User Manuals - Honeywell Analytics
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1. Not used Not used Not used Lid off or dirty temperature or voltage out of range or internal failure Flame detected Voltage fault Not used bits are always set to 0 In each case bit 0 is the low order bit Revision 1 2 Release Date 15 February 2013 Page 10 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 8 UNIVERSAL COMMANDS Command 3 returns PV units and Loop Current The first PV and the last Loop Current variables are same Command 14 contains serial number of the device 3 bytes followed by measurement units 1 byte and 3 floating point variables for max min and span loop current in mA 9 COMMON PRACTICE COMMANDS 9 1 Supported Commands The following common practice commands are implemented 38 Reset Configuration Changed Flag 48 Read Additional Device Status Command 48 returns 2 bytes of data 9 2 Burst Mode This Field Device does not support Burst Mode 9 3 Catch Device Variable This Field Device does not support Catch Device Variable 10 DEVICE SPECIFIC COMMANDS The Field Device does not support any device specific commands Revision 1 2 Release Date 15 February 2013 Page 11 of 16 Honeywell Analytics 6349 001 11 TABLES 11 1 Engineering Unit Type Codes Code Description Note 39 milliamperes Electrostatic Unit of Current 11 2 Loop Current Operating Modes Mode Description Loop Current in mA2. Loop Current in mA Point to Point Multi drop 0 Healthy 4mA 4mA 1 Optical 2mA 4mA Fault 2 Non Optical 1mA 4mA Fault 3 Alarm 20mA 4mA 12 PERFORMANCE 12 1 Sampling Rates Typical sampling rates are shown in the following table Primary detector sensor sample 60 per second PV digital value calculation 1 per second Analog output update 1 per second 12 2 Power Up Fire Sentry Corporation During power up initialization the device will not respond to HARTOS commands and the analog output is set at 4 0mA Revision 1 2 Release Date 15 February 2013 Page 12 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 12 3 Self Test The FS24X executes a self test sequence every three seconds All optical sensor channels and the related processing of sensor data are evaluated to ensure that analog circuits processors and memory are functional Depending on the particular function tests are repeated a number of times to confirm device status prior to declaring a fault In the case of the optical self test which evaluates the optical system by flashing an IR LED and monitoring the reflection from the housing grill a fault in not declared until a total of 180 consecutive test attempts have failed This takes a total of nine minutes to complete Additional self tests are conducted on a continuing basis to ensure the continuity of relay coils Following power up or reset the ana
3. FS24X HART Module Honeywell Analytics Fire Sentry Corporation 6349 001 TABLE OF CONTENTS Mes VETS COLO B Sc Gs Osc a Sa I NS T E BI a Ge Se 4 A acters bare Ga Gawes GURGGas ORGS A EGO AORN oe 4 1 2 TPMT OSS A tine eased A A A E 4 1 3 Who should se this document ccs aah ele he ee ee A AAA AAA 4 1 4 Abbreviations and definitions cci cciscssciassdiicctssdscdvindassatsasiasaesdasesiascdveeedas eaasdnoamaaens 4 A s5 tic5 kes Nitta cats settee teu T E E T E 4 2 Device LEC airis 5 Diss SP BOCU CRO MOL VAC WS 3505s Te iine airen s ee e oea a ee ea OS Ee AEE ENa EES 5 Ai Product Inter ACOs cic e e a a ds a A Ea cls E A S E E A 5 4 1 Process Interface noni dd nte 5 4 1 1 Sensor Input Channels 0 ae gee dae EE TEREE RE 5 4 2 Host A O 5 4 2 1 Analog Output 1 Loop Current ssssseeeseeseesesrressssrresrserersssrrersssrresrssrreesseree 5 4 3 Local Interfaces Jumpers and Switches 444 3 A ee es 6 4 3 1 Local Controls and Displays iii 6 4 3 2 Internal Jumpers And S Wichita aa 6 4 3 3 Connection SUMMALY risas os 7 5s Device Varia iS Na 8 6 Dynamic Variables ri A A as 9 T Status e AAA Se SS BS Ae SS a aT 9 Pile Device SUA ci dd did 9 daa extended Device Stats a do ac 9 7 3 Additional Device Status Command 48 ccccccccceeceeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeseeeeeeees 10 9 Universal Command Sron Deivid he SONG ois ve Ne EE Ne AA Es 11 9 Comme n Practice Commands vac ce deasesectsaatecadecesseaes sedsta
