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X11CB INSTALLATION AND OPERATION

Voltage Free Terminal Wiring Information’s

(H)

: Field contact voltage for dry contact

(FC)

: Field contact return

(ME)

: Connect all First out windows in a group.

(TO)

: Transistor output driver

AUX OUT

: Auxiliary output - N.O./N.C. selectable

(F1)

: GF1 Push button input (Programmable inhibit function)

(F2)

: GF2 Push button input (Programmable inhibit function)

(F3)

: First out reset push button input

(F4)

: 24 VDC +

(F5)

: Run Transistor output drive

(F6)

: Reflash transistor output drive

CTA

: Common trouble transistor output drive

For internal bus expansion port, for multiple chassis, single or last

chassis requires termination resistor.

Letter shown are for reference only, they are not on actual unit.

Ronan Cables
PVC Cable : X500C169
Plenum cable : X500C168

Live Terminal Wiring Information’s

(H)

: Field contact voltage for live input

(FC)

: Field contact return

(ME)

: Connect all First out windows in a group.

(TO)

: Transistor output driver

AUX OUT

: Auxiliary output - N.O./N.C. selectable

(F1)

: GF1 Push button input (Programmable inhibit function)

(F2)

: GF2 Push button input (Programmable inhibit function)

(F3)

: First out reset push button input

(F4)

: 24 VDC +

(F5)

: Run Transistor output drive

(F6)

: Reflash transistor output drive

CTA

: Common trouble transistor output drive

For internal bus expansion port, for multiple chassis, single or last

chassis requires termination resistor.

Letter show are for reference only, they are not on actual unit.

Ronan Cables
PVC Cable : X500C169
Plenum cable : X500C168

X11CB-3031-IOM

Summary of Contents for X11CB Series

Page 1: ...ON Installation Operation Manual Series X11CB Event Recording Annunciator X11CB 3031 IOM 1 Ronan Engineering Corporation 28209 Avenue Stanford Valencia California 91355 www ronan com 661 702 1344 800 327 6626 X11CB 3031 IOM Rev 0 1 ...

Page 2: ...ciator Operators Manual 4 4 2013 JLB MC WW 0 1 ECO 16250 Consistent branding with company marketing standards 06 10 14 JLB MC TG Copyright 2013 2014 Ronan Engineering Company All rights reserved This document may not be reproduced or transmitted in any form electronic or mechanical including photocopying recording storing in an information retrieval system or translating in whole or in part withou...

Page 3: ... 4 18 Warranty 12 1 4 19 Approvals In Process 12 1 4 20 Installed Environment 12 2 X11CB Hardware 13 2 1 Module Configurations 15 2 2 Annunciator Windows 15 2 3 HARDWARE CONFIGURATION 16 2 3 1 Field Contact Type and Voltage FCV 16 2 3 2 Alarm Module Address 16 2 3 3 Alarm Module Configuration 16 2 4 X11CB Annunciator Display Modules 16 2 4 1 Microcontroller U1 16 2 4 2 Display and Name Plates 17 2...

Page 4: ...nd Wiring for Dry Field Contacts 48 3 3 4 X11CB 4000 Rear Terminal Arrangement and Wiring for Dry Field Contacts 50 3 3 5 X11CB 1000 Rear Terminal Arrangement and Wiring for Live Contacts 51 3 3 6 X11CB 2000 Rear Terminal Arrangement and Wiring for Live Contacts 52 3 3 7 X11CB 3000 Rear Terminal Arrangement and Wiring for Live Contacts 53 3 3 8 X11CB 4000 Rear Terminal Arrangement and Wiring for L...

Page 5: ...dant IM 32 Illustration 27 X11 2049 Relay Board 34 Illustration 28 CAT 5 Cable 35 Illustration 29 CAT 5 Crossover Cable 35 Illustration 30 Ethernet Crossover Cable 36 Illustration 31 Ethernet Patch Cable 36 Illustration 32 RJ 45 Connector 36 Illustration 33 Cutout Area of the Panel 37 Illustration 34 Front View of the Cabinet after Positioning In the Panel 37 Illustration 35 Assembling the Clamp P...

Page 6: ...B Annunciators key features The system is offered in both the X11CB Window Annunciator model and the X16CB Remote model with no alarm window display Both the X11CB and X16CB are available in a panel mount rack mount or surface mount style Chassis General purpose NEMA4 NEMA12 and NEMA4X chassis are available for all chassis types The Window Annunciator model features Monalarm Binalarm Trialarm and ...

