Honeywell 5800 BridgeBee - Radiobridge
Honeywell 5800 BridgeBeeUser GuideVERSION 1.0OCTOBER 2019
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDETABLE OF CONTENTS1.RADIO BRIDGE RBM101-HW5800 USER GUIDE . 31.1. About this Guide .31.2. Revision History .31.3. Document Conventions .31.4. Part Numbers .32.TECHNICAL SPECIFICATIONS . 42.1. General Specifications .42.2. Power Requirements .42.3. Pin Signals .53.SERIAL COMMANDS . 63.1. Commands to the Module .63.2. Messages from the Module .73.2.1. “CMD”: Command Response . 73.2.2. “ERR”: Error Message. 73.2.3. “STA”: Status Message . 73.2.4. “SEN”: Sensor Message . 83.3. AT Command Reference .83.3.1. AT Commands . 83.3.1.1 AT – Attention . 93.3.1.2 WR – Write Configuration . 93.3.1.3 RE – Restore Parameters. 93.3.1.4 FR – Factory Reset . 93.3.1.5 DI – Device ID . 93.3.1.6 Enter Bootloader . 93.3.1.7 BT – Bootloader Timeout . 103.3.1.8 VR – Firmware version . 103.3.1.9 HR – Hardware version . 103.3.1.10 DB – RSSI of last packet . 103.3.1.11 BR – Baud Rate . 113.3.1.12 DF – Duplicate Filter . 114.MESSAGES .124.1. Sensor Event Messages. 124.2. Status Messages . 13COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 1 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE4.3. Error Messages . 135.CONFIGURATION .155.1. Bootloader . 155.1.1. Using Terminal Emulators . 156.MECHANICAL DRAWINGS .177.REGULATORY AND COMPLIANCE .187.1. Federal Communications Commission (FCC) . 187.2. Harmonized Commodity Description (HS Code) . 187.3. Export Control Classification Number (ECCN). 188.CUSTOMER SUPPORT .199.DISCLAIMERS.1910.LEGAL NOTICES .1911.TRADEMARKS AND COPYRIGHT .19COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 2 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE1. RADIO BRIDGE RBM101-HW5800 USER GUIDE1.1. About this GuideThe RBM101-HW5800 BridgeBee module described in this document is a 345MHz receiverfor Honeywell wireless sensors using the 5800 protocol. These include devices found in homesecurity installations, home automation systems, life safety products, and more. TheBridgeBee is compatible with most products that specify 5800/58xx in the product name.This document provides guidelines for configuring and using the RBM101-HW5800 module.1.2. Revision HistoryRevisionDateDescription1.0October 2019Initial release of the document1.3. Document ConventionsFont / IconMeaningCourier NewCommand line input/outputNotesImportant information1.4. Part NumbersTable 1 RBM101-HW5800 Part NumbersPart NumberDescriptionRBM101-HW5800Honeywell 5800 BridgeBee through holeCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 3 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE2. TECHNICAL SPECIFICATIONS2.1. General SpecificationsThe following table provides the general specifications for the RBM101-HW5800.Table 2 RBM101-HW5800 General SpecificationsSpecificationValueOperating Frequency345MHzChannels1 (channel 0)Form factorStandard BridgeBee Operating temp-40 to 85 CAntenna optionsSMA, U.FL, wire whip2.2. Power RequirementsThe following table provides the power requirements for the RBM101-HW5800.Table 3 Power RequirementsSpecificationValueSupply voltage2.7-3.6VCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 4 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE2.3. Pin SignalsThe following table shows the pin assignments for the RBM101-HW5800.Table 4 Pin AssignmentsPinNameDirectionFunction1Vcc-Power supply2UART TXOutUART data out3UART RXInUART data in4N/C-Not connected5nResetInDevice is reset when held low6N/C-Not connected7N/C-Not connected8N/C-Not connected9N/C-Not connected10GND-Ground11N/C-Not connected12N/C-Not connected13N/C-Not connected14N/C-Not connected15N/C-Not connected16N/C-Not connected17N/C-Not connected18N/C-Not connected19N/C-Not connected20N/C-Not connectedCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 5 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE3. SERIAL COMMANDSThe Radio Bridge modules utilize the UART serial port for communicating payload data betweenmodules and for configuration of the modules themselves.The serial port runs with these default settings:Table 5 Serial Ports Default SettingsNameDefault SettingBaud Rate9600Stop Bits1ParityNoneThe baud rate can be changed using the BD AT command as defined in the AT Commands section.All values through the serial command interface are coded as ASCII characters. In other words,the hex value 0x12 would be coded as the ASCII string “12” which allows for convenient controlthrough a terminal emulator. Host processors communicating to the module through a UARTmust convert values to ASCII-coded values.3.1. Commands to the ModuleEvery command to the module starts with the ASCII characters “AT” which stand for“attention” as shown in the following command structure.Table 6 Module Command Structure“AT” PrefixASCII Command Parameters (if necessary)Line Feed 0x0A2 bytes2 bytes1 byte0-n bytesThese “AT” commands are defined in AT Command Reference section.