C500DA101 Omron, C500DA101 Datasheet - Page 80

• Manufacturer Part Number: C500DA101
• Description: ANALOG OUTPUT UNIT
• Manufacturer: Omron

Specifications of C500DA101

• Leaded Process Compatible: No
• Peak Reflow Compatible (260 C): No
• No. Of Analog Outputs: 4
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

5-1-4 Functions
Specifications and General Information
The C500-AD501 Analog Input Unit offers maximum application flexibility and
high performance processing by combining the latest in analog and software
technology to provide the following features.
• Flexible configuration options
• High point density
• High accuracy and conversion speed
• Advanced functions
• Advanced digital state-of-the-art calibration thereby eliminating potentiome-
The following table lists the functions of the C500-AD501.
Refer to 5-6 Functions for details on special functions.
Input point
enable/disable settings
Input signal range
settings
Binary/BCD settings
for output data
Pointer word
Scaling
Filtering
Averaging
Peak hold
High/low alarms
Over-range and
under-range errors
EEPROM parameter
storage
ters, and no need to perform calibrations during the life of the Unit.
Function
Only the input points that will be used can be enabled,
preventing processing for unused points to increase
processing speed.
The input signal range can be set separately for each
input point.
The data format for converted and processed data can be
set to either binary or BCD.
The pointer word can be set to specify the first word to be
read or written using the I/O READ or I/O WRITE
instructions. Processing speed is increased because only
the required words are read or written.
Converted data can be converted full-scale between upper
and lower limits sets by the user.
A filter can be set to prevent the output data from
changing rapidly even if the input value changes rapidly.
This function can be used to reduce errors that can occur
as a result of inductive noise.
An averaging function can be used to output an averaged
based on a specific number of samples. This function can
be used to reduce errors that can occur as a result of
noise on the analog input signal.
The peak hold function enables outputting the maximum
converted value.
High and low limits can be set to turn ON High or Low
Alarm Flags when the converted data exceeds one of the
limits.
An Out-of-range Error Flag is turned ON when the input
signal exceeds the set input signal range.
Parameters can be stored in EEPROM so that they are
used automatically at startup.
Description
Section
5-1
65