5TT3200-4KK20

Type

5TT3200-1KK20

5TT3200-2KK20

5TT3200-3KK20

5TT3200-4KK20

5TT3200-6KK20

5TT3200-2KK30

Product brand name

SIPLUS ECC1000

Product description

CM-100

General data

Design of operator controls of the charging station

Charging mode 3 according to IEC 61851

Product description

Activation and monitoring of the energy-related components in the loading station, use in the communication with the electric vehicle in accordance with IEC61851

Charging current maximum

A

13

16

20

32

16

IP degree of protection on the front

IP20

Degree of pollution

3, according to IEC/EN 61010-1

Insulation voltage with pollution degree 3 Rated value

V

230

Supply voltage

Type of voltage of supply voltage

AC

DC

Supply voltage

• at 50 Hz

• Rated value

V

230

-

• at AC rated value

V

184 … 264

-

• at 60 Hz

• Rated value

V

110

-

• at AC rated value

V

88 … 126

-

Supply voltage

• at DC rated value

V

-

24

• with DC

V

-

18 … 28

Symmetrical tolerance of power frequency

• at 50 Hz

Hz

47.5 … 52.5

-

• at 60 Hz

Hz

57 … 63

-

Current consumption at rated value of supply voltage

mA

100

300

Communications

Product function Bus communication

No

Protocol supported

• Vehicle communication according to IEC 61851

yes

• Ethernet protocol

No

• EIB/KNX protocol

No

Display

Number of LEDs

1

Display version

• for standard operation

green, flashing / permanently lit, waiting for EF / charging process active

• as status display of the inputs/outputs

orange, flashing (1 Hz), device waiting for enable

• for error signal

red, flashing / abruptly flashing, error

Inputs/outputs

Number of interfaces according to IEC 61851

1

Number of digital inputs

2

Type of voltage of input voltages

DC

Input voltage

V

0 … 5

Number of digital outputs

0

Auxiliary circuit

Number of NO contacts for auxiliary contacts

4

Operating current of auxiliary contacts

• at 230 V with AC

A

0.75

• at 110 V with AC

A

0.75

• at 24 V with DC

A

1

Terminals

Contact assignment

• of socket 1 at PIN 1

L: 110/230 V AC connection

I+24 V: 24 V DC connection (SELV)

• of socket 1 at PIN 2

N: 110/230 V AC connection

M: 24 V DC connection (SELV)

Contact assignment

• of socket 2 at PIN 1

FE: Functional grounding (part of the vehicle interface, connection to connector according to IEC61851)

• of socket 2 at PIN 2

PX: Proximity (part of the vehicle interface, connection to connector according to IEC61851)

• of socket 2 at PIN 3

CP: Control Pilot (part of the vehicle interface, connection to connector according to IEC61851)

Contact assignment

• of socket 3 at PIN 1

AV: Auxiliary Voltage (read-back voltage for own digital inputs)

• of socket 3 at PIN 2

EN: Enable (digital input for module enable)

• of socket 3 at PIN 3

HL: Hatch Lock (digital input for cable grip status)

