Measure - Control - Position

LCD-display | 7 decades for counting (digit height 11 mm) with sign, battery status and dimension unit |
Units | mm, inch |
Resolution | 0.1 mm |
Perspective | 12 o'clock |
Keyboard | foil with softkeys |
Power supply | 1.5 V |
Interface access sensor | RS485 |
Power consumption with sensor AZS (1,5 V) | ca. 220 µA (sleep mode) ca. 1 mA (normal operation without radio transmission) ca. 5 mA (normal operation with permanent radio transmission) |
Battery life | 1...3 years (depending on battery type and operating time) |
Operation temperature | 0... +50 °C |
Storage temperature | -20... +80 °C |
Humidity | max. 80%, not condensing |
Housing | plastic ABS, black |
Housing dimensions | W x H = 96 x 48 mm |
Installation depth incl. plug RJ45 | 57 mm / 48 mm (bended plug) |
Panel cut out | W x H = 93 x 45 mm |
Front area protection | IP43 |
868 MHz-radio module (Frequency range North America will be defined soon) | |
Range | up to 200 m (intervisibility) |
HF-data rate | 38 kbps |
Output power | type 2 dBm e.i.r.p.(10 dBm at 50 [Ohm]) |
Input sensivity | up to -102 dBm (-110 dBm at 50 [Ohm]) |
Frequency range | 868 - 868.6 MHz |
Channel spacing | 50 KHz |
Type of modulation | 2-FSK, MSK |
Antenna | integrated ceramic antenna |
Topology | point to point |
Transmission | bi-directional, half-duplex, with acknowledgement, with CRC-checksum, 5 x repetition of not receipted radio telegrams |
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For pole distance | 4 (8) mm |
Measuring principle | magnetic, absolute |
Measurement | linear |
Resolution | 62.5 µm |
Measuring lenght | max. 8.0 m |
Sensor cable lenght | 0.1 .... max. 20 m |
Sensor cable | drag-chain suitable, highly flexible, 4-wires, shielded |
Interface | RS485 |
Housing | Plastic, ABS |
Protection classification | IP67 |
Operation temperature | 0... +50 °C |
Storage temperature | -20... +80 °C |
Humidity | max. 80%, not condensing |
Installation position | user-defined |
Bend radius | min. 25 mm |
Distance sensor/tape | max. 1.5 mm |
Influence of external magnetic fields | external magnetic fields > 1 mT, which directly impinge upon the sensor, can affect the system accuracy |