ELSYS

TraNET® FE 204
TraNET® FE 204 데이터 수집 장치는 유연하고 컴팩트한 과도 레코더 또는 데이터 로거로 다양한 어플리케이션에 사용할 수 있습니다. TraNET® FE 204는 4개 또는 8개의 싱글 엔드 입력 또는 4개의 디퍼렌셜 입력을 장착할 수 있습니다.
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TraNET® FE 204
Data Acquisition unit 4/8 channel
The TraNET® FE 204 data acquisition device is a flexible and compact transient recorder or data logger and can be used for various applications. The TraNET® FE 204 can be equipped with 4 or 8 single ended inputs or 4 differential inputs.
The devices are based on the Elsys data acquisition cards TPCE and therefore offer the same features and specifications.
- Sampling rate 2 – 240 MS/s per channel
- Single ended or differential inputs
- ± 50 mV to ±50V input range
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Data Acquisition
- Up to 240 MS/s sampling rate
- Up to 16 bit resolution
- Up to 128 MS memory per channel
- 4 or 8 channels Single Ended or 4 channels Differential.
- High precision of 0.03% of the input range
- Trigger possibilities on all channels
- Scope / Multi-Block / Continouse and ECR recording modes
- Digital inputs for monitoring
Instrument
- Recording possible without PC connected
- Up to 8 channels single ended, 4 channels differential
- Systems expandable up to 1024 channels via device synchronization
- LXI class C compatible
- GBit Ethernet connection with ZeroConf for easy integration into the network
- Data transmission via TCP/IP protocol for setting, recording and saving
- Synchronization via SyncLink connection or PTP (IEEE-1588)
- Built-in 400 GB SSD hard disk for long time recording
- Robust aluminum housing in four different sizes
- Integrated web server for status and configuration
- Incl. device case for safe transport
Dust-proof housing variant
Optionally, the TraNET FE devices are available as “Dust-Proof” variants. The dust-proof housings have no fans that blow air into or out of the device. This prevents dirt from getting into the device in dusty environments. The device is completely passively cooled.
- Operating temperature : 0 – 35°C
Event Controlled Recording (ECR)
Dual Mode
The dual mode is an extension of the ECR mode. Here, parallel to the recording of fast recorded ECR trigger events, the signals from all switched-on channels with usually relatively slow curve progressions are continuously recorded. With the help of a dual divisor, the clock rate for the slower, continuous recording can be set in relation to the fast sampling rate.
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