Page 7: ...r the system Software configurable filters provide noise rejection and switch de bounce functions for each field contact input Hot swappable Alarm Modules allow removal and installation of any alarm module without effecting the normal operation of the system Alarm module addressing resides within the alarm chassis allowing the interface module to interrogate each alarm module for correct configura...

Page 8: ...Function H1 Horn 1 H2 Horn 2 IM Interface Module IP Internet Protocol MEIN First Out Multiple Engaged First In NC Not Connected Normally Closed NO Normally Open TCP Transport Control Protocol TO Transistor Output REC UCM Ronan Engineering Co Universal Communication Module 8 X11CB 3031 IOM LAN OR PLANT NETWORK X11CB CONFIGURATION X11CB ALARMVIEW X11CB DATABASE X11CB ANNUNCIATOR Illustration 1 X11CB...

Page 9: ...PDT or DPDT etc 1 2 SAFETY The following safety symbols are used on the SERIES X11CB Any symbol similar to the ones illustrated above will be found on equipment where the voltage exceeds 48VAC or 48VDC These symbols may or may not be in the colors illustrated and could be printed in Black and White only 1 3 References QA400 Design Control QA4000 Design Development Quality Assurance Plan QA4500 Pro...

Page 10: ...ch Module or Card Model Power Watts X11CB Interface Module 5 0 W X11CB Alarm Module 7 0 W X11CB Aux Relay Card 4 0 W Table 1 Power Requirements 1 4 3 Temperature Humidity Range Operating 0 to 60 C 32 to 140 F Storage 40 to 80 C 40 to 176 F Operating Humidity 5 to 95 RH non condensing Storage Humidity 5 to 95 RH non condensing 1 4 4 Field Contact Inputs Contact Dry or Live Field Selectable Normally...

Page 11: ...ols Switches Momentary Push Button Local or Remote Single Pole Normally Open 24VDC Switched Silence Acknowledge Reset Test First Out Reset GP1 and GP2 1 4 11 Diagnostic System Trouble Alarm RUN Open Collector Transistor relay available with optional remote I O terminal assembly Red System trouble Alarm and Green Power present LED indicators with optional front panel switch assembly Ethernet Status...

Page 12: ...aboratories CUL Canadian Underwriters Laboratories CE Cenelec 1 4 20 Installed Environment Indoors Annunciator display Chassis and associated parts are manufactured NEMA 1 enclosures general purpose do not expose a NEMA 1 chassis to dripping water or other liquids Equipment may be wiped clean with a mild cleaner Indoors Outdoors Annunciator Equipment and associated parts must be installed in an IP...

Page 13: ...ngs and extrusions provide excellent heat dissipation for a continuously lit annunciator system and feature the structural strength required in industrial applications The rear terminal is designed as a single piece molded plastic assembly per window for durability Module array last module bottom right contains the Interface Module to connect system to an external host CONSTRUCTION System Front Vi...

Page 14: ...ns with LEDs can be mounted on the frame either horizontally or vertically Membrane buttons only can be mounted on the frame either horizontally or vertically 14 X11CB 3031 IOM Illustration 4 Membrane Switches with LEDs Illustration 5 Membrane Switches without LEDs ...

Page 15: ...llustration shows the Interface Module chassis on the left the Power Supply chassis in the middle and the remaining chassis on the right 2 2 Annunciator Windows The Annunciator windows come in four sizes as shown below Legends can be engraved or laser printed on transparency film and inserted into the window frame Colored LEDs are used to illuminate in color X11CB 3031 IOM 15 1000 Series 2000 Seri...

Page 16: ...nfig application Each X11CB application is described in its own manual 2 4 X11CB Annunciator Display Modules Alarm Module The X11CB alarm module utilizes an ARM Cortex M3 Microcontroller for the monitoring of each field contact input to the module This is a high speed compact ARM embedded processor The following are its main features 2 4 1 Microcontroller U1 1 32 bit RISC performance using ARM Cor...

Page 17: ... be supplied in a variety or colors to distinguish such functions as fire alarm or shutdown etc The nameplates are an option to the Visual Annunciator and are generally supplied with white front lenses This lens displays all windows white in non lit status changing to the selected color in on condition Each window consists of four LED lamps altogether with 16 LEDs per lamp module exception being t...

