3D E-Field Probe – laser-powered, 10 kHz to 8.2 GHz: LSProbe 1.2 E | LUMILOOP GmbH
Laser-powered LUMILOOP LSProbe 1.2 E 3D E-field probe, 10 kHz to 8.2 GHz. Old Demo Unit with 2026 service/update and new factory calibration.
Old Demo Unit – serviced and newly factory calibrated
Year of manufacture: 11/2017
Service/update: 2026
Special Price: €6,000.00
Calibration: new factory calibration
Warranty: 6 months after delivery
Please note: this is a demo unit, not a used/second-hand product.
The LUMILOOP LSProbe 1.2 Variant E is a laser-powered 3D E-field probe for EMC and RF measurements over a frequency range of 10 kHz to 8.2 GHz.
The package includes the LSProbe 1.2 CI-250 1.2 computer interface and the corresponding LSProbe 1.2 software package.
Advantages
- Laser-powered 3D E-field probe: designed for electric field measurements in EMC and RF applications.
- Wide frequency range: measurement range from 10 kHz to 8.2 GHz.
- Complete measurement system: CI-250 1.2 computer interface and LSProbe 1.2 software package are included.
- Updated instrument: service/update performed in 2026.
- New factory calibration: the offered instrument is supplied with a new factory calibration.
Key features
- Manufacturer: LUMILOOP
- Model: LSProbe 1.2 Variant E
- Product type: laser-powered 3D E-field probe
- Frequency range: 10 kHz to 8.2 GHz
- Computer interface: CI-250 1.2
- Software: LSProbe 1.2 software package
- Unit condition: Old Demo Unit
- Year of manufacture: 11/2017
- Service/update: 2026
- Calibration: new factory calibration
Typical applications
- Electric field measurements for EMC testing
- RF field measurements in laboratory and test environments
- Electric field measurement and characterization
- Evaluation of electromagnetic environments
Additional information
The offered Old Demo Unit was manufactured in November 2017 and received a service/update in 2026. The instrument is supplied with a new factory calibration. A 6-month warranty after delivery is provided.
EMCO Elektronik provides technical support for the LSProbe 1.2 E and can assist with the evaluation and integration of the probe into existing EMC and RF measurement environments.
