User manual BUFFALO WLE-HG-NDR

[. . . ] These radio frequencies lose significant signal strength when traveling through walls, windows and other objects. Materials like metal, stucco and thick concrete can actually stop a wireless signal from passing through. Sometimes these obstacles can be overcome by adding an antenna to your wireless network. Another issue is distance as the signal spreads outward from the source it becomes dispersed and looses signal strength and bandwidth. [. . . ] It should fit flush against the bottom of the connection base. 8 Connecting the Antenna WLE-HG-NDR / WLE-HG-NDC Now connect the N-male to MC-card pigtail adapter to the other end of the cable, as shown. Now connect the MC-Card connector to your Buffalo product. If you are connecting this antenna outside a building or enclosure and high on a pole you should include a Lightning protector like the one shown below. Which can be obtained from third party sources. This device will connect between the antenna and the coaxial cable you will then proceed with the other steps as listed. 9 Antenna Mounting Brackets WLE-KG-VPA / WLE-KG-VPB When mounting an external antenna it is important to pay attention to the location you are installing it. Please be aware that small incremental changes in elevation either up, down or side to side can make significant changes in the signal quality. Several adjustments may be required to achieve the best signal. You should test mount all antennas to check their signal patterns before making their mounting permanent. WLE-KG-VPA WLE-KG-VPB 10 WLE-NDR Technical Specifications Polarization Method Connector Type Frequency Range VSWR Antenna Gain loss Range Goal Dimensions Weight Package Contents Increase in LOS 20%or more, 50% or more using both sides 164 X 73 X 65 mm 110 g AirStation Omni Antenna, Mounting Screws, Reference Card, Warranty Card, Manual Vertical Polarizations MC 2, 401 - 2, 484 MHz (1-11channel) 1. 5 or less with coaxial cable Total gain 2. 5 dbi or more, without the cable Antenna Range/Pattern Connect the antenna's MC card connector into the wireless device. Then adjust the antenna to send/receive the best signal. When using the antenna on an adapter you can judge the signal strength by watching the bars on the client manager as you adjust the antenna. When used on a router/AP you can test it by placing a device with a wireless adapter at a low signal position and then move the antenna on the router/AP to see if the signal improves. 11 WLE-DA2 Technical Specifications Polarization Method Connector Type Frequency Range VSWR Antenna Gain Range Goal Dimensions Weight Package Contents Vertical Polarizations MC 2, 401 - 2, 484 MHz (1-11channel) 1. 5 or less with coaxial cable Total gain 4 dbi or more, including the cable loss Unobstructed =200% (400% or more using flatbed antennas on both sides) 100 X 100 X 17 mm 0. 3 g AirStation FlatBed Antenna, Mounting Screws, RP-TNC to MC card adapter, Reference Card, Warranty card, Manual Connect the antenna's MC card connector into the wireless device. Then adjust the antenna to send/receive the best signal. When using the antenna on an adapter you can judge the signal strength by watching the bars on the client manager as you adjust the antenna. When used on a router/AP you can test it by placing a device with a wireless adapter at a low signal position and then move the antenna on the router/AP to see if the signal improves. Approximate Range 12 WLE-HG-NDR Technical Specifications Polarization Method Connector Type Frequency Range Antenna Gain Dimensions Weight Package Contents Vertical or Horizontal; Horizontal during transmission MC, external MC to RP-TNC connector included 2, 401 - 2, 484 MHz (1-11channel) 6. 5 dBi (4. 7 dBi including cable loss) 35 X 10. 5 X 10 cm 0. 22 kg , 0. 45 lb. 2. 4 GHz Indoor Omni Antenna with 5 foot cable, 2 Screws for wall mounting, MC to RP-TNC connector, Quick Setup Guide, Warranty Statement Connect the antenna's MC card connector into the wireless device. Then adjust the antenna to send/receive the best signal. When using the antenna on an adapter you can judge the signal strength by watching the bars on the client manager as you adjust the antenna. When used on a router/AP you can test it by placing a device with a wireless adapter at a low signal position and then move the antenna on the router/AP to see if the signal improves. Approximate Range The AirStation 6. 5 dBi High Gain Indoor Omni Directional Antenna, model WLE-HG-NDR supports 2. 4 GHz 802. 11g and 802. 11b wireless devices to increase signal strength up to 2 times and boost wireless performance. MC to RP-TNC connector adapter is included for use with other manufacturers' wireless devices. The 5 ft. cable offers the option for desktop placement or wall mounting. Slick design, easy installation offers a perfect high gain antenna solution for any wireless network. Adjustment of antenna angle is recommended to improve the signal strength and boost performance. 13 WLE-MYG Technical Specifications Polarization Method Connector Type Frequency Range Antenna Gain Weight Dimensions Package Contents Vertical or Horizontal; Horizontal during transmission MC, external MC to RP-TNC connector included 2, 401 - 2, 484 MHz (1-11 Channels) 4. 5 dBi including cable loss 0. 77 kg 11. 6 x 3. 6 x 8. 1 cm WLE-MYG Antenna, MC to RP-TNC Connector Adapter with attached cable, Two Screws, Quick Setup Guide, Warranty Statement Connect the antenna's MC card connector into the wireless device. Then adjust the antenna to send/receive the best signal. When using the antenna on an adapter you can judge the signal strength by watching the bars on the client manager as you adjust the antenna. When used on a router/AP you can test it by placing a device with a wireless adapter at a low signal position and then move the antenna on the router/AP to see if the signal improves. [. . . ] product line including, but not limited to, the warranties of merchantability and fitness of a particular purpose are limited in duration to the above period. Under no circumstances shall Buffalo Technology (USA), Inc. be liable in any way to the user for damages, including any lost profits, lost savings or other incidental or consequential damages arising out of the use of, or inability to use the Buffalo products. In no event shall Buffalo Technology (USA), Inc. [. . . ]