Etrel INCH LITE Manuel utilisateur

Ver. 2020-08-EN

Etrel INCH LITE

QUICK START GUIDE

1| 10

SAFETY INSTRUCTIONS

WARNING SIGNS

This manual uses the following warning signs:

Danger! Immediate risk of injury or death.

Caution! Possible danger to the product or environment.

Note. Useful information

Please follow all the safety precautions in these installations

at all times. Failure to do so might result in damage to the

product and injuries or death. Any unauthorised modification

or tampering with the product may void the product

warranty.

SAFETY INFORMATION

Etrel INCH LITE charging station has been designed and tested

in accordance with current and past versions of international

standards. The charging station is compliant with IEC 61851

(Part 1, Part 21-2, Part 22) international standard which

defines conductive AC electric vehicle charging and supports

Mode 3 charging for safe recharging of standard electric

vehicle.

SIMPLIFIED E U DE CLARATIO N OF CONFORMITY

Hereby, Etrel d.o.o. declares that the radio equipment type

INCH is in compliance with Directive 2014/53/EU. The full text

of the EU declaration of conformity is available at the following

internet address:

https://etrel.com/charging-solutions/inch-lite/

Select "Access documentation" and then "Certificates".

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INTENDED USE

•Etrel INCH LITE charging station is intended only for

charging of electric vehicles and should not be used

to charge other appliances or for any other

purpose.

•The manufacturer accepts no responsibility for

damage or injuries resulting from incorrect

installation or inappropriate use.

INSTALLATIO N AND MAI NTENANCE

•Do not install charging station near flammable,

explosive, or combustive materials.

•Charging station installation must be performed in

dry weather conditions.

•Electrical installation, wiring, and connections

must be carried out by qualified electrician or

technician in accordance with all local electrical

codes, legislation, and ordinances.

•Warning! Before installing and wiring the

charging station, make sure that the power

supply is disconnected: remove fuses or

deactivate the circuit breaker to protect from

unintentional powering of the device.

•Charging station can be installed, maintained, and

repaired by qualified personnel only.

•Charging station’s power supply should always be

switched off during the maintenance and repair.

•Avoid hazardous risks. Only the manufacturer, an

authorized service technician, or technically

qualified personnel may replace damaged charging

station or its components.

OP ERATION

•Do not operate your charging station if there is

visible damage to the unit or charging cable. Call

manufacturer’s or reseller’s support department

for advice how to proceed.

•Do not put fingers into the charging connector.

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•Do not operate the charging station with wet

hands.

•The charging station manufacturer cannot be

made liable for damage or injury caused by

improper handling, installation, or use of the

product.

•Any usage of the product not covered in this

document is not allowed and could cause injury or

death.

BASE SPECIFICATIONS

•Input: 230/400V~; 3W+N+PE; 50/60 Hz; 32Amax

•Output: 230/400V~; 3W+N+PE; 50/60 Hz; 32Amax

•Maximum charging power: 7.4 kW (1P), 22 kW (3P)

•Device power consumption: from 1 W to 3 W

Specification of frequency bands and transmitting

power (it is possible that not all modules are part of an

actual device).

LTE module

Frequency bands:

LTE-FDD: B1 (2100 MHz), B3

(1800 MHz), B5 (850 MHz),

B7 (2600 MHz), B8 (900

MHz), B20 (800 MHz)

LTE-TDD: B38 (2600 MHz),

B40 (2300 MHz), B41 (2500

MHz)

WCDMA: B1 (2100 MHz), B5

(850 MHz), B8 (900 MHz)

GSM/EDGE: B3 (1800 MHz),

B8 (900 MHz)

Transmitting power:

33dBm±2dB for GSM

24dBm+1/-3dB for WCDMA

23dBm±2dB for LTE-FDD

23dBm±2dB for LTE-TDD

LTE Router

Frequency bands:

4G (LTE-FDD): B1 (2100

MHz), B3 (1800 MHz), B5

(850 MHz), B7 (2600 MHz),

B8 (900 MHz), B20 (800 MHz)

4G (LTE-TDD): B38 (2600

MHz), B40 (2300 MHz), B41

(2500 MHz)

3G: B1 (2100 MHz), B5 (850

MHz), B8 (900 MHz)

2G: B3 (1800 MHz), B8 (900

MHz)

Transmitting power:

21.9 dB

Wi-Fi module

Frequency band:

2.4 - 2.4835 GHz

Transmitting power:

up to 15 dBm

RFID module

Frequency band:

13.56 MHz (HF)

Transmitting power:

up to 8 dBm

4 | 10

GRO UNDING INS T RUCTIONS

Etrel INCH LITE charging station needs to be properly

grounded to allow safe use. In the case of malfunction

or breakdown, grounding provides protective measure

to reduce the risk of electric shock.

Multiple grounding system are supported: TN-S, TN-C,

TN-C-S, and TT.

Improper connection of the equipment (grounding

conductor) may result in risk of electric shock. Check

with a qualified electrician or service person if you are in

doubt as to whether the product is properly grounded.

ELECTRICIT Y PROTECTIO N ELE MENTS

Overvoltage protection: The device is a Class 2 appliance

and must be protected with an upstream overvoltage

protection.

Overcurrent protection: Should be installed upstream to

protect power supply cable and the charging device.

Differential protection: Should be installed separately if

not already built in the charger. A dedicated residual

current device (RCD) device must be used according to

applicable regulations.

ENVIRONMENT OP E RATING RANGE

The charging station achieves at least IP 54 level of

protection (the cable plug could have lower IP). It can be

used outdoors and indoors if environment meets

following constraints:

•Elevation < 2000 m above sea level.

