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16

FSC Safety Manager Installation Guide

10/01

1.4

Unpacking and Placement,  

Continued

Mobile lifters,

continued

Figure 1-10 – Placement using a mobile lifter

Wooden brace and
protective plate  

Fork dowel

Cross rod 

2" x 4"
Spacer block

Mobile lifter
(2 req'd) 

Angle iron
transport skid  

 

Hydraulic
jack

Equip ment

Continued on next page

Summary of Contents for FSC-SM

Page 1: ...FSC Safety Manager Installation Guide for use with the Honeywell FSC System Releases 42x 5xx and 600 FS20 500 ...

Page 2: ... ...

Page 3: ...Implementation FSC Safety Manager FSC Safety Manager Installation Guide for use with the Honeywell FSC System Releases 42x 5xx and 600 FS20 500 10 01 ...

Page 4: ...its written agreement with and for its customer In no event is Honeywell liable to anyone for any indirect special or consequential damages The information and specifications in this document are subject to change without notice TotalPlant TDC 3000 and Universal Control Network are U S registered trademarks of Honeywell Inc FSC is a trademark of Honeywell Safety Management Systems Other brand or p...

Page 5: ... the FSC Safety Manager Module FSC SMM and general installation instructions for the FSC SM system Site planning information is contained in the TotalPlant Solutions TPS System Site Planning Manual which is in the System Site Planning binder After installation of the FSC SM the checkout procedure can be found in the FSC Safety Manager Service Manual which is in this binder This publication support...

Page 6: ...iv FSC Safety Manager Installation Guide 10 01 ...

Page 7: ...w 21 2 2 Installation Considerations 22 2 3 Cabinet Installation 23 2 4 Cabling Considerations 24 2 5 Cabling Installation 29 2 6 System Power Connections 34 2 7 System Ground Connections 36 2 8 UCN Connections 39 SECTION 3 SYSTEM COMPONENT CONFIGURATION 43 3 1 Section Overview 43 3 2 System Configuration Overview 44 3 3 Module Configuration 45 SECTION 4 CONFIGURATION 47 4 1 Section Overview 47 4 ...

Page 8: ...ure 1 10 Lifting equipment by mobile lifter of crane 17 Figure 1 11 Lifting equipment by mobile lifter of crane part 2 18 Figure 1 12 Eyebolt crane method 19 Figure 2 1 FSC SMM front plate 29 Figure 2 2 Redundant FSC SM UCN cabling 30 Figure 2 3 Typical routing layout of internal wiring between I O modules and FTA T via SICs 31 Figure 2 4 Typical routing layout of internal wiring between I O modul...

Page 9: ...considerations 18 Table 2 1 FSC system installation checklist 22 Table 2 2 Raceway shielding 24 Table 2 3 IEEE 518 wiring classification definitions 25 Table 2 4 Tray spacing 26 Table 2 5 Tray conduit spacing 26 Table 2 6 Conduit spacing 27 Table 2 7 Cabling guidelines 28 Table 2 8 System grounding considerations 36 Table 4 1 Start up and reconfiguration procedures 49 Table 4 2 UCN configuration 5...

Page 10: ...nt System FSC SM FSC Safety Manager FSC SMM FSC Safety Manager Module FTA Field Termination Assembly HM History Module I O Input Output IEEE Institute of Electrical and Electronic Engineers LCN Local Control Network LED Light Emitting Diode NCF Network Configuration File NIM Network Interface Module PLC Programmable Logic Controller SIC System Interconnection Cable SM Safety Manager SMM Safety Man...

Page 11: ...PS 3076 FSC Safety Manager Control Functions FS09 500 Implementation FSC Safety Manager TPS 3076 FSC Safety Manager Parameter Reference Dictionary FS09 550 Implementation FSC Safety Manager TPS 3076 FSC Safety Manager Configuration Forms FS88 500 Implementation FSC Safety Manager TPS 3076 FSC Safety Manager Service Manual FS13 500 Implementation FSC Safety Manager TPS 3076 For FSC documentation Pu...

Page 12: ...x FSC Safety Manager Installation Guide 10 01 ...

Page 13: ...er to Subsection 2 2 Installation Considerations Hand tools and multimeter as in a typical electrician s tool kit UCN Connector Torque Wrench Kit part number 4605459 Set of SAE inch crow s foot wrenches for the above torque wrench ESD kit Honeywell part number 30185 H ATTENTION Installation of the FSC Safety Manager may only be carried out by qualified and authorized personnel Failure to comply wi...