Contact assignment

• of socket 4 at PIN 1

P1: "Power" relay contact for switching the load contactor

P1: "Power" relay contact for switching the load contactor 13A branch

P1: "Power" relay contact for switching the load contactor

• of socket 4 at PIN 2

P2: "Power" relay contact for switching the load contactor

P2: "Power" relay contact for switching the load contactor 13A branch

P2: "Power" relay contact for switching the load contactor

• of socket 4 at PIN 3

V1: "Ventilation" relay contact for switching the fan

• of socket 4 at PIN 4

V2: "Ventilation" relay contact for switching the fan

• of socket 4 at PIN 5

H1: "Hatch" relay contact for switching the cable grip

• of socket 4 at PIN 6

H2: "Hatch" relay contact for switching the cable grip

• of socket 4 at PIN 7

S1: "Signal" relay contact for error signals

• of socket 4 at PIN 8

S2: "Signal" relay contact for error signals

Environmental conditions

Installation altitude At height above sea level maximum

m

2 000

Ambient temperature

• During storage

°C

-25 … +70

• During operation

°C

-25 … +60

• During transport

°C

-25 … +70

Relative humidity

• During operation

%

0 … 95

Electromagnetic compatibility

EMC interference emission according to IEC 61000-6-3

suitable for use in residential areas, public areas and industry

EMC immunity according to IEC 61000-6-2

suitable for operation in industrial and residential areas

Conducted interference BURST according to IEC 61000-4-4

4 kV / 5 kHz AC supply lines and functional grounding, 2 kV / 5 kHz control lines and relay outputs

2 kV / 5 kHz DC supply lines, 2 kV / 5 kHz control lines and relay outputs

Conducted interference SURGE according to IEC 61000-4-5

Asymmetrical: AC supply lines 4 kV / 12 ohm; control lines and functional grounding 2 kV / 42 ohm; relay outputs 4 kV / 12 ohm; evaluation criterion B. Symmetrical: AC supply lines 2 kV / 2 ohm, relay outputs 2 kV / 2 ohm; evaluation criterion B

Asymmetrical: DC supply lines 0.5 kV / 12 ohm; DC supply lines 1 kV / 42 ohm; control lines and functional grounding 2 kV / 42 ohm; relay outputs 4 kV / 12 ohm; evaluation criterion B. Symmetrical: DC supply lines 0.5 kV / 2 ohm; DC supply lines 1 kV / 42 ohm; relay outputs 2kV / 2 ohm; evaluation criterion B.

Field-based interference according to IEC 61000-4-3

80 MHz to 1 GHz 10 V/m, 1.4 GHz to 2 GHz 3 V/m, 2 GHz to 2.7 GHz 1 V/m, evaluation criterion A

Electrostatic discharging according to IEC 61000-4-2

4 kV contact discharging / 8 kV air discharging, evaluation criterion B

Shock resistance

• according to IEC 60068-2-27

15g / 11 ms / 3 shocks per axis

• during transport according to IEC 60068-2-29

1000 shocks / axis, 25g, 6 ms half sine

Vibration resistance

• during transport according to IEC 60068-2-6

5 to 8.4 Hz / 3.5 mm deflection, 8.4 to 500 Hz / 1g

• during operation according to IEC 60068-2-6

5 to 8.4 Hz / 3.5 mm deflection, 8.4 to 150 Hz / 1g

Impulse withstand voltage Rated value

kV

4

Conducted interference as high frequency radiation according to IEC 61000-4-6

3 V effective in frequency range 0.15 to 80 MHz, modulation 80 % AM with 1 kHz, evaluation criterion A

Immunity to magnetic fields with energy frequencies in accordance with EN 61000-4-8

100 A/m at 50 Hz and 60 Hz, evaluation criterion A

Active power loss total typical

W

6

4

Protection against electric shock

Finger-safe

Contact reliability

80000 operating cycles at 1 A, inductive load

Mounting/fastening/dimensions

Installation position

Vertical, on horizontal standard mounting rail

Material of housing

Wellamid 6600-PA66-GV 30 HWV0CP

Type of mounting

Snap-mounting on 35 mm standard mounting rail according to DIN EN 60715

Dimensions

• Width

mm

72

• Height

mm

91

• Depth

mm

71

Connections

Electrical connection version

• of inputs and outputs

Combicon connection GMSTB 2.5

• for auxiliary and control circuit

Combicon connection MSTB 2.5

Type of pin assignment

• of outputs

Combicon connection MSTB 2.5

• of inputs

Combicon connection MSTB 2.5

Product function Removable terminal for auxiliary and control circuit

yes

Connectable conductor cross section

• Solid

mm?

0.5 … 2.5

• Finely stranded

• without core ends prepared

mm?

0.5 … 2.5

• with core ends prepared

mm?

0.5 … 2.5

AWG number

• as coded connectable conductor cross section

20 … 14