2
Triggering
OM-LGR-5320 Series data loggers
offer multiple triggering options for
starting and stopping a data scan.
These options vary by model.
The OM-LGR-5325 features
single-channel analog and digital
triggering.
The OM-LGR-5327 and
OM-LGR-5329 offer multi-channel
and pattern triggering options.
Multiple trigger options allow
collection of only the desired data.
External clocking is also supported.
Digital I/O
16 digital inputs are included with
each data logger. These inputs can
be sampled synchronously with
analog input data.
The OM-LGR-5325 and
OM-LGR-5327 feature up to
28V digital inputs while the
OM-LGR-5329 features up to 30V
digital inputs. The digital inputs on
the OM-LGR-5329 also provide
500 Vdc isolation. Each data logger
also features one digital output relay
channel. The Form C relay can be
programmed via the included
DAQLog software to alarm when
desired conditions are met.
Counters
Four counter inputs are built into
the OM-LGR-5320 Series.
The OM-LGR-5325 features
conventional up/down counters.
The OM-LGR-5327 and
OM-LGR-5329 include quadrature
and conventional counter inputs.
Multiple count modes are also
supported.
Pushbutton
Logging Controls
Onboard one touch logging controls
are featured on each module for
quick and simple operation. These
controls can be used for a variety of
functions including:
• Configuration loading from SD
memory card
• Start/stop logging
• Force trigger/user event
• Device reset
• Control of status LEDs
LEDs on each module provide
instant logging and trigger status
and activity state.
DAQLog Software
DAQLog Software is an easy to use
application included with each
OM-LGR-5320 Series data logger.
DAQLog uses a spreadsheet style
interface that allows simple setup of
channel and logging parameters.
DAQLog includes the following
functions:
• Data logger configuration
• Channel setup
• Trigger setup
• Data conversion
• Scan rate and acquisition length
• Trigger, event, and alarm
parameters
Data can be saved in .csv format for
easy import into Excel®.
Specifications
ANALOG INPUT
A/D Converter: 16-bit successive
approximation type
Input Ranges: Software selectable
per channel;
OM-LGR-5325: ±10V, ±5V, ±1V;
OM-LGR-5327, OM-LGR-5329:
±30V, ±10V, ±5V, ±1V
Number of Channels:
8 differential/16 single-ended,
software configurable
Input Configuration: Multiplexed
Absolute Max Input Voltage:
OM-LGR-5325: CH_x to AGND,
±25V max (power ON/OFF);
OM-LGR-5327, OM-LGR-5329:
CH_x to AGND, ±38V max
(power ON/OFF)
Input Impedance
OM-LGR-5325: ±10V, ±5V,
±1V range, 10 GΩ (power ON),
1 kΩ (power OFF)
OM-LGR-5327, OM-LGR-5329:
±30V range, 1 MΩ (power ON),
1 GΩ (power OFF); ±10V, ±5V,
±1V range, 10 GΩ (power ON),
1 GΩ (power OFF)
Input Leakage Current: ±100 pA
Input Capacitance: ±30V range,
90 pf; ±10V, ±5V, ±1V range,
55 pf
Max Working Voltage (Signal+
Common Mode): ±30V range,
±30.05V;±10V, ±5V, ±1V range,
±10.2V
Common Mode Rejection Ratio:
fin = 60 Hz, ±30V range, 65 dB min;
fin = 60 Hz, all other ranges,
75 dB min
Crosstalk: DC to 25 kHz, adjacent
differential mode channels, -80 dB
ADC Resolution: 16-bits
Input Bandwidth (-3 dB):
All input ranges, 450 kHz min
Input Coupling: DC
Max Sample Rate:
OM-LGR-5325: 100 kHz;
OM-LGR-5327, OM-LGR-5329:
200 kHz
A/D Pacing Sources: See input
sequencer section
Warm Up Time: 30 minutes, min
Absolute Accuracy: All ranges,
0.07% FSR
Noise: Differential mode, 2 LSB rms
Acquired data files
are easily opened
in programs such
as Excel.
Logging parameters
are configured via
DAQLog software.
To Order, Call or Shop Online at
omega.com
SM