Page 14: ...ouse or site There it is stored off the ground on a solid piece or combination of lumber pieces minimum height 10 cm 4 in and indoors until needed for installation During the whole process the environment must be monitored and corrected if the following equipment transit storage ratings are exceeded Temperature range 20 C to 70 C 4 F to 158 F Relative humidity 5 to 95 non condensing Vibration 1 G ...

Page 15: ...nd Weight varies with options and can go as high as 385 kg 850 lb per cabinet As illustrated in Figure 1 1 a typical factory assembled complex uses up to four such cabinets bolted together Figure 1 1 Typical Electronics Room Layout 0 30 V Terminal Panel 30 250 V Terminal Panel 4 ft 1 25 m Min Typical Note These cabinets are standard width but are 21 75 inches 55 cm deep Control Cabine ts Control C...

Page 16: ...mer sizes distribution panels and sufficient outlets for support test and maintenance equipment 5 Grounding Be sure that proper grounds are available 6 Conduits and Cable Trays Make sure that conduits and cable trays are large enough and the proper type to accommodate all of the required cables 7 Environment Are lighting and other environmental requirements adequate 8 Security Provide security cle...

Page 17: ...rea and placing a sign on or near the equipment that states circuit boards are not to be handled without wearing a ground strap 2 Tack Rugs Placed at all entrances tack rugs catch dust grit and abrasives from other areas 3 Fire Prevention Consult with the local fire prevention authority to select fire extinguishers suitable for electrical fires 4 Room Layout Prepare an electronics room layout diag...

Page 18: ...provides the exact locations and dimensions of the cabinet bolt down holes Figure 1 2 Location and dimensions of the cabinet bolt down holes 600 mm 23 62 800 mm 31 50 100 mm 3 94 750 mm 29 53 100 mm 3 94 25 mm 0 98 700 mm 27 57 REAR FRONT Bolt down hole diameter 14 mm 0 55 TOP VIEW Continued on next page ...

Page 19: ...or bottom entry as per user specification For bottom entry sliding floor plates are provided which can be adjusted to provide entry slots For top entry one sliding plate is provided which can be adjusted to provide entry slots For top or bottom entry the cables should be clamped firmly to the cabinet The clamping devices should be able to withstand a 45 kg 100 lb pull This prevents damage inside t...

Page 20: ...ntinued Figure 1 4 illustrates an FSC Safety Manager cabinet bottom configured for front access of the I O field cables with FTA T Figure 1 4 FSC SM cabinet with front access FTA T FSC I O mounting rack Turning point swing frame FTA T Field cable duct REAR FRONT TOP VIEW Continued on next page ...

Page 21: ...igure 1 5 illustrates an FSC Safety Manager cabinet bottom configured for front and back access of the I O field cables with FTA T Figure 1 5 FSC SM cabinet with front and back access FTA T FSC I O mounting rack Turning point swing frame FTA T Field cable duct REAR FRONT TOP VIEW Continued on next page ...

Page 22: ...ed Figure 1 6 illustrates an FSC Safety Manager cabinet bottom configured for front access of the system cables with FTA E Figure 1 6 FSC SM cabinet with front access FTA E FSC I O mounting rack FRONT TOP VIEW Turning point swing frame REAR FTA E Field cable tray System cables Continued on next page ...

Page 23: ...ued Figure 1 7 illustrates an FSC Safety Manager cabinet bottom configured for back access of the system cables with FTA E Figure 1 7 FSC SM cabinet with back access FTA E FSC I O mounting rack FRONT TOP VIEW Turning point swing frame REAR FTA E Field cable tray System cables Continued on next page ...

Page 24: ...inued Figure 1 8 illustrates an FSC Safety Manager cabinet bottom configured for front and back access of the system cables with FTA E Figure 1 8 FSC SM cabinet with front and back access FTA E FSC I O mounting rack FRONT TOP VIEW Turning point swing frame REAR FTA E Field cable tray System cables ...

Page 25: ...ide may also be damaged the package is removed and equipment has visual damage inform the insurance company and your Honeywell representative In any case do not operate the equipment until confirmation from Honeywell Safety Management Systems has been obtained Moving The FSC Safety Manager equipment can be moved in any one of four methods fork lift mobile lifter roller or crane Special considerati...

Page 26: ...nsideration 1 Move the equipment to the electronics room by fork lift remove the fork lift by placing the equipment onto the lumber pieces by 10 cm 4 inches as illustrated in Figure 1 9 2 Tip the cabinet off the lumber and onto the floor remove the lumber 3 Manually move the cabinet to the exact final position Figure 1 9 Placement of equipment onto lumber Solid piece or combination of lumber piece...

