菲尼克斯無線基站選型手冊

1、© PHOENIX CONTACT - 03/20087294_en_02 AUTOMATION FLM BT BS 3Data Sheet 1DescriptionThe Fieldline Modular Bluetooth base station (FLM BT BS 3 is designed for use in theFieldline Modular local bus, which is opened by a Fieldline Modular bus coupler.The base station transmits process data cyclical

2、ly between INTERBUS and the Bluetooth I/O device. It controls the Bluetooth communication process.The base station uses wireless transmission to send peripheral signals to the connected I/O devices.1.1Bluetooth featuresBluetooth 1.2, HID profileFrequency range 2.402GHz to 2.480GHz, ISM band1.2Featur

3、es of the Fieldline Modular Bluetooth base stationConnection to the Fieldline Modular local bus using M12 connectors (B-encodedConnection of the power supply using M12 connectors Connections with SPEEDCON rapid interlock system IP65 protectionCan be configured for up to three Bluetooth I/O devicesAT

4、TENTION:Please note the maximum permissible transmission power for the country of use.This data sheet is only valid in association with the FLS FLM SYS INST UM E user manual or the Fieldline user manual for your bus system (see "Ordering data" on page 2.Make sure you always use the latest

5、documentation.Fieldline Modular Bluetooth base station2Ordering dataProductsDescription Type Order No.Pcs./Pkt. Fieldline Modular Bluetooth base station FLM BT BS32736770 1ILB BT ADIO 2/2/16/1628842821Bluetooth I/O module with 16 digital inputs and 16 digital outputs and 2 analoginputs and 2 analog

6、outputsFieldline Modular Bluetooth I/O device FLM BT DIO 8/8 M1227367671 AccessoriesDescription Type Order No.Pcs./Pkt.FL WST BASIC26922541 Simulation software for use in planning wireless systems for industrialenvironments. It allows to estimate the later number of wireless componentsand their posi

7、tions as well as to simulate the quality of wireless coverage.FL WST BASIC DEMO CD26923771 Simulation software for use in planning wireless systems for industrialenvironments. Its functions are limited with respect to storage and printoptions compared to the full version FL WST BASIC.Protective caps

8、 (for unused female connectorsIBS IP PROT-IO27599195 Protective caps (for unused male connectorsPROT-M12-M273619455-pos. shielded metal female connector, B-encoded,SACC-M12FSB-5SC SH15135961for the incoming local busSACC-M12MSB-5SC SH151357015-pos. shielded metal male connector, B-encoded,for the ou

9、tgoing local busMarkers ZBF 12:UNBEDRUCKT080973510 Additional accessories for connecting the sensors and actuators can be found in the Phoenix Contact PLUSCON catalog.Antenna accessoriesDescription Type Order No.Pcs./Pkt. Antenna cable, SMA male connectors at both ends, 3 m RAD-CAB-EF142-3M28845121A

10、ntenna cable, SMA male connectors at both ends, 5 m RAD-CAB-EF142-5M28845251Antenna feed-through, SMA female connectors at both ends RAD-ADP-SMA/F-SMA/F28845411 Additional antenna accessories on request.DocumentationDescription Type Order No.Pcs./Pkt. "Installation of Devices in the Fieldline P

11、roduct Range" user manual FLS FLM SYS INST UM E26988341FLS FLM IB SYS PRO UM E26990241 "Configuring an INTERBUS System Using Devices in the Fieldline ProductRange" user manual"Configuring a PROFIBUS-DP System Using Devices in the Fieldline ProductFLS FLM PB SYS PRO UM E26990371 R

12、ange" user manualFLS FLM DN SYS PRO UM E26990401 "Configuring a DeviceNet TM System Using Devices in the Fieldline ProductRange" user manualFLS FLM CO SYS PRO UM E26990531 "Configuring a CANopen System Using Devices of the Fieldline ProductRange" user manual3Technical data G

13、eneral dataHousing dimensions (width x height x depth70 mm x 178 mm x 68 mmWeight255 gPermissible temperature (operation-25°C to +60°CPermissible temperature (storage/transport-25°C to +85°CPermissible humidity (storage/transport95%Permissible air pressure (operation80 kPa to 106

