS

DANGER

Warns of a risk, which could result in personal injury or material damage.

ATTENTION

Indicates that special attention should be paid to a speci c point.

Follow the warnings described in this manual with the symbols shown below.

If you must handle the unit for its installation, start-up or maintenance, the following should be taken into consideration:

Incorrect handling or installation of the unit may result in injury to personnel as well as damage to the unit. In particular, handling with voltages applied may result in electric shock, which may cause death or serious injury to personnel. Defective installation or maintenance may also

lead to the risk of  re.

Read the manual carefully prior to connecting the unit. Follow all installation and maintenance instructions throughout the unit’s working life. Pay special attention to the installation standards of the National Electrical Code.

Refer to the instruction manual before using the unit

In this manual, if the instructions marked with this symbol are not respected or carried out correctly, it can result in injury or damage to the unit and /or installations.

CIRCUTOR, SA reserves the right to modify features or the product manual without prior noti cation.

DISCLAIMER

CIRCUTOR, SA reserves the right to make modi cations to the device or the unit speci ca-

tions set out in this instruction manual without prior notice.

CIRCUTOR, SA on its web site, supplies its customers with the latest versions of the device

speci cations and the most updated manuals.

www.circutor.com

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CONTENTS

SAFETY PRECAUTIONS ��3 DISCLAIMER ��3 CONTENTS ��4 REVISION LOG ��5 INFORMATIVE NOTE �� 5 1�- VERIFICATION UPON RECEPTION �� 6 2�- PRODUCT DESCRIPTION �� 6 3�- DEVICE INSTALLATION ��8

3�1�- PRELIMINARY RECOMMENDATIONS ��8 3�2�- EMPLACEMENT ��9 3�3�- ELECTRICAL WIRING ��9

3�3�1�- eHome POWER SUPPLY ��9 3�3�2�- POWER SUPPLY - LINE DIMENSIONING ��10

3�3�3�- CHARGING POINT MAXIMUM OUTPUT CURRENT �� 10 3�4�- OPENING THE DEVICE ��10 3�5�- POWER SUPPLY LINE CABLE INSERTION ��13

3�5�1�- USING THE REAR CABLE INSERTION OPENING �� 13

3�5�2�- USING THE BOTTOM CABLE INSERTION OPENING� ��14 3�6�- WALL FIXATION PROCEDURE ��14

3�6�1�- NEEDED MATERIAL ��14

3�6�2�- CONSIDERATIONS �� 15

3�6�3�- INSTALLATION ��15 3�7�- CABLE SUPPORT ��17

3�7�1�- INSTALLATION ��18 3�8�- ELECTRICAL INSTALLATION �� 18

3�8�1�- POWER SUPPLY LINE PROTECTIONS ��18

3�8�2�- POWER SUPPLY LINE CONNECTION ��19 3�9�- CLOSING THE DEVICE ��20 3�10�- CHECKING THE DEVICE STATUS ��21

4�- OPERATION ��22

4�1�- Product description ��22

4�1�1�- eHome T1C16, T1C32, T2C16, T2C32, T1C16 N and T1C32 N MODELS ��22

4�1�2�- eHome T1C32-A, T1C32-B, T1C32-A MID, T2C32-A, T2C32-B AND T2C32-A MID MODELS �� 25 4�2�- FIRMWARE VERSION ��29 4�3�- CHARGING PROCEDURE �� 29 4�4�- OPERATING ERROR DETECTION ��31 4�5�- CURRENT LIMIT SELECTOR ��32 4�6�- REMOTE CONTROL INPUT ��33 4�7�- RESIDUAL CURRENT (eHome TxC32-A, - B, -A MID models) ��34

4�7�1�- RESET THE RESIDUAL CURRENT DEVICE ��34

4�7�2�- MAINTENANCE OF RESIDUAL-CURRENT DEVICE (RCD) �� 35

4�7�3�- ENERGY METER ��35 4�8�- CirBEON (Optional) ��36

4�8�1�- LEDs BAR STATUS CONSIDERATION ��36

4�8�2�- CONNNECTIONS CirBEON �� 37

5�- TECHNICAL FEATURES ��38 6�- MAINTENANCE AND TECHNICAL SERVICE ��40 7�- GUARANTEE ��40

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REVISION LOG

Table 1: Revision log�

Date Revision Description

10/15 M094B01-03-15A Initial Version

05/16 M094B01-03-16A

Changes to section:

3.2. - 3.6.3.- 4.4. - 4.6. - 5.

