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www.advantech.com/eA www.advantech.com/eA
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System Description:
Conclusion:
ADAM-5000/485 is a distributed data acquisition and control system with an RS-485 communication port. In a Solar Power System, it can
connect up to 256 sets of ADAM products via command protocol. Compared to PLC system, it’s a cost-e ective and PC-based control
system. Its distributed system will reduce maintenance cost. Additionally, the strongest feature of the PCA-6751 is in its power-saving
capabilities; it consumes only 1.49A @ 5V during it’s suspend mode.
In both systems, ADAMView is installed as HMI software. It’s an easy-to-use, exible human machine interface software package with an
intuitive, object-oriented GUI. ADAMView also o ers a simple control strategy and display setup with a exible industrial monitoring and
control development environment, especially when used with ADAM I/O modules.
System Diagram
Solar Powered System for Water Cleaning
In this system, the ADAM products control inputs from sensors switches and
outputs to relays. The ADAM products are consisted of the small ADAM-4000 and
the ADAM-5000 series modules that can accommodate up to 4 modules per unit.
ADAM-4011 will provide the data of sunlight strength, ADAM-4017 will provide
the data of cell measurement, one set of ADAM-5000/485’s will collect the solar
battery temperature, environment temperature, and utility control, and the other
set of ADAM-5000/485’s will control the inverters and pumps. All communication is
conducted via RS-485 multi-drop type network. With a solid state disk and Windows
98 OS installed, the PCA-6751 becomes a PC-based solar power generation system
for water cleaning.
Weather-resistant Testing System for Solar Battery Module
This system contains PPC-102T with ADAMView software, and ADAM-5000/485
distributed data acquisition control modules.
The Solar Whirligig Beetle
Environmental Monitoring
Tokyo, Japan
Project Introduction:
Rex Tokyo is a Japanese System Integrator with rich and diverse experience in the Industrial
sector. Recently they developed the Solar Whirligig Beetle, which oats around the pond
at Mitsugi Park in Itabashi-ku, Tokyo, and cleans the water. Advantech‘s ADAM-5000/485
Distributed DA&C System helped the customer nd a cost-e ective solution for their unique
oating apparatus.
System Requirements:
The Whirligig Beetle has been developed with a solar-powered system consisting of solar cells and large-capacity batteries. Electric power
generated by solar cells charges the batteries, which provide power to the Beetles control system and eight pumps located in the belly
of the machine. Any product used in the Beetle needs to be compact, reliable, rugged and e cient, as well as easy to maintain and cost-
e ective.
Project Implementation:
ADAM-5000/485:
4-slot Distributed DA&C System
for RS-485 Networks
ADAM-5018:
7-ch Thermocouple Input Module
ADAM-5056:
16-ch Digital Output Module
ADAM-5068:
8-ch Relay Output Module
ADAM-4017:
8-ch Analog Input Modules
with Modbus
PCA-6751:
ISA Tillamook Slot-PC SBC with Pentium 266
MHz CPU/VGA/LCD/LAN/CFC and PC/104
ADAM-5017:
8-ch Analog Input Module
ADAM-4011:
Thermocouple Input Module
ADAM-5051:
16-ch Digital Input Module
PPC-102T:
Multi-panel computer
(54 strony)
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