Page 27: ...abinet by tapping slightly 5 Insert and tighten two 12 mm 0 5 in minimum threaded cross rods as in Figure 1 10 and Figure 1 11 6 Spread the lifter forks to 80 cm 31 5 in centers and put them under each cross rod Place the fork s dowels between the cross rods and the cabinet just touching the cross rods 7 Place wooden spacer blocks along the forks long enough to press the cross rods against the for...

Page 28: ...and Placement Continued Mobile lifters continued Figure 1 10 Placement using a mobile lifter Wooden brace and protective plate Fork dowel Cross rod 2 x 4 Spacer block Mobile lifter 2 req d Angle iron transport skid Hydraulic jack Equip ment Continued on next page ...

Page 29: ...ion Guide 17 1 4 Unpacking and Placement Continued Mobile lifters continued Figure 1 11 Lifting equipment by mobile lifter of crane 1 25 cm 0 5 in minimum threaded cross rods with nuts Angle iron support Spreader Continued on next page ...

Page 30: ...t to a location where rollers are to be used 2 Install the angle iron transport skid as in the mobile lifter method 3 Place 12 mm 1 2 inch pipes under the transport skid as in Figure 1 12 ATTENTION The load must be on the angle irons not the cabinet 4 Roll the cabinet to its final location ATTENTION At least three pipes must be under the transport skid at all times 5 When the cabinet is near the f...

Page 31: ...d One bay Two bays Three bays Four bays x x x x x x x x x x x x x x x x Leveling and bolt down FSC Safety Manager cabinets do not include levelers it may be necessary to hand fit shims underneath the cabinet in order to make the cabinet sit solidly The FSC SM cabinet has four holes in the bottom for bolting it to a floor A partially filled cabinet should be bolted down Cabinets that are bolted tog...

Page 32: ...20 FSC Safety Manager Installation Guide 10 01 Left blank intentionally ...

Page 33: ...System Power Connections 34 2 7 System Ground Connections 36 2 8 UCN Connections 39 ATTENTION This section describes in detail only those installation procedures and considerations specific to the FSC Safety Manager Module FSC SMM and the TotalPlant Solutions TPS system Installation procedures and considerations specific to the FSC components can be found in the FSC documentation REFERENCE For det...

Page 34: ... include a cabinet or cabinets the individual chassis must be mounted to a structure and power and ground supplied by a choice of methods Installation checklist When installing an FSC SM system consider the installation checklist as shown in Table 2 1 Table 2 1 FSC system installation checklist Step Action Done 1 Carefully review all documentation available for the equipment paying close attention...

Page 35: ...er placement the cabinet or cabinet complex requires the attachment of power and ground and cabling installation ATTENTION Refer to Section 1 FSC Safety Manager System Installation for information regarding the warehousing movement unpacking and placement of the FSC Safety Manager cabinets ...

Page 36: ...ation of electrical equipment It compares different types of conduits and raceways for magnetic field attenuation at 60 Hz and for electrostatic attenuation at 100 kHz Table 2 2 Raceway shielding Raceway Type Thickness mm in 60 Hz Magnetic Field Attenuation 100 kHz Magnetic Field Attenuation Ratio dB Ratio dB Free air 1 1 0 1 1 0 2 inch 5 cm aluminum conduit 3 91 0 154 1 5 1 3 3 2 150 1 66 5 16 ga...

Page 37: ...alog signals of 50 V with currents less than 20 A AC feeders less than 20 A Data 4 Power AC and DC buses of 0 1000 V with currents of 20 800 A ATTENTION Data 3 and Data 4 classes have one subclass each for applications that require special cable and spacing Table 2 4 Table 2 5 and Table 2 6 in this section list the subclass for Data 3 listed as Data 3A the subclass for Data 4 is listed as Data 4A ...

Page 38: ... Note the following considerations Note 1 Data 3 and Data 4 cables may be run in a common tray but should be separated by a barrier This barrier does not have to be grounded Note 2 Data 1 and Data 2 cables may be in a common tray provided they are separated by a grounded steel barrier Table 2 5 Tray conduit spacing Cable Class Data 1 mm in Data 2 mm in Data 3 mm in Data 3A mm in Data 4 mm in Data ...