07/17 M094B01-03-17A

Changes to section:

2.- 3.3.1. - 3.7. - 3.8.1. - 3.8.2. - 4.1. - 4.7. - 4.8. - 5.

Note: The images of the devices are for illustrative purposes only and may differ from the orig- inal unit.

INFORMATIVE NOTE

CIRCUTOR’s WB and eHome chargers range is designed for the recharge of electric vehicles

(VE) in Mode 3 in accordance with IEC-61851 (VE charging conductive system). Given the current developments and continuous innovations in EVs, coupled with the emergence of new models, could be the case that the car manufacturer has incorporated new fea-

tures or modications not covered in the standard, thereby resulting in abnormalities during the rst operations of recharge.

In case that the EV charger does not perform the recharge correctly or an error message appears, please contact the Technical Support Service of CIRCUTOR 902.449.459 or (+34)

937.452.919, to provide you with the most appropriate solution.

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1�- VERIFICATION UPON RECEPTION

Check the following points when you receive the device:

a) The device meets the specications described in your order.

b) The device has not suffered any damage during transport. c) Perform an external visual inspection of the device prior to switching it on. d) Check that it has been delivered with the following:

- User manual,

- 1 Cable gland M25x1.5,

If any problem is noticed upon reception, immediately contact the transport company and/or CIRCUTOR’s after-sales service.

2�- PRODUCT DESCRIPTION

The eHome charging system is specially designed to be easily installed both in outdoor and indoor private car parks, in order to charge all the EV brands of the market in MODE 3 (according to European standard IEC 61851-1), by just connecting either its tethered cable with a type 1 or type 2 connector.

The device features:

- Remote control input, allows to start/stop the EV recharge by means of a dedicated

logic input.

- Plug & Play, It is possible to start charging by just plugging the eHome connector into the car.

- Current limitation, by means of an on-board rotative DIP switch, the maximum current

delivered by the unit is setup.

-Status RGB LED bar, It shows the status of the unit when it is either available or charg- ing. Also some specic blinking error sequences are shown when there is a faulty operation.

- Housing, designed for outdoor and indoor operation.

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Table 2 shows all the devices in the eHome series.

Table 2:SeHome series�

Models Connector

Earth leakage

protection

MID meter

T1C16 Type 1 -

-

T1C32 Type 1 -

-

T2C16 Type 2 -

-

T2C32 Type 2 -

-

T1C32-A Type 1 Type A

-

T1C32-B Type 1 Type B

-

T1C32-A MID Type 1 Type A



T2C32-A Type 2 Type A

-

T2C32-B Type 2 Type B

-

T2C32-A MID Type 2 Type A



T1C16 N

(1)

Type 1 -

-

T1C32 N

(1)

Type 1 -

-

(1)

T1C16 N and T1C32 N models are approved by NISSAN with detection and protection in

case the output counter interlocks.

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3�- DEVICE INSTALLATION

3.1.- PRELIMINARY RECOMMENDATIONS

The device is designed for installation in indoor and outdoor areas. Whatever is the case, the

device must be installed safely and with the adequate electrical protections.

In order to use the device safely, it is essential that the individuals who handle it follow the safety measures set out in the standards of the country where it is being used.

The eHome device must be installed by authorised and qualied staff.

The eHome must not be installed in areas where there is a potential risk of explosions.

Do not install the device where falling objects may damage the equipment.

The wall surface where the device is placed must withstand the mechanical forces.

Do not use this device for anything other than electric vehicle charging modes which are expected in IEC 61851.

Do not make repairs or manipulations with the unit energised.

The manufacturer of the device is not responsible for any damage resulting from failure by the user or installer to heed the warnings and/or recommendations set out in this manual, nor for damage resulting from the use of products or accessories that did not come with the device or that were made by other manufacturers.

Check the installation annually by qualied technician.

Remove from service any item that has a fault that could be dangerous for users (broken plugs, caps that don’t close...).

