Our top devices for dedicated building biologists
Leaves nothing to be desired! This kit is chosen every year by a large number of newly trained building biologists worldwide as the basis for their professional measuring equipment. It offers the largest possible frequency coverage (future-proof also with regard to radar and the area-wide 5G), and the deepest analysis possibilities (dirty power, uninterrupted long-term recording, etc.). Its scope of functions and equipment is tailored to the practical needs of building biology.
HFE59B
- Radio and microwave meter 27-3300 MHz, optimized for GSM, UMTS (3G), 4G, DECT, WLAN etc.
- Rechargeable battery with charger.
- AC output intended for audio analysis of the modulation frequency
- DC output intended for logging the radiation intensity
- Measures any pulsed or continuous + pulsed radiation
- Finds the transmitter at 10 degrees when.
- Highest accuracy ± 3 dB
- Frequency range 27 - 3300 MHz measuring instrument
- Frequency range 800 - 3000 MHz included log. Periodic antenna
- Switches for higher accuracy in radar and UMTS peak value measurements.
- Top value memory
- Sensitivity range 0.01 µW / m² - 19.99 mW / m²
- Swedish and english manual
- Accessories included HFE59B:
- Amplifier HV10_27G3 for measuring radiation weaker than 0.02 µW / m², measures down to 0.4 nW / m²
- Attenuator DG20_G3 for measuring radiation stronger than 20,000 µW / m², measures up to 2 W / m²
- HP800_G3 high-pass filter 800 MHz, ie blocks frequencies below 800 MHz, only higher frequencies pass.
- UBB27 Quasi-isotropic antenna (not directional in the horizontal plane) for the entire frequency range 27-3000 MHz
- FF10
- Now you have the opportunity to measure only one system. Set it to e.g. UMTS / 3G and only that signal passes through, other frequencies are attenuated by 50-60 dB.
- The filter can be used together with other amplifiers and attenuators etc.
- The filter is mounted between the antenna and the instrument. There are 11 different modes:
- Allpass / low pass 480 MHz / TETRA / LTE800 / GSM900 / GSM / LTE1800 / DECT / UMTS / LTE2600 / WLAN.
HFW59D
- Microwave meters for WLAN, Bluotooth, 4G etc. measures from 2.4 to 10 GHz
- For frequencies for wireless transmission including the new standard for Bluetooth, WLAN, WiFi and WIMAX.
- With a specially tuned LogPer antenna (patented).
- DC output for logging
- HV20_2400G10 Amplifier 20dB (100 times)
- Mobile and DECT frequencies are prevented with a steep high-pass filter for an error-free analysis of the frequency range 2.4 - 10 GHz.
- A good complement to Gigahertz Solutions' other range.
- Switchable measuring range 0.1 - 199.9 µW / m² or 1 - 1999 µW / m². Corresponds to 0.006 - 0.868 V / m
- Display is done with digital display.
- Sound analysis of pulsed radiation sources with speakers and volume control.
- Switchable to optionally measure peak value or average value.
NFA1000
- With 3D electric field measurement, neither the body nor protective earth is used as a measurement reference, you can now measure the actual electric field without affecting it yourself. If you want, you can also make simpler electric field measurements as before with or without a ground wire.
- With 3D magnetic field measurement, you get the right value no matter how you direct the instrument. LEDs show which direction is dominant.
- Fields from dirty electricity can be easily measured with the new peek function and with the frequency filter set at over 2 kHz.
- Built-in 4-channel logger with removable 4 GB SDHC memory card for XYZ + optional internal or external signal (eg value from HF59B) + Audio recording.
- Sampling speed of up to 110,000 values per second provides with the PC the program that is included: Analysis of dirty electricity such as µT / s etc. USB connection available.
- FFT analysis is not included, valid until further notice.
- Frequency range 5 Hz - 1 MHz
- Sensitivity 1 nT - 19.99 µT and 0.1 - 1999 V / m
- Internal Li-Ion Accumulator battery for 36-48 hours.
- Frequency filter: 16.6 | 50/60 | 100/120 | 150/180 | Rest <2kHz | > 2kHz
- TCO3 E-field probe
