WLAN 9100 Series External Antenna and Accessories Guide Table of Contents Introduction... 1 Benefits... 1 Glossary of Common Antenna Terminology... 2 WLAN 9100 External Antenna and Accessories... 3 Antenna:... 4 Accessories:... 9 Introduction This document outlines the external antenna portfolio available for the WLAN 9100 Series. Benefits Improved deployment flexibility Planners can choose an antenna pattern that meets coverage requirements while allowing for convenient AP placement and installation. Improved coverage and performance External antennas allow planners to optimize coverage and deliver higher available data rates to user concentrations. Can provide a low cost fix for trouble spots Appropriately outfitting existing APs with external antennas can greatly improve coverage and available data rates in areas that are not adequately serviced. Increased security Perimeter access points outfitted with directional external antennas can focus energy inwards and increase security by preventing signal leakage outside the office. Improved aesthetics Allows the connected access point to be installed outof-sight. Lower cost of coverage External antennas improve overall system efficiency by effectively directing available energy to where it s needed. This ensures overall system utility is maximized for any installation. avaya.com 1
Glossary of Common Antenna Terminology The following glossary includes basic antenna terminology that can help in the selection and/or recommendation of a particular antenna. This terminology is used in the tables that follows. Omnidirectional (Omni) Refers to the antenna coverage pattern. In theory, a perfectly omnidirectional antenna would create a spherical coverage pattern. However, in practice, this is impossible to achieve and most antennas labeled as an omni antennas are actually weaker directly above and below their endpoints creating a coverage pattern that resembles a doughnut shape around the antenna. This characteristic is represented by the familiar duallobe pattern shown on the V-plane graphs of omni antennas. Omni antennas attempt to provide uniform coverage and are suitable for most general deployments. Directional Refers to the antenna coverage pattern. A directional antenna focuses its radiation in a specific direction. This design increases the transmitted power (gain) and communication distance in a specific direction at the expense of uniform coverage. Directional antennas must be aimed at the intended coverage zone. Gain Expressed in dbi, indicates the relative increase in radiated energy over that emitted from a perfectly omnidirectional point source (which would have a gain of 0 dbi by definition). Each 3 dbi increment of gain effectively doubles the radiated energy. For example, a directional antenna with a gain of 9 dbi radiates 8 times (2x2x2=8) the peak energy vs. a perfectly omnidirectional source. Higher gain translates into greater range. V-Plane graph The vertical plane graph shows the radiated antenna coverage pattern as a vertical cross section - as if looking directly at the antenna from the side. H-Plane graph The horizontal plane graph shows the radiated antenna coverage pattern as a horizontal cross section - as if looking directly at the antenna from above. avaya.com 2