Do not use this product if the enclosure or the EV connector is broken, cracked, open, or shows any other indication of damage.

Disconnect the device from the power supply before maintaining, repairing or handling the device’s connections. Please contact the after-sales service if you suspect that there is an operational fault in the device.

Do not modify this device. The warranty will be void.

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3.2.- EMPLACEMENT

When installing the unit it is necessary to respect some minimum distances for maintenance and safety reasons. The recommended LA height is :

Minimum value: 600 mm.

Maximum value: 1200 mm.

Please comply accordingly to your country specications.

300 mm 300 mm

300 mm

LA

Figure 1:Emplacement�

3.3.- ELECTRICAL WIRING

Before starting with the wiring connection of the charging station, you must take into consideration this section.

3�3�1�- eHome POWER SUPPLY

Not all models include elements for electrical protection.

The power supply line which comes from the distribution board to the charging point, must meet the electrical safety standards, according to your country regulations. The minimum safety re-

quired protections are as follows:

 RCD: Type A. IΔN = 0.03 A.

Note: It is not necessary for models that already include protection internally: eHome T2C32-A, T2C32-B, T2C32-A MID, T1C32-A, T1C32-B, T1C32-A MID.

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 MCB: Its gauge must be chosen depending on the maximum output current of the charging point.

For more information, see 5.- TECHNICAL FEATURES.

3�3�2�- POWER SUPPLY - LINE DIMENSIONING

The dimensioning of the device power supply line must be checked by a qualied electrician.

Note that various factors such as the cable length between the distribution board and the de-

vice, its maximum output current or ambient temperature may have inuence of the selected

cable.

So, it is important to select the appropriate cable cross-section in agreement with the local regulations and the power supply cable type that it is used.

3�3�3�- CHARGING POINT MAXIMUM OUTPUT CURRENT

If the installed device power supply is less than the maximum output current of the charge point, an adjustment to a lower nominal current must be performed using the on-board rotative dipswitch.

Note: Please refer to 4.5.- CURRENT LIMIT SELECTOR section in order to know how to change this value.

3.4.- OPENING THE DEVICE

1�- Remove the screw at the bottom of the box.

Figure 2: Opening the device, Step 1�

2�- Using a screw driver, put it into the indicated marks, at the bottom of the box, and start re-

moving the frame doing click at the bottom.

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CLICK

Figure 3:Opening the device, Step 2�

Beware of not breaking the plastic of the frame with the screw driver.

3�- Grabbing the frame with the hand by the lower part, pull and take it off totally, from the bottom to the top.

CLICK

Figure 4:Opening the device, Step 3�

To make it easier help yourself with the screw driver while pulling the frame off.

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4�- Remove the six screws of the front part by using a screw driver and take out the front part of the enclosure.

Figure 5:Opening the device, Step 4�

Be sure that the device is not energised before going forward with the opening procedure.

5�- When the front part of the enclosure is off, you can access to the inside components of the device.

Figure 6:Opening the device, Step 5�

Only the authorised and qualied staff can manipulate the electrical and electronic components of the device.

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3.5.- POWER SUPPLY LINE CABLE INSERTION

There are two possibilities to insert the electric wires or electric pipe:

 Using the rear cable insertion opening.  Using the bottom cable insertion opening.

In all cases it is required to install a cable gland to ensure properly installation and preserve the

IP of the device.

Rear cable insertion opening

Bottom cable insertion opening

Figure 7:Cable insertion opening�

3�5�1�- USING THE REAR CABLE INSERTION OPENING

Use a hammer and a athead screwdriver carefully in order to break out the cable insertion

opening, as shown in the picture below:

Figure 8:Rear opening�

Do not make any other holes on the enclosure. Use only the marked cable in-

sertion openings to install the required electric pipes.

Install always double membrane seals to ensure IP protection of the device�

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Be careful of not damaging any of the inside components when breaking out the rear cable insertion opening.

3�5�2�- USING THE BOTTOM CABLE INSERTION OPENING�

Introduce the cable through the opening and x it properly by means of the supplied M25 cable

gland.

Figure 9:Bottom opening�

Note: The power supply cable must be 3x4mm2 (for the 16 A models) and 3x6mm2 (for the 32 A models) to meet the supplied cable gland.

