This guide covers MX-E90 Industrial Vision Processor models. The MX-E90
series Industrial Vision Processors o
ff
er the most powerful and
fl
exible way to
solve even complex machine vision applications.
• Rugged IP20 housing
• Low Maintenance
• 16 Inputs and 16 Outputs
• Up to 8 GigE cameras
• Easily Accessed connectors
1
Status lights and buttons
8
Chassis Grounding
2
LAN 1
9
Supply Voltage Connection
3
LAN 2
10
USB 2.0 Port for USB Hardware
Key
4
USB 3.0: x8
11 37-pin D-Sub Digital I/O
5
COM1 + COM 2
2x RS-232 Serial port
12
Camera connectors:
Cam 1-Cam 8 (MX-E90-8), Cam
1-Cam 4 (MX-E90-4), Cam1-
Cam2 (MX-E90-2)
6
DVI for Monitor
13 Extra Digital Output Grounding
7
VGA
14 CFast card for extended storage
STATUS LEDS AND BUTTONS (1)
Processor
Intel Core i7
Storage
32 GB RAM – 128 GB SSD
GigE camera ports
For MX-E90-8: 8 (all are PoE capable)
For MX-E90-4: 4 (all are PoE capable)
For MX-E90-2: 2 (all are PoE capable)
All MX-E90 Industrial Vision Processors have the following speci
fi
cations:
•
HD graphics (1920x1200)
•
2 x 10/100/1000 Mbps Base-T Network Interface
•
Ethernet/IP, Modbus TCP, OPC, PROFINET communications supported
•
2 x RS232 Serial port
•
16 x Optically Isolated Digital In + 16 x Optically Isolated Digital Out,
con
fi
gurable NPN (sink) or PNP (source) output type.
•
Microsoft Windows 10 IoT Enterprise 2021 64-bit
GENERAL VIEW
SYSTEM SPECIFICATIONS
DESCRIPTION
1 Power Button, Green
3
COM2: RX2/TX2 for data transmission,
status monitoring.
2
COM1: TX1/RX1 for
data transmission, status
monitoring.
4 HDD LED status, Yellow
Power Button: Press and release to turn on the unit or shut down the OS and
switch o
ff
the unit. Press and hold to switch o
ff
without the OS shutdown.
MX-E90
Industrial Vision Processor
SUPPLY VOLTAGE CONNECTION (9)
Power Connector
+
24VDC Supply Plus
- 24VDC Supply Minus
Chassis Grounding:
Connect to ground using a conductor with
minimum 2.5 mm² cross-section.
Power 24
S u p p l i e d
Power
- + + -
DIGITAL I/O SPECIFICATIONS
Pin
Color Code
Signal Name
1
Black
Input 1
2
Brown
Input 3
3
Red
Input 5
4
Orange
Input 7
5
Yellow
Input 9
6
Green
Input 11
7
Blue
Input 13
8
Purple
Input 15
9
Gray
Common pin for external source or ground of Input
1 to Input 16
10
White
PCOM0
NPN: common pin for connecting inductive loads of
O 1 to O 8
PNP: common pin for external voltage of O 1 to O 8
11
Pink
Output 1
12
Light Green
Output 3
13
Black/White
Output 5
14
Brown/White
Output 7
15
Red/White
Output 9
16
Orange/White
Output 11
17
Green/White
Output 13
18
Blue/White
Output 15
19
Purple/White
PCOM1
NPN: common pin for connecting inductive loads of
O 9 to O 16
PNP: common pin for external voltage of O9 to O 16
20
Red/Black
Input 2
21
Orange/Black
Input 4
22
Yellow/Black
Input 6
23
Green/Black
Input 8
24
Gray/Black
Input 10
25
Pink/Black
Input 12
26
Pink/Red
Input 14
27
Pink/Blue
Input 16
28
Pink/Green
Isolated ground
29
Light Blue
Isolated ground
30
Light Blue/Black
Output 2
31
Light Blue/Red
Output 4
32
Light Blue/Blue
Output 6
33
Light Blue/Green Output 8
34
Gray/Red
Output 10
35
Gray/Green
Output 12
36
Purple/Black
Output 14
37
Blue/Black
Output 16
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
I 1
I 2
I 3
I 4
I 5
I 6
I 7
I 8
I 9
I 10
I 11
I 13
I 12
I 14
I 15
I 16
O 1
O 2
O 3
O
4
O 5
O
6
O 7
O 8
O 9
O
10
O 11
O 12
O 13
O 14
PC
OM1
O 15
O 16
PC
OM0
EC
OM
GND
GND
1
S Vin
Protection
Circuit
Bi-direction
diode
0
ECOM
External
Internal
PC 5V
O channels
1
Figure 1 - Input connection
Figure 2 - Output connection (sinking)
Figure 3 - Output connection (sourcing)
EXAMPLE I/O DIAGRAMS
175
13
14
Ø10
14
5
150
192
186
145
201
21
3
26
5
MECHANICAL DIMENSIONS
175
13
230
22
150
40
14
5
145
201
26
Ø10
14
5
186
IMPORTANT NOTE
: It is advised to use all 4 pins for power connection.