14、 kPa (up to 2000 m above sea level Permissible air pressure (storage/transport70 kPa to 106 kPa (up to 3000 m above sea level Degree of protection IP65 according to IEC 60529Class of protection Class 3 in acc. with VDE 0106, IEC 60536 Power supplyNominal value24 V DCTolerance± 25%Current consum

15、ption at U L at 24 V DC80 mA, typicalInterfaceBus system Fieldline Modular local busOperating mode Process data mode with 3 or 12 words (can be set Incoming busCoupling of shield connection Directly to FETransmission speed500 kbaud/2 MbaudOutgoing busCoupling of shield connection Directly to FETrans

16、mission speed500 kbaud/2 MbaudWireless interface BluetoothBluetooth interfacePhysical interface Bluetooth 1.2Profile Modified HID profile (Human Interface DeviceProtocol chip BlueCore3 multimediaFrequency range 2.402 GHz to 2.480 GHzChannel distance 1 MHzNumber of channels79Modulation GFSK (Gaussian

17、 Frequency Shift KeyingTransmission power Can be set between 0dBm (1mW and 16 dBm (39.8 mW,see "Set Max TX Power" on page22Receiver sensitivity-88.5 dBmAntenna connection SMAAntenna/4 omni antennaAntenna gain0 dBiRange20 m to 150 m, approximately, in industrial halls(depending on the trans

18、mission powerLatencyFor a 1-device system22 ms, typicalFor a 2-device system31 ms, typicalFor a 3-device system42 ms, typicalWake-up time (establishing the wireless link10 s, typicalFailsafe time for wireless interruptionBase station 4 s, maximumDevices400 ms, maximumThe range depends on the ambient

19、 conditions. Wherever possible, there should be a line of sight between the devices.Error messages to the higher-level control or computer systemSensor supply short circuit (from the device, if supportedYesSensor supply overload (from the device, if supportedYesOutput short circuit (from the device,

20、 if supportedYesOutput overload (from the device, if supportedYesFailure of the wireless link YesIncorrect process data width YesInternal error YesIf one of the above errors occurs, the devices reports an I/O error message to the master.Electrical isolation/isolation of the voltage areasFor device c

21、onnection, please note the instructions and regulations in the "Installing the Fieldline Product Range" user manual FLS FLM SYS INST UM E (Order No.2698834.Separate potentialsTest distance Test voltage24 V supply (bus logic/FE500 V AC, 50 Hz, 1 min24 V supply (bus logic/local bus500 V AC,

22、50 Hz, 1 min Local bus/FE500 V AC, 50 Hz, 1 min24 V supply (sensor supply / 24 V supply (bus logic500 V AC, 50 Hz, 1 min24 V supply (sensor supply / FE500 V AC, 50 Hz, 1 min24 V supply (sensor supply / local bus500 V AC, 50 Hz, 1 minTotal power dissipation in the moduleP TOT 2.04 WSimultaneity, dera

23、tingSimultaneity No limitation of simultaneityDerating No derating4Usage notes * For outdoor use the device must only be operated with a power radiated by the antenna of 10dBm. This device contains:FCC ID: PVH071902 IC: 5325A-0719XThis device complies with Part 15 of the FCC Rules. Operation is subj

24、ect to the following two conditions:(1 this device may not cause harmful interference, and (2 this device must accept any interference received,including interference that may cause undesired operations.5Connection assignmentFigure 1Connections of the deviceATTENTION:The use of products described in

25、 this data sheet is oriented exclusively to qualified electricians or persons instructed by them, who are familiar with applicable national standards and other regulations regarding electricalengineering and, in particular, the relevant safety concepts.Phoenix Contact accepts no liability for errone

26、ous handling or damage to products from Phoenix Contact or third-party products resulting from disregard of information contained in this data sheet.This device meets the basic requirements and additional corresponding specifications of directive 1999/5/EU.The wireless system must only be operated i

27、n the following countries: Austria, Belgium, Bulgaria, Canada, Cyprus, Czech Republic, Denmark, Estonia, Finland, France*, Germany, GreatBritain, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, theNetherlands, Norway (not including Spitsbergen, Poland, Portugal, Roman

28、ia, Slovakia, Slovenia, Spain, Sweden, Switzerland, USA1FE Functional earth ground 2LBIN Local bus IN 3LB OUT Local bus OUT4PD Process data width settings 5U LS INPower supply IN (logic and sensors6U LS OUT Power supply OUT(logic and sensors for additional devices7TN Device number settings 8ID-PLUG