Page 18: ... the different system functions such as sequence types first out groups common alarm groups etc NOTE All lens holders are white The following is the color specification for each X11CB type 0 Black 5 Green 1 Brown 6 Blue 2 Red 7 Grey 4 Yellow 8 White Table 2 Bezel Colors 2 4 4 Lens LED Colors Red White Yellow Blue Green Amber Table 3 Standard LED Colors 18 X11CB 3031 IOM ...

Page 19: ...minating a 3 50 inch 88 90 mm x 3 50 inch 88 90 mm wide window 2 4 6 Binalarm Module Part NO X11CB 2000 The double window Binalarm Module contains two channel alarm logic with each channel eight LED type indicators illuminating a 1 75 inch 44 45 mm x 3 50 inch 88 90 mm wide window X11CB 3031 IOM 19 Illustration 8 Monalarm Plug In Module Illustration 9 Binalarm Plug In Module ...

Page 20: ... four LED type indicators Each set is driven by one channel of the three channel alarm logic 2 4 8 Quadalarm Module Part NO X11CB 4000 The four windows Quadalarm Module represent the highest density of annunciation in the X11CB series The 1 75 inch 44 45 mm high by 1 75 inch 44 45 mm wide window is illuminated by four LED indicators 20 X11CB 3031 IOM Illustration 11 Quadalarm Plug In Module Illust...

Page 21: ...ing a 3 50 inch 88 90 mm x 3 50 inch 88 90 mm wide window 2 4 10 Redundant Binalarm Module Part NO X11CB 2000R The Redundant Binalarm plug in Module features monitoring of a two field contact inputs each with two independent channels of alarm logic Each channel drives four LED type indicators for a total of 8 indicators illuminating a 1 75 inch 44 45 mm x 3 50 inch 88 90 mm wide window X11CB 3031 ...

Page 22: ...le Jumpers Jumpers J10 thru J13 Normally Open Normally Closed Selection J10 Field Contact A Selection J11 Field Contact B Selection J12 Field Contact C Selection J13 Field Contact D Selection IN Normally Open OUT Normally Closed 22 X11CB 3031 IOM Illustration 15 J6 and J7 Redundant Non Redundant Jumpers ...

Page 23: ...res within the Alarm Module The fused output of F6 provides 24VDC to voltage regulators U9 and U6 They regulate the 24VDC down to 5 VDC and 3 3VDC respectively There will be Power Distribution Points throughout the system that can handle a maximum of 240 Watts Every Power Distribution chassis will have a Power filter card installed in the left side of the chassis as viewed from the front X11CB 303...

Page 24: ...adapter card X11C842 X installed on the alarm module Field Voltage 125VDC LIVE 24VDC DRY 48VDC LIVE 115VAC 125VDC OPTO ISOLATED 240VAC 250VDC OPTO ISOLATED 250VDC LIVE 24VAC 24VDC OPTO ISOLATED 24VDC Open Collector 48VAC 48VDC OPTO ISOLATED Table 4 Field contact Voltage and connection type selection table 24 X11CB 3031 IOM Illustration 17 Field Contact Power Selection Adapter Board Illustration 18...

Page 25: ...uires an external power source for the field contacts To provide isolation the connections are only made at the field contact terminals Illustration 20 Live Field Contact Schematic Isolated Live contact without isolation This field contact connection type requires an external power source for the field contacts and provides no isolation The Field contact negative voltage ground is connected to the...

Page 26: ...VDC 24VAC 48VAC 115 VAC and 240VAC All acceptable external field contact voltages are required to be within 10 of the defined voltage All field contacts can be set to operate as normally open or normally closed by setting jumper switches J10 for field contact A J11 for field contact B J12 for field contact C and J13 for field contact D With the jumper installed normally open is selected With the j...

Page 27: ... 2A Max switching voltage 125 VAC 125 VDC Max switching current 2A Table 5 Auxilliary Output Contact Ratings 4 types of Auxiliary relay modules are available Type Description single relay for one channel alarm modules two relay for two channel alarm modules or one channel dual AUX three relay for three channel alarm modules four relay for four channel alarm modules or two channel dual AUX Table 6 ...

