Description
Antenna ANT 896-4ME, mobile communications, GSM/UMTS/LTE, 3 dBi, N-female, IP66
ANT896-6MH mobile wireless antenna for GSM (2G), UMTS (3G) and LTE (4G) Networks, for Suitable for railway applications, Omnidirectional Characteristic, including N-Connect female connection; 5/6 dBi; IP69K (-40...+85 °C), observe national approvals; mounting on vehicle roof; compact instructions as hard copy German/English; scope of delivery: 1x ANT 896-6MH,. Used for routers, modems and communications processors for the mobile network standards GSM (2G), UMTS (3G), LTE (4G). It is especially suited for applications in the railway environment. Application examples: Telecontrol applications in railway environments. Teleservice applications, e.g. in mechanical engineering. Other applications, such as video surveillance in trains.Increased reliability of wireless connections by optimizing reception and emission of signals. Cost-effective connection to devices in remote, difficult-to-access or aggressive environments. Establishment of a reliable mobile network infrastructure through the use of remote antennas, even if the mobile network devices are installed, for example, in the control cabinet.
DOWNLOAD DATASHEET
VIEW MORE PRODUCT DETAILS
ANT896-6MH mobile wireless antenna for GSM (2G), UMTS (3G) and LTE (4G) Networks, for Suitable for railway applications, Omnidirectional Characteristic, including N-Connect female connection; 5/6 dBi; IP69K (-40...+85 °C), observe national approvals; mounting on vehicle roof; compact instructions as hard copy German/English; scope of delivery: 1x ANT 896-6MH,. Used for routers, modems and communications processors for the mobile network standards GSM (2G), UMTS (3G), LTE (4G). It is especially suited for applications in the railway environment. Application examples: Telecontrol applications in railway environments. Teleservice applications, e.g. in mechanical engineering. Other applications, such as video surveillance in trains.Increased reliability of wireless connections by optimizing reception and emission of signals. Cost-effective connection to devices in remote, difficult-to-access or aggressive environments. Establishment of a reliable mobile network infrastructure through the use of remote antennas, even if the mobile network devices are installed, for example, in the control cabinet.
DOWNLOAD DATASHEET
VIEW MORE PRODUCT DETAILS