The tripod is equipped with the module insert 2, i.e. with a center column which has a length of 50 cm and a diameter of 25 mm, made of precision-drawn light-metal tubing which ensures an easy height adjustment.
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The support plate made of aluminium has a diameter of 68 mm and is equipped with a fixed fastening screw (size to be selected) as well as three locking screws which secure the mounted system against unintentional loosening. When using an extra-short center column (10 cm), it is possible to work near ground level.
The specified maximum height applies if the 50 cm center column is extended.
Double tripod leg extension.
The light magnesium mounting head serves as module basis for 14 different inserts. The module insert can be changed at all times using a special wrench (included in the delivery of the changing module). The fixation in the cone ensures a positive-locking, clearance-free connection of the components.
Thanks to the stop system, it is possible to set angles of spread at approx. 20°, 40°, 60°, 80° and 100° by means of a wing catch. The stop system is designed in such a way that the specified loads of the tripods are also guaranteed at a maximum inclination of the tripod legs.
NBM-550 is part of the NBM-500 instrument family. It delivers extremely accurate results for electromagnetic field strength measurements. NBM-550 handles applications from a few Hertz through to long wave and on up to high frequency microwave radiation using a selection of interchangeable probes for electric and magnetic fields.
See seade jaoks on erinevad valikud. Palun, küsige hinda.0,00 € Tellimisel Maksudeta
Isotropic measurement of electric and magnetic ELF fields. Frequency selective FFT measuring system with high dynamic range for electric and magnetic fields from 1 Hz to 400 kHz. Sensors in all three spatial directions deliver isotropic results for selective and wideband measurements.
See seade jaoks on erinevad valikud. Palun, küsige hinda.0,00 € Maksudeta
Selective and wideband measurement of magnetic and electric near and far fields in the RF range.
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