Page 28: ... emitter is connected to the system ground and collector is connected to the output pin In an active output state the transistor is turned on and will connect the terminal to the system ground through the transistor This provides a Active current path that activates a device horn or relay connected to this terminal In an inactive state the transistor is turned off and does not connect the output t...

Page 29: ...rticular field contact input The following table defines the assignments for the different lamp output arrangements STYLE Channel Drive Transistor s Used LAMP ARRANGEMENT Q1 Q3 Q5 Q7 1000 Monalarm Channel A 2000 Binalarm Channel A Channel B 3000 Trialarm Channel A Channel B Channel C NOT USED 4000 Quadalarm Channel A Channel B Channel C Channel D 1000R Redundant Monalarm Channel A Primary Source C...

Page 30: ...ination resistor at both ends of the bus The interface module provides one termination resistor at one end of the bus and the other termination resistor must be installed at the other end of the CAN bus A unique alarm rear terminal assembly is utilized to provide a location for this second termination resistor This rear terminal assembly can also be used to expand a system from one to multiple cha...

Page 31: ...e could be another card installed preventing access remove and replace if necessary Care must be take not to duplicate a CAN address within a CAN Bus Network CAN bus address are factory set and can be found in a table later in this manual The illustration above shows the blue DIP switches located in each of the module chassis For clarity switch 1 is on top and switch 8 is on the bottom X11CB 3031 ...

Page 32: ... The two interface modules operate independently over the same or different LANs Each Interface Module talks to each of the Alarm Modules across a separate CAN bus The redundant Interface Module communicates to a separate Alarm Module as a daughter card in the Host Alarm Module Unit 2 6 3 Input Response Time The default response time of each point is 1 millisecond but it can be modified using the ...

Page 33: ...anel display redundancy selection X11 1000 J7 2 J7 3 X11 2000 J7 2 J7 3 X11 3000 J7 2 J7 3 X11 4000 J7 2 J7 3 X11 1000R J7 1 J7 2 X11 2000R J7 1 J7 2 J8 FC Voltage adapter interconnect PSS 09 01 TS X11C842 FCX Minus plus J9 FC Voltage adapter interconnect PSS 09 01 TS X11C842 FCX VRTN VIN J10 Polarity of field input contact A Either Normally Open or Normally Closed Normally Open J11 Polarity of fi...

Page 34: ...lly or added later The terminals for the contact outputs are furnished as a part of the system Each relay provides a selectable form A or B type contact with a rating of 2A at 28 VDC Normally open Type A or normally closed Type B contact is available for each alarm point at their respective rear terminal block terminals 5 and 6 The normal operation NO NC can be changed on the auxiliary contact mod...

Page 35: ...X11CB INSTALLATION AND OPERATION 2 8 Cables 2 8 1 X11CB to Remote Host Cat5 Cable Illustration 28 CAT 5 Cable X11CB 3031 IOM 35 Illustration 29 CAT 5 Crossover Cable ...

Page 36: ...X11CB INSTALLATION AND OPERATION X11CB RJ 45 Connector Illustration 32 RJ 45 Connector 36 X11CB 3031 IOM Illustration 31 Ethernet Patch Cable Illustration 30 Ethernet Crossover Cable ...

Page 37: ...y contact module s and interface module s installed in the cabinet as specified by purchase order External horn relay s Reflash relay Common alarm relay Relay sockets are packed separately 3 1 2 Mounting the Alarm Cabinet to the Panel 1 Position the X11CB alarm cabinet into the cutout hole on the panel X11CB 3031 IOM 37 Illustration 33 Cutout Area of the Panel Illustration 34 Front View of the Cab...

Page 38: ...t corner of the cabinet Illustration 36 Inserting the Clamp into the Top Center of Cabinet Groove Place the second clamp into the center of the groove behind the extruded trim of the cabinet and then slide it into about one third from the top right corner of the cabinet Tighten each jam screw to secure the cabinet to the panel cutout Tighten the lock nuts on each screw The cutout size is approxima...

Page 39: ...X11CB INSTALLATION AND OPERATION Illustration 37 Detail A 4 Repeat step three for installing the bottom two clamps 5 Refer to the wiring diagrams on the CD for wiring instructions X11CB 3031 IOM 39 ...

