

IBA ibaBM-ENetIP Bus monitor for EtherNet/IP
ibaBM-ENetIP: Bus monitor for EtherNet/IP
TAP interface for sniffer function
Data acquisition with ibaPDA
Simple configuration and measurement via bidirectional fiber optic connection with ibaNet protocol 32Mbit Flex
Flexible adjustment of sampling rate and data formats with 32Mbit Flex
Monitor interface for connecting a network analysis tool
Battery compartment X30

The internal time is buffered with a 3V Lithium CR2032 battery. The battery can be re
placed during operation.
Observe the correct polarity of the battery.
Connection to networks
ibaDAQ-C can be operated in two different networks to separate for example the network
for measuring data transmission from the rest of the network. For this prupose the device
provides 2 Ethernet interfaces. For setting the addresses in the networks, please refer
to chapter 7.3.2.
Connection with USB-WLAN/RJ45 adapter
Using a USB-WLAN or USB-RJ45 adapter at the USB interface is another possibility to
operate ibaDAQ-C in two different networks. There is no need for a special adapter type.
Any commercial adapter that supports Windows 10 or higher can be used for this pur
pose. However, the corresponding drivers need to be installed on the device.
Operation with compact UPS
In order to secure an optimal operation, it is recommended to buffer the power supply of
the ibaDAQ-C system via an uninterruptible power supply (UPS) with additional digital
output. For this purpose, the digital output of the UPS serves as signal for securely shut
ting down the ibaDAQ-C operating system. The UPS should be designed in such a way
that the system is buffered for at least 5 minutes.
Configuration in ibaPDA
ibaPDA allows you to configure, acquire and record the analog and digital signals of the
connected modules.
For the configuration you can connect the input devices (monitor, mouse, keyboard) di
rectly to the unit. In this case, continue with chapter 9.2.
If you are using an external ibaPDA client for configuration, continue with the next chapter
9.1.
Connection with an external ibaPDA client
If you are using an external ibaPDA client for the configuration, the ibaPDA client and
ibaDAQ-C have to be connected via the network.
Start ibaPDA on the external ibaPDA client and select ibaDAQ-C as ibaPDA server.
Address
Enter the name or the IP address of the ibaDAQ-C device in the “Address” field. The
name is composed of the DAQ-C-
on the device name plate.
Example: DAQ-C-000003.
Port-no.
The port number is assigned automatically.
The
This button starts and stops the search for active ibaPDA servers in the network. If the ibaPDA client and ibaDAQ-C are located in the same network, the device should be displayed in the list of servers. The device can be selected either by double-clicking the device or by selecting it and subsequently clicking For further configuration activities, open the I/O Manager as described in the next chap ter. ibaDAQ-C configuration The following settings are made in the ibaDAQ-C node: Configuration of the interrupt source, see chapter 9.2.1 Network settings of the device, see chapter 9.2.2 Firmware update and restarting the device, see chapter 9.2.2 User-defined signal assignment of the LEDs PDA1 and PDA2. see chapter 9.2.2 Connection of further modules and communication interfaces, see chapter 9.3. Reboot device Click this button to restart the device. Network settings The settings of IP address, subnet mask and DHCP server are only available if the rotary switch S1 is set to "0". Use DHCP Here you can select separately for the two network interfaces X21 and X22 whether a DHCP server is used or not. IP address Here you can enter a user-defined IP address for the network interfaces X21 and X22. The option "Use DHCP server" must not be enabled to do so. Subnet mask Enter the suitable subnet mask for you network here. The option "Use DHCP server" must not be enabled to do so.REL511C-2 Line distance protection terminal for impedance grounded networks MVME3100-1152 MVME3100 Series VMEbus Single-Board Computer 140CPU67160S CPU Schneider Modicon MG3-1G-1G-PM MG SERIES AC-DC POWER SUPPLIES GSM40-0602-MEF-AB7-238-XM-36269 GSM Series Linear Actuators with Integrated Motor HVE04.2-W075N/S202 HVE Power Supply Units BUM60-1224-54-B-001-VC-VO Controllers PPC-R22.1N-T-Q2-G2-NN-FW PPC Controllers 80190-560-02-R PCB Gate Drive Board VT-HNC100-1-23-W-08-P-0 R900958999 servo controller IS200VAICH1GBA VME Analog Input Card IS200AEADH4ADA Speedtronic Turbine Control PCB board C7061A1020-ST001 Dynamic Self-Check Ultraviolet Flame Detector XV-363-10-C02-A00-1B XV300 advanced human machine interface (HMI) 3500/42-04-R0 Proximitor Seismic Monitor XV-363-10-C02-A00SI3 XV300 advanced human machine interface (HMI) MMS3110/020-020 Shaft-Vibration Monitor IS200VTURH1BAC Mark V Primary Turbine Protection board XV-303-70-B00-400-1B XV300 advanced human machine interface (HMI) AAI143-H50/A4S00 Analog I/O Modules (for FIO) RET620 NCTNAAAANDCBNNIXF Transformer protection and control RET620 IEC REF610C11HCHN Feeder protection IS200TRPAH2AFD Gas turbine card module
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