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Datalogg-kabel for HF59 Analyzer
kr 490
#
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Datalogg-kabel for HF59 Analyzer
Our first class HF-device including UBB antenna and accessories.#
This
kit, based on the HF59B, offers an excellent dynamic response of
approx. 93 dB. The innovative functions of the basic device HF59B in
combination with the broad frequency response of the UBB27 offers
outstanding possibilities for the evaluation of high frequency. Its
functions and features are tailored to the needs and practical
experiences of the building biology. Due to its comparably low price, it
is often also used for scientific and industrial purposes, especially
in the sector of EMVU and product development (precompliance).
Set offer consisting of the HF59B and a wide range of accessories:
–
Horizontal isotropic ultra broad bandwidth antenna UBB27_G3 from 27 MHz
up to beyond 3.3 GHz (limited by the frequency response of the HF59B).
–
800 MHz high pass filter HP800_G3 for the suppression of low
frequencies when measuring with the log.-per. antenna of the HF59B.
–
High frequency preamplifier HV10_27G3. Increases the measurement range
by 10 dB (by a factor of 10) – important when wanting to reduce the
increased noise background in the radar or UMTS/3G-mode.
– Attenuator DG20_G3: Increases the maximum measurable value by 20 dB (or by a factor of 100) to 1,999 mW/m² (= 1.999 W/m²).
–
Plastic case K2 with shaped foam filler for a safe transportation of
all components. Offers enough space for yet another Gigahertz Solutions
measuring device (high frequency or low frequency).
Technical data:
. Frequency Range: 27 MHz – far above 3.3 GHz
–
Measurement Range: Power flux density: 0.001 – 1,999,000 µW/m² (i.e. 1
nanoW/m² nominal display resolution to 1.999 W/m² when applying the
amplifier and attenuator enclosed)
– Accuracy: Basic accuracy including linearity tolerance : +/- 3dB
Zero offset and rollover +/- 5 digits
– Sensor: 2 antennas:
Optimised
logarithmic periodic antenna with frequeny compensation directly on the
antenna: Less ripple, better directionality, improved shielding vs.
ground, continuous LED-monitoring of quality of connections
Quasiisotropic ultrabroadband a
–
Audio Analysis: Identification of pulsed radiation sources (mobile
radio (GSM, UMTS/G3), cordless telephones (DECT), WLAN (Bluetooth),
air-traffic control radar) by means of an acoustic signal proportional
to the modulation frequency
– Electric power supply: Rechargeable highpower 9.6 Volt NiMH battery pack inside the meter, average operation time: 7 – 8 hours
Low-Batt. indication, auto-power-off
AC-adaptor for charging and long-term-operation included
– Signal Rating: Display of peak value, peak hold as well as average value (switchable)
A
quantitative differentiation between pulsed and un-pulsed radiation – a
unique feature within the broadband measuring technology
– Outputs: A calibrated extra AC-measurement output for the demodulated signal, and a scalable DC-output
– Further Questions: 2 years warranty
– Weight: 2,1 kg
Scope of delivery:
– Measurement device
– log.-per. and UBB antenna
– NiMH battery inside the meter
– mains adaptor / battery charger
– high pass filter HP800
– high frequency amplifier HV10
– attenuator DG20
– various adaptors
– detailed instructions manual
– comes in a plastic case
HF/RF-Analyzer HF59B
Our first class HF-device
Due to its extra broad frequency response, this basic device is predestined for an extension with the UBB27 and for detailed, professional analyses. Its functions and features are tailored to the needs and practical experiences of the building biology. Due to its comparably low price, it is often also used for scientific and industrial purposes – mostly as kit called HF E 59B -, especially in the sector of EMVU and product development (precompliance).
In addition to the full functionality of the HF58B-r:
* A frequency range of down to 27 MHz within the basic device – suitable for the connection of the optionally available antenna UBB27_G3 (the scope of delivery includes a compensated antenna for 800 MHz up to 2.5 or 3.3 GHz)
* A calibrated extra AC-measurement output for the demodulated signal, and a scalable DC-output.