Page 40: ...X11CB INSTALLATION AND OPERATION 3 2 Alarm Module Terminal Backs 3 2 1 Common Alarm Module Terminal Block 40 X11CB 3031 IOM ...

Page 41: ...n to the next X11CB cabinet with a twisted pair for use with a common Interface Module The CB terminals are the same as the CA terminals either terminated or extended to the next cabinet The CB or Can Bus B is used with redundant Interface Modules CB is extended terminated regardless if there is a redundant IM X11CB 3031 IOM 41 ...

Page 42: ...mmodate up to 10 Amps 24VDC or 240 Watts The V and V terminals are for the 24VDC supply input and the G is for chassis ground or earth ground suitable for GFI detection The FV terminal is a 24VDC supply for dry Field Contact supply voltage The X11 2039 Power Filter Card will plug into the slot on the left side of this chassis with respect to the front 42 X11CB 3031 IOM Illustration 38 X11 2039PL P...

Page 43: ...pable of providing a Sine wave amplitude modulated signal The X11CB can support 2 styles of IRIG B formats IRIG B Standard The Interface Module does not read the year from the IRIG B input The User must set the year using the X11CB Configuration application IRIG B Ronan Enhanced The Interface Module reads the year from the IRIG B input See IRIG Setup later in this manual X11CB 3031 IOM 43 Illustra...

Page 44: ...General Function 1 Switch GF2 F2 General Function 2 Switch 1ST F3 First Out Reset Switch 24 F4 24 VDC OUT source Switch T Test Switch S Silence Switch A Acknowledge Switch R Reset Switch H1 Horn1 Output H2 Horn2 Output CTA Common Trouble Alarm Output RUN F5 Run Maintenance Indicator Output RFL F6 Reflash Output 44 X11CB 3031 IOM ...

Page 45: ...X11CB INSTALLATION AND OPERATION 3 2 6 Customer Supplied Transistor Field Contact X11CB 3031 IOM 45 ...

Page 46: ...ystem Incoming field wiring must be connected with copper conductors only using 14 20 AWG wire Field contact wiring must be connected with ring tongue terminals or locking fork lugs Power wiring at the H V N V and G GND terminals must be torque to 4 5 pounds 3 3 1 X11CB 1000 Rear Terminal Arrangement and Wiring for Dry Field Contacts Figure 2 1 X11CB 1000 Rear Terminal Wiring Diagram 46 X11CB 3031...

Page 47: ...X11CB INSTALLATION AND OPERATION 3 3 2 X11CB 2000 Rear Terminal Arrangement and Wiring for Dry Field Contacts Figure 2 20 X11CB 2000 Rear Terminal Wiring Diagram X11CB 3031 IOM 47 ...

Page 48: ...X11CB INSTALLATION AND OPERATION Figure 2 21 Typical Transistor Input 48 X11CB 3031 IOM ...

Page 49: ...STALLATION AND OPERATION 3 3 3 X11CB 3000 Rear Terminal Arrangement and Wiring for Dry Field Contacts Figure 2 22 X11CAB 3000 Rear Terminal Wiring Diagram Figure 2 23 Typical Transistor Input X11CB 3031 IOM 49 ...

Page 50: ...NSTALLATION AND OPERATION 3 3 4 X11CB 4000 Rear Terminal Arrangement and Wiring for Dry Field Contacts Figure 2 24 X11CB 4000 Rear Terminal Wiring Diagram Figure 2 25 Typical Transistor Input 50 X11CB 3031 IOM ...

Page 51: ...X11CB INSTALLATION AND OPERATION 3 3 5 X11CB 1000 Rear Terminal Arrangement and Wiring for Live Contacts X11CB 3031 IOM 51 ...

Page 52: ...X11CB INSTALLATION AND OPERATION 3 3 6 X11CB 2000 Rear Terminal Arrangement and Wiring for Live Contacts 52 X11CB 3031 IOM ...

Page 53: ...X11CB INSTALLATION AND OPERATION 3 3 7 X11CB 3000 Rear Terminal Arrangement and Wiring for Live Contacts X11CB 3031 IOM 53 ...

Page 54: ...X11CB INSTALLATION AND OPERATION 3 3 8 X11CB 4000 Rear Terminal Arrangement and Wiring for Live Contacts 54 X11CB 3031 IOM ...

