Model:TMR-300
Use:Multi-recorder TMR-300 Series is a compact multi-channel data acquisition system that can combine various measurement units according to the purpose of measurement.
Multi-recorder TMR-300 Series is a compact multi-channel data acquisition system that can combine various measurement units according to the purpose of measurement. Due to its compact size and light weight, the system can be easily installed for measurement not only on existing structures such as machines and bridges in which the installation space is restricted, but also on moving bodies such as automobiles, aircrafts and ships. For the measurement of automobiles, the system is applicable to sensors used for various purposes of tests including traveling performance, maneuverability, ride comfort and safety.Up to ten measurement units for inputting sensors can be connected together and placed in a small space, or each measurement unit can be installed in the vicinity of sensors by connecting the measurement units in series with a control cable. Furthermore, the use of distribution unitallows synchronized measurement of measurement units installed in a wide area.
The control unit is equipped with interfaces for control. Various settings and start/stop of measurement is controlled using the display unit. Control is also possible from a personal computer through USB or LAN interface. The built-in wireless LAN enables operation and monitor display using a tablet PC. (Built-in wireless LAN is not available for overseas model.)
In addition, CAN-GPS unit TMR-351 and IEPE sensor input unit TMR-361 are now under development.
A wireless LAN(*) is built in the TMR-311. It enables operation and monitoring using a tablet PC.(*) Built-in wireless LAN is not available for overseas model.
Control unit TMR-311 | ||||||
This works as the central unit of multi-recorder system. It controls, supplies power to and collects data from the connected measurement units. Up to ten measurement units can be controlled for measurement of 80 points at maximum. | ||||||
By the connection of display unit TMR-381, stand-alone control of multi-recorder becomes possible such as setting of various units, measurement control (balancing / measurement start and stop / automatic measurement setting), monitoring (T-Y sweep / Y-T cont. / X-Y / numerical) and setting file management. When dedicated I/F cable is used for connection, external power source is not required because this unit is operated by the power supply from the control unit TMR-311. It is also possible to use a LAN cable for connection. In this case, extension is possible up to 100 meters and a USB mobile battery can be used as the power source.
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Strain Full Bridge Unit TMR-321 | ||||||
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This unit is for measurement of strain in full bridge connection. Measurement of DC voltage is also possible by using optional attenuator cable (CR-4010). | ||||||
Strain 1G2G4G unit TMR-322 | ||||||
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This unit is for measurement of strain. Using the supplied detachable bridge box (SB-120T or SB-350T;selected when ordering) or terminal block, measurement in quarter bridge 3-wire, half bridge and full bridge connection is possible. | ||||||
Carrier type strain unit TMR-323 | ||||||
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This unit is for measurement of strain in full bridge connection with carrier wave bridge excitation, which is resistant to noise. It is the most suitable for the measurement on site where induction noise or commercial power noise is expected. | ||||||
Voltage Input Unit TMR-331 | ||||||
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This unit is for measurement of DC voltage within the range of ±52 V. | ||||||
Voltage output Unit TMR-341 | ||||||
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Conversion and output of data in analog voltage for strain, temperature, etc. measured by other units. | ||||||
Thermocouple / Voltage Unit TMR-332 | ||||||
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This unit is for measurement of temperature with thermocouple T, K or J, and also for measurement of DC voltage within ±20 V. Since the terminal blocks for connection are detachable from the unit main body, connection works can be made easily. | ||||||
CAN Unit TMR-351 |
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Built-in CAN interface enables data recording and output from CAN bus Simultaneous measurement of vehicle integrated control signals, acceleration, torque, and stress, enabling control system analysis. |
Digital Input/Output Unit TMR-353 |

Count and frequency conversion functionality for digital pulse signal from rotary encoder and/or speed sensor
Various kind of digital input/output signal is available necessary for measurement Trigger signal (start measuring) input,
sampling clock input/output and alarm signal (upper and lower limit setting) output
Charge Amplifier Unit TMR-361 |

Higher frequency response and higher operable temperature range Compatible for piezoelectric accelerometers
Distribution unit TMR-371 | |||
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This is an interface unit to enable distributed connection of measurement units. Up to ten measurement units can be arranged in star-type connection using STP cable (100 m at maximum). | |||
Distribution adaptor TMR-371-1 | |||
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This adapter is connected to each measurement unit. The STP cable coming from the TMR-371 is connected to this adapter. Since the power is supplied from the control unit TMR-311, no power supply is required at the site of measurement. | |||
Synchronization Unit TMR-372 |
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The TMR-372 synchronization unit enables synchronous measurement of the TMR-300 series and TMR-200 series. In combination with the TMR-211 control unit, up to four units can be used for sampling and trigger synchronous measurement. |
High-Speed Strain Full Bridge Unit TMR-324 |
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The unit samples signals from sensors at a maximum rate of 1 MHz and records the data. Applicable sensors include strain sensors using the 4-gauge method and strain gauge-type transducers. Additionally, voltage measurements are possible by using attenuator cables. |
IEPE Unit TMR-362 |
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This is an IEPE sensor unit designed for use with the TMR-300 Series Multi Recorder. It is compatible with ICP® / IEPE Sensors *IEPE: Integrated Electronic Piezo-Electric |
GPS Unit TMR-354 |
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This unit is a component of the “Automobile Related Measurement System” and records driving position information from the Global Positioning System (GPS). |