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 6 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE3.2. Messages from the ModuleThe messages from the device do not have an “AT” prefix but have the following structure.Table 7 Message StructureMessage TypeSpace 0x20MessageLine Feed 0x0A3 bytes1 byte2-n bytes1 byteThe message types are one of the following ASCII-coded values: “CMD”: Command Response“ERR”: Error Message“STA”: Status Message“SEN”: Sensor Payload3.2.1. “CMD”: Command ResponseResponse from a previous AT command. For example, for AT commands that set validparameters the host would expect the response:CMD OKIf the AT command is requesting the firmware version which happens to be v1.01 theresponse would be:CMD 01013.2.2. “ERR”: Error MessageThis is an error message from the module that sends a 4-digit error code as ASCII coded hexcharacters. For instance, error code 0x0000 would be represented by:ERR 0000See the Error Messages section for more detail.3.2.3. “STA”: Status MessageThis is general status message from the module that sends a 4-digit status code as ASCII codedhex characters. For instance, status message 0x0000 would be represented by:COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 7 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDESTA 0000Note that status messages do not include errors. For errors see the messagetype Error Message. See the Status Messages section for more detail.3.2.4. “SEN”: Sensor MessageThe SEN message is sent whenever the module receives a sensor event. The payload of themessage is defined as follows:Sensor IDSpace 0x20Sensor StatusLine Feed 0x0A6 ASCII coded hex nibbles1 byte2 ASCII coded hex nibbles1 byteSensor ID: This is the unique 24-bit sensor ID that is usually printed on a sticker on theenclosure of the sensorSensor Status: These bits represent the sensor event as defined by the device type. See thesection on Sensor Event Messages for more detail.3.3. AT Command ReferenceThis section defines the serial AT commands that can be sent to the module.3.3.1. AT CommandsAll AT commands begin with an ASCII “AT”, followed by a two ASCII character command, andfollowed by optional parameters depending on the command. The prefix “AT” can be usedstandalone to determine if a device is available, out of reset, boot-loading complete andresponding. Upon sending “AT” with no additional command or payload, the device shouldrespond “CMD OK” if it is alive. This command may be used during a system boot-loadingprocess where a bootloader delay is used to determine if the device is ready.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 8 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE3.3.1.1 AT – AttentionThis is the basic standalone command to determine if a device is available, out of reset, bootloading complete and responding. Upon sending “AT” with no additional command orpayload, the device should respond “CMD OK” if it is alive. This command may be used duringa system boot-loading process where a bootloader delay is used to determine if the device isready.3.3.1.2 WR – Write ConfigurationWrites current configuration to non-volatile memory and loaded automatically after nextreset.3.3.1.3 RE – Restore ParametersRestore parameters to factory reset defaults. However, the default values are not written toflash.3.3.1.4 FR – Factory ResetFactory reset the device. Resets all parameters and clears non-volatile memory and writes thedefaults to flash.3.3.1.5 DI – Device IDRead the 32-bit device ID for module. This is set at the factory and serves as a unique serialnumber for the device. The parameters are ASCII coded hex characters. For example, a DeviceID of 0x12345678 would be represented by the string “12345678”.This value cannot be changed. Only the factory programmed Device ID is returned.3.3.1.6 Enter BootloaderThis command will stop normal program execution and jump to the bootloader. A new menuwill appear with the same serial port settings that will allow the user to load a new signed andencrypted firmware image through the XMODEM protocol. From the bootloader there will bea menu option to run the new firmware image and jump back to normal program execution.It is recommended to use the Radio Bridge configuration app for firmware updates.