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}  } 
LSProbe Floor Probe Stand
The LSProbe Floor Probe Stand allows for mounting single and multiple LSProbes in different heights, defined in the international standards. The table below shows a selection only.
ISO 11451-2 Holder for three LSProbes in one level ISO 11451-2 Four vertical aligned probes in pre-defined heights IEC 61000-4-3 16 Point field uniformity validation, vertical alignment of the four field probes of the LSProbe Multi-Probe System, using one LSProbe Floor Probe Stands IEC 61000-4-21 Positioning of the eight field probes of the LSProbe Multi-Probe System at the corner points of the testing volume, using four LSProbe Floor Probe Stands
Features of LSProbe Floor Probe Stand
Optimized for IEC 61000-4-3 16 point field homogeneity validation
Metal-free base and pole
No directional reflection from round pole
Ruler shows LSProbe height above ground
Lockable swivel castors
Base features slots for repeated alignment (matching Edding 3000 pen included)
Lightweight construction
Low RF absorption material
Mountable at any angle
Two mounting positions for LSProbe
Further single probe holder and mounts available
Downloads & Documents
For further information please click the buttons.
Stands for E-Field Probes
Tabletop Probe Stand – Base
The table top probe stand base allows for mounting the pole for positioning the field probe.
Part No.: 1307
Tabletop Probe Stand – Mounting Poles
The table top probe stands are available for positioning the LSProbe center above the table in the following heights: 100mm, 125mm, 150mm, 200mm, 300mm. The Mounting poles have a relative permittivity better than 2.7 at 1 kHz.
Height above table Part No. 100 mm 1308 125 mm 1309 150 mm 1310 200 mm 1311 300 mm 1312
Tabletop Probe Stand – Mounting Poles
LSProbe Table Probe Stand, 77 mm, 90° angle Base Plate (part 1307) + Mounting Pole, 77 mm, 90° (part 1326)
Ideal for 154 mm TEM Cell measurements, mounting pole for positioning the Field Probe’s center 77mm above surface, in 90° angle. It allows for quick mount and release as well as easy alignment of LSProbe Field Probe and has a relative permittivity better than 2.7 @ 1 kHz
Flexible Probe Stand
The flexible tripod probe-stand for versatile positioning of LSProbes allows for quick mount and release for vertical positioning approximately 150 mm to 220 mm above surface. A strong magnetic feet with rubber coating holds the LSProbe in position.
Part No. 1306
Floor Probe Stand
The lightweight floor probe stand is metal-free, has very low absorption, and a height of 2.45m above ground.
The probe can be adjusted variable at any angle in the height needed from 0.2 m – 2.53 m. A ruler shows the exact LSProbe height above ground. The floor probe stand has lockable swivel castors and base features slots for repeated alignment.
The Floor Probe stand ist equiped with a single probe holder. Additional Probe Mounting Bracket are available on demand.
Additionally, the floor probe stand is optimized for IEC 61000-4-3 16 point field homogeneity validation.
Part No. 1316
1 Probe Mount for Floor Probe Stand
Probe mount for floor probe stand for 1 additional probe.
Part No. 1317
3 Probes Mount for Floor Probe Stand
Probes mount for floor probe stand for 3 additional probes.
Part No. 1382
LSMove Field Probe Positioning System
The LSMove Positioning System is a companion product to the LSProbe 1.2 Laser-Powered Field Probe, enabling automated measurements of field distributions in 3D testing volumes. LSMove’s unique design minimizes the field distortion introduced by the positioning system, enabling high-accuracy measurements. LSMove accelerates: LSMove is designed for high positioning accuracy and repeatability, requiring no zeroing upon start-up. Its nonconductive probe mount, probe suspension and side stands integrate seamlessly with LUMILOOP’s LSProbe Field Probe. Fiber-optic cables for the Field Probe are embedded in the straps for hassle-free positioning. LSMove is connected via USB and includes software for manual positioning and automated operation via TCP/IP using standard SCPI commands.
LSMove speeds up:
IEC 61000-4-3 anechoic chamber calibration
Antenna pattern characterization
IEC 61000-4-20 TEM-waveguide calibration, and
IEC 61000-4-21 reverberation chamber calibration
Additional features include:
Long-time operation
Quick swap, fast-charging battery pack
Fiber-optical control ports
Wireless remote control
Quick and simple position calibration
Built-in hazard zone avoidance