Page 55: ... shown are for reference only they are not on actual unit 3 Ronan Cables PVC Cable X500C169 Plenum cable X500C168 Live Terminal Wiring Information s H Field contact voltage for live input FC Field contact return ME Connect all First out windows in a group TO Transistor output driver AUX OUT Auxiliary output N O N C selectable F1 GF1 Push button input Programmable inhibit function F2 GF2 Push butto...

Page 56: ...active alarm input must be wired to a customer s sensing device to set its alarm condition as either open or closed The terminals on the alarm system for each alarm input are marked H and FC The H terminal in the standard alarm system is the main system voltage that is supplied via a pull up resistor on each alarm point Each alarm input module is provided with a separate H terminal When using a co...

Page 57: ... wire sizes are efficient for high current use of the power leading to the alarm cabinets To protect the larger alarm chassis it is common to provide more than one input to the cabinet in which each section is provided with a separate filter fuse and supply input terminals Converters 1 DC to DC Converter 48VDC input 24VDC output 200 watts 48VDC input 24VDC output 350 watts 125VDC or 115VDC input 2...

Page 58: ...neral No light Check for the power supply Lamp Box fuse burned out broken or improperly seated bulbs Not functioning alarm points Make sure that the alarm modules are properly seated in their connector Power supply fuse blows each time power is applied α Check the Power Supply Parts List or the unit instrument tag for proper fuse size β Remove the alarm system from the supply and try again If fuse...

Page 59: ...00 4000 Number of Windows A Overall B Dim C Dim D Dim E Dim High Wide In mm In mm In mm In mm In mm 2 10 3 50 88 90 0 25 5 40 3 00 76 20 4 10 7 00 177 80 1 50 38 10 4 00 101 60 6 10 10 50 266 70 1 50 38 10 7 50 190 50 8 10 14 00 355 60 1 50 38 10 11 00 279 40 10 10 17 50 444 50 0 88 22 20 4 12 104 80 11 62 295 30 15 75 400 10 12 10 21 00 533 40 1 50 38 10 5 25 133 40 12 75 323 90 18 00 457 20 Tabl...

Page 60: ... 4 3 10 50 266 70 6 4 14 00 355 60 8 5 17 50 444 50 10 6 21 00 533 40 12 7 24 50 622 30 14 8 28 00 711 20 16 9 31 50 800 10 18 10 35 00 889 00 20 11 38 50 977 90 22 12 42 00 1066 80 24 13 45 50 1155 70 26 14 49 00 1244 60 28 15 52 50 1333 50 30 16 56 00 1422 40 32 17 59 50 1511 30 34 18 63 00 1600 20 36 19 66 50 1689 10 38 20 70 00 1778 00 40 60 X11CB 3031 IOM ...

Page 61: ...urn to the normal sequence state without operation of the acknowledge push button 5 No Flashing The visual display flashing feature is deleted New alarms have the same visual display indication as acknowledged alarms 6 No Audible The audible device is deleted 7 Automatic A time delay device is added to silence Alarm Silence the alarm audible device after a set time without affecting the visual dis...

Page 62: ...isual displays do not flash The audible device does not operate when subsequent alarms occur unless still operating from the first alarm The first out indication is reset by the acknowledge push button F2 No Subsequent Alarm Flashing Subsequent visual displays do not flash The audible device does not operate when subsequent alarms occur The first out indication is reset by the acknowledge push but...

Page 63: ...e while retaining the visual display indications in the alarm state see 4 5 Option Number Designations The sequences commonly available at the time of publication are indicated Key Words Automatic Reset Manual Reset Ringback No Subsequent Alarm State F1A Common F1M Common F1R No Subsequent Alarm State and Silence Push button F1A 1 Common F1M 1 Common F1R 1 No Subsequent Alarm Flashing F2A Common F...

Page 64: ...FF OFF OFF ON ON OFF OFF OFF ON ON 0001 0001 0x11 17 OFF OFF OFF ON ON OFF OFF ON ON OFF 0001 0010 0x12 18 OFF OFF OFF ON ON OFF OFF ON ON ON ON 0001 0011 0x13 19 OFF OFF OFF ON ON OFF ON ON OFF OFF 0001 0100 0x14 20 OFF OFF OFF ON ON OFF ON ON OFF ON ON 0001 0101 0x15 21 OFF OFF OFF ON ON OFF ON ON ON ON OFF 0001 0110 0x16 22 OFF OFF OFF ON ON OFF ON ON ON ON ON ON 0001 0111 0x17 23 OFF OFF OFF O...

