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Stand Alone- High-Speed- Multifunction Data Loggers
OM-LGR-5325, OM-LGR-5327 and OM-LGR-5329
PLACE ORDER - 16 Analog Inputs up to ±30V
- 16-Bit Resolution
- 16 Industrial Digital Inputs up to 30V
- Single Form C Relay Digital Output Configurable for Triggering/Alarming
- 4 Counter Inputs (Quadrature Available)
- 4 GB SD Memory Card Included, Supports up to 32 GB
- Multi-Channel Analog and Digital Triggering
- Pushbutton Controls for Field Operation
Description
Description
The OM-LGR-5320 Series are highspeed, standalone data loggers foranalog and digital signals. Each module offers 16 analog inputs,16 digital inputs, one single Form C relay (0.5A) digital output fortriggering/alarming, and four counter/encoder inputs. Thesedevices allow users to collect high-speed correlated analog anddigital data without a computer. OM-LGR-5320 devices performhigh-speed, correlated measurements, up to 200 kS/s,directly to a Secure Digital (SD) or SDHC memory card. Utilizing theadvanced analog and digital triggering options, users can collectdata to monitor systems and events without dedicating a PC. TheOM-LGR-5320 loggers include easyto-use DAQLog software to configurethe devices and retrieve data via the USB interface or SD memory card.
Three models are available in the OM-LGR-5320 Series. TheOM-LGR-5325 features up to ±10V analog inputs, 100 kS/s sampling,four conventional counter inputs (non-quadrature), and singlechanneltrigger modes. The OM-LGR-5327 features up to±30V analog inputs, 200 kS/s sampling, four quadrature encoderinputs, and multi-channel trigger modes. The OM-LGR-5329 includesall the functionality of the OM-LGR-5327 plus isolated digital inputs.
Analog Input
16SE/8DE analog inputs are included on each data logger.The OM-LGR-5325 features multiple analog input gain rangesup to ±10V. The OM-LGR-5327 and OM-LGR-5329 add a ±30Vanalog input range for increased measurement capability. Each datalogger provides 16-bit resolution.
Correlated, High-Speed Sampling
The OM-LGR-5327 and OM-LGR-5329 can sample inputdata at up to 200 kS/s while the OM-LGR-5325 offers a 100 kS/ssample rate. Each module can sample all analog, digital, andcounter data synchronously, making it easy to compare timebetween all channels.
Configuration, Data Storage, and Retrieval
Each data logger can be configured through the SD memory card or viathe on-board USB port. Simply configure the logging session withthe included DAQLog software. All logging parameters are capturedon the SD memory card. A 4 GB SD memory card is included with eachdata logger. Memory cards up to 32 GB are supported for extendeddata collection. Data is retrieved by removing theSD memory card from the loggerand uploading to a PC or byconnecting to the USB port on the logger.
Triggering
OM-LGR-5320 Series data loggers offer multiple triggering options forstarting and stopping a data scan. These options vary by model.The OM-LGR-5325 features single-channel analog and digitaltriggering. The OM-LGR-5327 and OM-LGR-5329 offer multi-channeland pattern triggering options. Multiple trigger options allowcollection of only the desired data. External clocking is also supported.
Digital I/O
16 digital inputs are included with each data logger. These inputs canbe sampled synchronously with analog input data.The OM-LGR-5325 and OM-LGR-5327 feature up to28V digital inputs while the OM-LGR-5329 features up to 30Vdigital inputs. The digital inputs on the OM-LGR-5329 also provide500 Vdc isolation. Each data logger also features one digital output relaychannel. The Form C relay can be programmed via the includedDAQLog 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 quadratureand conventional counter inputs. Multiple count modes are alsosupported.
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 statusand activity state.
DAQLog Software
DAQLog Software is an easy to use application included with eachOM-LGR-5320 Series data logger. DAQLog uses a spreadsheet styleinterface 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
ANALOG INPUT CALIBRATION
Calibration Method: Factory calibration
Calibration Interval: 1 year
TRIGGERING
Mode External Digital via DTRIG (Pin 76):
Softwareconfigurable for rising or falling edge
External Analog via ATRIG (Pin 78):
See externalanalog trigger
Multi-Channel Analog
(OM-LGR-5327, OM-LGR-5329): Level-sensitive based on acquired data.
Up to 16-channels may beused as independent trigger sources.
Digital Pattern Trigger
(OM-LGR-5327, OM-LGR-5329):
Trigger when a user-defined 1 to 16 bit digital pattern is matched
onthe DIN0-DIN15 pins. Programmable mask bits.