4. ID Code 210 D2 Hex Device Type Code 130 82 Hex HART Protocol Revision 7 0 Device Revision Number of Device Variables None Physical Layers Supported FSK Physical Device Category Sensor and Transmitter The FS24X HARTO module is identified by a serial number that begins with 24X This serial number will be visible on the module circuit card along with a bar code containing the same information The FS24X is designed to detect fire in a hazardous area This device should be mounted so as to avoid areas that contain non fire radiant energy sources such as radiant heaters high intensity lamps etc in close proximity to the detector s field of view FS24X detectors should be mounted so that they look downward with minimum twenty degree 20 angle Avoid mounting the detectors in areas where temperatures are outside the specified operating temperature range 40 C to 85 C Refer to the FS24X manual SECTION 2 INSTALLATION for mounting instructions 3 PRODUCT OVERVIEW The FS24X is a Multi Spectrum Flame Detector A HART communication module is required for HART communication 4 PRODUCT INTERFACES 4 1 Process Interface 4 1 1 Sensor Input Channels Fire Sentry multi spectrum and multi spectral infrared Flame Detectors are sophisticated state of the art electro optical digital radiant energy transducers that sense Wideband Infrared radiant energy emitted by fire s combustion processes that include molecula
5. dcs sgectass ccadaasscemuauadcade aged tasaigcdensaieaiat 11 91 Supported Conadi ad cn iii 11 9 2 B rst Modes reeeo eoni n a rea aea e eas e OE EEEN 11 9 3 Catch Device Variables AR A EE cease ole E AE E E AAT EES 11 TG Devic Specific Commands da 11 11 Tables 12 11 1 Enginc ring Unit Type Codes acia iii ad a rieniras i anias 12 12 Loop Current Operating Modes e a arch Gove Madd Core ES sae 12 Revision 1 2 Release Date 15 February 2013 Page 2 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 DPS SINAN A O Soe cach aM ceed EA eich 4 Face tne Cade 12 121 Sample Rates srecne erie ee r EE O EEE e EE E ASESOR Eiet 12 12 2 Power Up ecsaccideiasiaksdes eeatenis r mida ida ds ae ae idas 12 A e a bd ch a lea a oaa Oops a de ae Gta a Casale SET AEAEE 13 12 4 Command Response Times ci n d 13 12 5 Busy and Delayed Response i 5cccissssesanndeasecevessavansdshadcansedevanadaa tedaeacseoaasdaaceaaceasevannavanes 14 12 6 Lone Messages A A E N E E E aai ai 14 TITAN Volatile Memory e A E ene 14 128 ModS NO 14 12 9 Write Protection sennie cea ila See e e a aaee e eA ted end 14 VAT Damping esis aoaaa A en cia Eaa A Ea 14 AnnexA Capability Checkliste eroi r eed a ee 15 Annex Bz Detault Contursi dd diles 16 Revision 1 2 Release Date 15 February 2013 Page 3 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 1 INTRODUCTION 1 1 Scope The Fire Sentry FS24X Flame Detector with HART complies with HART Protocol Revis
6. ion 7 0 This document specifies device features and HART protocol implementation details The functionality of this Field Device is described sufficiently to allow its proper application in a process and its complete support in HART capable Host Applications 1 2 Purpose This specification is designed to complement other documentation e g the FS24X Installation Guide and Operating Manual by providing a complete unambiguous description of this Field Device from a HART communication perspective 1 3 Who should use this document The specification is designed to be a technical reference for HART capable host application developers system integrators and knowledgeable end users It also provides functional specifications used during Field Device development maintenance and testing This document assumes the reader is familiar with HART Protocol requirements and terminology 1 4 Abbreviations and definitions IR Infrared PV Primary Variable EEPROM Electrically Erasable Read Only Memory ROM Read Only Memory 1 5 References HART Smart Communications Protocol Specification HCF_SPEC 12 Available from the HCF F 24X Installation Guide and Operating Manual Document 6178 001 Available from Honeywell Analytics Revision 1 2 Release Date 15 February 2013 Page 4 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 2 DEVICE IDENTIFICATION Manufacturer Name Honeywell Model Name s Analytics Manufacture