Page 39: ...es for each type of system connection All Programmable Logic Controller such as the FSC system wires and cables can be classified into two categories High level conductors used to carry high voltage and or high current typically IEEE 518 Data 2 Data 3 and Data 4 categories and include AC I O lines high level DC I O lines connected to such devices as switches relays or solenoids and AC power lines ...

Page 40: ...g according to IEEE Standard 518 1977 3 Separate all AC and low level DC wiring See Table 2 4 Table 2 5 and Table 2 6 for the recommended minimum distances 4 Shields of data communications cables must be terminated at both ends Shields of analog signal cables must be terminated to ground only at the signal source If a termination is not made or is intermittent noise immunity is lost 5 Data and pow...

Page 41: ...n 2 4 Cabling Considerations FSC SMM cabling Figure 2 1 illustrates the front plate of the FSC Safety Manager Module FSC SMM Connections to the UCN are made via the two UCN F style connectors in the center of the module A and B Figure 2 1 FSC SMM front plate Honeywell Honeywell Honeywell Honeywell FSC TM B A 10008 2 U TX P A B STATUS Continued on next page ...

Page 42: ...s are also run from the drop ports on UCN B to UCN B F style connectors of each FSC SMM For detailed information on cabling requirements refer to the Integration Guidelines for FSC System Cabinets Figure 2 2 Redundant FSC SM UCN cabling NIM A B UCN A RG 11 UCN B RG 11 RG 6 Drop Cables A B A B Honeywell B A A B A B CP 1 CP 2 CAUTION Remove the UCN cable from the FSC SMM port without breaking UCN Ca...

Page 43: ...re made via Field Termination Assemblies FTAs available as either an FTA T to I O field cables via terminals or FTA E to interface board via system cables The FTAs are electrically passive devices which simply pass incoming or outgoing signals between the field and the I O module Figure 2 3 illustrates a typical routing layout of the internal wiring between I O modules and FTA T via system interco...

Page 44: ...typical routing layout of the internal wiring between I O modules and FTA E via system interconnection cables SICs Figure 2 4 Typical routing layout of internal wiring between I O modules and FTA E via SICs FTA connector System I O cable I O module I O module connector Backplane FTA E Elco 56 54 pin E56 connector Continued on next page ...

Page 45: ...ued Communication module cabling For more information on communication module cabling refer to the FSC Hardware Manual and the Integration Guidelines for FSC System Cabinets FSC user station cabling For more information on FSC user station cabling refer to the FSC Hardware Manual ...

Page 46: ...to install power A cabinet will have a terminal bar at the bottom of the cabinet to connect two or more feeders Figure 2 5 Typical FSC SM cabinet power and ground connections 150 kA MOV Suppressor Building Frame 120 240 V Entry Panel FSC SM Cabinet Lightning Ground Safety Ground Lightning Air Terminal Safety GND Distribution Rail To Power Supply Units All ground cables are 25 mm AWG 4 when not enc...

Page 47: ...10 01 FSC Safety Manager Installation Guide 35 2 6 System Power Connections Continued Module power connections Power is supplied to each FSC Safety Manager Module via the system bus of the Central Part ...

Page 48: ...eps to be performed when grounding your system Table 2 8 System grounding considerations Step Action 1 Use the system grounding techniques described in this subsection and those defined in the FSC documentation before making ground connections Establish AC safety ground by making a temporary connection using the grounding terminal on front of each power supply module and permanent redundant connec...

Page 49: ...efore wiring the system components Cabinet ground connections Figure 2 5 illustrates a typical power and ground connections layout for an FSC Safety Manager cabinet Ground wires from all mechanical parts and every backplane in the cabinet are collected at a bus bar located at the bottom of the cabinet This bus bar must be connected to building safety ground with a 2 5 mm AWG 14 wire in conduit or ...

Page 50: ...fer to the Integration Guidelines for FSC System Cabinets Shield ground Field wiring between analog field devices for both the internal and external termination panels must be properly connected to shield earth ground To insure proper communication over these links shield ground must be configured in accordance to the specifications and techniques stipulated by FSC For more information on shield g...

Page 51: ...rocedure and cabling information can be found in the UCN Site Planning and Installation manual in the UCN Site Planning and Installation binder Figure 2 6 illustrates a typical UCN installation Connection of the UCN system is made at the front panel of the FSC Safety Manager Module ATTENTION For detailed information regarding the connection of the UCN to the FSC Safety Manager refer to Subsection ...

