8-Channel
10-bit AD (DA unused), or 6-Channel 10-bit AD + 2-channel DA
2-Channel
8-bit D/A Outputs (0-5V)
24
Digital Outputs
includes 2 x PWM outputs
includes 2 x stepper motor pulse outputs include 8 relay outputs.
32
Opto Digital Inputs (24V NPN)
includes special inputs such as
interrupts, high speed encoder, etc.
U$ 404
10
Analog I/O
8-Channel 10-bit AD
(DA unused), or 6-Channel 10-bit AD + 2-channel DA
2-Channel 8-bit D/A
Outputs (0-5V)
32
Digital Outputs
includes 2 x PWM outputs
includes 2 x stepper motor pulse outputs
48 Opto Digital
Inputs (24V NPN)
includes special inputs such as
interrupts, high speed encoder, etc.
U$ 474
Starter
kit U$ 474
Starter
kit U$ 544
Why
SUPER PLCs?
Very
fast program development cycle
You
will discover how incredibly fast and easy you can complete a relatively
complex programming job using the Ladder+BASIC language. With the escalating
cost of programmers today, shorter development time means greater cost
saving for companies.
Extremely
easy to learn
Our
TRiLOGI software, with its built-in real time simulation capability, is
used by many colleges to train students in PLC programming. (Click on
"Downloads" tab to get the software for free) It often takes
less than half an hour to learn to create your own ladder logic program
and run a simulation test on your own PC. You can fully evaluate the capability
and ease of use of our PLCs with absolutely no risk!
Powerful
You
get built-in analog I/Os, LCD port, PWM, stepper motor controllers, interrupts,
encoder inputs, pulse frequency measurement, real time clock, RS232 ports,
RS485 networking port, PID and more! Each Super PLC incorporates an arsenal
of built-in hardware that only exists as expensive add-on options on most
other PLC-brands. In addition, the built-in BASIC commands greatly simplify
the use of these hardware.
TCP/IP
Super PLC users are the first ones to be able to remotely
program and control their PLCs via the INTERNET using an Internet Explorer
or Netscape browser found in any PC. Such capability allows OEMs to remotely
troubleshoot or upgrade software for their equipment without spending
a fortune to travel to far away locations.
.
Dynamic
Data Exchange
Super
PLC users are also able to collect data remotely
via the Internet or via the corporate LAN and have the data stored
in Excel Spreadsheet for analysis or charting (requires TRi-ExcelLink software). You can also create your own PLC control GUI applet
very easily.
Low Cost
The
Super PLCs are designed to be embedded into cost-sensitive OEM applications,
hence their prices are kept low so much so that some users who are used
to paying big bucks for other PLC brands actually thought that it is unreal!
You owe it to yourself to discover how the Super PLCs can actually enhance
your product capability while helping you save cost at the same time!
What
about the Programming Software?
Most PLCs in the industry are programmed by a
highly specialized, well-established programming language called "Ladder
Logic". Ladder Logic programming has its strength in handling single
bit digital I/O programming, but it is at best an awkward language for
data processing where numerical data needs to be manipulated.
Have you tried to develop a communication program,
initializing an analog module or tried to develop a non included protocol
or function in your current PLC? This is the case when you will value
our PLCs
On the other hand, desktop computers are typically
programmed by high-level languages such as BASIC, C, PASCAL, C++, Java
etc. These powerful programming languages are designed for data processing,
but they are not oriented towards flipping single bit digital I/Os.
By combining these two most important branches
of programming languages into one single, seamless entity, we had invented
the industry first "Ladder + BASIC"
language that can easily handle sophisticated tasks with just a few lines
of codes. We have also developed a family of M-series Super PLCs that
are exclusively programmed in Ladder + BASIC language, using our highly
acclaimed TRiLOGI PLC programming Editor, Compiler and Simulator software.
Take
a look to our software TL5.1
As you
can see, part of the program can be written in Ladder, using normal open
and close contacts.
Be aware, this complex program will take only
TWO lines since the important tasks can be developed in BASIC language.
The Function #10 ( written in TBASIC) is a "differentiated" function which means that will be executed only once when triggered
If
we take a close look to the Function #10 we will see that it's a simple
program in TBASIC
When you press "Start"
and then the button "Greetings" , your PLC will greet you either
"Good Morning", "Good Afternoon" or "Good Evening"
on its LCD display ( Could be our U$35 MDLCD216 display) depending on
the time of the day.
Note: You only need to use the TBASIC language
as and when
needed as demonstrated in this case. Otherwise, the PLC will happily execute
standard ladder logic circuit based on AND, OR, NOT, timers, counters
only!
TBASIC
includes a powerful set of control instructions, that allow easy solution
for complex programming tasks.
In one single function
we would get the analog value of a sensor , connected to the Analog Port
2, do the mathematics and conversion of this 0- 5VDC voltage into a normal
temperature range and then show it in Row 2,Column 1 on the LCD Display.
You will obtain:
Room Temp= XX ºC
Could you
imagine, just one line to do it all!
TOGGLEIO
OUTPUT5
When you use the TOGGLEIO
instruction triggered by an input contact, the specified output ( in this
case output 5 ) will alternate its state. If it was ON will be turned
OFF and viceversa. In other words, every time you press a buttons connected
at a single input you can turn on or off an output. No need for separate
START- STOP buttons
Have you tried to do this using other programming
techniques as ladder, RLL Plus or Stage programming? This require a lot
of programming knowledge
FOR
I=0 TO 5
DM[I]=READMODBUS(13,8,16+I)
NEXT I
MODBUS RTU is a non
easy communication issue when related to most of the PLCs. With our SuperPLC
T100 series and the TBASIC, this is a quite easy work. In the above example
the registers from 16 to 21 will be read from the SLAVE 8, thru port #3
on the PLC and stored in memory from DM[0] up to DM[5]. For MODBUS ASCII
just change 13 by 3.
