11
4.2.2 Pin assignment SCS3000-16
The following table shows the SCS3000-16 pin assignment.
Ampacity of outputs:
4 x 40 A high side/low side, 2 H-bridges, PWM 20 kHz
2 x 35 A high side
10 x 12 A high side
Supply pin
Mating plug: Surlok SLPPC...BSR0 (... = size: 50 = 200 A, 70 = 250 A, 85 = 300/350 A)
Pin
Cross
section
Name
Description
1
–
+ Supply
B
Plug 1
Mating plug: TE 1-1418883-1, cap: 1418882-1
Pin
Cross
section
Name
Description
1
24-16AWG
5 V OUT
Regulated 5V sensor supply
2
24-16AWG
INPUT #12
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
3
24-16AWG
INPUT #11
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
4
24-16AWG
INPUT #10
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
5
24-16AWG
INPUT #09
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
6
24-16AWG
INPUT #08
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
7
24-16AWG
INPUT #07
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
8
24-16AWG
INPUT #06
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
9
24-16AWG
INPUT #05
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
10 24-16AWG
INPUT #04
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
11 24-16AWG
INPUT #03
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
12 24-16AWG
INPUT #02
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
13 24-16AWG
INPUT #01
Analogue 0 – 32 V, 3 kΩ activatable pull-up to 5 V
14 24-16AWG
SENSOR GND
Sensor mass, protected
15 –
n.c.
Not connected
16 24-16AWG
LIN
Not in use
17 24-16AWG
RS232 TX
RS232 transmit
18 24-16AWG
RS232 RX
RS232 receive
19 24-16AWG
CAN #03 LO
CAN 3 low
20 24-16AWG
CAN #03 HI
CAN 3 high
21 24-16AWG
CAN #02 LO
CAN low
22 24-16AWG
CAN #02 HI
CAN high
23 24-16AWG
CAN #01 LO
CAN low
24 24-16AWG
CAN #01 HI
CAN high