•Temperature range from -20 °C to +65 °C.

•Non-condensing max. humidity 95%.

CONT ENT AN D ACC E SORIES:

•Charging station (with Type 2 cable or Type 2

socket),

•Wall mounting bracket,

•9 × wall plugs for securing the mounting bracket

using screws to the wall,

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•9 × screws to mount the bracket to the wall,

oScrews dimensions: 4.5x40 and 4.5x60 [mm],

•Cable gland rubber seal for smaller cable

dimensions

•*9 × wall spacers

•*2 × keys to open charging station service doors,

•*Hex key to open charging station maintenance doors,

oHex key dimensions: 2.5

•*Load Guard device,

•*Magnetic cable holder (different version for longer

cables > 3 m)

EQUIPMENT NE E DED

•Phillips screwdriver,

•*hex screwdriver,

•utility knife,

•crimping pliers for cable end sleeves,

•wire strippers and cable rippers.

*Optional depending on the purchased model.

INSTALLATION

PROCEDURE

The following descriptions are intended to be read

together with appropriate image at the beginning of the

document. The bold number at the left side of the

description represents the image number.

Wall Preparation

Measure and mark where to drill the holes for the wall

mounting bracket. Installation height of the wall

mounting bracket should be around 100 cm from the

ground to the bottom of the bracket. This will make the

procedure to insert the cable the easiest.

Make sure that the charging station holder is attached to

the mounting bracket when you are marking the spots

for screws. The holder will prevent any bending of the

6 | 10

mounting bracket so that the holes will be marked at the

correct positions when used.

If power supply cables come through the wall, a hole for

the power supply cables needs to be drilled first.

1-a

You should drill the hole in the position shown on the

picture. The hole should be big enough to manage the

cables after they are pulled through.

1-b

Drill 9 holes for screws and insert the anchor screws in

each hole.

Power Supply Cable Preparation

Pull the power supply cable through the drilled hole in

the wall if the cables need to go through the wall. If

cables are connected to the charging station from above

or below, enough length of the cable should be

provided. Extra cable length available for the installation

should be around 40 cm.

Align holes of the mounting bracket with the drilled

holes and tighten the screws using Phillips-head

screwdriver.

Alternative Power Supply Cable Preparation

When supply cables come from below the station, the

charging station will allow easy insertion into the

connection area. Extra cable length available for the

installation should be around 40 cm.

B2-a

If cable will be routed to the back of the charging station

from above, a cable raceway as shown on the picture

should be installed. Wall spacers (available separately)

need to be installed in this case. They should be screwed

into the holes as shown.

Removal of Maintenance Doors and Cable Gland Plate

On the backside of the charging station screw off the

back-maintenance door and side maintenance door. You

will need a Phillips-head screwdriver and hex screwdriver

or key, depending on the type of charger’s service doors.

7| 10

3-a

After the removal of doors untighten the screws on the

plate with cable glands and remove the plate.

If using the bigger gland, make sure that the rubber

inside the gland is of correct size. For the cables with

dimensions up to 5x6 mm2 use the tighter rubber seal.

For the cables with dimension of 5x10 mm2use a looser

rubber seal which should be already inside the gland by

default.

You can change the rubber seal with removal of the

gland plastic top (unscrew it) and by simply pushing the

rubber seal out of the gland. After the new rubber seal is

inserted into the cable gland, screw the plastic gland top

back on.

Wires Preparation

Proceed with preparation of cables. Prepare power

supply cables from which cable jacket needs to be

removed. Around 15 cm should be removed so that the

wires lengths are sufficient to connect them to the

elements inside the charging station.

You can now pull the power supply cable through the

gland. About 15 cm of power supply cable should be

pulled to the other side of the gland. About 2 cm of cable

jackets should be pulled through the cable gland as well.

This will make cable manipulations inside the charging

station easier and it will completely seal the gland. Make

sure that the cable is fastened securely with the gland so

that it cannot be pulled out. You can tighten the gland by

turning the plastic gland top in clockwise direction.

4-a

Strip the wires of insulation using special pliers and

attach cable ferrules on the end of the wires, and a cable

ring for grounding wire.

Length of cables on the other side of the gland should be:

a. Power supply cables (L1, L2, L3, N): 15 cm with

insulation and stripped cable jacket + 2 cm with

cable jacket

b. Grounding cable: 10 cm

8 | 10

5-a

Mount Charging Station on Holder and Screw the Cable

Gland on the Enclosure

Mount the station on the holder which is already

attached to the mounting bracket. Holder is strong

enough to hold the charging station during the

installation of cables.

Place the gland plate in its position so that the plate

holes are aligned with holes of the enclosure. Make sure

that cables are long enough to be connected. Screw in

the gland plate using a Phillips-head screwdriver.

Secure Grounding Wire

Secure the grounding wire first. Otherwise there will not

be enough space to do it later.

Insert the Fork Wire (Only if RCD in the Charger)

To enable the tripping of RCD protection, insert the

additional wire with fork into the slot for neutral

conductor like shown on the figure. This applies only if

RCD is installed in the charging station.

Connecting the Connection Element

Insert all the wires into the RCD/overcurrent/MID meter

unit. Order of the wires and how they are connected is

important.

The top connector is the first phase (L1) of the charging

station and it will be used to charge single-phase EVs. It

is advisable that the least loaded phase of the facility is

used for this. Keep the sequence of phases. The right

sequence of phases is especially important when

charging station is part of a cluster. Bottom connector

should be used to connect neutral wire (N).

After you connect the wires, tighten the screws so that

the wires cannot be pulled out and sufficient electrical

contact is achieved.

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