WLAN 9100 External Antenna and Accessories EXTENRAL ANTENNAS Page WAT911035-E6 WLAN 9100 HIGH DENSITY PANEL ANTENNA, 35 DEGREE, DUAL BAND, 4 PORTS, 13dBi, 4 N-STYLE MALE INTEGRATED CONNECTORS, ORDER 4 CABLES PER ANTENNA 4 WAT911040-E6 WLAN 9100 HIGH DENSITY PANEL ANTENNA, 40 DEGREE, DUAL BAND, 4 PORTS, 10/11 dbi, 4 N-STYLE MALE INTEGRATED CONNECTORS, ORDER 4 CABELS PER ANTENNA 5 WAT911090-E6 WLAN 9100 PANEL ANTENNA, 90 DEGREE, DUAL BAND, 4 PORTS, 4/7dBi, 4 X 3FT PIGTAILS WITH N-STYLE FEMALE CONNECTORS 6 WAT91360R-E6 WLAN 9100 OMNI-DIRECTIONAL ANTENNA, 360 DEGREE, DUAL BAND, 1X1 RUBBER DUCK ATTACHES DIRECTLY TO 1 N-STYLE MALE CONNECTOR,NO NEED FOR CABLES. 7 ORDER ONE ANTENNA PER CONNECTOR WAT912360-E6 WLAN 9100 OMNI-DIRECTIONAL ANTENNA, 360 DEGREE, DUAL BAND, 4 PORTS, 4/6dBi, 4 X 3 FT PIGTAIL WITH N-STYLE FEMALE CONNECTORS 8 ACCESSORIES WAT910010-E6 WLAN 9100 10 FEET ANTENNA CABLE ASSEMBLY, MALE CABLE RP-TNC TO MALE N CONNECTORS, ORDER 2 CABLES PER ANTENNA WAT912090-E6, ORDER 4 CABLES 9 PER ANTENNA WAT912035-E6 WAT911003-E6 WLAN 9100 3 FEET ANTENNA CABLE ASSEMBLY N-STYLE MALE TO N-STYLE FEMALE, ORDER 4 PER ANTENNA 9 WAT911010-E6 WLAN 9100 10 FEET ANTENNA CABLE ASSEMBLY N-STYLE MALE TO N-STYLE FEMALE, ORDER 4 PER ANTENNA 9 WAT912005-E6 WLAN 9100 5 FEET ANTENNA CABLE ASSEMBLY N-STYLE FEMALE TO N-STYLE FEMALE, ORDER 4 PER ANTENNA 10 WAT912020-E6 WLAN 9100 20 FEET ANTENNA CABLE ASSEMBLY N-STYLE FEMALE TO N-STYLE FEMALE, ORDER 4 PER ANTENNA 10 WAB910004-E6 POLYCARBONATE ENCLOSURE 12 X12 X6 WITH SOLID DOOR, LATCH LOCK, 4 HOLES FOR N-STYLE CONNECTORS, CORD GRIP 10-11 WAB910005-E6 POLYCARBONATE ENCLOSURE 14 X12 X6 WITH SOLID DOOR, KEY LOCK, 4 HOLES FOR N-STYLE CONNECTORS, CORD GRIP 11 WAT910100-E6 LIGHTNING ARRESTOR N-STYLE BULKHEAD MALE TO N-STYLE FEMALE 12 WAT910101-E6 ADAPTOR RIGHT ANGLE N-STYLE MALE TO N-STYLE FEMALE USE FOR CABLE EXTENSION WITH ANTENNA PIGTAILS; 4 PER ANTENNA 13 WAT910102-E6 ADAPTOR STRAIGHT N-STYLE MALE TO RPTNC FEMALE, USE FOR CABLE EXTENSION WITH ANTENNA PIGTAILS; 4 PER ANTENNA 14 avaya.com 3
Antenna Antenna: 2.4/5 GHZ 13 DBI 4 ELEMENT INDOOR/OUTDOOR HIGH DENSITY PATCH ANTENNA WITH N-STYLE (WAT911035-E6) The Avaya high density dual band indoor/outdoor patch antenna (WAT911035-E6) achieves focused, directional coverage in your indoor or outdoor space. With a narrower beamwidth than most patch antennas and both horizontal and vertical polarized antenna elements, this antenna is purpose-built to provide a very focused coverage pattern suitable for high density deployments. Each antenna element is optimized for Wi-Fi operation on both 2.4 and 5 GHz. This antenna comes with integrated connectors and ships with our articulating wall and pole mount kit for precise antenna positioning. This highly versatile antenna is suitable for a broad range of indoor and outdoor applications where focused RF coverage of an area is desired. Frequency Range: 2.4-2.5/4.9-5.85 GHz VSWR: < 2.0:1 Gain: 13 dbi Isolation: > 20 db Polarization: 2 Vertical 2 Horizontal Impedance: 50 Ω Horizontal Beamwidth: 40 H, 40 V/30 H, 35 V Lightning Protection: DC Grounded Vertical Beamwidth: 40 H, 40 V/35 H, 30 V Max Input Power: 100 W Dimensions: 13.8" H x 13.8 W x 1.8" D (350mm H x 350mm W x 45mm D) Weight: 1.8 lb (0.8 kg) Installation: Articulating Wall/Pole Mount Pole Mount Diameter: 2 (50mm) Radome Material: ASA Connector: N-Style Jack Number of Leads: 4 (Integrated) Installation Environment: Indoor/Outdoor Operating Temperature: -40 to 149 F (-40 to 65 C) Wind Velocity: 130 mph (210 km/h) 2.45 GHZ > 5.5 GHZ avaya.com 4