Do not make any other holes on the enclosure. Use only the named cable in-

sertion opening to install the required electric pipes.

Install always either cable glands or double membrane seals to ensure IP protection of the device�

3.6.- WALL FIXATION PROCEDURE

3�6�1�- NEEDED MATERIAL

Below, it is shown the list of materials (not included) that are necessary to x the device on the

wall:

Table 3:Needed material�

Material Quantity Dimensions Picture

Wall plug 3 Ø 6 mm

Screws 3 4x45 mm

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All materials shown in the above table may vary depending on the wall surface type.

3�6�2�- CONSIDERATIONS

The device is designed to drain the water properly from the upper side down.

The device must be installed vertically (use a level tool to ensure its installation at an angle of 90º)

Please ensure that the installation surface is at.

Figure 10:Considerations�

3�6�3�- INSTALLATION

1�- Adjust the vertical position of the charging point to ensure the correct vision and manage-

ment for the end user.

Figure 11:Installation, step 1�

Minimum recommended height: 600 mm

Please comply to your country specications.

2�- Mark 3 holes taking into account the Figure 12 (also written on the rear face of the box).

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238 158

Figure 12: Installation, step 2�

Place the enclosure on a at surface.

Use 3x45mm screws to x the unit to the wall.

Check whether the box has any inclination using a level tool.

3�- Use Ø 6 drill size to make the 3 holes into the wall.

Figure 13:Installation, step 3 (a)�

Install the anchor according to the surface material.

Figure 14:Installation, step 3 (b)�

4�- Use a screw driver to x the unit on the wall (recommended screw dimensions: 3x45mm)

Use only the device holes indicated in the Figure 15 to x the device on the wall. Do not make any other holes on the housing; otherwise the water can enter the device when it rains.

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Figure 15:Installation, step 4�

All screws and wall plugs needed to attach the device to the wall are not included.

3.7.- CABLE SUPPORT

The device has a support for the cable, Figure 16.

(Units in mm)

Figure 16: Cable support�

Table 4 shown the list of materials (not included) that are necessary to x the cable support on

the wall:

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Table 4:Needed material�

Material Quantity Dimensions Picture

Wall plug 3 Ø 6 mm

Screws 3 3x45 mm

All materials shown in the above table may vary depending on the wall surface type.

3�7�1�- INSTALLATION

1�- Use Ø 6 drill size to make the 3 holes into the wall.

Figure 17: Installation, Step 1�

2�- Install the anchor according to the surface material.

Figure 18: Installation, Step 2�

3.8.- ELECTRICAL INSTALLATION

3�8�1�- POWER SUPPLY LINE PROTECTIONS

Not all models include elements for electrical protection.

Therefore, please connect a Miniature Circuit Breaker (MCB) and a Residual Current Device (RCD) externally to protect the unit electrically, according to you country regulations.

Note: The RCD is not required for models that already include protection internally: eHome T2C32-A, T2C32-B, T2C32-A MID, T1C32-A, T1C32-B, T1C32-A MID.

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MCB RCD

Figure 19:Electrical installation, step 1�

The device is set to 16A / 32A, depending on the model, from factory default settings.

3�8�2�- POWER SUPPLY LINE CONNECTION

Perform the 230V ~ single-phase connection as shown in the Figure 20. Do not forget to connect the ground cable (PE) to its corresponding terminal.

L N PE

Figure 20:Electrical installation, step 2�

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3.9.- CLOSING THE DEVICE

1�- Place back the 6 screws from the front cover in order to close the device.

Figure 21:Closing the device, step 1�

Beware of the cables between the cover and the base while closing the device.

2�- Put the frame back, from the top to the bottom of the box, ensuring it does click at the six points shown in the Figure 22.

CLICK!

Figure 22:Closing the device, step 2�

Be sure that the frame is properly adjusted to the front cover in order to preserve the IP of the device.

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3.10.- CHECKING THE DEVICE STATUS

Once all installation procedure has been performed, check the following points:

1�- Check that the EV tethered cable and its connector are in proper conditions before starting the charging operation.

2�- Check that no abnormal noise appears while the device is charging.

