Addi-Data MSX-E1701 Original operating instructions

ADDI-DATA GmbH · Airpark Business Center · Airport Boulevard B210 · 77836 Rheinmünster · Germany
Phone: [phone] · Fax: [phone] · [e-mail] · www.addi-data.com
02.05 - 01/2016
QUICK INSTALLATION
MSX-E1701
Ethernet multifunction counter system

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Connecting the Ethernet system
- Please read the safety precautions (yellow leaet) rst!
- Afterwards, connect your Ethernet system as follows:
A) Connect the Ethernet system to your PC or network using an Ethernet cable
(e.g. CMX-60).
B) Connect the desired functions.
C) Optional: Connect the cable for trigger/synchro signals (e.g. CMX-40) to the Ethernet
system.
NOTICE!
Please ensure that the default IP address of the Ethernet system
(192.168.99.99) is not assigned to another system on your network yet.
Starting the Ethernet system
D) Connect the Ethernet system to the power source using a power supply cable
(e.g. CMX-20).
E) Check the status of the Ethernet system by means of the LED display:
Power On: - lights green = Power supply is OK
Port 0 ACT/Link: - ashes yellow = Ethernet cable is connected to Port 0
Port 1 ACT/Link: - ashes yellow = Ethernet cable is connected to Port 1
Status: - lights green = Ethernet system is ready for operation
- lights yellow = Ethernet system is booting
- lights/ashes red = Error while booting
As soon as the “Status” LED lights green, you can install the software (see page 6).
CMX-20: Power supply cable
Counter
Digital I/O
System
CH0 CH1 CH2 CH3 CH4 CH5 CH6 CH7
Counter 0 Counter 2 Counter 3
Counter 1
CH8 CH9 CH10 CH11 CH12 CH13 CH14 CH15
Digital I/O
Counter
(E) LED display (B) Digital I/O (0 to 15)
(D)
Power
supply
(A)
Ethernet
ports
(C)
Trigger/
Synchro
(B) Incremental counter inputs (0 to 3)

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Ethernet
Port 0 Port 1 Cable (green)
Pin No. Female connector,
D-coded, M12
Female connector,
D-coded, M12 Lead colour
1TD0+ TD1+ yellow
2RD0+ RD1+ white
3TD0- TD1- orange
4RD0- RD1- blue
Trigger/Synchro
Trig/Sync In Trig/Sync Out Cable (purple)
Pin No. Male connector,
5-pin, M12
Female connector,
5-pin, M12
Lead
colour
Lead
pair
1Trigger input - Trigger input - blue 1
2Trigger input + Trigger input + white
3Synchro input + Synchro output + red 2
4Synchro input - Synchro output - black
5 GND GND
Pin assignment

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Power supply
24 VDC In 24 VDC Out Cable (black)
Pin No. Male connector,
5-pin, M12
Female connector,
5-pin, M12 Lead colour
124 V 24 V brown
224 V 24 V white
3 GND GND blue
4GND GND black
5 not connected not connected grey
Digital I/O
Pin No. Female connector,
5-pin, M12
Cable (black)
Lead colour
124 V output brown
2Digital I/O (2n+1)* white
3 GND blue
4 Digital I/O (2n)* black
5 not connected grey
*Please note that the female connector (n) is dual-wired and that the digital I/Os are
determined via (2n+1) or (2n) with 0 ≤n ≤7.

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Examples:
Female connector 0 (n=0) –> Pin 2: (2 x 0 + 1) –> Digital I/O 1
–> Pin 4: (2 x 0) –> Digital I/O 0
Female connector 7 (n=7) –> Pin 2: (2 x 7 + 1) –> Digital I/O 15
–> Pin 4: (2 x 7) –> Digital I/O 14
Incremental counter inputs
Pin No.
Female
connector,
12-pin, M23
Polarity Function
2, 12 Voltage supply
24 V or 5 V
Output 5 V / 24 V
(can be set via jumper),
condition upon delivery: 5 V
Supply for
incremental encoder
10, 11 GND GND
5A+ Input RS422/TTL Trace A
Incremental signal
6A-
8B+ Input RS422/TTL Trace B
Incremental signal
1B-
3C+ Input RS422/TTL Trace C
Index
4C-
9D+ Input RS422/TTL Reference signal for
reference point logic
7D-
Incremental counter inputs (MSX-E1701-24V)
Pin No.
Female
connector,
12-pin, M23
Polarity Function
2, 12 Voltage supply
24 V or 5 V
Output 5 V / 24 V
(can be set via jumper),
condition upon delivery: 24 V
Supply for
incremental encoder
10, 11 GND GND
5A+ Input 24 V Trace A
Incremental signal
6A- not connected
8B+ Input 24 V Trace B
Incremental signal
1B- not connected
3C+ Input 24 V Trace C
Index