Antenna 2.4/5 GHZ 10/11 DBI 4 ELEMENT INDOOR/OUTDOOR HIGH DENSITY PATCH ANTENNA WITH N-STYLE (WAT911040-E6) The Avaya high density dual band indoor/outdoor patch antenna (WAT911040-E6) achieves focused, directional coverage in your indoor or outdoor space. With a narrower beamwidth than most patch antennas and both horizontal and vertical polarized antenna elements, this antenna is purpose-built to provide a very focused coverage pattern suitable for high density deployments. Each antenna element is optimized for Wi-Fi operation on both 2.4 and 5 GHz. This antenna comes with integrated connectors and ships with our articulating wall and pole mount kit for precise antenna positioning. This highly versatile antenna is suitable for a broad range of indoor and outdoor applications where focused RF coverage of an area is desired. Frequency Range: 2.4-2.5/4.9-5.85 GHz VSWR: < 2.0:1 Gain: 10/11 dbi Isolation: > 20 db Polarization: 2 Vertical 2 Horizontal Impedance: 50 Ω Horizontal Beamwidth: 41 H, 52 V/34 H, 40 V Lightning Protection: DC Grounded Vertical Beamwidth: 54 H, 40 V/42 H, 33 V Max Input Power: 100 W Dimensions: 9.1" H x 9.1 W x 1.8" D (230mm H x 230mm W x 45mm D) Weight: 1.3 lb (0.6 kg) Installation: Articulating Wall/Pole Mount Pole Mount Diameter: 2 (50mm) Radome Material: ASA Connector: N-Style Jack Number of Leads: 4 (Integrated) Installation Environment: Indoor/Outdoor Operating Temperature: -40 to 149 F (-40 to 65 C) Wind Velocity: 130 mph (210 km/h) 2.45 GHZ > 5.5 GHZ avaya.com 5
Antenna 2.4/5 GHZ 4/7 DBI 4 ELEMENT INDOOR/OUTDOOR PATCH ANTENNA WITH N-STYLE (WAT911090-E6) The Avaya dual band indoor/outdoor patch antenna (WAT911090-E6) achieves directional coverage in your indoor or outdoor space. Each antenna element is optimized for Wi-Fi operation on both 2.4 and 5 GHz. This antenna comes with our integrated flush mount for surface mounting through a thin wall or enclosure door and also ships with our articulating wall and pole mount kit. This highly versatile antenna is suitable for a broad range of indoor and outdoor applications where focused RF coverage of an area is desired. Frequency Range: 2.4-2.5/4.9-5.85 GHz VSWR: < 2.0:1 Gain: 4/7 dbi Isolation: > 20 db Polarization: Vertical Impedance: 50 Ω Horizontal Beamwidth: 99 /58 Lightning Protection: DC Grounded Vertical Beamwidth: 65 /40 Max Input Power: 100 W Dimensions: 5.5 H x 4.7 W x 1.5 D (140mm H x 120mm W x 39mm D) Weight: 0.9 lb (0.4 kg) Installation: Threaded Bolt with Nut and Articulating Wall/Pole Mount Installation Hole Diameter: 1 (25mm) Pole Mount Diameter: 2 (50mm) Radome Material: ASA Connector: N-Style Plug Number of Leads: 4 Cable Length: 36 (910mm) Cable Type: RG58 Installation Environment: Indoor/Outdoor Operating Temperature: -40 to 149 F (-40 to 65 C) Wind Velocity: 130 mph (210 km/h) 2.45 GHZ > 5.5 GHZ avaya.com 6
