ADF16HR-03
ADF16HR-03
Titan Mini-recorder.
Model |
ADF16HR-03 |
Number Of Channels |
16 Fault-tolerant Channels On a Single DB37F Connector
|
Sample Rate |
High Speed Operation - Up To 10,000 Samples Per Second Per Channel
Low Speed Operation - Up To 1,200 Samples Per Second Per Channel |
Programmable Gain |
From 1/16 To 512; ??32V Full Scale Input Voltage Max. |
Programmable Filter |
10 Pole Linear Phase Tracking Filter For Scan Rates Up To 10K Samples/Second
8 Pole Butterworth For Scan Rates Up To 1,200 Samples Per Second |
Calibration Modes |
Resistive(RCal):??100K Ohms Per Channel(Shunt Calibration)
Voltage(VCal):Precision Positive And Negative Calibration Voltages Provided |
Excitation |
Fixed 2.048 Volts |
Analog Sensor Support |
Full Bridge Resistive Type-Strain Gauges, Loadcells, Accelerometers, ETC.
Voltage Input-Up To ??32 Volts
Tachometer/Totalizer(Frequencies Up To 7KHZ)
Thermocouples J, K, & T |
Digital Sensor Support (Via Titan Digital Pod) |
SAE J1939, ISO 15765, 3DM-GX3 IMU, And Multiple Wheel Force Transducer Protocols,
Including Kistler And Michigan Scientific |
GPS |
Optional GPS Support For The Garmin 18X-5Hz; PPS Support |
PC Operation |
Remote Recording And Control Via USB |
Stand-alone Operation |
Via On-board Switches |
Recording Media |
Secure Digital(SD) Memory Card, 2GB(Furnished), Up To 16GB Supported |
Power Requirement |
11-32 VDC |
Dimensions |
12?? ??10.6????8??(L??W??H) |
• Stand-alone Recording To SD Memory Card For Up To 16 Channels.
• Records Directly To a PC Via USB.
• High Performance Analog Front-end With Full Balance And Calibration Loopback Features.
• Onboard Controls For In-the-field Recording And Calibration Operations.
• Compact Size, Light Weight And Low Power Consumption Make The Device Suitable
For In-vehicle Application.
• Interfaces With other Titan Products To Provide Up To 384 Analog Channels, Plus Digital Channels.
• GPS And Digital Sensor Recording Supported.
• Analog Sensor Inputs Via DB-37 Connection.
• Durability & Fatigue
• Vehicle Dynamics
• Acoustics
• Noise & Vibration Analysis
• Ride Quality Assessment
• Shock