* HINT: If you only need to measure above 800 MHz the HF58B-r is the cheaper and better solution for you. Only with the antenna UBB27 (included e.g. in the kit HFE59B) you can in fact measure frequencies below 800 MHz (e.g. digital TV, TETRA, new GSM Channels in Europe)
* Technical Data
Frequency Range: A frequency range of down to 27 MHz within the basic device – suitable for the connection of an optionally available antenna (the scope of delivery includes a compensated antenna for 800 MHz up to 2.5 or 3.3 GHz)
Measurement Range: Power flux density: 0.01 – 19,990 uW/m²
Accuracy: Basic accuracy including linearity tolerance : +/- 3dB
Zero offset and rollover +/- 5 digits
Sensor: Optimised logarithmic periodic antenna with frequeny compensation directly on the antenna: Less ripple, better directionality, improved shielding vs. Ground, continous LED-monitoring of quality of connections
Audio Analysis: Identification of pulsed radiation sources (mobile radio (GSM, UMTS/G3), cordless telephones (DECT), WLAN (Bluetooth), air-traffic control-radar) by means of an acoustic signal proportional to the modulation frequency
Stromversorgung: Recharchable highpower 9.6 Volt NiMH batterypack inside the meter
Average operation time: 7 – 8 hours
Low Batt. Indication
Auto-power-off
AC-adaptor for charging and long-term-operation included
Signal Rating: Display of peak value, peak hold as well as average value (switchable)
A quantitative differentiation between pulsed and un-pulsed radiation – a unique feature within the broadband measuring technology
Outputs: A calibrated extra AC-measurement output for the demodulated signal, and a DC-output
Further Questions: 2 years warranty
Weight: 820 g#
RF-Analyser HF59B
Our first class HF-device.
Due to its extra broad frequency response, this basic device is predestined for an extension with the UBB27 and for detailed, professional analyses. Its functions and features are tailored to the needs and practical experiences of the building biology. Due to its comparably low price, it is often also used for scientific and industrial purposes – mostly as kit called HF E 59B – especially in the sector of EMVU and product development (precompliance).
In addition to the full functionality of the HF58B-r:
* A frequency range of down to 27 MHz within the basic device – suitable for the connection of the optionally available antenna UBB27_G3 (the scope of delivery includes a compensated antenna for 800 MHz up to 2.5 or 3.3 GHz).
* A calibrated extra AC-measurement output for the demodulated signal, and a scalable DC-output.
* HINT: If you only need to measure above 800 MHz the HF58B-r is the cheaper and better solution for you. Only with the antenna UBB27 (included in the kit HFE59B) you can in fact measure frequencies below 800 MHz (e.g. digital TV, TETRA, new GSM Channels in Europe).
Utleie for en uke:
HFR-4 (instrument med veldig bred frekvensspekter og flere finesser)
Et måleapparat med et helt utrolig stor freksvensspekter: Den dekker ALT av høyfrekvent stråling og er lett å bruke.
I forhold til gigahertHFR-4 (måleren med veldig bred frekvensspekter og flere finesser)
Et måleapparat med et helt utrolig stor freksvensspekter: Den dekker ALT av høyfrekvent strålingog er lett å bruke.
I forhold til gigahertz apparatene er den ikke fult så nøyaktig og mindre professjonell i tillegsutstyr.
Den tidligere tilbudte høyfrekventmåleren HFR-1 og HFR-2 ble erstattet med en betydelig oppdatert versjon med betegnelsen HFR-4. Den nye versjonen er mer presise justert mot mobilstråling og gir en enda mer nøyaktig måleverdi. I tillegg er HFR-4 utstyrt med en ny antenne som gjør det mulig å bestemme nøyaktig retningen hvor strålingen kommer ifra. HFR-4 er også mer robust enn de tidligere versjoner. Med HFR-4 følger det med en transportkoffert.
HFR-4 i korte trekk:
* Måleren viser en høyere nøyaktighet i det høyere frekvensspektret og måler opp til 10 GHz.
* Det er flere finnesser bygget inn i apparatet.
* Apparatet viser i displayet både µW/m2 og mV/m.
* Det kan velges hvilken verdi som vises.
* Apparatet kommer med 2 antenner (opp til 2 GHz og over 2 GHz) og det kan innstilles hvilken antenne som velges. Med det blir HFR-4 enda mer nøyaktig.
* Apparatet har også en funksjon hvor det vises registrering av toppverdier ved siden av registrering av gjennomsnittsverdier.
* Dessuten kommer inkl. 2 akku, lader, transportkoffert og bruksanvisning på norsk.