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEPAGE 9 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE3.3.1.7 BT – Bootloader TimeoutThis command changes the time that the bootloader waits for the DEL character prior tobooting the application. The parameter is a 4 digit ASCII coded hex value and is in units ofmilliseconds:Default: 0BB8 for 3 secondsRange: 0000 to 0BB8If the range is set to 0, the bootloader will automatically run the application at reset and theonly way to enter the bootloader is to drive the BTL pin to ground. See the Bootloader sectionfor more detail.3.3.1.8 VR – Firmware versionThis command will return four ASCII coded characters representing the module firmwareversion where the first two digits represent the major version and the last two digits representthe minor version. For example, version 1.2 would be represented by the ASCII string “0102”.This value is set at the factory and is read-only.3.3.1.9 HR – Hardware versionThis command will return two ASCII coded hex bytes representing the hardware versionwhere the first two digits represent the major version and the last two digits represent theminor version. For example, version 1.2 would be represented by the ASCII string “0102”. Thisvalue is set at the factory and is read-only.3.3.1.10DB – RSSI of last packetThis command returns the RSSI value of the last packet it received. The return value is a twodigit ASCII-coded hex value.Note the RBM101 is based on a Silicon Labs Flex Gecko radio. This deviceuses an automatic gain control on the radio that can make the RSSI readingnon-linear and inconsistent as gain is added to the rx circuit. Use at yourown discretion.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 10 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE3.3.1.11BR – Baud RateThis command will change the baud rate of the main serial UART. The parameter is a singleASCII coded hex character according to the following table.Table 8 Baud RateParameterBaud 115,2008230,400If the baud rate setting is successful, the module will respond with a “CMD OK” at the originalbaud rate and then immediately update to the new baud rate. If the setting is unsuccessful,an error message will be returned at the original baud rate and the baud rate will remainunchanged.3.3.1.12DF – Duplicate FilterSets the window of time to filter duplicate packets. If an identical packet arrives within thewindow defined by this parameter, it is discarded and not reported to the host. The parameteris a 16-bit value in units of 10ms.Default: 01F5 (5 seconds)If this feature should be disabled for any reason, a setting of 0000 will disable the featurecompletely.Note that most sensors send the same message up to 8 times and thus will need to be filteredat the host if this feature is disabled.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 11 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE4. MESSAGES4.1. Sensor Event MessagesThis section defines the sensor event messages that are sent from the module back to thehost over the serial port. Note that these tables have been established for third-partymanufacturers and thus are not complete in terms of all combinations of sensor codes.However, the primary functions of a sensor such as open/close, tamper on/off, etc. areprovided here to give the user basic functionality. It is highly recommended to test allboundary conditions for each sensor to be used in an end application and verify the tables forthat use case.In the tables below, an “x” denotes a “don’t care” condition for the associated bits. See theRBM101-HW5800 product page on the Radio Bridge website for updated tables.Table 9 Status Bits and DescriptionStatus BitsDescriptionx1xxxxxxTamper truex0xxxxxxTamper falsexx1xxxxxSensor openedxx0xxxxxSensor closedCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 12 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE4.2. Status MessagesThis section defines status messages that are sent from the module back to the host over theserial port.Note that status messages do not include errors. Error messages are definedin the section Error Messages.The status message begins with the ASCII characters “STA” as defined in the Serial Commandssection. These error codes are defined in the following table.Table 10 Status MessagesCodeStatusDescription0000Device resetDevice just came out of reset4.3. Error MessagesThis section defines the error messages that are sent from the module back to the host overthe serial port. The message begins with the ASCII characters “ERR” as defined in the SerialCommands section. This error codes are defined in the following table:Table 11 Error MessagesCodeErrorDescription0003Not Ready for newcommandsThe host is attempting to send new commands but thedevice is not ready to receive new commands yet.0004Incorrect commandformatThe format of the serial command sent to the device iswrong.0009Not ASCII codedhexThe values provided were not ASCII coded hex values.000aCommand notrecognizedA command was sent to the device that was notrecognized0012Invalid parameterThe parameter used in the AT command is invalid0017Radio init failedInitialization of the radio failedCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 