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WiFi antenna / 2.4 or 5 GHz / data transfer - 2.4 or 5 GHz; N-Connect; EN50155, DIN 5510-2, EN45545
The ANT795-4MX is an omnidirectional antenna with a gain of 2dBi; it can be used in the two frequency bands 2.4 and 5 GHz.
The...
The...
WiFi antenna / 2.4 or 5 GHz / data transfer - 2.4 or 5 GHz; N-Connect; EN50155, DIN 5510-2, EN45545
The ANT795-4MX is an omnidirectional antenna with a gain of 2dBi; it can be used in the two frequency bands 2.4 and 5 GHz.
The antenna has a compact housing suitable for outdoor use with an N-Connect connector. It is thus suitable for direct mounting on SCALANCE W devices with N-Connect connectors (e.g. SCALANCE W788-2 M12).
With respect to permitted ambient conditions and fire behavior the ANT795-4MX fulfills all relevant requirements for use in railway applications in compliance with EN50155, DIN 5510-2 and EN45545.
The antenna has a compact housing suitable for outdoor use with an N-Connect connector. It is thus suitable for direct mounting on SCALANCE W devices with N-Connect connectors (e.g. SCALANCE W788-2 M12).
With respect to permitted ambient conditions and fire behavior the ANT795-4MX fulfills all relevant requirements for use in railway applications in compliance with EN50155, DIN 5510-2 and EN45545.
WiFi antenna / data transfer
These Industrial Wireless LAN devices are specifically engineered by Siemens to give...
WiFi antenna / data transfer
These Industrial Wireless LAN devices are specifically engineered by Siemens to give an innovative proof of durability, reliability, precision and most importantly, security in a wireless type of communication with an better and higher performance in IEEE 802.11n areas and therefore proving its unique and state of the art advancement.
HF antenna / RFID - max. 130 mm | BIS M-350F
Balluff Industrial RFID helps in automatic identification and tracing of objects.
The process involves...
The process involves...
HF antenna / RFID - max. 130 mm | BIS M-350F
Balluff Industrial RFID helps in automatic identification and tracing of objects.
The process involves attaching the object to be identified to the data carrier, which functions as a memory. This inductive data transfer is done, without any contact, between the code carrier and the read or read/write head. The data is passed on, using the evaluation unit, from the read head to the controller.
The process involves attaching the object to be identified to the data carrier, which functions as a memory. This inductive data transfer is done, without any contact, between the code carrier and the read or read/write head. The data is passed on, using the evaluation unit, from the read head to the controller.
Choke ring antenna / GNSS - Leica AR25
The European Galileo System and the Chinese Compass (Beidou) System are among the emerging satellite systems. To meet the growing Global Navigation...
Choke ring antenna / GNSS - Leica AR25
The European Galileo System and the Chinese Compass (Beidou) System are among the emerging satellite systems. To meet the growing Global Navigation Satellite Systems and offer support to the Leica Geosystems "future proof" philosophy, the requirement of new high performance antenna is realized to cover all the growing needs. The new AR25 has been designed inline to all existing and currently planned signals of the GPS, GLONASS, Galileo and Compass systems. The device features revolutionary 3D choke ring that sets new standards in low elevation tracking and multipath reduction.
GNSS antenna - Leica AR10
Wideband reference station antenna having a large ground plane and integrated radome
The AR10 is the perfect antenna...
The AR10 is the perfect antenna...
GNSS antenna - Leica AR10
Wideband reference station antenna having a large ground plane and integrated radome
The AR10 is the perfect antenna for an array of high precision permanent and mobile base station programs. Using condition-of-the-art technology it provides near choke-ring level performance but with no weight, size and price. An exciting new antenna design, plus a large ground plane and integrated radome, guarantees the AR10 provides exceptional signal monitoring, phase center precision and multipath suppression.
The AR10 is the perfect antenna for an array of high precision permanent and mobile base station programs. Using condition-of-the-art technology it provides near choke-ring level performance but with no weight, size and price. An exciting new antenna design, plus a large ground plane and integrated radome, guarantees the AR10 provides exceptional signal monitoring, phase center precision and multipath suppression.
Choke ring antenna / GNSS
The Leica AR20 Visionary 3D Choke Ring Antenna is created and produced for stable and semi-permanent reference network installations that can meet all the standards for dependable and long-term antenna. It...
Choke ring antenna / GNSS
The Leica AR20 Visionary 3D Choke Ring Antenna is created and produced for stable and semi-permanent reference network installations that can meet all the standards for dependable and long-term antenna. It is future proof for all GNSS satellite signals and offers excellent tracking function with the use of different depth and width choke rings. The precision design operates for very low and permanent phase center offsets with very smooth symmetry of the phase center variations versus azimuth and elevation. It has exceptional multipath performance with a great axial ratio at low elevations that provides greater multipath rejection through all GNSS frequency bands including L5, thanks to the new 3D inside design. On the other hand, its traditional 2D choke ring designs are enhanced only for specific frequency band.