HFR-4
Utstyret registrerer og analyserer høyfrekvente impulser. Den oppsporer impulser fra både mobiltelefoner, mobilsendere, TV- og radiosendere, radar og andre høyfrekvente strålekilder (f.eks. de nye nettverkene). Utstyret kan også brukes til å oppspore miniatur avhørsendere (bugs).
HFR-4 er utstyrt med ulike valgmuligheter. Det kan velges via en knapp om apparatet skal måle top-verdier eller gjennomsnittsverdier (peakhold). Det kan velges om apparatet skal måle mV/m eller W/m2.
Fordeler: I forhold til konkurranseprodukter er HFR-4 et måleinstrument med høy presisjon. Det er ingen indikator. Dvs. resultatene er nøyaktige og kan sammenliknes med eksisterende grenseverdier.
Apparatet er også sikret mot innflytelser fra andre em-impulser. Når f.eks. høyfrekvente og lavfrekvente felt opptrer samtidig, kan målingene ved rimeligere apparater bli innfluert av det. Slikt skjer ikke ved HFR-4.
Apparatet er blitt utviklet av professor Mayer i samarbeid med universitetet til den tyske arméen. Målepresisjonen er blitt mange ganger testet, bl.a. av den tyske HF-eksperten professor Käs. Måleapparatet er brukt bland fagfolk, men også av privatpersoner som legger vekt på nøyaktighet og pålitelighet og som ønsker å måle nøyaktig de relevante impulser i ulike områder av høyfrekvensspekteret.
Problemet med HF-måleapparater generelt er at de ofter dekker ikke hele frekvensspekteret, men kun mobilfrekvensene (800 MHz til 2,5 GHz). Slik er det ikke mulig å få et riktig overblikk over den virkelige situasjonen, fordi høyfrekvent stråling begrenser seg ikke til mobilstråling. HFR-4 dekker et frekvensområde mellom 1 MHz til 10 GHz.
Apparatets bruk er lett å lære. Det følger ved en norsk bruksanvisning. Det gis 2 år garanti.
Tekniske data:
* Frekvensområde: ca. 1 MHz til 10 GHz
* Måleområde 1: 15 mV/m til 2000 mV/m (se omregningstabell mV/m til W/m2 nedenfor) Det er valgfritt i hvilken måleenhet apparatet skal måle. Skal oppgis ved bestilling.
* Display: LCD 2-linjet
* Funksjoner: høytaler kan kobles av og på
* temperaturområde: 0 til 40 C
* mål: 85 mm x 117 mm x 55 mm
* vekt: ca. 300 gr.
* strømforsyning: 9 V blokkbatteri (akku)
* strømopptak: max. 20 mA
Multifrekvensfilter MFF-1
MFF-1
MFF-1 blir koblet mellom HFR-4 og antennen. Gjennom omkobling kan det velges ulike frekvensområder:
* allpass
* 935 til 960 MHz
* 1805 til 1880 MHz
* 1880 til 1900 MHz (DECT)
* 2110 til 2170 MHz (UMTS)
* 2400 til 2500 MHz (WLAN, mikrobølgeovner, Bluetooth)
Mål: 85 x 180 x 35 mm
Vekt: 350 gr.
Strømforsyning: 9 V batteri
Dempning ved gjennomgang: 6 dB
Temperaturområde: 0 til 40 C
Priser: Generelt om prisene av våre apparater.
* HFR-4 med transportkoffert NOK 11.980,-
* MFF-1 kr. 6.320,-
* samlet i transportkoffert kr. 18.000,-
* alle priser inkl. mva. + ekspedisjon fra Øyslebø
HF/RF-Analyzer HF35C
for the easy HF evaluation, incl. Audio Analysis
This is THE device for technical amateurs – especially easy to operate. It supports all above mentioned «common advantages» and it allows a straight forward assessment of the exposure, a determination of suitable remedial actions, as well as a control of their effectiveness.
Has the same features and configuration as the HF32D, however additionally offers
* Audio Analyses for the identification of pulsed radiation sources (mobile radio (GSM, UMTS/G3), cordless telephones (DECT), WLAN (Bluetooth), air-traffic control-radar) by means of an acoustic signal proportional to the modulation frequency
* Display of peak value as well as average value (switchable)
* Sensitivity increased by a factor of 10 (from a minimum display resolution of 0.1µW/m² to a maximum of 1999 µW/m²)
* HINT: Our best-selling meter for the easy evaluation!