13 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE0018Radio receiveoverflowRadio receiver overflow condition, radio is reset0019Radio receive startfailedAn attempt to start the radio receiver failed001aRadio config failedConfiguration of the radio during initialization failed001bRadio receive outof memoryThe radio receive buffer is out of memory, packet receivefailed001cRadio transmitunderflowRadio transmit underflow condition001dRadio transmitchannel busyRadio transmit channel busy condition001eTest modecommand failedAn action related to a test mode (test carrier or testpackets) failed.001fWrite to flash failedAn attempted write to flash failed0020Radio receiveconfig failedThe configuration of the radio receiver failed0021Radio transmit dataload failedLoading data into the transmit buffer on the radio failed0022Radio transmit start Starting the transmit operation on the radio failedfailed0023Serial transmitoverflowThe serial port had a transmit overflow condition andthus data has likely been lost from the module back tothe host.0024Bootloader failedThe initialization of the bootloader has failed andbootloader cannot run0025Invalid baud rateThe baud rate setting is invalid, baud rate is unchanged0026Duplicate bufferfullThe buffer that tracks duplicate packets had an overflowcondition.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 14 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE5. CONFIGURATION5.1. BootloaderThe module contains a bootloader to allow for firmware upgrades. The configuration utilityprovides an easy to use interface for the bootloader and programming the module with newfirmware images and is recommended above using any terminal emulators or manualmethods of upgrading the image.5.1.1. Using Terminal EmulatorsWhen usage of the configuration utility is not possible, the bootloader can also be usedthrough a simple terminal program such as Tera Term via AT commands or through anexternal microcontroller.If the serial port is connected to a terminal program, the following will be displayed after itreceives the BL AT command:Press DEL to enter BootloaderThe bootloader then waits a period of 3 seconds (by default) for the DEL character (ASCIIcharacter 127) and re-enters the program if it is not received. The same prompt appearsanytime the device is reset which allows the user to program a new image even if the currentimage has become corrupt.When running a terminal program, the following is displayed when the bootloader is entered:Radio Bridge Bootloader v1.0.01. Upload Image2. Run Application3. MenuSending ASCII ‘1’ starts a 60 second timer and provides a window for the new image to betransferred via XMODEM protocol. The XMODEM protocol is a standard file transfer protocoland is described in other references. If the firmware image transfers properly the menu willre-appear and sending ASCII ‘2’ will re-enter the main application.The time that the bootloader waits for the DEL input key is configurable through the BT(Bootloader Timeout) AT command. The maximum wait time is 3 seconds (default) but thedelay can be reduced to reduce the amount of time it takes to enter the main application. Ifthe bootloader timeout is set to zero, the bootloader is skipped completely at reset and themain application is entered directly.As a failsafe measure, there are two pads on the top side of the module with the label“Bootloader”. If these pads are shorted together during reset, the bootloader will enterautomatically.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 15 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDEThe firmware images provided by Radio Bridge are signed and encrypted meaning that theycannot be loaded on other hardware, and no other firmware images can be loaded on themodule through the bootloader.Note that the bootloader is a program separate from the normal operationof the device and thus no AT commands or other features will work while inthis mode.COPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 16 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE6. MECHANICAL DRAWINGSCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 17 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE7. REGULATORY AND COMPLIANCE7.1. Federal Communications Commission (FCC)Per FCC 15.19(a)(3) and (a)(4) This device complies with part 15 of the FCC Rules. Operation issubject 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 causeundesired operation.Per FCC 15.21, Changes or modifications not expressly approved by Radio Bridge could voidauthority to operate the devices.Sigfox RBS101, RBS104, and RBS105 sensors FCC ID: 2APNUSFM10R2LoRaWAN RBS301, RBS304, and RBS305 sensors FCC ID: 2APNUCMABZLoRaWAN RBS306 sensors: This device contains FCC IAU792U13A16858This device contains equipment certified under IC: 125A-00557.2. Harmonized Commodity Description (HS Code)The Harmonized Commodity Description and Coding System generally referred to as“Harmonized System” or simply “HS” is a multipurpose international product nomenclaturedeveloped by the World Customs Organization (WCO).HS Code: 8531.90.90017.3. Export Control Classification Number (ECCN)ECCNs are five character alpha-numeric designations used on the Commerce Control List (CCL)to identify dual-use items for export control purposes. An ECCN categorizes items based on thenature of the product, i.e. type of commodity, software, or technology and its respectivetechnical parameters.ECCN: 5a992.cCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 18 OF 19
RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE8. CUSTOMER SUPPORTRadio Bridge offers free technical support at:https://support.radiobridge.comRadio Bridge also offers technical support plans and service packages to help our customers getthe most out of their Radio Bridge products.9. DISCLAIMERSInformation in this document is subject to change without notice and does not represent acommitment on the part of Radio Bridge. Radio Bridge provides this document “as is,” withoutwarranty of any kind, expressed or implied, including, but not limited to, the implied warrantiesof fitness or merchantability for a particular purpose. Radio Bridge may make improvementsand/or changes in this manual or in the product(s) and/or the software described in this manualat any time.10.LEGAL NOTICESSee the Legal Notices section of the website for up to date information on Radio Bridge’swarranty, returns policy, privacy statement, terms of sale, and terms of service.11.TRADEMARKS AND COPYRIGHTRadio Bridge , SubGig , Armored Sensor and BridgeBee are trademarks of Radio Bridge Inc inthe United States. 2019 Radio Bridge Inc. All rights reservedCOPYRIGHT 2019, RADIO BRIDGE INC.RADIO BRIDGE HONEYWELL 5800 BRIDGEBEE USER GUIDE PAGE 19 OF 19
for Honeywell wireless sensors using the 5800 protocol. These include devices found in home security installations, home automation systems, life safety products, and more. The BridgeBee is compatible with most products that specify 5800/58xx in the product name.
Honeywell Honeywell All models that begin with T8000 Honeywell Honeywell All models that begin with T8001 Honeywell Honeywell All models that begin with T8002 Honeywell Honeywell All models that begin with T8011 Honeywell Honeywell All models that begin with T8024 Hon
The T-BERD 5800 is branded as the MTS-5800 in Europe, and it is interchangeably referred to as the T-BERD 5800, MTS 5800, MTS-5800, MTS5800 and Media Test Set 5800 throughout supporting documentation. The following terms are used to represent instrument components throughout this manual:
honeywell new products 2 honeywell culture of safety 4 north eye & face protection 14 fibre-metal welding protection 214 * learn more about enabled safety products on page 6. honeywell emergency eyewash 44 honeywell laser safety products 56 honeywell vision screeners 64 howard leight hearing protection 66 honeywell & north respiratory protection 92 honeywell & north hand & arm protection 124
Honeywell Belgium EMEA Automation College Email: HPS-Training-Belgium@honeywell.com Honeywell Europe S.A. Tel: 32 (0)2 728 2589 Hermes Plaza Hermeslaan 1H 1831 Diegem (Brussels) Honeywell Finland Automation College Varkaus Email: HPS-Training-Finland@honeywell.com Honeywell Oy Tel: 358 (0)20 752 2275 Navitas 1, Block B, 2nd floor Wredenkatu 2 .
2. FLECK FLECK 5800 Référence Confi g. n Fleck 5800 Typhoon - 12V - Corps en noryl 0301580003 ESXD T2 0301580003 ESXU Fleck 5800/1600 - ECO - Programmateur Typhoon SXT2 - Contre-courant 0301580004 FSXT LE Fleck 5800 Storm - 12V - Corps en noryl 0301580002 ELXD Fleck 5800/1600 - ECO -
2014 G650 . A V I O N I C S: Area NAV. Equipment Manufacture Model Quantity ADF Receiver Honeywell DF855 1 Honeywell NV-878A 2 Area NAV Honeywell NC-860A 1 ATC Transponder Honeywell XS-858B 2 DME Interrogator Honeywell DM855 2 Fixed Emergency Locator ARTEX C-406-N 1 Global Positioning System Honeywell NV878A 2
2014 G650 . A V I O N I C S: Area NAV. Equipment Manufacture Model Quantity ADF Receiver Honeywell DF855 1 Honeywell NV-878A 2 Area NAV Honeywell NC-860A 1 ATC Transponder Honeywell XS-858B 2 DME Interrogator Honeywell DM855 2 Fixed Emergency Locator ARTEX C-406-N 1 Global Positioning System Honeywell NV878A 2
Anatomy Fig 1. Upper limb venous anatomy [1] Vessel Selection Right arm preferable to left (as the catheter is more likely to advance into the correct vessel), vessel selection in order: 1. Basilic 2. Brachial 3. Cephalic Pre-procedure Patient information and consent Purpose of procedure, risks, benefits, alternatives. Line care: Consider using local patient information leaflet as available .
