Arcadian Blog — Outdoor
ROSA-900-SNF Made with an N-Male Connector Instead of an N-Female Connector
Posted by Michael Crudele on
Recently we had a client inquire about our ROSA-900-SNF antenna. The client wanted to know if we could make our ROSA-900-SNF with an N-male connector instead of an N-female connector. The answer to that is yes. we have the same antenna made with an N-Male connector with a part # ROSA-900-SNM. The ROSA-900-SNM from RFMAX is also an outdoor rated, omnidirectional stick antenna except it’s made with an N-male connector instead of an N-female connector. This antenna is perfect for IoT usage in the US FCC 902-928 MHz range. It can be used indoors or outdoors and is...
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- Tags: 900 MHz, Antenna, Antenna Mount, ISM, LoRa, N-Female, N-Male, Omnidirectional, Outdoor, RFMAX, ROSA-900-SNF, ROSA-900-SNM
Why IP67 Antennas Sometimes Leak
Posted by Michael Crudele on
I wanted to offer feedback to all of you that I received from a customer this week, he offered an explanation for the water ingress of IP67 rated antennas from his experience... I have a background in seismic exploration equipment - lots of field experience. We once had equipment deployed in Texas which would fill with water no matter what we did and the problem was everything we worked on, we worked on for months. Ultimately, we built cases from custom aluminum extrusion with machined grooves for O-rings and 3/8 inch plate aluminum against the O-rings. Not enough - water...
My IP67 antenna has water in it, why?
Posted by Michael Crudele on
Recently, a customer complained that an IP67 panel antenna (in this case for RFID) that he purchased at our website www.arcantenna.com had taken on water, he asked if this is acceptable. Well, I do have an issue with an IP67 antenna taking on water, technically it should not happen, but... The way IP67 is defined is that IP stands for “ingress protection” and the first digit denotes solid particle protection (dust) and the “6” rating means that the ingress of dust is not entirely prevented, but it won’t enter in sufficient quantities to interfere with the operation of the antenna. ...