29、ID-PLUG interface 9ANT Antenna ATTENTION:In general, the maximum current load of 4A per contact must not be exceeded. 5.1Pin assignment of LB IN/LB OUT Figure 2Pin assignment of LB IN/LB OUT (M12B-encoded 5.2Pin assignment of the power supply U LS Figure 3Pin assignment of the power supply U LSPin L

30、B IN LB OUT 1DO DO 2DO DO 3DI DI 4DI DI 5GNDGNDATTENTION:The thread is used for shielding.Pin IN OUT 1U L +24 V U L +24 V 2U S GND U S GND 3U L GND U L GND 4U S +24 VU S +24 V5500kbaud/2Mbaud 500kbaud/2MbaudATTENTION:The transmission speed is switched at the bus coupler. The transmission speed is sw

31、itched to 2Mbaud by jumpering +24V (U L , pin 1 to pin 5 on the bus coupler. For safety reasons, the pins should be jumpered on the last device of the local bus station. For Ethernet and PROFINET IO, please refer to the relevant data sheet.6Local diagnostic and status indicators Figure 4Diagnostic a

32、nd status indicators of the FLM BT BS 3Des.ColorMeaning DGreen LED Diagnostics ON:Bus activeFlashing at 0.5Hz:Communications power present, bus not activeFlashing at 2Hz:Communications power present, bus active,I/O error presentFlashing at 4Hz:Communications power present, device before the flashing

33、 devicehas failed,devices after the flashing device are not part of the configuration frameOFF:Communications power notpresent, bus not activeUS Green LED Power supplyON:Power supply present OFF:Power supply too low2MBD Green LED Transmission speed in the localbusON: 2 Mbaud OFF:500 kbaudID-PLUG Gre

34、en/yellow/red LED ID-PLUG statusGreen:ID-PLUG was written successfully Yellow:ID-PLUG is being written Red:ID-PLUG cannot be written OFF:ID-PLUG not presentBT Green/yellow/red LED Bluetooth network statusGreen:Bluetooth network operating Yellow:Interruption of the wireless link toat least one device

35、Flashing red:Process data width set incorrectly Red:Bluetooth network being initialized7Circuitdiagram 8Connection notesKey:Functional earth groundSupply unit with electrical isolationProtocol chip Wireless unitATTENTION:Meet noise immunity requirements Connect FE using a mounting screw or a cable c

36、onnection to the FE connection latch (when mounting on a non-conductive surface.ATTENTION:Ensure degree of protection To ensure IP65/IP67 protection, cover unused female connectors with protective caps.ATTENTION:Avoid polarity reversal Avoid polarity reversal of the supply voltages U L , U S , in or

37、der to prevent damage to the device.ATTENTION:Observe connection assignment When connecting the sensors and actuators, observe the assignment of the connections for the IN and OUT process data.9Programming data/configuration data9.1INTERBUS9.2Other bus systemsID code BF hex (191dec Length code03hex

38、to0C hex , except 0B hex(can be set via rotary encoding switchProcess data channel 3 words to 12 words, except 11 words (can be set via rotary encoding switchInput address area 3 words to 12 words, except11 words (can be set via rotary encoding switchOutput address area 3 words to 12 words, except 1

39、1 words (can be set via rotary encoding switchParameter channel (PCP0 wordsRegister length (bus3 words to 12 words, except 11 words (can be set via rotary encoding switchFor the programming data of other bus systems, refer to the appropriate electronic device data sheet (GSD, EDS. For additional inf

40、ormation, please refer to the user manuals, see "Ordering data" on page 2.10Programming the ID-PLUGTo communicate with the base station the individual I/Odevices require connection data. This data is included onthe ID-PLUG which is plugged onto the I/O device. Prior toinitial startup of th

41、e I/O device, the connection data must bewritten from the base station to the ID-PLUG.Switch on the base station.Set the desired device address on the "TN" rotaryencoding switch (values 1 to 3.Plug on the ID-PLUG.The ID-PLUG LED first lights up yellow then green.Remove the programmed ID-PL

