Configuring A Gpu Data Input Or Modbus Data Input Or Trl/2 Data Input - Honeywell CIU 888 Configuration Manual

Getting Started
4. Product configuration is successfully imported, and a confirmation
message pops up. Click OK.

3.2.10 Configuring a GPU Data Input or Modbus Data Input or TRL/2 Data Input

After Tanks are linked to the applicable Field ports, you should add
either GPU Data Input or Modbus Data Input or TRL/2 Data Input to the
respective Tanks.
3.2.10.1 GPU Data Input
3.2.10.1.1 Data Integration supported
1. Product Level etc
The CIU 888 collects measurement data like Product level, Product
temperature etc., from the BPM gauges and exposes the data in its
Modbus output (Modbus RTU and Modbus TCP/IP) based on the
configuration. Using this mechanism any Modbus host system can get
the data from CIU 888 and visualize it in its user interface.
2. Temperature profiles
The CIU 888 also collects temperature profiles data from the BPM
gauges and exposes the data in its Modbus output (Modbus RTU and
Modbus TCP/IP) based on the configuration. The CIU 888 collects data
for a maximum of 16 temperature elements. Using this mechanism any
Modbus host system can get the temperature profiles data from CIU
888 and visualize the data in its user interface.
3. Density profiles
The CIU 888 collects density profiles data from the BPM gauges and
expose the data in its Modbus output (Modbus RTU and Modbus TCP/
IP) based on the Modbus coil command from the host system. The CIU
888 collects data for a maximum of 50 density points. Using this
mechanism, any Modbus host system can issue a density profile
command via Modbus coils and get the density profiles data from CIU
888 and visualize the data in its user interface.
Part No.: 4417584_Rev12 Configuration Manual
CIU 888 3 - 64