AWB5001-B, Anybus Unmanaged L2 SwitchAWB5001-BThe Anybus Unmanaged L2 Switch creates simple and robust data networks in harsh industrial settings., With Gigabit throughput and ultra-low power consumption, it’s ideal for small networks where reliable and basic connectivity meets application requirements.High-Speed 8-port Gigabit switch Efficient MAC address management Jumbo Frame support Quality of Service (QoS) and VLAN supportOptimal network performance with 8 Gigabit ports featuring auto-negotiation for rapid data transfers.A 4k MAC address table enables you to efficiently manage devices within your network.Supports 9 kB Jumbo Frames, allowing for the efficient transfer of large amounts of data.
This equipment contains parts that can be damaged by electrostatic discharge (ESD)., If this equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired., Because this equipment contains electronic components, it must be disposed of separately from household waste., Sicherheits- und Compliance-Informationen 7 (19) Technische Daten Bestellcode AWB5001 Ethernet-Anschluss RJ45 Spannungsversorgung 9,6 bis 60 V DC Max. 2,64 W Stromanschluss Herausziehbarer Steckverbinder mit 4 Pins 3 Pins für Leistungsaufnahme 1 Erdungs-Pin Abmessungen 145 x 100 x 40 mm (H x T x B) ohne DIN-Montageclip Gewicht 540 g Gehäusematerial Stahl IP-Schutzart IP40 Montage DIN-Schienenmontage Betriebstemperatur -40 °C bis 70 °C, 0-95 % relative Luftfeuchtigkeit, nicht kondensierend Zusätzliche technische Daten und Informationen zur Installation und zur Verwendung des Produkts sind unter www.anybus.com/support zu finden., Informations sur la sécurité et la conformité 11 (19) Caractéristiques techniques Code de commande AWB5001 Connecteur Ethernet RJ45 Alimentation électrique 9,6 à 60 VCC Max. 2,64 W Connecteur d’alimentation Connecteur de bornier amovible à 4 broches 3 broches pour l’alimentation 1 broche de mise à la terre Dimensions 145 x 100 x 40 mm (H x P x L) sans clip de montage DIN Poids 540 g Matériau du boîtier Acier Classe de protection IP IP40 Montage Montage sur rail DIN Température de fonctionnement -40 °C à 70 °C, 0-95 % d’HR sans condensation Vous trouverez des données techniques et des informations supplémentaires relatives à l’installation et à l’utilisation de ce produit sur www.anybus.com/support.
Federal Communications Commission and Industry Canada Electro Magnetic Interference requirements according to FCC part 15 Subpart B., Chicago, 12 th of November Kevin Knake, CMT Executive Vice President & General Manager USA _________________________________ Type of Product: Ethernet switch Model: Options: AWB5 AWB5001, AWB5011
Lyons Road Warwick University Science Park Coventry CV4 7EZ, UK HMS Industrial Networks AB Stationsgatan 37 SE-302 50 Halmstad, Sweden www.hms.se Declares under our sole responsibility that the product: is hereby declared in conformity with essentials requirements of the following UK Legislation(s) when installed accordingly with the installation instructions: • Electromagnetic Compatibility Regulations 2016 • The Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulations 2012 References to relevant designated standards used or references to the specifications in relation to which conformity is declared: Conformity to standards: EN 61000-6-4:2019 Emission standard for industrial environment IEC 61000-4-2:2008 IEC 61000-4-3:2006 + A1:2007 + A2:2010 IEC 61000-4-4:2012 IEC 61000-4-5:2014 + A1:2017 IEC 61000-4-6:2013 IEC 61000-4-8:2009 EN 61000-6-2:2019 Immunity for industrial environment Coventry, May 4th, 2022 David Bradley-Folley, , General Manager at HMS Industrial Networks Ltd _________________________________ Type of Product: Model: Options: Ethernet switch AWB5 AWB5001
Common limitations for wired connections and wireless alternatives i n industrial automation • In industrial data communication, situations can arise where the network cable is a limiting factor • Limitations m ay depend on whether the device to be connected is in motion, is in a hard -to-reach location, or that it simply becomes too costly or impractical to connect via cable Mind the gap • In many cases, it is possible to solve these problems by e stablishing a wireless bridge • For a wireless connection to be a good alternative, it needs to r e tain as m uch as possible of the characteristics of a wired connection: Wireless connections can solve these problems Easy to install and use Cost-efficient and reliable Transparent real-time-communication • Cables and connectors can be damaged by the wear and tear of machines in m otion or if they are exposed to strong v ibrations, shocks and blows • For example, the cables of an industrial r obot will wear out over time, and m ay fail causing downtime and production standstill • Industrial conveyor belts are another e xample where constant strong v ibrations significantly affect the function of cables and connectors Uptime and reliability • Physical access to the device to be connected can be an issue as it m ay be in motion, it m ay be in a hard - to-reach or potentially dangerous location, or it needs to be accessible from other m obile devices such as a handheld HMI or a laptop • For example, industries that handle a lot of raw materials m ay need to take r e gular readings of levels, quality, and m ore., Manual r e ading can be a safety r isk, time-consuming and impractical • The increase of IIoT where continuous m achine data is interpreted for optimized operation, predictive maintenance is driving the need to connect more things, r e gardless of what the conditions look like Easy access to data • Installing cable is e xpensive and m ay in some cases not e v e n be a feasible option • Installing new cable is a larger project and take s longer than e stablishing a wireless connection • Cost increases with scale where each node will drive additional cost for wiring, associated labor and m aintenance Cost-efficiency Anybus Wireless p o rtfolio The Anybus Wireless family The Anybus Wireless family The Anybus Wireless family The Anybus Wireless Family The Anybus Wireless family • Adds wireless connectivity • Hole mounted (M50) • Unique form factor • IP66/IP67 The Anybus Wireless Bolt • Bolt Ethernet • Ethernet → WiFi/BT • RJ45, PoE • Bolt CAN •, CAN → WiFi/BT • 18-pin • Bolt Serial • Serial → WiFi/BT • 18-pin • Bolt IoT • Ethernet → NB IoT/LTE-M • RJ45, PoE • Bolt LTE • Ethernet → LTE • RJ45, PoE Product versions • Surface mounted • Ethernet → WiFi/BT • M12 connectors • Physical UI • Cable r e placement The Anybus Wireless Bridge • Strong wireless platform • Hole mounted (M50) • Unique form factor • IP66 • WDS Bridging • WPA3 Enterprise security The Anybus Wireless Bolt II Bolt and Bridge accessories Infrastructure Products • Unmanaged L2 (AWB5001) • Managed L2 with PoE (AWB5005) • Managed L3 (AWB5011) Anybus Switches Unmanaged L2 switch • Full speed on all ports Non-blocking • Reduced environmental impact Ultra low power • Avoid single points of failure Dual PSU support • QoS/VLAN compatibility Tagged frame support Managed L2 PoE switch •One -cable connection PoE •4k video etc. 10 x Gbit ports •Fiber conversion •Galvanic separation 2 x SFP Ports, Bridge II Case Story: https://www.anybus.com/about- us/case-studies/1080-motion-anybus-wireless- technology-used-for-athlete-testing Hardware Meets Software
Caution Instruction that must be followed to avoid a risk of personal injury., If this equipment is used in a manner not specified by the manufacturer, the protection provided by the equipment may be impaired. 2.2 General Safety Caution Ensure that the power supply is turned off before connecting it to the switch., Push the bottom of the DIN rail clip into the DIN rail., Attach the 4 pin terminal block to the contact on the switch., Insert the grounding wire into the Ground (GND) contact on the 4 pin terminal block. 2.