* Technical Data
Frequency Range: 800 MHz – 2.5 GHz
Measurement Range: Power flux density: 0.1 – 1999 uW/m²
Accuracy: Basic accuracy including linearity tolerance : +/- 6dB
Zero offset and rollover +/- 9 digits
Sensor: Logarithmic periodic antenna
Audio Analysis: Identification of pulsed radiation sources (mobile radio (GSM, UMTS/G3), cordless telephones (DECT), WLAN (Bluetooth), air-traffic control-radar) by means of an acoustic signal proportional to the modulation frequency
Stromversorgung: 9 Volt Alkaline manganese battery (included)
avarage operation time 6 – 7 hours
Low Batt. Indication
Auto-power-off
Signal Rating: Display of peak value as well as average value (switchable)
Further Questions: 2 years warranty
Weight: 480 g#
RF-Analyser HF35C
for an easy HF evaluation, incl. audio analysis.
This is THE device for technical amateurs – especially easy to operate. It supports all above mentioned «common advantages» and it allows a straight forward assessment of the exposure, a
Vårt førsteklasses HF-apparat.
Apparatet har en ekstra bred frekvensrespons, og funksjonene er
beregnet på å møte behovene innen byggebiologien.#
Due to its
extra broad frequency response, this basic device is predestined for an
extension with the UBB27 and for detailed, professional analyses. Its
functions and features are tailored to the needs and practical
experiences of the building biology. Due to its comparably low price, it
is often also used for scientific and industrial purposes – mostly as
kit called HF E 59B – especially in the sector of EMVU and product
development (precompliance).
In addition to the full functionality of the HF58B-r:
–
A frequency range of down to 27 MHz within the basic device – suitable
for the connection of the optionally available antenna UBB27_G3 (the
scope of delivery includes a compensated antenna for 800 MHz up to 2.5
or 3.3 GHz).
– A calibrated extra AC-measurement output for the demodulated signal, and a scalable DC-output.
–
HINT: If you only need to measure above 800 MHz the HF58B-r is the
cheaper and better solution for you. Only with the antenna UBB27
(included in the kit HFE59B) you can in fact measure frequencies below
800 MHz (e.g. digital TV, TETRA, new GSM Channels in Europe).
Technical Data:
–
Frequency Range: A frequency range of down to 27 MHz within the basic
device – suitable for the connection of an optionally available antenna
(the scope of delivery includes a compensated antenna for 800 MHz up to
2.5 or 3.3 GHz)
– Measurement Range: Power flux density: 0.01 – 19,990 µW/m²
– Accuracy: Basic accuracy including linearity tolerance : +/- 3dB
Zero offset and rollover +/- 5 digits
–
Sensor: Optimised logarithmic periodic antenna with frequeny
compensation directly on the antenna: Less ripple, better
directionality, improved shielding vs. ground, continuous LED-monitoring
of quality of connections
– Audio Analysis: Identification of pulsed
radiation sources (mobile radio (GSM, UMTS/G3), cordless telephones
(DECT), WLAN (Bluetooth), air-traffic control radar) by means of an
acoustic signal proportional to the modulation frequency
– Electric power supply: Rechargeable highpower 9.6 Volt NiMH battery pack inside the meter, average operation time: 7 – 8 hours
Low-Batt. indication, auto-power-off
AC-adaptor for charging and long-term-operation included
Signal Rating: Display of peak value, peak hold as well as average value (switchable)
–
A quantitative differentiation between pulsed and un-pulsed radiation –
a unique feature within the broadband measuring technology
– Outputs: A calibrated extra AC-measurement output for the demodulated signal, and a DC-output.
Scope of Delivery:
– Measurement device
– attachable log.-per. antenna incl. cable
– NiMH battery inside the meter
– mains adaptor
– battery charger
– detailed instructions manual
– plastic case.
LF Analyzer ME 3840 B (Måler lavfrekvens, med filter)
#
Attenuator DG20
suitable for: HF32D, HF35C, HF38B
Allows a measurement of major exposures.
For high exposures
* Reduces the sensitivity of the measuring device by a factor of 100 (= 20 dB).
* Adaptor plug to be connected to the antenna input socket.