Zeni Lite Buoy Co. Ltd. 4180026 Manual De Usuario
Installation
Page 16
Table 1
Pin allocation for the 24 way connector
5.4.3
18 way connectors
The 18 way connectors provide access to a range of digital IO and ADCs. Two mating connectors are included
with the product and should be wired as required according to the pin numbers and functions shown in and
Table 2, and as shown in Figure 8.
with the product and should be wired as required according to the pin numbers and functions shown in and
Table 2, and as shown in Figure 8.
12
S_RS422_RX1_B
Sensor interface RS422 port
RX B- signal
RX B- signal
(T1+S) (T3+S)
Data: White
13
S_RS422_GND
Senor interface RS422 port
ground
ground
(T1+S) (T3+S)
Data: Pink
14
S_RS232_TX1
Sensor interface RS232 port
1 TX
1 TX
(T1+S) (T3+S)
Data:
Light-green
Light-green
15
S_RS232_RX1
Sensor interface RS232 port
1 RX
1 RX
(T1+S) (T3+S)
Data:
Black/White
Black/White
16
S_RS232_TX2
Sensor interface RS232 port
2 TX
2 TX
(T1+S) (T3+S)
Data:
Brown/White
Brown/White
17
S_RS232_RX2
Sensor interface RS232 port
2 RX
2 RX
(T1+S) (T3+S)
Data:
Red/White
Red/White
18
SDI_DATA
SDI Bus data signal
(T1+S) (T3+S)
Data:
Orange/White
Orange/White
19
S_DIG_IO_4
Non-isolated digital IO 4
(T1+S) (T3+S)
Data:
Green/White
Green/White
20
GND
Signal ground
Data:
Blue/White
Blue/White
21
USB DM
USB connection is via a Type
A connector fitted to the
connector cable.
A connector fitted to the
connector cable.
(T1) (T1+S) (T3) (T3+S)
22
USB DP
23
USB VBUS
24
USB Ground
Pin
Signal Name
Function and Notes
Variant
Conductor ID
!
Power connections should be kept as short as possible in order to minimise voltage drop. The
cable used to connect power to the connector pins A and C should have conductors with a
cross sectional area of 0.75mm
cable used to connect power to the connector pins A and C should have conductors with a
cross sectional area of 0.75mm
2
.
!
The connections labeled GND are signal ground connections only and should not be
connected to the incoming power supply VIN- (0V) rail. Doing so will bypass internal power
supply protection and could result in permanent damage to the transceiver.
connected to the incoming power supply VIN- (0V) rail. Doing so will bypass internal power
supply protection and could result in permanent damage to the transceiver.
T1+S T3+S