42、UG.Programming is complete.Plug the ID-PLUG on the I/O device switched off.Only plug the ID-PLUG on the I/O device whenthe power is disconnected. After power up of theI/O module the data is read from the ID-PLUG.Set the "TN" rotary encoding switch to the numberof devices present after the

43、ID-PLUGs have beenconfigured on the base station. Otherwise, thewrong values would be read in the event of thenext power up.11Configuring the Bluetooth networkSet the total process data length on the "PD" rotaryencoding switch (values 3 to 12.Set the required number of slave devices on the

44、 "TN"rotary encoding switch (values 1 to 3.The configured data is accepted after power up of thebase station.The following example shows how to calculate the totalprocess data length for a system containing three devices:Device type Device address Process data length FLM BT BS M12 (base st

45、ation- 2 words (diagnostic area ILB BT ADIO 2/2/16/161 3 wordsFLM BT DIO 8/8 M122 1 wordILB BT ADIO 2/2/16/163 3 wordsTotal process data length to be set on the "PD" rotary encoding switch9 words12Start-up in standard modeMake sure that the programmed ID-PLUGs are plugged on the I/O device

46、s.Make sure that the base station is configured correctly.Switch on the base station. The total process data length and the number of I/O devices to be connected is read from the rotary encoding switches.Local bus communication is configured and the local bus can be started.As long as the wireless l

47、ink has not been established to the I/O devices, the error bit is set in the status word and the BT LED is red.After establishment of the wireless Bluetooth network, a plausibility check is carried out. If an incorrect totalprocess data length is set, the BT LED is red and an I/O error is reported.

48、The wireless Bluetooth network has to be configured correctly.After the plausibility check has been carried out, the I/O devices are enabled in order to exchange process data.The BT LED is green and the error bit is reset.13FailsafeIf the wireless link to an I/O devices is interrupted, the relevant

49、I/O device changes to failsafe mode. Process data transmission to the I/O device is stopped and all OUT process data is set to "0" and all IN process data keep their last value.Once the wireless link is restored, the I/O device must be enabled for process data communication using the "

50、;Set Failsafe Mode RUN" command.The status of the wireless link can be requested using the "Get Error Code" command.14Startup in special modeThe switch positions S1 and S2 allow a start-up of the system with definite I/O device constellations.In contrast to the standard mode, not all

51、device information needs to be read in with wireless communication to create a process data image after power up in the special mode. Therefore, devices can exchange process data during the start-up phase, even if not all I/O devices have be switched on or the wireless communication has not yet been

52、 established. Please note that optimum transmission times are only possible when the wireless link has been established to all devices.14.1Switch positionUse switch position S1 only if your system consists of three devices of the type FLM BT DIO8/8.Use switch position S2 only if your system consists

53、 of three devices of the type ILB BT ADIO2/2/16/16.As of HW/FW/FW: xx/1.40/x.xx there are twoadditional switch positions (S1 and S2 on therotary encoding switch.ATTENTION:Only use devices that match theswitch position.Use switch positions S1 and S2 with the followingdevices only:The switch positions

54、 S1 and S2 allow a start-up ofthe system with definite I/O device constellations.S1 3 x FLM BT DIO 8/8S2 3 x ILB BT ADIO 2/2/16/1614.2ApproachPut the system in the special mode into operation as follows:Switch on the base station. Please note that the error bit is not set in this operating mode.The

55、status of the wireless link to the individual I/O devices can be determined using the "Get ErrorCode" command.As soon as a device indicates a wireless link,the device can be enabled for process data communication with the "Set Failsafe Mode RUN" command.15Process dataThe input da

56、ta contains the diagnostic data and the IN process data of the Bluetooth I/O devices. The output data can be used for requesting diagnostic information and for parameterization. The device process data is added to the process data channel in ascending order of the device address from the left to the

57、 right.Diagnostic information is requested using OUT word 0 (control word. Once the command has been executed, parts of the control word (bit 0 to bit 14 are copied to IN word 0 (status word. This mechanism confirms execution of the action requested. The actually requested data, e.g., "error co

58、de", can then be retrieved from IN word 1 (diagnostic data.After sending a command, you have to wait for the relevant confirmation first. If a command does not exist or cannot be executed, the error is indicated by setting the error bit (bit 15.Assignment of OUT process data OUT word 0OUT word 1OUT word 2.OUT word n Control wordParameter data OUT process data of the I/O devices A