7. l Analytics Fire Sentry Corporation 6349 001 6 DYNAMIC VARIABLES Only one Dynamic Variable is implemented Paleo an 7 STATUS INFORMATION 7 1 Device Status Bit 7 Device Malfunction is set when ever device reports any fault Refer user manual for description of fault conditions Bit 5 Cold start is set whenever device resets or first powers up Bit 4 More Status Available is set whenever any failure is detected or change in operating mode Command 48 gives further detail See section 7 3 Bit 3 Analog channel fixed is set whenever the device into forced current or inhibit or multi drop 7 2 Extended Device Status The Field Device cannot predict in advance when the maintenance will be required Device Variable Alert is set when the PV is not indicating normal conditions i e when an instrument detects the presence of a flame Revision 1 2 Release Date 15 February 2013 Page 9 of 16 Honeywell Analytics 6349 001 Fire Sentry Corporation 7 3 Additional Device Status Command 48 Command 48 returns nine bytes of data with status information available in bytes 6 and 8 as indicated in the following table o 07 Not used N rr A 4 5 0to7 EA Not used Not used Not used Detector Fault Detector Alarm Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Not used Power Supply Conditions Out Of Range
8. log output is set to 4 0mA and the device will not respond to HART commands During self test the analog output is held at its last value and the device may respond normally to HART commands Continuous self testing is part of the normal device operation 12 4 Command Response Times Approximate command response times are listed in the following table Minimum 20ms Typical SOms Maximum 100ms Revision 1 2 Release Date 15 February 2013 Page 13 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 12 5 Busy and Delayed Response The transmitter may respond with busy status if a further command is received while self test is underway Delayed response is not used 12 6 Long Messages The largest data field used is in the response to Command 21 34 bytes including the two status bytes 12 7 Non Volatile Memory EEPROM is used to hold the device s configuration parameters New data is written to this memory immediately on execution of a write command 12 8 Modes Fixed current mode is implemented using Loop current mode Enable Point to Point Disable Multi drop This mode is not cleared by power loss or reset 12 9 Write Protection Write protection is not supported 12 10 Damping User controllable Damping is not supported Revision 1 2 Release Date 15 February 2013 Page 14 of 16 Honeywell Analytics 6349 001 Fire Sentry Corporation ANNEX A CAPABILITY CHECKLIST Manufac
9. lso results in a loop current of 2 ma For all other Fault conditions the Yellow LED will turn ON 4 3 2 Internal Jumpers And Switches Revision 1 2 Release Date 15 February 2013 Page 6 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 There are no jumpers or switches on the HART module Refer to the FS24X Installation Manual for information relating to switch selections on the detector Write Protection Not Supported 4 3 3 Connection Summary The diagrams below provide connection detail The first shows how the FS24X Flame Detector plus the HART module connect to the outside world The second diagram shows how the detector and the module mate together FSX HART FS24X MODULE A ile gt le Sie Ground Oleee se pe eL es POWER 5 0 Fb2 e TI a E A SUPPLY 7 Source HART e F QAVDC 8 alte Ground HART AMPMETER qa E CURRENT LOOP LOAD RESISTOR 475 HART MASTER Revision 1 2 Release Date 15 February 2013 Page 7 of 16 Honeywell Analytics 6349 001 FB address SW1 5 6 7 8 9 10 v WK 12345678910 210 Sw se Sw2 4 0 so 12345678 a 710 g 0 9 0 10 O Fire Sentry Corporation J2 FSX HART MODULE J2 co Ono non bh ON o 5 DEVICE VARIABLES This Field Device does not expose any Device Variables Revision 1 2 Release Date 15 February 2013 Select FB protocol FSX HART MODULE Page 8 of 16 Honeywel