External Digital Trigger Latency Non-Pretrigger Acquisition:
100 ns typical, 1 µs max
Pretrigger Acquisition: 1 scan period max
External Trigger Pulse Width: 1 µs min
Internal Trigger Latency:2* (1/per-channel sample rate)
EXTERNAL ANALOG TRIGGER
External Analog Trigger Source:
ATRIG input (pin 78)
Analog Trigger Input Ranges:
OM-LGR-5325: ±10V;
OM-LGR-5327, OM-LGR-5329: ±30 V, ±10V, software selectable
Absolute Maximum Input Voltage
OM-LGR-5325: ATRIG_IN to AGND, ±25V max (powerON/OFF);
OM-LGR-5327, OM-LGR-5329: ATRIG_IN to AGND, ±38V max (power ON/OFF)
Input Impedance
OM-LGR-5325: ±10V 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 range,10 GΩ (power ON), 1 GΩ (power OFF)
Trigger Modes: Configurable for positive or negative slope, level
Trigger/Hysteresis Resolution: 12 bits, 1 in 4096
Trigger/Hysteresis Levels: ±10V/4096 or ±30V/4096,software selectable
Trigger/Hysteresis Accuracy: ±2% of reading, ±50 mV offset
Latency: 1.5 µS
Full Power Bandwidth (-3 dB): 1 MHz
DIGITAL INPUT
Number of Inputs: 16-channels
OM-LGR-5325
Input Type: TTL
Input Voltage Range: 0 to 28V
Input Characteristics: 47 kΩ pull-down resistor, 39.2 kΩseries resistor
Max Input Voltage Level: 0 to +32V (power ON/OFF)
Min High Level Input Voltage Threshold: 2.0V max
Max Low Level Input Voltage Threshold: 0.8V min
OM-LGR-5327
Input Type: TTL
Input Voltage Range: 0 to 28V
Input Characteristics: 47 kΩpull-down resistor, 39.2 kΩ series resistor
Max Input Voltage Level:0 to 32V (power ON/OFF)
Min High Level Input Voltage Threshold: 2.0V max
Max Low Level Input Voltage Threshold: 0.8V min
Event Logging: Change of state, pattern recognition;
event timestamped using real time clock
OM-LGR-5329
Input Type: Industrial
Input Voltage Range: 0 to 30V
Input Characteristics: Resistor divider 39.2 kΩ series resistor
and 10 kΩ shunt resistor connected to IGND
Max Input Voltage Level: 36V (power ON/OFF)
Min High Level Input Voltage Threshold: 10.04V max
Max Low Level Input Voltage Threshold: 3.85V min
Event Logging: Change of state, pattern recognition;
event timestamped using real time clock
Isolation: 500 Vdc min
DIGITAL OUTPUT
Number of Outputs: 1
Type: Mechanical relay, NEC ED2/EF2 series
Relay Configuration: 1 Form C
Relay Contact Resistance: 0.075 Ω
Relay Contact Operate Time: 3 mS (excluding bounce)
Relay Contact Release Time: 2 ms (excluding bounce)
Relay Insulation Resistance: 1000 MΩ at 500 Vdc
Relay Contact Ratings Max Switching Voltage: 220 Vdc/250 Vac
Max Switching Current: 1.0 A
Max Carrying Current: 2.0 A
COUNTERS
OM-LGR-5325
Counter Type: Conventional
Number of Channels: 4
Inputs: Counter, Up/Down, Gate
Resolution: Fixed 32-bit or as sized by the modulo register
Count Modes: Up/down, period/frequency, Modulo n
De-Bounce Times (Programmable): 16 steps from 500 ns to 25 ms;
positive or negative edge sensitive; glitch detect mode or de-bounce mode
Time-Base Accuracy: 50 ppm
Input Voltage Range: 0 to 5.5V
Input Type: TTL
Input Characteristics: 49.9 kΩ pull-down resistor
Max Input Voltage Range: -0.5V to 7.0V
Input High Voltage: 2.0V
Input Low Voltage: 0.8V
OM-LGR-5327, OM-LGR-5329
Counter Type: Quadrature and conventional (x1, x2, x4)
Number of Channels: 4
Inputs: Phase A+/A-, Phase B+/B-, Index ±
Resolution: Fixed 32-bit or as sized by the modulo register
Count Modes: Quadrature, up/down, period/frequency, Modulo n
De-Bounce Times (Programmable): 16 steps from 500 ns to 25 ms;
positive or negative edge sensitive; glitch detect mode or de-bounce mode
Time-Base Accuracy: 50 ppm
Receiver Type: Quad differential receiver
Configuration: Each channel consists of Phase A input, Phase Binput and Index input;
each input switch selectable as single-endedor differential
Differential: Phase A, Phase B and Index (+) inputs at user connectorrouted to (+) inputs
of differential receiver. Phase A, Phase B andIndex (-) inputs at user connector routed to
(-) inputs of differentialreceiver.
Single-Ended: Phase A, Phase B and Index (+) inputs at userconnector routed to (+) inputs of differential receiver. Phase A,Phase B and Index (-) inputs at user connector routed to ground.
(-) Inputs of differential receiver routed to +3V reference.
Common Mode Input Voltage Range: ±12V max
Differential Input Voltage Range: ±12V max
Input Sensitivity: ±200 mV
Input Hysteresis: 50 mV typ
Input Impedance: 12 kΩ min
Absolute Maximum Input Voltage: Differential, ±14V max
SOFTWARE
Operating System: Windows XP SP2/VISTA and 7 (32-bit and 64-bit)
POWER
External Power Supply: 9V min, 30V max
ENVIRONMENTAL
Operating Temperature Range: 0 to 55°C (32 to 131°F)
Storage Temperature Range: -40 to 85°C (-40 to 185°F)
Humidity: 0 to 90% RH non-condensing
MECHANICAL
Dimensions: 241 x 127 x 44.5 mm H(9.5 x 5.0 x 1.75")
Weight: 0.52 kg (1.15 lb)
SHOCK AND VIBRATION SPECIFICATIONS
Mechanical Shock
Operating: 50 g, 3 msec half sine; 30 g, 11 msec half sine; 3 hits perface for a total of 18 hits
(18 hits at 50 g, 18 hits at 30 g)
Standard: IEC 60068-2-27
RANDOM VIBRATION
Frequency Hz: 10-500
Vibration Level: 5 grms
Test Time: 100 minutes/axis
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