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Install the floppy disk drive option (FDD) and you can save the LR recorder settings to several files on a floppy disk (FD). The measurement data can also be saved to FD via the internal buffer memory provided by the FDD option. Various memory functions, including data saving, triggers, pre-triggering, auto-save/load to and from FD, and ASCII conversion all come with the FDD option.
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- Auto-save
When saving measurement data, this function automatically copies the data to a FD after the data has been acquired by the internal buffer memory.
- Auto-load
When loading measurement data, this function copies the data saved on a FD to the internal buffer memory, then automatically outputs to the recording paper from the data in the internal buffer memory.
- Copying measurement data to FD
Specify either binary or ASCII format when copying data from the internal buffer memory to a FD.
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- Save settings for permanent storage (standard function)
By saving recorder settings such as range to an IC memory card, you can retrieve them later and start recording immediatelyuicker than re-setting the parameters one by one. The standard 8 KB memory card can store two setting files from the LR12000E, three from the LR8100E, and five from the LR4100E or LR4200E.
- Capture Detailed Measurement Data (optional function)
The optional IC memory cards with 256 KB or more (sold separately) let you capture and store up to 32,000 samples/channel. The data can be retrieved later in a variety of ways, and up to 47 files of settings can be stored. With the LR trigger functions, you can use the card not only for simple data storage and playback, but also as a backup memory to avoid losing data if a chart runs out during a run, or as a buffer to capture data ahead of the trigger when waiting for an alarm or other trigger event.
- IC Memory Card Reader
With the dedicated IC memory card reader (3781), you can use an office personal computer to read the IC memory card and analyze the stored data measured by an LR series recorder at the site or laboratory.
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Universal inputs let you wire DC voltage, thermocouple, or RTD inputs directly to the input terminal and begin recording simply by selecting the sensor type and range from the front panel; no longer do you have to waste time with external temperature converters, or with changing input modules for different sensor types.
There are 20 ranges for DC voltage, down to 0.1 mV sensitivity, and for temperature you can select from 12 types of thermocouple and 5 types of RTD. In the cryogenic region, gold-iron chromel (KPvsAu7Fe) and platinum-cobalt (J263*B) RTDs can measure from 0 to 300 K *1.
*1 0 K = -273.15 degrees Celsius.
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LR12000E / LR8100E / LR4100E / LR4200E |
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