Sensors in extreme areas

modular systems · ready to apply

LSProbe 1.2

6 GHz 3D E-Field Analyzer

The miniaturized 6 GHz 3D E-Field Analyzer LSProbe ensures unattended, uninterrupted measurements combined with high resolution, high speed and low noise over the entire test period. With the galvanically insulated power supply, the need for batteries is now eliminated. The field probe does not only measure average values but the time course of fields. With an unprecedented wide dynamic range and fast pulse response, LSProbe provides the user completely new measuring options. The LSProbe enables a higher efficiency through shorter and lower-cost testing intervals.

  • Frequency range from 10 kHz - 6 GHz
  • Fastest sampling rate (pulse measurement)
  • Highest precision (resolution and linearity)
  • Widest dynamic response for entire frequency range
  • Rugged, eye-safe optical system
  • No warm-up wait - immediate measurement
  • User-centered terms of warranty and service

Driver available for:

  • Rohde & Schwarz - EMC32 - Version 10.0
  • Nexio - BAT-EMC
  • Dare!! - RadiMation
  • Teseq - WIN 6000
  • Techno Science Japan - TEPTO
LS250 V2

250 mW sensor system with PC interface

Potential lead user can have their first experience with the LS250. The LS250 makes an optically powered sensor communication tangible for everyone. The universal interfaces ensure easy integration into customer-specific systems. The system enables energy-intensive applications and rapid feasibility studies for new sensors. With its maximum output power of 250 mW, it is applicable for the vast majority of electric sensors. The LS250 ADVANCED has the innovative and versatile LUMILOOP ASIC integrated for the first time.

  • Power supply system: laser source → glass fiber → solar cell
  • Full galvanic isolation through fiber optic cables (length up to 1,000 m)
  • Replaces shielded cables, batteries and transformers
  • Noise-free supply of sensors, actuators and transducers
  • Sensor down link data rate 25 Mbit/s
LS25-Ex

for explosion-prone areas

Das LS25-Ex ist so gestaltet, dass die optisch übertragene Leistung pro Faser 150 mW nicht überschreitet. Nach der initialen Aktivierung des Versorgungslasers wird das System durch eine Schnellabschalteinrichtung gesichert, die innerhalb einer Millisekunde auf den Verlust der Verbindung durch Abschaltung des Versorgungslasers reagiert. Das LS25-Ex Sensor-Interface beinhaltet einen Analog-Digitalwandler zum Messen von Spannungen. Energieversorgung und Ansteuerung des LS25-Ex-Sensorinterface erfolgt durch ein Computerinterface (CI-250). Beide Einheiten sind mittels Glasfasern (LWL) verbunden. Es besteht keine elektrisch leitende Verbindung zwischen CI-250 und LS25-Ex-Sensorinterface.

  • Classifiable according to DIN EN60079-28 Class I
  • Limited to 150 mW optical power
  • Optical power supply system: laser source → glass fiber → solar cell
  • Full galvanic isolation through fiber optic cables (length up to 1,000m)
  • Replaces shielded cables, batteries and transformers
  • Noise-free supply of sensors, actuators and transducers
  • Sensor down link data rate 25 Mbit/s
  • Analog input: 0 ... 5 V
  • Sampling rate: 30 kSamples/s

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