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PHIL-Interface

The sub system PHIL-Interface defines the behavior of the power part of the HIL Connect EV. This includes the locking of the CCS-interface and the temperature measurement of the contacts of the interface. The voltage and current measurement of AC and DC is realized. Also in the HIL Connect the internal LEDs and relays are controlled here.

component component dialog parameters
property tabs
  1. General
  2. In Lock
  3. Out sw
  4. Out LED
  5. Measurment

Block Diagram

input and output

input

Number Input Description range default
1 sw cont - 1 digital input controlling DC relay DC_SW1 activating the power path on CCS-Interface 0 or 1 0
1 sw cont - 2 digital input controlling DC relay DC_SW2 activating the power path in case of usage as EVSE (back side contacts) 0 or 1 0
1 sw cont - 3 digital input controlling AC relay AC_SW1 activating the power path on CCS-Interface 0 or 1 0
1 sw cont - 4 digital input controlling AC relay AC_SW2 activating the power path in case of usage as EVSE (back side contacts) 0 or 1 0
2 led - 1 digital input controlling LED CONNECTED. The brightness is defined by the dialogue settings. 0 or 1 0
2 led - 2 digital input controlling LED AC. The brightness is defined by the dialogue settings. 0 or 1 0
2 led - 3 digital input controlling LED DC. The brightness is defined by the dialogue settings. 0 or 1 0
3 sw lock digital input controlling the locking actor in the CCS-interface. If input is 1 the interface is locked and unlocked if a 0 is sent. 0 or 1 0

output

Number Input Description range default
1 T st - 1 T AC ok Temperature AC Pins of CCS connector are ok 1, 2, 3, 4 or 5 2
1 T st - 2 T DC ok Temperature DC Pins of CCS connector are ok 1, 2, 3, 4 or 5 2
3 lock st CCS lock state Feedback of CCS locking actor 0, 1 or 2 0
4 AC output vector of the AC measurements (current and voltage), only available if measurement AC is activated in the dialog box. [array]
5 DC output vector of the DC measurements (current and voltage), only available if measurement DC is activated in the dialog box. [array]
  • Temperature sensor feedback
    • 1: too low (R < 790)
    • 2: ok (790 < R < 1280)
    • 3: switch off (1280 < R < 1420)
    • 4: too high (R > 1420)
    • 5: not defined
  • locking state
    • 0: disabled
    • 1: unlocked
    • 2: locked

Dialogue box and Parameters

The PHIL-Interface subsystem is organized in five tabs defining connection to the HIL Computer.

Tab 1 - General

Parameter Code Name Description

Tab 2 - In Lock

Parameter Code Name Description

Tab 3 - Out sw

Parameter Code Name Description

Tab 4 - Out LED

Parameter Code Name Description

Tab 5 - Measurement

Parameter Code Name Description