3�- Check the status LED bar to know the present operating status of the device. Below you can

see the Table 5 with the four possible LED bar operating colors:

Table 5: Checking the device status�

State LED bar color Available Green Charging Blue ashing

Charged Blue

Fault Red ashing

Heating Orange

Note: For further information about the different status led bar sequences, please refer to 4.-

OPERATION section.

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4�- OPERATION

4.1.- PRODUCT DESCRIPTION

4�1�1�- eHome T1C16, T1C32, T2C16, T2C32, T1C16 N and T1C32 N MODELS

4�1�1�1� - Front product view

1

2

3

4

Figure 23: Front product view (eHome T1C16, T1C32, T2C16, T2C32, T1C16 N and T1C32 N)

Table 6: Front product view (eHome T1C16, T1C32, T2C16, T2C32, T1C16 N and T1C32 N)

Description 1 CIRCUTOR logo 2 Front cover 3 Status RGB LED bar 4 Frame

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4�1�1�2�- Inside product view: eHome T1C16, T1C32, T2C16 and T2C32 Models

1

2

3

4 5

6

7

8

9

Figure 24: Inside product view (eHome T1C16, T1C32, T2C16 and T2C32)�

Table 7: Inside product view (eHome T1C16, T1C32, T2C16 and T2C32)�

Description 1 EV tethered cable 2 Output contactor 3 Main board 4 Current limit selector 5 Rear cover 6 RGB LEDs 7 Input terminals 8 Heater ( Optional depending on the model) 9 Power supply line

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4�1�1�3�- Inside product view: eHome T1C16 N and T1C32 N Models

1

2

3

4

5

6

7

8

9

10

11

Figure 25: Inside product view (eHome T1C16 N and T1C32 N)�

Table 8: Inside product view (eHome T1C16 N and T1C32 N)�

Description 1 EV tethered cable 2 Output contactor 3 Main board 4 Current limit selector 5 Rear cover 6 RGB LEDs 7 Input terminals 8 Heater ( Optional depending on the model) 9 Power supply line

10

Protection in case the output counter interlocks.

11 Trigger

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4�1�2�- eHome T1C32-A, T1C32-B, T1C32-A MID, T2C32-A, T2C32-B AND T2C32-A MID MODELS

4�1�2�1�- Front product view

1

2

3

4

5

6

Figure 26:Front product view (eHome T1C32-A, T1C32-B, T1C32-A MID, T2C32-A, T2C32-B, T2C32-A MID)

Table 9: Front product view (eHome T1C32-A, T1C32-B, T1C32-A MID, T2C32-A, T2C32-B, T2C32-A MID)

Description 1 CIRCUTOR logo 2 Front cover 3 Status RGB LED bar 4 Frame 5 Front door with key lock 6 Protection devices

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4�1�2�2�- Inside product view: eHome T1C32-A and T2C32-A models

1

2

3

4

5

8

9

6

7

10

Figure 27:Inside product view (eHome T1C32-A and T2C32-A)�

Table 10: Inside product view (eHome T1C32-A and T2C32-A)�

Description 1 EV tethered cable 6 RGB LEDs 2 Output contactor 7 Input terminals 3 Main board 8 Heater (Optional depending on the model) 4 Current limit selector 9 Power supply line 5 Rear cover 10 RCD type A

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4�1�2�3�- Inside product view: eHome T1C32-A MID and T2C32-A MID models

1

2

3

4

5

8

9

6

7

10

11

Figure 28:Inside product view (eHome T1C32-A MID and T2C32-A MID)�

Table 11: Inside product view (eHome T1C32-A MID and T2C32-A MID)�

Description 1 EV tethered cable 7 Input terminals 2 Output contactor 8 Heater (Optional depending on the model) 3 Main board 9 Power supply line 4 Current limit selector 10 RCD type A 5 Rear cover 11 Energy meter 6 RGB LEDs

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4�1�2�4�- Inside product view: eHome T1C32-B and T2C32-B

1

2

3

4

5

8

9

6

7

10

Figure 29:Inside product view (eHome T1C32-B and T2C32-B)�

Table 12: Inside product view (eHome T1C32-B and T2C32-B)�

Description 1 EV tethered cable 6 RGB LEDs 2 Output contactor 7 Input terminals 3 Main board 8 Heater (Optional depending on the model) 4 Current limit selector 9 Power supply line 5 Rear cover 10 RCD type B

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4.2.- FIRMWARE VERSION

When the device is booting, the LED bar will show the rmware version in orange. The rst digit of the version will be shown as a certain number of blinkings of the rst LED, as

many times as the digit indicates, and the second digit will be displayed by the last LED blinking accordingly to what the second digit indicates (i.e. for version 1.6, you will see one blink at the

rst LED and six at the last LED).

