ap-w 1024 cybox ap-w 1024 Industrial and Mobile IEEE ac Dual Radio Wireless Access Point

Transcription

1 es cybox ap-w 1024 cybox ap-w 1024 Industrial and Mobile IEEE ac Dual Radio Wireless Access Point 1 Designed for harsh Industrial and Mobile Applications 1 EN Compliant 1 Wall Mount olution

2 3 Main Features 1 IEEE802.11ac compliant and backward compatible with a/b/g/n 1 imultaneous operation on 2.4 GHz and 5 GHz frequencies possible 1 Integrated 2-port Gigabit Ethernet switch 1 Designed for harsh industrial and mobile applications 1-40 to +70 C operating temperature 1 EN compliant 1 Integrated firmware for management and configuration 3 Description The CyBox AP-W 1024 is a member of the CyBox family of robust industrial Ethernet access points for wall mounting. It is particularly designed to meet requirements of rolling stock and automotive applications. With the assistance of the access point, multiple mobile WLAN compatible devices in a passenger train, long distance bus or subway have the possibility to communicate with the Internet or access local data, such as time table information, videos, etc. The built-in configurable firewall ensures that mobile clients cannot gain access to other clients in the WLAN. Another important use case is the construction of wireless network backbones in train retrofit programs. The CyBox AP-W 1024 hosts two independent Compex WLE900VX-I WLAN radios, allowing operation of flexible wireless network configurations, including different frequency bands. The WLAN interfaces are fully compliant to IEEE ac, allowing to connect clients at high data rates up to 1.3 Gbps on each interface. On the fixed network side, the access point features two 10/100/1000 Mbps Ethernet ports with auto-negotiation and TX-crossover. The ports are internally connected to an unmanaged switch and can be used either for redundancy to increase the availability of service or to connect a second access point for better radio illumination (daisy chaining). The switch works independently from the internal CPU, so that internal failures do not influence the packet forwarding between the two Ethernet ports. The CyBox AP-W 1024 provides very flexible powering options. It can be supplied by a local 24 to 110 VDC power source; the power input is fully EN compliant and tolerates an input voltage range from 14,4 V to 154 V. The CyBox AP-W 1024 tolerates power interruptions up to 10 ms, making it compliant to EN 50155, Class 2. As a second source of supply the CyBox AP-W 1024 provides an IEEE802.3af compliant PoE input for Class 3 powered device mode. Its capability to supply power to a second CyBox AP-W 1024, if it is connected to the downlink port is a unique feature. This setup allows providing wireless connectivity with two access points using just one CAT-X cable; a noticeable cost saving factor especially in retrofit programs. The robust IP30 aluminium housing can be deployed in industrial and mobile environments; it does not require forced air cooling in temperature ranges between -40 and +70 C (EN 50155, Class TX) and has no maintainable parts inside. The CyBox AP-W 1024 is especially suited for use in rugged environments with regard to shock and vibration according to applicable DIN, EN or IEC industry standards. Its electrical and mechanical robustness is supported by industry standard M12 connectors for Ethernet, and QL connectors for the RF interfaces. The CyBox AP-W 1024 firmware provides a comfortable management interface through http service. Besides global setup parameters the software allows complete configuration of the WLAN interfaces, such as channel selection, ID, encryption keys and firewall setup. Access point configurations can be up- and downloaded and the complete management firmware can be upgraded. The CyBox AP-W 1024 provides the possibility to read its configuration data from a memory device that can be attached via M12 connector; a prerequisite for quick and easy installation in the field. A unique feature of the firmware is provided with the Inter Carriage Connection Protocol, which resembles a bridging algorithm that has been developed by ELTEC to automatically establish and maintain a wireless LAN backbone for trains. uch wireless backbones can be used in retrofit applications, where there is no possibility to add Ethernet cables through the car coupling. The challenge is to establish and maintain such connections in an environment, which is unstable and exposed to external sources of disturbances, such as train re-configuration, connection losses or other trains on neighbour tracks.

