抗干扰,操作无忧
测量系统集成的多样性保证了数据传输过程中获得最优的抗噪声能力。而且,在实际测量信号的传输过程中,错误检测冗余也一并进行。
这一技术确保接收单元正确地发送数据。
用户可自由规划传输频率,从而避免与已经使用的频率相同,还能够平行建立和使用多个遥测系统。
Technical data
| General | Value | Comments |
|---|---|---|
| Voltage supply | 9 up to 36 V DC | |
| Power consumption | < 5 W | |
| CAN interface | CAN 2.0b, Standard- & Extended-Identifier, Freely programmable up to max. 1 MBaud | Connection according to ISO 11898, galvanically-isolated |
| Analog output | 6 BNC jacks | Channels freely assignable, output max. ±10 V |
| Autozero | remote controlled | |
| Antennas | 2 independent receiver systems operating in diversity mode | |
| Storage | SD card (SDHC) | |
| Synchronization | Synchronized sampling & regulated transmission frequencies of up to 4 transmitter units (SCTs) | |
| Temperature range | -20°C to +65°C | |
| Display | 2.83 inch OLED, 320 x 240 px | |
| Dimensions | ca. 170 x 130 x 53 mm | |
| Weight | ca. 0.8 kg | |
| Option: speed recording | input for yaw rate sensor | Online calculation of power from the torsional moment and speed |
| Option: data logger | storage of measured data on integrated SD card | in preparation |