10. r emissions and hot particulate blackbody emissions Additionally the FS24X Detectors sense the specific WideBand 4 3 IR Triple IR region from approximately 3 to 5 microns FS24X Detectors also utilize additional spectral regions the Visible Band and Near Band Infrared wavelengths to aid in discrimination against non fire false alarm sources 4 2 Host interface 4 2 1 Analog Output 1 Loop Current Loop current is the only output from this transmitter representing the presence of flame in the range of the instrument as well as fault status This output corresponds to the Primary Variable Refer to the section 4 3 3 for connection details Revision 1 2 Release Date 15 February 2013 Page 5 of 16 Honeywell Analytics Fire Sentry Corporation 6349 001 4 3 Local Interfaces Jumpers and Switches 4 3 1 Local Controls and Displays This device has no external local controls The indication of a detected malfunction is shown by reducing the loop current output to 1 mA The FS24X Flame Detector uses three 3 separate bright LED s to indicate the Detector s status The Blue or Green LED blinks flashes once every ten 10 seconds to indicate a Normal safe operational condition i e no Faults and no Alarms The Blue or Green LED is OFF when no external 24 VDC input power is applied to the Detector The Red LED turns ON when a fire is detected The Yellow LED blinks flashes when the window lens is dirty The dirty lens condition a
11. rclay Blvd Lincolnshire IL 60069 USA Tel 1 847 955 8200 Toll free 1 800 538 0363 Fax 1 847 955 8210 detectgas honeywell com Asia Pacific Honeywell Analytics Asia Pacific 701 Kolon Science Valley I 43 Digital Ro 34 Gil Guro Gu Seoul 152 729 Korea Tel 82 0 2 6909 0300 Fax 82 0 2 2025 0328 analytics ap honeywell com Technical Services EMEAI HAexpert honeywell com US ha us service honeywell com AP ha ap service honeywell com Please Note While every effort has been made to ensure accuracy in this publication no responsibility can be accepted for errors or omissions Data may change as well as legislation and you are strongly advised to obtain copies of the most recently issued regulations standards and guidelines This publication is not intended to form the basis of a contract Issue 1 2_02 2013 H_MANO0960_6349 001_EMEAI 2013 Honeywell Analytics Honeywell 13227
12. turer model and revision Honeywell Analytics FS24X rev 1 Device type Detector and Transmitter HART revision 7 0 Device Description available No Number and type of sensors 1 one external Number and type of actuators 0 Number and type of host side signals 1 4 20mA analog Number of Device Variables 0 Number of Dynamic Variables 1 Mappable Dynamic Variables No Number of common practice commands 0 Number of device specific commands 0 Bits of additional device status 8 Alternative operating modes No Burst mode No Write protection No Revision 1 2 Release Date 15 February 2013 Page 15 of 16 Honeywell Analytics 6349 001 ANNEX B DEFAULT CONFIGURATION Fire Sentry Corporation Parameter Default value Lower Range Value 1 Upper Range Value 20 PV Units mA Sensor type Analytical Number of wires 3 Damping time constant Fault indication jumper Not Supported Write protect jumper Not Supported Number of response preambles 5 Revision 1 2 Release Date 15 February 2013 Page 16 of 16 www honeywellanalytics com Contact Honeywell Analytics Europe Middle East Africa India Life Safety Distribution AG Javastrasse 2 8604 Hegnau Switzerland Tel 41 0 44 943 4300 Fax 41 0 44 943 439 India Tel 91 124 4752700 gasdetection honeywell com Americas Honeywell Analytics Inc 405 Ba
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