Figure 30:Firmware version�

4.3.- CHARGING PROCEDURE

1�- When the status LED bar is in green colour, it means that the device is available and ready to start a recharge (A status)*�

(1)

.

Figure 31:The device is available to start a recharge�

2�- To start a new recharge, plug the eHome cable into your car.

3�- The status LED bar turns into blue. And the eHome starts the charging process. While charging the EV, the LED bar will be ashing continuously (status C)

(1)

.

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Figure 32:Charging process�

4�- When the EV is fully charged, the charging process ends up and the status LED bar stops ashing and keeps x in blue (B status)

(1)

.

Figure 33:The EV is fully charged�

Then you can unplug the cable from the EV.

5�- Once the cable is disconnected from the EV, the LED status bar turns back into green (A status)

(1)

.

In this status, the unit is available to start a new charging process, whenever it is required.

(1)

According to IEC 61851.

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4.4.- OPERATING ERROR DETECTION

The eHome is capable to detect the following operating errors:

 Ventilation required error.  Pilot error.  Proximity error.  Negative PWM error  Maximum output current DIP switch error.  Temperature error.

Whatever the error case is, the unit will stop charging and technical assistance will be required,

except from the temperature error. In this last case, the unit starts charging when the operating temperature is reached again.

In the Table 13 it will be explained how the eHome shows the above mentioned errors and the actions taken by the device.

Table 13: Operating errors�

Error LEDs bar

Ventilation required error (D status)

(1)

In some old EVs, this state means that there are some gases coming out from the batteries. So, an external ventilation in the car park

might be required.

Red, 1 blink

sequence

Pilot error ( E status)

(1)

When the device is connected to the EV, a Pilot short-circuit to eath may occur.

Red, 2 blink

sequence

Proximity error

When the device is connected to the EV, a Proximity short-circuit to earth may occur.

Red, 3 blink

sequence

Negative PWM voltage error

When the device is connected to the EV, the PWM signal, used to communicate the device with the EV, can be negative.

Red, 4 blink

sequence

Maximum output current DIP switch error

If this on board current limit selection is not setup according to the hardware features, the device detects it and shows this error.

Red, 5 blink

sequence

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Tabla 13 (Continuation) : Operating errors�

Error LEDs bar

Temperature error

When the device temperature is below or above a certain value, it is detected by the device. In the meantime, if the device is supplied with heater (optional), it starts heating the inside components until the operating temperature is reached. Then the device starts charging again.

Orange, blink

sequence

(1)

According to IEC IEC 61851.

4.5.- CURRENT LIMIT SELECTOR

There is an onboard rotative DIP switch to congure the limit current of the device, which has to be set up according to the model of Wallbox eHOME we are going to install.

Be sure that the position of the current limit selector is setup according to the output current of your device.

Figure 34:DIP switch�

On the Table 14 is shown the different values available for this current limit selector:

Table 14: DIP switch, position

Position Limit current Position Limit current

0 Not used 5 20 A 1 6 A 6 32 A 2 10 A 7 Not used 3 13 A 8 Not used 4 16 A 9 Not used

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4.6.- REMOTE CONTROL INPUT

The eHome series offer the possibility of enabling the charging process by connecting an external free-of-potential contact to a dedicated on-board input between pins 4 and 5 (see below

Figure 35).

Figure 35:Remote control input�

This way, when the contact START is closed, if the EV is connected to the device, it will start the recharge straight away. This remote control input is enabled by default, by means of a jumper (Figure 36). You must remove the jumper to use the input 4-5.

Figure 36:Jumper�

Be sure that the jumper is connected by default, otherwise the charging process cannot start.