Page 52: ...t Pair UCN Drop Cables 50 meters maximum length 75 Terminator UCN Trunk Cables A B PM PMM PMM LCN System Install as in SW02 300 Binder TPS1020 FSC SM SMM FSC SM SMM 75 Terminators in all Unused Sockets Each trunk cable segment length is restricted to multiples of a basic length 2 6 meters for standard RG 11 type UCN Trunk Optional Armored Trunk Note that redundant devices on the same UCN should us...

Page 53: ...ons Continued Trunk cable connection Connection of the UCN trunk lines are made at the front panel of the FSC Safety Manager Module Refer to Figure 2 2 for more details Use the procedure that is found in the TPS System Site Planning manual as the installation guide ...

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Page 55: ...Topics included in this section are Subsection Topic See Page 3 1 Section Overview 43 3 2 System Configuration Overview 44 3 3 Module Configuration 45 ATTENTION This section describes in detail only those installation procedures and considerations specific to the FSC Safety Manager Module FSC SMM and the TotalPlant Solution TPS system Installation procedures and considerations specific to the FSC ...

Page 56: ...has its own dedicated I O modules and or shared I O modules Redundant FSC SMM modules The FSC SM is configured for redundant operation There can only be one FSC SMM in each Central Part In this configuration each FSC SMM is independently connected to the UCN One of the two will function as the primary carrying out all UCN to FSC SM communication and data transfer operations The other FSC SMM funct...

Page 57: ...from the FSC DS main menu The starting point for all configuration operations in the FSC Navigator software R5xx R600 is the System Configuration option which can be called up in three ways Menu bar Project System Configuration Button bar I O Navigation area FSC Project Configuration System Configuration General FSC system configuration The FSC user software FSC Development System or FSC Navigator...

Page 58: ... be installed communication modules such as the FSC SMM diagnostic and battery module DBM and several vertical bus drivers VBDs For detailed information on Central Part requirements and configuration refer to the FSC Hardware Manual and the FSC Software Manual I O modules The allocation of I O modules within an FSC system and their configuration requirements depend on the safety application and on...

Page 59: ...m These are the following FSC Functional Logic Diagrams FLDs programming Configuration of the FSC SM at the FSC user station and Configuration of FSC SMM points at the TPS Universal Station US Preconfiguration assumptions This section assumes the following steps have been completed The FSC user station hardware i e cabling has been properly installed and connected Refer to the wiring section of th...

Page 60: ...safety application There are several things that need to be configured before the FSC SM can function properly in the TPS system The definition and configuration process consists of the following steps defining the hardware configuration of the FSC SM defining the variables which includes assigning attributes to them and allocating them to system components allocating system memory for the FSC SMM...

Page 61: ...up and have prepared the History Module HM and the system for network configuration Table 4 1 outlines the start up process for the TPS system If these procedures have not been done refer to the LCN bookset Implementation Startup Reconfiguration binder TPS 2030 1 Table 4 1 Start up and reconfiguration procedures Step Action Result 1 Prepare the system for network configuration Universal Personalit...

Page 62: ...uration Step Action 1 Press the RESET button ATTENTION The RESET button is located under the black metal panel at the top of the operator keyboard 2 Press the LOAD button on the operator keyboard The system will state Loading in progress 3 A prompt will appear N 1 2 3 4 Press N for Network and press the Enter key 4 Another prompt will appear OPR UNP X Press U for Universal Personality and press th...

Page 63: ...FF US03 OFF US04 OFF LOAD SELECT LOAD CONFIG SHOW LOADS DE SELECT NTWK HWY STATUS LOAD ISOL LOAD FAIL LOAD PWR_ON R510 09Feb95 00 14 19 157 CABLE B OK US05 OFF US06 OFF US07 OFF US08 OFF US09 OFF US10 OFF US11 OFF US12 OFF US13 OK US14 OFF US15 OFF US16 OFF US17 OFF US18 OFF US19 OFF US20 OFF NM21 OFF NM22 OFF NM23 UCN 02 OFF NM24 UCN 02 OK NM25 OFF NM26 OFF NM27 OFF NM28 OFF NM29 OFF NM30 OFF NM3...

Page 64: ...INTERFACE MODULE target Figure 4 2 US Engineering Main Menu display 11 Jun 97 14 05 00 3 ENGINEERING MAIN MENU UNIT NAMES AREA NAMES CONSOLE NAMES LCN NODES SYSTEM WIDE VALUES VOLUME CONFIGURATION PICTURE EDITOR FREE FORMAT LOGS BUTTON CONFIGURATION HM HISTORY GROUPS DOCUMENTATION TOOL AREA DATA BASE HIWAY GATEWAY LOGIC BLOCKS APPLICATION MODULE COMPUTING MODULE NETWORK INTERFACE MODULE BUILDER CO...