Page 65: ... ON ON ON ON ON ON ON ON OFF 0011 1110 0x3E 62 OFF OFF ON ON ON ON ON ON ON ON ON ON ON ON 0011 1111 0x3F 63 OFF ON ON OFF OFF OFF OFF OFF OFF 0100 0000 0x40 64 OFF ON ON OFF OFF OFF OFF OFF ON ON 0100 0001 0x41 65 OFF ON ON OFF OFF OFF OFF ON ON OFF 0100 0010 0x42 66 OFF ON ON OFF OFF OFF OFF ON ON ON ON 0100 0011 0x43 67 OFF ON ON OFF OFF OFF ON ON OFF OFF 0100 0100 0x44 68 OFF ON ON OFF OFF OFF...

Page 66: ... OFF 0110 1110 0x6E 110 OFF ON ON ON ON OFF ON ON ON ON ON ON ON ON 0110 1111 0x6F 111 OFF ON ON ON ON ON ON OFF OFF OFF OFF 0111 0000 0x70 112 OFF ON ON ON ON ON ON OFF OFF OFF ON ON 0111 0001 0x71 113 OFF ON ON ON ON ON ON OFF OFF ON ON OFF 0111 0010 0x72 114 OFF ON ON ON ON ON ON OFF OFF ON ON ON ON 0111 0011 0x73 115 OFF ON ON ON ON ON ON OFF ON ON OFF OFF 0111 0100 0x74 116 OFF ON ON ON ON ON...

Page 67: ... 1001 1110 0x9E 158 ON ON OFF OFF ON ON ON ON ON ON ON ON ON ON 1001 1111 0x9F 159 ON ON OFF ON ON OFF OFF OFF OFF OFF 1010 0000 0xA0 160 ON ON OFF ON ON OFF OFF OFF OFF ON ON 1010 0001 0xA1 161 ON ON OFF ON ON OFF OFF OFF ON ON OFF 1010 0010 0xA2 162 ON ON OFF ON ON OFF OFF OFF ON ON ON ON 1010 0011 0xA3 163 ON ON OFF ON ON OFF OFF ON ON OFF OFF 1010 0100 0xA4 164 ON ON OFF ON ON OFF OFF ON ON OF...

Page 68: ...100 1110 0xCE 206 ON ON ON ON OFF OFF ON ON ON ON ON ON ON ON 1100 1111 0xCF 207 ON ON ON ON OFF ON ON OFF OFF OFF OFF 1101 0000 0xD0 208 ON ON ON ON OFF ON ON OFF OFF OFF ON ON 1101 0001 0xD1 209 ON ON ON ON OFF ON ON OFF OFF ON ON OFF 1101 0010 0xD2 210 ON ON ON ON OFF ON ON OFF OFF ON ON ON ON 1101 0011 0xD3 211 ON ON ON ON OFF ON ON OFF ON ON OFF OFF 1101 0100 0xD4 212 ON ON ON ON OFF ON ON OF...

Page 69: ... ON ON OFF OFF ON ON OFF 1111 0010 0xF2 242 ON ON ON ON ON ON ON ON OFF OFF ON ON ON ON 1111 0011 0xF3 243 ON ON ON ON ON ON ON ON OFF ON ON OFF OFF 1111 0100 0xF4 244 ON ON ON ON ON ON ON ON OFF ON ON OFF ON ON 1111 0101 0xF5 245 ON ON ON ON ON ON ON ON OFF ON ON ON ON OFF 1111 0110 0xF6 246 ON ON ON ON ON ON ON ON OFF ON ON ON ON ON ON 1111 0111 0xF7 247 ON ON ON ON ON ON ON ON ON ON OFF OFF OFF...

Page 70: ...d 2 1kHz carrier 1mSec resolution 0 BCDTOY CF SBS IEEE1344 as Defined in IEEE Std C37 118 TM 2005 Annex F IRIG B format sync SS MM HH DDD control bits binary seconds Where sync is the on time marker SS seconds 00 59 60 during leap seconds MM minutes 00 59 HH hour of day 00 23 DDD day of year 001 366 control 27 binary control characters binary seconds binary seconds of day 70 X11CB 3031 IOM ...

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