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4.7.- RESIDUAL CURRENT (eHome TxC32-A, - B, -A MID models)

Note: Residual current is only available on models: eHome T1C32-A, T1C32-B, T1C32-A MID, T2C32-A, T2C32-B y T2C32-A MID.

4�7�1�- RESET THE RESIDUAL CURRENT DEVICE

The Residual-Current Device (RCD) installed in the different eHome models must be reset in case of actuation.

To reset the Residual-Current Device (RCD), previously, it is needed to check the possible electrical risk for the user.

1�- Beware the eHome is disconnected to the power line. And similarly, the unit must be disconnected by the Miniature Circuit Breaker (MCB) of the power line.

2�- Beware the Vehicle is not connected to the device.

3�- Check the status of the cable and the plug of the device.

4�- Check the plug, not being in contact with wet surface of directly with water.

5�- After checking the possible damages of the cable and the plug of the device with its possible

contact with water. It is necessary to check that the cable and the plug have no suffered any damage of overcurrent.

During the RCD reset operations, it must be checked the properly status of the cable and plug, not being dirty or damaged, and likewise, not having wet surfaces close to the device.

6�- After the properly checked of the previous points, it is possible to make the reset in the RCD

Figure 37: RCD type A and RCD type B

Note: Once it has been made the properly checked of the points exposed before, and it is not possible to reset the RCD. It will be necessary to disconnect the unit and call for a correct

trained, qualied and authorized technician.

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4�7�2�- MAINTENANCE OF RESIDUAL-CURRENT DEVICE (RCD)

For the properly performance of the RCD in the different models of eHome, the RCD must be checked once a month.

For making this operation, it is necessary to push the Test button (indicated as a “T” in the same RCD). By this way, it will be feasible to see if the RCD is working properly.

Figure 38: Test button in the RCD�

If there is no any action by the RCD after pressing the button, the RCD is NOT working properly,

and in consequence it is necessary to replace the RCD.

4�7�3�- ENERGY METER

The energy meter counts the total energy consumed incrementally from the point of commissioning. Therefore, it shows the value during the total lifetime of the meter.

Figure 39:Energy meter�

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4.8.- CirBEON (Optional)

The CirBEON is an optional device that can optimize the Electric Vehicle (EV) Charger. It is the responsible to analyze the total current consumption in the residential, and to manage the remaining current for the EV Charger, avoiding any tripping the Main Circuit Breaker (MCB) for overconsumption.

CirBEON product range, Table 15:

Table 15: BeON range�

Range Range 20 A 4.6 kW 40 A 9.2 kW 25 A 5.75 kW 50 A 11.5 kW 30 A 6.9 kW 63 A 14.49 kW 35 A 8.05 kW

Only the authorised and qualied staff can manipulate the electrical and electronic components.

• Comply strictly with electrical safety regulations according to your country.

• Do not make repairs or manipulations with the unit energised.

• Only trained and qualied personnel should have access to low-voltage electrical parts inside the device.

•Use only CIRCUTOR supplied spare parts.

4�8�1�- LEDs BAR STATUS CONSIDERATION

All the LEDs of the status LED bar turns into blue ashing when there is no enough current to

charge the EV, when there is enough current, the system is re-establishing the charging process automatically

Figure 40: No enough current to charge the EV�

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4�8�2�- CONNNECTIONS CirBEON

1

10

11

4 5

3

6

2

7

8

9

Figure 41: Connections of CirBEON�

Table 16: Connections of CirBEON�

Description 1 EV tethered cable 7 Input terminals 2 Output contactor 8 Heater ( Optional depending on the model) 3 Main board 9 Power supply line 4 Current limit selector 10 Pin 2S1, CirBEON negative 5 Rear cover 11 Pin 2S2, CirBEON positive 6 RGB LEDs

