Name: Gossen Metrawatt Z525F METRALINE PRO-TYP EM I Test adapter 1 pc(s)
Brand: Gossen Metrawatt
SKU: 2240020
Availability: InStock

Dispatches on Fri 30 Oct

141 Piece(s)

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Highlights & Details

1- and 3-phase test adapter for testing E-charging points METRALINE PRO-TYPE EM I

1- and 3-phase test adapter for testing the effectiveness of protective measures
At E-charging points with the Profitest master, simulation of
Fictively connected electric vehicles as well as simulation of the
Current carrying capacity of charging sets according to IEC 61851-1
Vehicle simulation (CP)
Vehicle statuses A, B, C and E are set using the rotary switch
Cable simulation (PP)
The different encodings for charging cable with 13 A, 20 A,
32 A and 63 A and "no cable connected"
Can be simulated using rotary switches
Error simulation
Simulation of a short circuit between CP and PE
Via rotary switch
Display of the phase voltages via LEDs
Depending on the E-charging station, one or three phases can be active
Testing of E-charging stations with firmly attached charging cable
By extended CP test pin
CP socket for evaluating the PWM signal
METRALINE PRO-TYPE EM I:
The measuring cables of the Profitest master are connected via 4 mm safety sockets (L1, L2, L3, N, PE).
This text is machine translated.

User & Safety Instructions 2240020 Gossen Metrawatt Z525F METRALINE PRO-TYP EM I Test adapter 1 pc(s)

Functions:
Vehicle simulation (CP)
according to IEC 61851, states A, B, C and E can be simulated. The different vehicle states are
set via the rotary switch.
Status A no vehicle connected
Status B Vehicle connected, But not ready for charging
State C Vehicle connected and ready for charging,
ventilation of charging area not required
State E Fault - short circuit CP - PE via internal diode
cable simulation (PP)
The different encodings for charging cables with 13 A, 20 A, 32 A and 63 A can be simulated. It
is also possible to simulate the "no cable" state.
The various charging cables are simulated by switching different resistances between PP and PE using
the rotary switch. According to IEC 61851, the following values are possible:
No cable 0 Ω
13 A cable 1.5 kΩ
20 A cable 680 Ω
32 A cable 220 Ω
63 A cable 100 Ω

Functions:
Vehicle simulation (CP)
according to IEC 61851, states A, B, C and E can be simulated. The different vehicle states are
set via the rotary switch.
Status A no vehicle connected
Status B Vehicle connected, But not ready for charging
State C Vehicle connected and ready for charging,
ventilation of charging area not required
State E Fault - short circuit CP - PE via internal diode
cable simulation (PP)
The different encodings for charging cables with 13 A, 20 A, 32 A and 63 A can be simulated. It
is also possible to simulate the "no cable" state.
The various charging cables are simulated by switching different resistances between PP and PE using
the rotary switch. According to IEC 61851, the following values are possible:
No cable 0 Ω
13 A cable 1.5 kΩ
20 A cable 680 Ω
32 A cable 220 Ω
63 A cable 100 Ω