MODBUS Protocol couldn't
be easier!
By the way, did you know that both
ports in our PLCs can talk several protocols different and simultaneously?
Even more, with TBASIC you can write any protocol you need or want
STEPSPEED
1,5000,100 STEPMOVE 1, 100000,20
Incredible
for those who work motion control with PLCs!
Just two instructions to define motion profiles
on Stepper motors or Servo drives.
The first instruction configures channel 1 to a
maximum speed of 5000pps, taking 100 steps to reach the full speed.
The stepper motor is programmed to rotate 100000
pulses and when completed the relay 20 is turned on.
Hey, our PLCs are the only ones
with Two motion channels included in starting prices of just
U$ 214!
We welcome any technical institutes and colleges to use the TRiLOGI software and PLC Trainers to train students on ladder logic programming at no charge at all! We would appreciate it if you could email to us at: sales@latin-tech.net to inform us that you will be providing a link to our website at: www.lt-automation.com so that the students can download the TRiLOGI software from our web page to do their homework! Suggestions and feedback on our products would be greatly appreciated. Please tell your friends and colleagues about the program if you enjoy using it.
"I use TRiLOGI in the college classroom. I have each student download and install TRiLOGI on their home computer, and I then give them programming assignments to do at home. They individually write, run and debug their PLC programs, and then email their program files to me for testing and grading. Since TRiLOGI will simulate PLC operation off-line, each student is able to obtain hands-on programming and debugging experience without having to wait for their turn on an expensive laboratory PLC. The students enjoy using TRiLOGI because they can see their programs run at home without loading them into an actual PLC, it is easy to learn, and the cost for the off-line version is zero."
DIN riel for MD and H series
DIN riel for MX and T40H
16 Bits
of resolution, RS485 connection. Can be connected to other PLC brands
A
lot of low cost options to connect to our PLCs
NEW
TECHNOLOGIES FOR OUR SUPER PLCS
You
probably know that the TLServer program provided in the TRiLOGI software
package already allows the PLCs to be connected to the LAN or the Internet
without buying additional hardware. But since TLServer is a software it
needs to run on a PC for 24/7 without crashing.
With
the XServer, you no longer need any PC since the XServer itself is a standalone
computer with firmware that incorporates most of the functionality of
TLServer. The XServer allows up to 4 simultaneous TCP/IP connections,
hence client programs such as the TRiLOGI/ExcelLink clients or your own
Java program can connect to the PLC via the XServer simultaneously.
An
XServer can provide TCP/IP connection to a single PLC via its RS232 port,
or to as many as 255 PLCs if you connect the XServer to the PLC's RS485
ports via an Auto485 converter.
When
connected to a single PLC, the PLC program can command the XServer to
send out emails with dynamic real-time contents or to open a TCP/IP connection
to a remote TLServer or XServer and communicate with a remote PLC! This
is sometime known as "M2M" (machine-to-machine) communication
and can vastly expand the control reach of your PLC!
Ethernet
XServer
The
extremely compact, 1.5"(W) x 2.75"(L) Ethernet XServer lets
you add an instant Ethernet port to your M-series PLCs. When connected
to your office or home network, it provides a continuously operating TCP/IP
gateway to the PLCs to allow for remote programming, monitoring and controling
of the PLCs via the LAN or the Internet.
GET
IN TOUCH WITH YOUR PLCS USING A WEB BROWSER
What any othe PLC you know
will allow to do this at so low cost ?
The
XServer can host up to 6 Java applets which can be opened from any Java-enabled
web-browsers such as the Internet Explorer
or the Netscape Navigator. Currently, all
XServers are shipped with a free, generic
control panel with some red and green push buttons/lamps and 4 numerical
variables as well as a replica of what's displayed on the PLC's LCD display
(as shown in the figure to the left).
The user can easily integrate this control applet
into their PLC program with customized legends of the push buttons and
variables without writing a single line of Java code! This is likely to
be fastest way of adding a Web-based HMI to your equipment without learning
anything about Java programming! You can even use a PDA such as Pocket
PC or Palm with Java support to use the Applet to control your equipment,
as shown in the figure on the left.Please read the XServer User Manual to find out
more about this wonderful free web-based HMI. Mid to high volume OEM users
(more than 200 units per year) may also order custom-made Java Applet
to suit your applications.
WIRELESS
COMMUNICATIONS and Wi-Fi LANs
If
your company already has a Wireless LAN infrastructure in place, then
you can connect the XServer to your Wireless LAN easily by means of an
inexpensive Wireless Ethernet bridge, such as the WET11 made by Linksys.
All you need to do is to first set up the WET11 to integrate into your
Wi-Fi network, and then just connect a CAT5 cable between the WET11 and
the XServer Ethernet port and your XServer (along with your PLCs) will
instantly become a member of your Corporate LAN! Imagine yourself walking
on any place and looking to your DATA in your wireless pocket PC or PDA
PLC
networking via Internet using Ethernet XServer
If
you are still not convinced please download the demo program and the manuals
in our Downloads section
For pricing,
questions and/or ordering please Contact
us