Antenna 2.4/5 GHZ 2/3 DBI WHITE INDOOR ARTICULATING RUBBER DUCK ANTENNA WITH N-STYLE (WAT91360R-E6) The Avaya dual band indoor rubber duck antenna (WAT91360R-E6) is optimized for Wi-Fi operation on both 2.4 and 5 GHz. This antenna articulates 90 degrees and attaches directly to Avaya WLAN 9100 AP. This highly versatile antenna is suitable for a broad range of indoor applications where a higher gain external antenna is not needed. Frequency Range: 2.4-2.5/4.9-5.85 GHz VSWR: < 2.0:1 Gain: 2/3 dbi Impedance: 50 Ω Polarization: Vertical Horizontal Beamwidth: 360 Dimensions: φ 0.51 x 5.4 L (φ 13mm x 138.6mm L) Connector: N-Style Plug Installation: Direct Connect to AP Color: White Articulation: 90 Degrees Installation Environment: Indoor avaya.com 7
Antenna 2.4/5 GHZ 4/6 DBI 4 ELEMENT INDOOR/OUTDOOR OMNI ANTENNA WITH N-STYLE (WAT912360-E6) The Avaya dual band indoor/outdoor omnidirectional antenna (WAT912360-E6) comes with an integrated flush mount for surface mounting through a thin wall, ceiling or enclosure door and also ships with a wall and pole mount kit. This highly versatile antenna is suitable for a broad range of indoor and outdoor applications. Frequency Range: 2.4-2.5/4.9-5.85 GHz VSWR: < 2.0:1 Gain: 4/6 dbi Isolation: > 20 db Polarization: Vertical Impedance: 50 Ω Horizontal Beamwidth: 360 Max Input Power: 100 W Vertical Beamwidth: 144 /55 Dimensions: φ 4.7 x 2.8 H (φ 120mm x 70mm H) Weight: 0.4 lb (0.2 kg) Installation: Threaded Bolt with Nut and Wall/Pole Mount Installation Hole Diameter: 1 (25mm) Pole Mount Diameter: 2 (50mm) Radome Material: ASA Connector: N-Style Plug Number of Leads: 4 Cable Length: 36 (910mm) Cable Type: RG58 Installation Environment: Indoor/Outdoor Operating Temperature: -40 to 149 F (-40 to 65 C) Wind Velocity: 130 mph (210 km/h) 2.45 GHZ > 5.5 GHZ avaya.com 8
Accessories Accessories: 10 195 SERIES N-STYLE PLUG TO RPTNC PLUG CABLE ASSEMBLY (WAT910010-E6) 3 195 SERIES N-STYLE JACK TO N-STYLE PLUG CABLE ASSEMBLY (WAT911003-E6) 10 195 SERIES N-STYLE PLUG TO RPTNC PLUG CABLE ASSEMBLY (WAT911010-E6) avaya.com 9
Accessories 5 195 SERIES N-STYLE PLUG TO N-STYLE PLUG CABLE ASSEMBLY (WAT912005-E6) 20 400 SERIES N-STYLE PLUG TO N-STYLE PLUG CABLE ASSEMBLY (WAT912020-E6) 12X12X6 POLYCARBONATE ENCLOSURE WITH LATCH LOCK, 4 HOLES & CORD GRIP (WAB910004-E6) (Dimensions in mm) Enclosure Top Enclosure Cover Latch Detai Note on Enclosure Holes: SMA/RPSMA - 0.25 (6.35mm) TNC/RPTNC - 0.5 (12.7mm) N-Style/RP N-Style - 0.625 (15.875mm) Cord Grip - 0.9 (23mm) avaya.com 10
Accessories 12X12X6 POLYCARBONATE ENCLOSURE WITH LATCH LOCK, 4 HOLES & CORD GRIP (WAB910004-E6) (Dimensions in mm) (cont.) Enclosure Back - Inside View Enclosure Back - Outside View Hinge Side 14X12X6 POLYCARBONATE ENCLOSURE WITH LATCH LOCK, 4 HOLES & CORD GRIP (WAB910005-E6) (Dimensions in mm) Enclosure Top Enclosure Cover Latch Detail TITLE: 14x12x6 Polycarbonate Enclosure with Latch Lock, 4 Holes & Cord Grip PART NUMBER: WAB910005-E6 Note on Enclosure Holes: SMA/RPSMA - 0.25 (6.35mm) TNC/RPTNC - 0.5 (12.7mm) N-Style/RP N-Style - 0.625 (15.875mm) Cord Grip - 0.9 (23mm) Hinge Side Dimensions in mm Enclosure Back - Inside View Enclosure Back - Outside View avaya.com 11
