FL1C IDEC SmartRelay is no longer just a
timer/counter replacement, but is now equipped with
the functionality of a micro PLC. IDEC has found that
customers require a more sophisticated controller that
is reasonably priced and is easy to program. The FL1C
meets that requirement!
Some of the improved features include a 32-bit
processor that provides faster scan time, double the
program memory, and 130 function blocks for
programming. The number of counters and timers that
can be programmed into the IDEC SmartRelay is
unlimited. Think of all the components that you can
replace with just one IDEC SmartRelay! It has a 4 x 12
character backlit LCD screen, shift registers, and
cursor keys that can be configured as inputs. In
addition, with the new memory cartridge, you can
define the system security allowing for more
flexibility and versatility.
Seven different base modules are available with
voltage ranges from 12V DC, 24V AC/DC to 100-240V
AC/DC. Each CPU module has 12 built-in I/O points (8
inputs/4 outputs), a real-time clock, and calendar.
There are five available expansion I/O modules and
two communication modules, which work with any FL1C
series IDEC SmartRelay CPU. Four are combination I/O
modules with 4 input and 4 output points. There are
also LonWorks and AS-Interface communication modules,
and a 2-point analog input module. Maximum I/O
configuration for the FL1C IDEC SmartRelay is 24
digital inputs, 16 digital outputs, and 8 analog
inputs.
WindLGC is the software that enables you to edit,
save, and print your IDEC SmartRelay programs. The
upgrade to version 4.0 provides additional
enhancements that allow for greater ease in using the
FL1C series. WindLGC version 4.0 now offers the
ability for the user to program using ladder language.
Other new features include online monitoring, program
comparison, time simulation, and four new function
blocks. It is as easy as clicking and linking the
function blocks you need to get your program up and
running. Complicated circuits can be devised using the
convenient features of WindLGC. Utilize an analog
signal as a set point for timers/counters and a
decimal point for analog values. Still available is
the ability to program in function blocks and to save
programs in PDF or JPG format.