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5�- TECHNICAL FEATURES

AC input

Model

T1C16

T1C16 N

T1C32 T1C32 N T1C32-A T1C32-B

T1C32-A MID

T2C16

T2C32 T2C32-A T2C32-B

T2C32-A MID

AC Power supply 1P + N + PE AC Voltage 230 V ~ ± 10%

Nominal input current

16 A 32 A 16 A 32 A

Nominal input power 3.7 kW 7.4 kW 3.7 kW 7.4 kW

Frequency

50/ 60 Hz

Output

Model

T1C16

T1C16 N

T1C32 T1C32 N T1C32-A T1C32-B

T1C32-A MID

T2C16

T2C32 T2C32-A T2C32-B

T2C32-A MID

Charge system Mode 3 Sockets/ Plugs Type 1 cable Type 2 cable Cable length 5 m. Lock system No Maximum output power 3.7 kW 7.4 kW 3.7 kW 7.4 kW Maximum output current 16 A 32 A 16 A 32 A Output voltage range 230V~ (1P + N + PE)

CirBEON (Optional) Type Current transformer Ring core Rated insulation level 0.72 / 3 / - kV Relation 25/0.05 A, 30/0.05 A, 35/0.05 A, 40/0.05 A, 50/0.05 A, 63/0.05 A Accuracy Class I Connection 2S1 (-), 2S2 (+) Current direction P1 ↓ Maximum cable length

200 m

Cable cross-section 1 mm

2

Protection degree IP20 Material Poliester Dimensions 30 x 15 mm

Environmental features Operating temperature -5ºC ... +50ºC Temperatura de trabajo extendido (Heater optional) -30ºC ... + 50ºC Relative humidity (with no condensation) 95% Protection degree IP54 / IK10

Mechanical features Dimensions (mm) Figure 42 Weight 4 kg. Enclosure ABS-PCV0

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Figure 42: Dimensions�

Standards Electric vehicle conductive charging system - Part 1: General requirements IEC 61851-1:2010 Electric vehicle conductive charging system -- Part 22: AC electric vehicle

charging station

IEC 61851-22: 2001

Plugs, socket-outlets, vehicle connectors and vehicle inlets - Conductive charging of electric vehicles - Part 1: General requirements

IEC 62196-1:2014

Plugs, socket-outlets, vehicle connectors and vehicle inlets - Conductive charging of electric vehicles - Part 2: Dimensional compatibility and interchangeability requirements for a�c� pin and contact-tube accessories

IEC 62196-2:2011

Directives: 2014/35/UE, LVD; 2014/30/UE, EMC

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6�- MAINTENANCE AND TECHNICAL SERVICE

7�- GUARANTEE

• No returns will be accepted and no unit will be repaired or replaced if it is not ac-

companied by a report indicating the defect detected or the reason for the return.

•The guarantee will be void if the units has been improperly used or the storage, installation and maintenance instructions listed in this manual have not been

followed. “Improper usage” is de ned as any operating or storage condition con-

trary to the national electrical code or that surpasses the limits indicated in the technical and environmental features of this manual.

• CIRCUTOR accepts no liability due to the possible damage to the unit or other parts of the installation, nor will it cover any possible sanctions derived from a pos-

sible failure, improper installation or “improper usage” of the unit. Consequently,

this guarantee does not apply to failures occurring in the following cases:

- Overvoltages and/or electrical disturbances in the supply;

- Water, if the product does not have the appropriate IP classi cation;

- Poor ventilation and/or excessive temperatures;

- Improper installation and/or lack of maintenance;

- Buyer repairs or modi cations without the manufacturer’s authorisation.

CIRCUTOR

guarantees its products against any manufacturing defect for two years after the

delivery of the units.

CIRCUTOR will repair or replace any defective factory product returned during the guarantee period.

In the case of any query in relation to unit operation or malfunction, please contact the

CIRCUTOR, SA Technical Support Service.

Technical Assistance Service

Vial Sant Jordi, s/n, 08232 - Viladecavalls (Barcelona) Tel: 902 449 459 ( España) / +34 937 452 919 (outside of Spain) email: sat@circutor.com

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CIRCUTOR, SA Vial Sant Jordi, s/n 08232 - Viladecavalls (Barcelona) Tel: (+34) 93 745 29 00 - Fax: (+34) 93 745 29 14 www.circutor.com central@circutor.com

Circutor eHome T1C16, eHome T2C32, eHome T1C32, eHome T1C32 N, eHome T1C16 N Instruction Manual

Specifications and Main Features

Frequently Asked Questions

User Manual