Specifications
Table Of Contents
- 52010078_52010079_wira70_9363757c
- 52010087_wira_30_93636225d
- 52010193_52010194_wira70_936b040c
- 52010219
- 52010227_52010228_wira_30_csb_936b092c
- 52010318_smsh-high-gain-krai-fcc-antenna_936b159b
- 52010319_smsh-high-gain-fcc-antenna_936b160b
- 53010252-wira-40_936b101_d
- db_52010082_52010083
- db_52010084_52010085
- db_52010092
- db_52010172
- db_52010248_52010249
- db_52010333_53010334
- db_52010335_53010336
- db_52010423_53010424
- db_52010523_524_525_526
- db_52010583_584
Low Range RFID UHF Antenna | Page 1 of 2
LORA Range Antenna Unit
Kathrein Solutions GmbH, Kronstaudener Weg 1, 83071 Stephanskirchen, Germany
Phone: +49 8036 90831 20 I Fax: +49 8036 90831 69
www.kathrein-solutions.com
Remarks
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Accessories optional
All accessories can be found at: https://http://www.kathrein-solutions.com/products/hardware/accessories
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Features
Mounting options
Four through-holes Ø 4.2 mm for M4 screws
936B114A I Subject to changes
date of creation: 31.08.2012
Minimal dimensions
Extremely high selectivity
Extremely high resistance to interference (multi-reader applications)
Suitable for use in industrial environments
Optimized for near eld applications
High IP67 degree of protection
Suitable for outdoor use
Order No. 52010084 5210085
Type LORA-ETSI LORA-FCC
Frequency range [MHz] 865-868 902-928
©KRAI
-
Polarization -
Antenna gain [dBiC -15
EIFF * [dB] 20
VSWR typ. 1.3:1 typ. 1.8:1
Impedance antennaport [Ohm] 50
Max. input power [dBm] +27 (at antenna port)
(ETSI EN 302 208)
+27 (at antenna port)
(FCC15.247)
Range of near eld tags ** [cm] 7
Selectivity of near eld tags ** [cm] 5
Range of far eld tags ** [cm] -
Selectivity of far eld tags ** [cm] -
Connection TNC female
Weight [kg] 0.11
Degree of protection IP67
Operating temperature range [°C] -20 to +55
Storage temperature range [°C] -40 to +85
Dimensions (L x W x H) [mm] 79.5 x 90 x 31
Packing size (L x W x H) [mm] approx. 165 x 250 x 50
Material
Antenna cover tough, weather-resistant polymer blend, colour: RAL7045
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General specications
* The Effective Isotropic Field Factor (EIFF) shows the eld isolation from far eld to near eld standardised to an
isotropic radiator. The values were determined with 3 cm spacing.
** dependant upon transmission power and tag type