Accessories N-STYLE BULKHEAD JACK TO PLUG LIGHTNING ARRESTOR (WAT910100-E6) The Avaya bi-directional gas discharge tube lightning arrestor (WAT910100-E6) protects outdoor equipment from the buildup and discharge of static electricity that affects the operation and lifespan of your network. Impedance: 50Ω Frequency Range: DC-5.85 GHz Discharge Voltage: 90V VSWR: 1.3 Insertion Loss: 0.2dB Center Conductor Contact Resistance: 1mΩ Outer Conductor Contact Resistance: 1mΩ Dielectric Withstand: 2500V RMS Insulation Resistance: 1000MΩ Connector 1 Style: N-Style Bulkhead Jack Connector 2 Style: N-Style Plug Mating: 5/8-24UNEF-2A and 5/8-24UNEF-2B Durability: 500 Cycles Installation: DIN Rail Mount and L Bracket Body: Nickel Plated Brass Insulator: Teflon Contact Socket: Gold Plated Phosphor Bronze Contact Pin: Gold Plated Brass STANDARDS, TESTING AND CERTIFICATIONS Operating Temperature: -40 to 185 F (-40 to 85 C) IEC 60169-16 ROHS 2011/65/EU Compliant avaya.com 12
Accessories RIGHT ANGLE N-STYLE JACK TO N-STYLE PLUG ADAPTER (WAT910101-E6) The Avaya inline RF connector adapter (WAT910101-E6) converts an existing style or gender connector to easily mate with another style or gender. These adapters are built to minimize insertion loss and are an easy and efficient way to change styles and genders within an RF system. Impedance: 50Ω Frequency Range: DC-5.85 GHz VSWR: 1.6 Insertion Loss: 0.35dB Center Conductor Contact Resistance: 1mΩ Outer Conductor Contact Resistance: 1mΩ Dielectric Withstand: 2500V RMS Insulation Resistance: 5000MΩ Connector 1 Style: N-Style Jack Connector 2 Style: N-Style Plug Adapter Shape: Right Angle Mating: 5/8-24UNEF-2A and 5/8-24UNEF-2B Durability: 500 Cycles Body: Nickel Plated Brass Insulator: Teflon Contact Pin: Gold Plated Brass/Bronze STANDARDS, TESTING AND CERTIFICATIONS Operating Temperature: -67 to 311 F (-55 to 155 C) IEC 60169-16 ROHS 2011/65/EU Compliant avaya.com 13
Accessories N-STYLE JACK TO RPTNC PLUG ADAPTER (WAT910102-E6) The Avaya inline RF connector adapter (WAT910102-E6) converts an existing style or gender connector to easily mate with another style or gender. These adapters are built to minimize insertion loss and are an easy and efficient way to change styles and genders within an RF system. Impedance: 50Ω Frequency Range: DC-5.85 GHz VSWR: 1.35 Insertion Loss: 0.2dB Center Conductor Contact Resistance: 1mΩ Outer Conductor Contact Resistance: 2.5mΩ Dielectric Withstand: 1500V RMS Insulation Resistance: 5000MΩ Connector 1 Style: N-Style Jack Connector 2 Style: RPTNC Plug Adapter Shape: Straight Mating: 5/8-24UNEF-2A and 5/8-24UNEF-2B Durability: 500 Cycles Body: Nickel Plated Brass Insulator: Teflon Contact Pin: Gold Plated Bronze STANDARDS, TESTING AND CERTIFICATIONS Operating Temperature: -67 to 311 F (-55 to 155 C) IEC 60169-16 IEC 60169-17 ROHS 2011/65/EU Compliant avaya.com 14
About Avaya Avaya is a leading, global provider of customer and team engagement solutions and services available in a variety of flexible on-premise and cloud deployment options. Avaya s fabric-based networking solutions help simplify and accelerate the deployment of business critical applications and services. For more information, please visit www.avaya.com. 2016 Avaya Inc. All Rights Reserved. Avaya and the Avaya logo are trademarks of Avaya Inc. and are registered in the United States and other countries. All other trademarks identified by, TM, or SM are registered marks, trademarks, and service marks, respectively, of Avaya Inc. Other trademarks are the property of their respective owners. 10/16 DN7801-02 avaya.com 15