Wireless industrial sensor interface


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Wireless industrial sensor interface - 1

Wireless Industrial Sensor Interface

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Wireless industrial sensor interface - 2

A secure robust wireless interface with needed for real-Time Industrial Control The BEI SwiftComm wireless industrial sensor interface ushers in a new era of wireless industrial control. Now the machine designer is free to install sensor equipment without the expense and constraints of a hard-wired system. Encoder installations in difficult applications like cranes, rotating tables or mobile applications, are greatly simplified. The SwiftComm system includes the transmitter-receiver pair, which communicates using a point-to-point frequency-hopping 2.4 GHz RF protocol. Because of its...

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SwiftComm’s Unique Advantages Robust Signal Real Time Control Basic Setup BEI’s SwiftComm operates on the 2.4 GHz ISM radio band and It is critical in any motion control application to have minimum lag The SwiftComm Transmitter and Receiver modules operate as a pair, uses Adaptive Frequency Hopping Protocol (AFH). This helps avoid time in signal transmission. Delays in data to the controller can known as Point-To-Point communication. Each pair shares a unique data interruptions due to frequency interference. If a particular cause major problems. SwiftComm is one of the fastest wireless...

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yfr FRONT PANeL iNDiCATORS SwiftComm Transmitter and Receiver Modules has a set of six front panel indicators that show internal operation and RF status. Q pm o o o Qlink Q STATUS BEIscnsoks Encoder Outpui comm Receiver Qpwr o O O Ounk O STATUS BE!SENSORS Encoder Input requirements SwiftComm is licensed for use with a 5.5 dBi gain dipole (rubber ducky) with a reverse polarity TNC connector. These antennas are mounted directly to the mating connectors on the SwiftComm modules and are supplied with each Transmitter and Receiver module. For reliable radio transmission, a secure and...

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BOTTOM VIEW Transmitter: Pwr Input & BIT Output (5 Pin Connector) *If transmission is interrupted for longer than 0.13 seconds the status of this pin will change from LO to HI. B.I.T. is HI at +V level. The SwiftComm Transmitter Module has two connector plugs: a 5-pin connector for power input, B.I.T output and chassis ground; and a 3-meter cable with a 10-pin MS connector attached to the end. Receiver Pinouts: Encoder Output (MS3102R18-1P) The SwiftComm Receiver Module has an MS connector that provides the same output signals as a standard BEI encoder. Input power can be from 5 to 28 VDC....

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Security Code SwiftComm radios are paired in a point-to-point configuration. codes are available, assuring no address will ever be repeated. Encoder data is sent from the Transmitter module to the Receiver Additionally, all radio pairs are programmed with their security module, where the data is passed on to the user’s equipment. code at the factory and are not publicly available, which provides Because of this architecture, only one Transmitter and one Receiver enhanced security of each pair. architecture. SwiftComm deploys three layers of protection to the data. Zigbee or BlueTooth. These...

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United States FCC ID: VSR-SWIFTCOMM11 Canadian IC: 7445A-SWIFTCOMM11 Licensed in US and Canada only To satisfy RF exposure requirements, this device and its antenna must operate with a separation distance of at least 20cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter. This device has been designed to operate with an antenna having a maximum gain of 5.5dBi. Antenna having a higher gain is strictly prohibited per regulations of Industry Canada. The required antenna impedance is 50 ohms. To reduce potential interference to other...

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