Page 65: ...ALL DISP F3 F4 F5 OVERWRITE F6 F7 RECON F8 PED STATUS F9 WLK BACK F10 WRITE F11 F12 LOAD UCN Node Configuration display You should now be in the UCN Node Configuration display Figure 4 4 shows this display Do the steps in Table 4 3 to configure the UCN Table 4 3 UCN node configuration Step Action 1 Enter the requested data in the given slots All configuration information should be taken from the F...

Page 66: ...guration display 11 Jun 97 14 05 00 3 PED POINT NM02N13 PAGE 01 OF 01 UCN NODE CONFIGURATION F1 PED F2 RECALL DISP F3 F4 F5 OVERWRITE F6 F7 RECON F8 PED STATUS F9 WLK BACK F10 WRITE F11 F12 LOAD UNIT SY NETWORK NUMBER NODE NUMBER UCN NODE TYPE NODE ASSIGNMENT NTWKNUM NODENUM NODETYP NODEASSN 02 13 NOTCONFG NIM PM APM HPM LM SM THISNIM REMOTNIM DIGITAL COMPOSITE PV STATE TEXT MOVING TEXT BAD TEXT M...

Page 67: ...igure the redundant FSC SM device All FSC SM related information will be automatically transferred to the new primary FSC SM should there be a failover or switchover to the backup Figure 4 5 US Node Specific Configuration display 11 Jun 97 14 05 00 3 PED POINT NM02B13 PAGE 01 OF 03 NODE SPECIFIC CONFIGURATION F1 PED F2 RECALL DISP F3 F4 F5 OVERWRITE F6 F7 RECON F8 PED STATUS F9 WLK BACK F10 WRITE ...

Page 68: ... returned to the NIM Build Type Select Menu Figure 4 6 shows the display which will be brought up Figure 4 6 US Process Point Building display 11 Jun 97 14 05 00 3 ANALOG INPUT MENU PAGE 01 OF 01 NIM BUILD TYPE SELECT MENU DIGITAL INPUT REGULATORY PV F1 PED F2 RECALL DISP F3 F4 F5 OVERWRITE F6 F7 RECON F8 PED STATUS F9 WLK BACK F10 WRITE F11 F12 LOAD NIM PROCESS POINT BUILD TYPE LOGIC FLAG ARRAY P...

Page 69: ... have selected Table 4 4 FSC SMM data point configuration procedure Step Action 1 Once you are in the Process Point Building display select the FSC SMM point type you wish to configure 2 Enter and select the desired configuration scheme Use the PAGE FWD button on the operator keyboard to move to the next configuration page as needed ATTENTION Data entered should be based on the FSC SM Configuratio...

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Page 71: ...ration Central Parts 46 FSC Development System FSC DS 48 FSC Navigator 48 General 45 I O modules 46 Universal Station US 49 Configuration of FSC Safety Manager 45 47 Crane 19 D Data points 57 Data signal cable 25 E Engineering Main Menu display 52 Environmental conditions 2 F Field termination assemblies FTA E 7 FTA T 7 Fork lift 14 FSC Development System FSC DS 45 48 FSC Navigator 45 48 FSC user ...

Page 72: ...Process Point Building display 56 R Redundant cabling 30 Redundant FSC SMM modules 44 Relative humidity 2 Roller 18 S Safety ground 38 Shield ground 38 Shielding 24 Shock 2 Software FSC Development System FSC DS 45 48 FSC Navigator 45 48 Spacing Conduits 27 Trays 26 Trays conduits 26 Storage ratings 2 System configuration 44 System status display 51 T Temperature 2 Test equipment 1 Tools 1 Tray sp...

Page 73: ...BY FAX Use this form and fax to us at 1 602 313 4108 BY TELEPHONE In the USA use our toll free number 1 800 822 7673 available in the 48 contiguous states except Arizona in Arizona dial 1 602 313 5558 BY MAIL Use this form and mail to us at Honeywell Inc Industrial Automation and Control Automation College 2820 West Kelton Lane Phoenix AZ 85023 3028 Title of Document FSC Safety Manager Issue Date ...

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Page 76: ...Industrial Automation and Control Helping You Control Your World Honeywell Inc 16404 North Black Canyon Highway Phoenix Arizona 85023 3033 ...

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