ㆍWaterworks Treatment
ㆍSewage Treatment
ㆍPower Control
ㆍLighting control
ㆍProcess Monitoring
ㆍBuilding Automation
ㆍIncinerating Facilities
ㆍSCADA
ㆍParking Facilities
ㆍEnvironment TMS
 

ㆍFactory Automation
ㆍGas Monitoring
ㆍBoiler Equipment
ㆍHVAC System
ㆍPest Control System
ㆍPower Plants
ㆍChemical Plants
ㆍSteel Industry
ㆍCement
ㆍIce Thermal Storage
 

ㆍHMI Training Systems
ㆍWater Level Monitoring
ㆍHome Automation
ㆍRemote Monitoring System
ㆍExperiment Equipment Automation
ㆍDistributed Control System(DCS)
ㆍStorage Facilities Monitoring
ㆍFermenter Control
ㆍRefrigeration Equipment
ㆍWater Process
 

ㆍWater Quality Measurement
ㆍTransmitting System
ㆍDistribution Automation
ㆍWarehouse Automation
ㆍHot Water Management
ㆍProduction Control System
ㆍSludge Disposal
ㆍGreenhouse Control
ㆍSecurity Equipment
ㆍSolar Power
ㆍOther Automation Controls

Tag Editor
Designed to edit easily digital input/output tags, analog
input/output tags, string tags and group tags.
Also supports multiple editing, CSV export/import, etc.

Report Editor
Designed to edit reports of any type and print all operation
data in reports. Includes features such as manual printing
and automatic printing at designated time.

Bitmap Editor
Designed to edit bitmap graphics. Supports diverse drawing
features to enable the easy drawing with just a few mouse
clicks. Also helps edit animation frames. enabling to create
more dynamic monitoring screens when used together with
Animation Editor.
(* Supports all major picture formats, including PNG, JPG,
BMP, GIF, LBM, SPT, TGA, TIFF, MMP and PCX.)

Animation Studio
Designed to create and edit animation in frames. Allows
users to set animation speed and the number of frames
easily, and to create transparent animation using Studio
objects or PNG files. The animation files created can be
used as digital or analog objects.

Graphic Module Editor
Designed to create graphic monitoring screen easily and
quickly. Supports multi graphs, letters, meta, squares,
circles, analog and digital objects, animation, clocks,
dates, pictures, buttons, window controls, lines, polygons
and database, graphs, curves, etc.

Graphic Monitoring
Helps monitor every tag intuitively by displaying them in
graphics and monitors/controls accurately and effectively
using diverse objects.
(* Support Objects: Multigraph, text, meta, rectangles,
circles, analogue/digital elements, animation, clocks, date,
bitmaps, various buttons, window control, lines, polygons,
database graph, curves, etc.)

Entire Tag Monitoring
Monitors the entire tags installed. Shows current values
in bar graphs and numbers for easy monitoring. Settings
for all tags can be modified. Shows the comparison of a
variety of tag member values.

Classified Tag Monitoring
Monitoring by the same type of tags available, for example,
analog input/output, digital input/output and string letter
tags. Displays the same type of tags, details, current values
and current setting, and allows users to modify them.

Detailed Monitoring
Shows the current values and configuration of the tags
selected in real time. Provides real-time diagnosis screen(s)
of trends over one hour/8 hours/24 hours/48 hours/
72 hours/30 days.

Navigation Map
Provides easy navigation to a location to be monitored
with mouse clicks on a pop-up window that reduces the
size of a monitoring screen which is larger than the
computer screen.

[ HVAC Control ]
Designed to manage the temperature and humidity of an entire
building. A PCL takes care of the operation of each zone, and a
computer sets the target temperature and humidity necessary
for the operation, and integrates the command information from
each zone and determines the status, and then resends
instructions to relevant zones.
Daily reports are created automatically and printed out. PLC
communication speed was raised using TCP/IP, reducing
response time.

[ Lighting Control ]
The Lighting Control System has a purpose of managing lighting
of the whole building. The monitoring screen supervises the
total 7 floors in general, and the relevant floor is responsible for
running for each area. Users are able to control lighting grouped
by office at a time, basically based on individual lighting control.
'Reservation Schedule' feature is used to operate automatically
ON/OFF according to the schedule.

[ Fermenter Control ]
The fermentation system runs repeatedly in several-hour or day
cycle. Once an operation starts, the system works to perform
the process of mixture, fermentation, storage automatically in
order to ripen raw materials.
The system is configured in ways that the parameters required
for each step are entered in a computer and PID controls is
performed in each fermenter. Multi-port is used to increase the
communication speed. Generally, the communication speed of
this configuration is faster than the configuration which is
connected to a single port with RS-485.

[ Waterworks Treatment ]
Designed to automatically monitor and process a series of steps
from sedimentation, filtering and chemical treatment to turn
raw water into water supply.
The unit control program is operated for each process, and data
is forwarded to managers after automatically printed out hourly,
daily and monthly. Monitoring is performed for each area, and
an Autobase server computer monitors the data
comprehensively via networks or exclusive lines.

[ Remote Monitoring ]
In contrast to the monitoring conducted in a building, remote
monitoring is designed to monitor and control a field in a
remote location by using telephone lines or other networks.
Similar to on-site monitoring as 24-hour monitoring is available
via exclusive lines. Public lines, used by dialing at a designated
time, are appropriate for monitoring systems where measurements
do not change suddenly and significantly.
(* Air monitoring, groundwater monitoring, water quality
monitoring, etc.)

[ Waste Water Treatment ]
Designed to automatically process and monitor a series of steps
that include sediment, chemical input, the first precipitation,
aeration, the last precipitation, sludge thickening, disinfection and
discharge.
Computers in each area monitor and control the pertinent sections,
and ones in master control supervises generally necessary points
through the communication program. And this system is designed
to monitor the process in both the relevant section and in master
control at the same time.

[ Waste Disposal ]
The Waste Disposal Facility is one of the common application
fields of the HMI/MMI program. This is designed to automatically
treat the process such as waste input, incineration/compression,
discharge, etc. and print our report for the daily quantity of
disposed waste and harmful gas generated.
The system is configured using I/O board internalized as a type
of Card in computers and PLC connected via RS-422.

[ Papermaking Process ]
This is to supervise the chemical measurements, mixture and
supply of the chemical preparation machinery to treat paper
surfaces depending on the its usages. While PLC is in charge of
operation for each section, computers are generally responsible
for running and setting. Data and result values are sent to
managers as a form of report.

[ Process Monitoring ]
Process monitoring supervises and controls production lines or
special treatment processes able to apply to various process
systems such as semiconductors, conveyors, papermaking
process, plating process, fermentation process, etc. The most
appropriate application configurated for each process. Collects
information on whether a product is good or bad, output by
product and processing capability by process, and sends it to
managers.

[ Computerization of Power ]
Designed to obtain accurate data quickly by measuring and
monitoring/controlling power load in industrial fields of any kind,
and then calculate costs based on the analysis of expected load,
ultimately managing energy effectively.