3 3 Block Diagram 1000Vrms Isolation Antenna-Connector M12, 4-pin, A- coded, male HF-Filter, Protection V DC 24VDC 24 VDC Local Voltages 500Vrms Isolation V 24VDC Voltage Monitor DDR RAM 256MB M12, 8-pin, A- coded, female Ethernet 10/100/1000Mbit PHY Ethernet 10/100/1000Mbit PHY ETH witch RGMII WLAN_LED mcard socket WLAN Radio Module 1 LED 6 LEDs M12, 5-pin, A- coded, female LAN1, 2 Link/Act Power Good tatus PU 5V GPIO CPU QorIQ P1020 WLAN_LED mcard socket WLAN Radio Module 1 LED I2C Flash Memory PI Temp. ensor EEPROM 3 tandards and pecifications tandards 1 IEEE a/b/g/n/ac for Wireless LAN 1 IEEE i for Wireless ecurity 1 IEEE for 10BaseT 1 IEEE802.3u 100BaseTX and 100Base FX 1 IEEE 802.3ab for 1000BaseT 1 IEEE 802.3at for Power-over-Ethernet IEEE 802.3af 1 IEEE 802.1Q VLAN afety Flammability: compliant to 1 EN45545 (HL 1 to HL 4) 1 DIN5510 (1 to 4) for use in technical cabinets 1 B6853 & GM/RT2130, categories II, Ib Ia, A, B, OC1, OC2, OC3 and OC4 1 NFF , categories B, A2 and A1 EMC (RED /53/EU) Tested according to the following railway standards: 1 EN (radio disturbance) 1 EN (conducted RF immunity) 1 EN (ED) 1 EN (electromagnetic field immunity) 1 EN (burst) 1 EN (surge) WLAN and LTE radios compliant to: 1 ETI EN ETI EN ETI EN ETI EN ETI EN ETI EN ETI EN 62311

4 WLAN Interface (Compex WLE900VX-I) RF Operating Frequency Transmission Rates Output Power Receive ensitivity Encryption ecurity 3 RF signal inputs, 3T3R MIMO technology 11b/g/n IM band: ~ GHz 11a IM band: GHz ~ GHz b: 1, 2, 5.5, 11 Mbps a/g: 6, 9, 12, 18, 24, 36, 48, 54 Mbps n: 6.5 to 450 Mbps ac: up to 1300 Mbps a: 17 dbm ± 2 dbm@54 Mbps b: 21 dbm ± 2 dbm@11 Mbps g: 18 dbm ± 2 dbm@54 Mbps gn HT20: 16 dbm ± 2 MC gn HT40: 16 dbm ± 2 MC an/ac HT20: 16 dbm ± 2 MC an/ac HT40: 15 dbm ± 2 MC ac HT80: 15 dbm ± 2 MC a: -80 dbm ± 2 54 Mbps b: -94 dbm ± 2 11 Mbps g: -80 dbm ± 2 54 Mbps gn HT20: -77 dbm ± 2 MC gn HT40: -75 dbm ± 2 MC an/ac HT20: -75 dbm ± 2 MC an/ac HT40: -75 dbm ± 2 MC ac HT80: -72 dbm ± 2 MC7 AE, TKIP, WEP Visible / invisible ID 64-bit and 128-bit WEP encryption, WPA / WPA2-personal and enterprise Firewall

5 3 Technical Data Physical Interfaces Antenna 6x QL connectors for WLAN LAN 2x 10/100/1000BaseT(X), M12 A-coded Port M12, A-coded Power Input 24 to 110 VDC local supply on M12 A-coded, PoE LED Indicators Power, Fault, LAN 1, LAN 2, LTE1, WLAN1 Reset witch Available on the front cover (access protected) 3 pecifications Mechanical pecifications Dimensions: 105 mm x 55 mm x 205 mm Weight: 1100 g Aluminium IP30 housing, prepared for wall-mounting Electrical pecifications Local supply voltage: 24 to 110 VDC nominal (14,4 V min. to 154 V max.), Compliant to EN 50155, Class 2, or PoE, Class 3 powered device according to IEEE 802.3af Power consumption: 10 W typ., 14 W max. Environmental Conditions Temperature range (operation): C (+85 C for 10 min., according to EN 50155, Class TX) Temperature range (storage): C Relative humidity (operation): max. 90 % non-condensing Relative humidity (storage): max. 90 % non-condensing Altitude: -300 m to + 2,000 m Climatic tests according to EN hock and vibration tested according to EN Conformal coating tandard Configurations Article No. PU Connector ETH Connector I/O CYAPW-1023V0 M12, A-coded M12, X-coded CYAPW-1024V0 M12, A-coded M12, A-coded CYAPW-1025V0 Phoenix M12, X-coded 2x DI, 1x Relay Options 1 ingle WLAN interface 1 MA antenna connectors Accessories 1 DIN-rail mounting plate en compliant MTBF 1 Approx h eltec Elektronik AG Galileo-Galilei-trasse Mainz PO Box Mainz Germany Fon Fax www info@eltec.com eltec.com Copyright 2017 by ELTEC Elektronik AG, Mainz. All rights reserved. The information in this document has been carefully checked and is believed to be entirely reliable. However, no responsibility is assumed for inaccuracies. Furthermore, ELTEC reserves the right to make changes to any products herein to improve ELTECCC reliability, function or design. ELTEC does not assume any liability arising out of the application or use or of any product or circuit described herein; neither does it convey any license under its rights or the right of others. All trademarks are the property of their owners. Printed in Germany. tatus: 3.0 Date: Name: AFr