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Pin No.
Female
connector,
12-pin, M23
Polarity Function
4C- not connected
9D+ Input 24 V Reference signal for
reference point logic
7D- not connected
PWM
Pin No.
Female
connector,
12-pin, M23
Polarity Function
2, 12 Voltage supply
24 V or 5 V
Output 5 V / 24 V (can be set via
jumper), condition upon delivery: 5 V
10, 11 GND GND
5A+ Output RS422/TTL PWM 0
Output
6A-
8B+ Output RS422/TTL PWM 1
Output
1B-
3C+ Input RS422/TTL PWM 0
Gate/External clock
4C-
9D+ Input RS422/TTL PWM 1
Gate/External clock
7D-
Software tool “ConfigTools”
First steps
After connecting the required components to your Ethernet system and checking if the
power supply is ensured, continue as follows:
- Install the software tool “CongTools”, which is to be found on the supplied CD
“MSX-E Systems”.
As soon as you have started the installed software tool from your computer, the
connected MSX-E systems are scanned.
Main window structure
After scanning, all connected MSX-E systems are listed in the CongTools Explorer
(on the left):

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When you click on the name of one of these systems, corresponding product information
such as IP address, MAC address and rmware version will be shown on the right side of
the main window.
To scan the connected systems once again, for example after connecting another
MSX-E system, you have to click on the green icon in the top right of the CongTools
Explorer area.
Below the “Product Information” area, there are buttons that enable you to perform
various actions and to access the web interface of your MSX-E system.
The following actions are possible:
- IP Address: Change the IP address of the MSX-E system in order to adapt it to your
corporate network, for example.
- Web Interface: Access the web interface of your MSX-E system and change the
conguration.
- Save General Conguration: Save the general conguration of the MSX-E system
(including, for example, the network conguration), i.e. all the settings dened on the
web interface apart from the I/O conguration.
- Load General Conguration: Load a le containing the general conguration of the
MSX-E system.
- Save I/O Conguration: Save all function-specic settings dened on the web
interface under “I/O Conguration”.
- Load I/O Conguration: Load a function-specic conguration.

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- Transducer Database: Edit the user’s transducer database, that is, for example, change
transducer features and add new transducers. The MSX-E database must contain the
transducers that will be connected to the MSX-E system in order for the system to
detect them.
- Firmware Update: Update the rmware of the MSX-E system. The required
rmware le is available on request. The le name corresponds to the rmware version.
- Transducer Calibration: Calibrate transducers connected to one or more channels.
- Transducer Diagnosis: Test transducers for errors (short-circuit, open load).
- Transducer Monitoring: Select the channels to be acquired and start the acquisition
with monitoring. For each channel, each acquired value is immediately displayed in a
diagram.
NOTICE!
Depending on the Ethernet system, a different number of buttons
and accordingly, different types of actions are available.
Web interface: Quick access to the MSX-E system
From the web interface of your MSX-E system, you can access the system quickly and
manage your functions conveniently without programming.
To open the web interface of your MSX-E system, proceed as follows:
- Open a web browser (such as Mozilla Firefox, Internet Explorer, etc.) and enter the
following address: http://IP address of the Ethernet system.
A login window is displayed.
- Enter “mxadmin” as the user name and password.
Do you have any questions?
Please nd further information on our website:
www.addi-data.com.
Do not hesitate to call us or to send us an e-mail
(see front page for contact data).