FL WLAN 24 AP XDB and RAD XDB

Transcription

1 FL WLAN 24 AP XDB and RAD XDB a/b/g Ethernet radio AUTOMATION Data sheet 2592_en_B 1 Description PHOENIX CONT Features The radios are industrial radio transceivers that conform to IEEE standards a/b/g. These models allow users to configure access point, bridge or client modes for use in a wireless Ethernet network. They feature the latest, highsecurity IEEE standard i with AES encryption and optional 802.1x authentication. The XDB radios support TCP/IP, UDP and IP v4 protocols with all programming and radio diagnostics accessible via a simple, integrated web server. The radios also feature userupgradeable firmware. The XDB radios can be used on the license-free 2.4 or 5 GHz bands. 2 Applications Video surveillance Pipeline monitoring Factory floor network Perimeter security Quality control Homeland security RFID (Active) VoWiFi Mobile computing Functions as an access point, client or bridge allowing the devices to work in a variety of applications. Supports data rates up to 54 Mbps on both 5 GHz (802.11a) and 2.4 GHz ( b/g) frequency bands. Security features WEP, WPA, i (WPA2) 128-bit AES encryption and MAC Address checking provide for a trusted connection. SSID can be enabled or disabled. Rogue access point detection with notification. Two levels of password access. Receive antenna diversity to improve radio performance and reliability. mw transmission power. Accepts omni and directional antennas with 3 to 22 dbi gain. DHCP server can be enabled or disabled in access point mode. Programming and network diagnostics are accessed via embedded web server and IT-friendly SNMP; no additional software needed. Make sure you always use the latest documentation. It can be downloaded at This data sheet is valid for all products listed on the following page:

2 4 Ordering data Products Description Type Order No. Pcs. / Pkt. Radio, Industrial wireless Ethernet, b/g with IEEE i security, IP20, rail mount, meets European wireless regulations Radio, Industrial wireless Ethernet, b/g with IEEE i security, IP20, rail mount, meets USA FCC wireless regulations FL WLAN 24 AP XDB RAD XDB Technical data General data Mounting Dimensions (W x H x D) Weight Case material Operating temperature Storage temperature Relative humidity Protection class FCC ID (USA) LED indicators Supply voltage Power Connection Current consumption, maximum Ethernet Port connection Ethernet transmission rate Wireless interface Frequency Channel selection RAD XDB FL WLAN 24 AP XDB Antenna connector Mechanical tests Shock test according to DIN EN Vibration resistance according to DIN EN EN mounting rail 45 x 99 x 113 mm (1.8 x 3.90 x 4.4 in.) 250 g (8.8 oz.) plastic 0 to 65 C (32 to 149 F) -20 to 70 C (-4 to 158 F) 5-95% non-condensing IP20 SWX-SR2 Status: solid indicates normal operation; flashing indicates error RF LINK: solid when RF link is established; off with no radio connection RF DATA: flashes when data is sent/received WAN LINK: flashes when data is detected on Ethernet port WAN SPEED: solid when Base-T connection exists 9-30 V DC Screw-type terminal, AWG V DC V DC RJ45 10/ Mbps GHz (802.1b/g) GHz (802.11a) 1-11 (802.11b/g); 36, 40, 44, 48 (802.11a) 1-13 (802.11b/g); 36, 40, 44, 48 (802.11a) MCX female (2x) 5g when there is a half-wave of 30 ms Operation 1g, Hz 2592_en_B PHOENIX CONT 2

3 Approval/conformance Approvals RAD XDB FL WLAN 24 AP XDB UL/cUL Class I, Div. 2 Groups A, B, C, D FCC Part 15 UL/cUL Class I, Div. 2 Groups A, B, C, D R&TTE EN Compliance with the following CE test specifications EN EN Compliance with the Safety of Information Devices test specification DIN EN (VDE 0805, IEC 950) Developed according to IEC IEC (ESD) Criterion B IEC (radiated-noise immunity) Criterion A IEC (burst) Criterion B IEC (surge) Criterion B IEC (conducted noise immunity) Criterion A IEC (noise immunity against magnetic fields) Criterion A EN (noise emission) Class A 6 Typical network topologies Using the web server, the XDB radios can be configured to operate as an access point, bridge/repeater, or client radio. 6.1 Access point A radio can be used as a stand-alone access point without any connection to a wired network. In this configuration, it simply provides a stand-alone, wireless network for a group of wireless devices. X5 Figure 1 Access point 2592_en_B PHOENIX CONT 3

4 6.2 Access point-to client topology Figure 2 shows two radios, one configured as an access point and the other as a client. X5 X5 Figure 2 Access point to client 6.3 Point-to-multipoint bridging topology Figure 3 shows point-to-multipoint bridging of multiple Ethernet networks. X5 X5 X5 Figure 3 Radios configured in a bridging topology 2592_en_B PHOENIX CONT 4

5 6.4 Repeater topology Figure 4 shows three radios configured as bridges; two are connected to LAN networks, and the third simply acts as a repeater to extend the range. X5 X5 Figure 4 Radios in a repeater topology 2592_en_B PHOENIX CONT 5

6 7 Connections 7.1 Power Connect a regulated Class 2 DC power source to the transceiver. The supply voltage can range from 9 to 30 V DC with a nominal voltage of either 12 V DC or 24 V DC recommended. The power supply must be able to supply 215 ma of current at 24 V DC. Figure 5 shows an installation using a Phoenix Contact MINI power supply V GND A B Power RFLink V GND A B FLBL R1 ANT 1 STATUS ANT 2 Ground terminal block To protective ground RF LINK RF DATA WAN SPEED WAN LINK FL WLAN 24 AP XDB L(+) N(-) Figure 5 Power Connections 2592_en_B PHOENIX CONT 6

7 Antenna There are two antenna connectors on the transceiver (see Figure 6). A single antenna can be used, or two antennas can be connected to provide antenna diversity. Some sites may experience multipath problems. Multi-pathing is likely to be a greater problem when there is no line-of-sight, and there are lots of metal structures in the path. Conductive metals reflect RF energy fairly efficiently and increase the possibility of a multipath condition. If there is clear line-of-sight, multipath is less likely to occur but can still be a problem. If using a single antenna, connect it to ANT 1. Antenna with adapter cable Main antenna connection ANT 1 LA LB + RX+ RX TX+ TX FLBL R1 POWER RS-485 TX RS-485 RX Diversity antenna connection ANT 2 RS-232 TX RS-232 RX RF LINK RF DATA WAN SPEED WAN LINK MCX plug Figure 6 Redundant antenna connections To realize the benefits of antenna diversity, the antennas should be located at least 1.25 wavelengths apart. At 2.4 GHz, this distance is 15 cm (5.9 inches). Antennas can be mounted farther apart, but most of the benefit is realized at 1.25 wavelengths. 2592_en_B PHOENIX CONT GmbH & Co. KG Blomberg Germany Phone: +49-(0) PHOENIX CONT P.O. Box 4 Harrisburg PA USA Phone: