ARGUS APPLICATION 9V937-A01C

Transcription

1 CONFIGURATION SUMMARY ARGUS APPLICATION 9V937-A01C JANUARY 2009 (REVISED APRIL 2014) DOCUMENT NO. SIG VERSION C.1 Siemens Industry, Inc. Rail Automation 9568 Archibald Ave., Suite 100, Rancho Cucamonga, California SAFE Copyright Siemens Industry, Inc. All rights reserved PRINTED IN U.S.A.

2 PROPRIETARY INFORMATION Siemens Industry, Inc. has a proprietary interest in the information contained herein and, in some instances, has patent rights in the systems and components described. It is requested that you distribute this information only to those responsible people within your organization who have an official interest. This document or the information disclosed herein, shall not be reproduced or transferred to other documents or used or disclosed for manufacturing or for any other purpose except as specifically authorized in writing by Siemens Industry, Inc. TRANSLATIONS The manuals and product information of Siemens Industry, Inc. are intended to be produced and read in English. Any translation of the manuals and product information are unofficial and can be imprecise and inaccurate in whole or in part. Siemens Industry, Inc. does not warrant the accuracy, reliability, or timeliness of any information contained in any translation of manual or product information from its original official released version in English and shall not be liable for any losses caused by such reliance on the accuracy, reliability, or timeliness of such information. Any person or entity that relies on translated information does so at his or her own risk. WARRANTY INFORMATION Siemens Industry, Inc. warranty policy is as stated in the current Terms and Conditions of Sale document. Warranty adjustments will not be allowed for products or components which have been subjected to abuse, alteration, improper handling or installation, or which have not been operated in accordance with Seller's instructions. Alteration or removal of any serial number or identification mark voids the warranty. SALES AND SERVICE LOCATIONS Technical assistance and sales information on Siemens Industry, Inc. products may be obtained at the following locations: SIEMENS INDUSTRY, INC. RAIL AUTOMATION SIEMENS INDUSTRY, INC.RAIL AUTOMATION 2400 NELSON MILLER PARKWAY 939 S. MAIN STREET LOUISVILLE, KENTUCKY MARION, KENTUCKY TELEPHONE: (502) TELEPHONE: (270) FAX: (502) CUSTOMER SERVICE: (800) SALES & SERVICE: (800) TECHNICAL SUPPORT: (800) WEB SITE: FAX: (270) FCC RULES COMPLIANCE The equipment covered in this manual has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his/her own expense. ii

3 DOCUMENT HISTORY Version Release Sections Details of Change Date Changed A Feb Initial Release of 9V937-A01A A.1 Feb Section 7.0 Application Alarm Clears Table: PREEMPTION ALARM CLEAR changed Description from PREEMPT is ON and to PREEMPT is OFF and... B Aug Bumped document version from A.1 to B. 6.0 Section 2.0 User Menu Items Site Setup: 7.0 o Significantly expanded table. 8.0 Section 6.0 Application Alarms: o Significantly expanded table. Section 7.0 Application Alarm Clears: o Significantly expanded table. Section 8.0 Application Informational Messages: o New section. o New table. C Jan 2009 ALL General Bumped version from A01B to A01C. Front Matter Inserted Translations disclaimer. Section 2.0 Site Setup Updated table for Crossing Configuration, and added new table for AC Detector Configuration. Section 3.0 Digital Input Standard Configuration Updated table for AC Detector Configuration. Added note for 120 VAC2 application alarms. Section 4.0 Added note below table that Indicator LEDs I03 through I08 are not used in the AC Detector Configuration. Section 5.0 Standard LED Conventions Clarified explanation for LEDs FLASH SLOW. Section 7.0 Application Alarms for Crossing Configuration Updated Menu Condition for LED I02, and Alarm # for LED I03 Gate Position Fail. Section 8.0 Application Alarm Clears for Crossing Configuration Updated Menu Condition for LED I02, and corrected all Alarm # s. Section 9.0 Application Alarms for AC Detector Configuration New section. Section 10.0 Application Alarm Clears for AC Detector Configuration New section. C.1 Apr 2014 ALL Convert to Siemens Format iii

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5 Table of Contents Section Title Page 1.0 Introduction User Menu Items Site Setup Digital Input Standard Configuration Indicator LED Configuration Standard LED Conventions Battery Input Configuration Application Alarms for Crossing Configuration Application Alarm Clears for Crossing Configuration Application Alarms for AC Detector Configuration Application Alarm Clears for AC Detector Configuration Crossing Configuration Informational Messages User Test Mode... 9 v

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7 1.0 INTRODUCTION This document supports installation and maintenance of Argus units configured with the 9V937- A01C user program stored in flash memory. This document: Explains LED indications Lists setup steps unique to 9V937-A01C Lists all messages generated by 9V937-A01C Describes User Test Mode supported by 9V937-A01C For further information on Argus, including configuration of executive software, refer to the ARGUS EVENT RECORDER, A80311 Installation & Operation Manual (Siemens document No. SIG ). NOTE Siemens Industry, Inc. is not responsible for any misunderstanding or misinterpretation of the federal regulations, or for any changes to the regulations occurring after the release of this document. 2.0 USER MENU ITEMS SITE SETUP The following tables list configuration settings that are unique to 9V937-A01C. Each row presents an entry in the site setup sequence. The first column shows the text that appears on the Argus screen or in the terminal display. The two middle columns give the options or define the range of values that may be entered. The rightmost column summarizes conditions that determine if that row s step will appear, for example: the ANY LED BULBS USED? entry will appear only if the entry for ilod MODULES? is greater than 0 (> 0). TABLE FOR CROSSING CONFIGURATION Question Minimum Maximum Condition For Menu Display CONFIGURATION? CROSSIN G AC DETECTO R XR1 INPUT? YES NO CONFIGURATION=CROSSING XR2 INPUT? YES NO CONFIGURATION=CROSSING ISL1 INPUT? YES NO CONFIGURATION=CROSSING ISL2 INPUT? YES NO CONFIGURATION=CROSSING MAIN/STBY INPUT? YES NO CONFIGURATION=CROSSING 1

8 Question Minimum Maximum Condition For Menu Display BELL OUT INPUT? YES NO CONFIGURATION=CROSSING BELL ALARM? YES NO BELL OUT INPUT=YES GATE CONTROL INPUT? YES NO CONFIGURATION=CROSSING GDP INPUT? YES NO CONFIGURATION=CROSSING GATE DOWN ALARM? YES NO GDP INPUT=YES GATE DOWN ALM TIME? GATE POSITION ALARM? GATE DOWN YES NO GDP INPUT=YES 120 VAC INPUT? YES NO AC OFF ALARM? YES NO 120 VAC INPUT=YES UAX INPUT? YES NO CONFIGURATION=CROSSING PREEMPT INPUT? YES NO CONFIGURATION=CROSSING PREEMPTION ALARM? YES NO PREEMPT INPUT=YES CONTROLLER FAIL INP? YES NO CONFIGURATION=CROSSING CONTROLLER ALARM? YES NO CONTROLLER FAIL INP=YES ilod MODULES? 0 4 CONFIGURATION=CROSSING ANY LED BULBS USED? YES NO ilod MODULES>0 FLASH RATE ALARM? YES NO ILOD MODULES>0 LAMP ALARM? YES NO ILOD MODULES>0 BATTERY INPUTS? YES NO GB BATTERY INPUT? YES NO BATTERY INPUTS=YES 2

9 Question Minimum Maximum Condition For Menu Display EB BATTERY INPUT? YES NO BATTERY INPUTS=YES OB BATTERY INPUT? YES NO BATTERY INPUTS=YES LOW BATTERY ALARM? YES NO BATTERY INPUTS=YES TABLE FOR AC DETECTOR CONFIGURATION Question Minimum Maximum Condition For Menu Display CONFIGURATION? CROSSIN G AC DETECTO R 120 VAC INPUT? YES NO 120 VAC2 INPUT? YES NO CONFIGURATION=AC DETECTOR AC OFF ALARM? YES NO 120 VAC INPUT=YES AC POWER OFF DELAY AC POWER BACK ON DELAY AC OFF ALARM =YES AC OFF ALARM =YES BATTERY INPUTS? YES NO GB BATTERY INPUT? YES NO BATTERY INPUTS=YES EB BATTERY INPUT? YES NO BATTERY INPUTS=YES OB BATTERY INPUT? YES NO BATTERY INPUTS=YES LOW BATTERY ALARM? YES NO BATTERY INPUTS=YES LOW BATTERY DELAY LOW BATTERY BATTERY NORMAL DELAY TRIGGER PERCENTAGE LOW BATTERY LOW BATTERY 3

10 3.0 DIGITAL INPUT STANDARD CONFIGURATION The following tables define the inputs for the 12 digital inputs at the bottom of the Argus front panel for 9V937-A01C. Once inputs are assigned based on the site setup answers, they cannot be changed. TABLE FOR CROSSING CONFIGURATION Chan Name Energize d De-energized 01 XR1 UP DOWN 02 XR2 UP DOWN 03 ISL1 UP DOWN 04 ISL2 UP DOWN 05 M/S MAIN STANDBY 06 BELL OUT ON OFF 07 GCOUT ON OFF 08 GDP ON OFF VAC ON OFF 10 UAX UP DOWN 11 PREEMPT ON OFF 12 TLITE ON OFF TABLE FOR AC DETECTOR CONFIGURATION Chan Name Energize d De-energized VAC ON OFF VAC2 ON OFF NOTE In order to enable corresponding application alarms for the 120 VAC2 input, the 120 VAC input must also be used. 4

11 4.0 INDICATOR LED CONFIGURATION This table and the following material on LED conventions define operation of the red Indicator LEDs for 9V937-A01C. LED Alarm Numbers Designator I01 18 BATTERY I02 5 AC I03 9, 70 GATE I04 16 BELL I05 13, 71, 72 LIGHTS I06 22 PREEMPT I07 1 TROUBLE LIGHT I08 7 INTERNAL NOTE Indicator LEDs I03 through I08 are not used in the AC Detector Configuration. 5.0 STANDARD LED CONVENTIONS 1. LEDs are ON (RED) when no alarm has been generated or an alarm has been cleared using the CLEAR ALARM key. 2. LEDs FLASH FAST when an alarm condition exists. 3. LEDs FLASH SLOW if an alarm has occurred but the alarm condition no longer exists. 4. The CLEAR ALARM key will not clear out alarms if they currently exist. 6.0 BATTERY INPUT CONFIGURATION The following table shows the 9V937-A01C default names and resolutions for the three battery inputs along the left side of the Argus front panel. CHAN Name Resolution 01 GB 1 VDC 02 EB 1 VDC 03 OB 1 VDC NOTE Standard Digital and Battery Input names must be used to enable corresponding application alarms. Inputs are automatically detected by the application program. 5

12 7.0 APPLICATION ALARMS FOR CROSSING CONFIGURATION The 9V937-A01C application generates these alarms when enabled during site setup. LED Name Description Tested I01 I02 I03 I03 I04 I05 I05 I06 I07 I08 LOW BATTERY AC OFF TOO LONG GATE POSITION FAIL GATE DOWN TOO LONG ALARM BELL ALARM FLASH RATE ALARM LAMP ALARM PREEMPTION ALARM CONTROLLER FAILURE ilod COMM BAD Any battery voltage drops by at least 15% for 5 minutes 120 VAC OFF for 20 minutes GDP is OFF for duration of train move. An island must be occupied for at least 15 seconds GDP is ON for 60 seconds with no island activation Crossing has been active for 6 seconds and BELL OUT is OFF A flash rate of < 35 or > 65 flashes per minute is recorded after the crossing has been active for at least 11 seconds and an island has been active for > 4 seconds A bulb out condition exists (ANY LED BULBS=NO) or a current drop of >=.7A is measured (ANY LED BULBS=YES) after the crossing has been active for at least 11 seconds and an island has been active for > 4 seconds PREEMPT is ON and the crossing is active for at least 2 seconds Alarm # Always 18 Always 5 9 Always , 72 TLITE OFF for 60 seconds Always 1 Any ilod reports poor echelon communication 22 Menu Condition LOW BATTERY AC OFF GATE POSITION FAIL GATE DOWN BELL FLASH RATE LAMP PREEMPTION CONTROLLER Always 7 N/A 6

13 8.0 APPLICATION ALARM CLEARS FOR CROSSING CONFIGURATION These messages report cleared alarms. LED Name Description Tested I01 I02 I03 I03 I04 I05 I05 I06 I07 I08 BATTERY NORMAL AC POWER BACK ON GATE POSITION FAIL CLEAR GATE DOWN TOO LONG ALARM CLEAR BELL ALARM CLEAR FLASH RATE ALARM CLEAR LAMP ALARM CLEAR PREEMPTION ALARM CLEAR CONTROLLER NORMAL ilod COMM GOOD All battery voltages are > 85% of their calibrated values for at least 5 seconds Alarm # Always VAC ON for 1 minute Always 105 GDP is ON at any point during a train move when an island has been occupied at least 15 seconds 109 GDP is OFF Always 170 Crossing has been active for 6 seconds and BELL OUT is ON A flash rate between 35 and 65 flashes per minute is recorded after the crossing has been active for at least 11 seconds and an island has been active for > 4 seconds No bulb out condition exists (ANY LED BULBS=NO) or current drops of >=.7A are measured (ANY LED BULBS=YES) after the crossing has been active for at least 11 seconds and an island has been active for > 4 seconds PREEMPT is OFF and the crossing is active for at least 2 seconds , TLITE ON Always 101 All ilod s report good echelon communication Menu Condition LOW BATTERY AC OFF GATE POSITION FAIL GATE DOWN BELL FLASH RATE LAMP PREEMPTION CONTROLLER Always 107 N/A 7

14 9.0 APPLICATION ALARMS FOR AC DETECTOR CONFIGURATION The 9V937-A01C application generates these alarms when enabled during site setup. LED Name Description Tested I01 I02 I02 LOW BATTERY AC OFF TOO LONG: INPUT 9 AC OFF TOO LONG: INPUT 12 Any battery voltage drops at least by user defined TRIGGER PERCENTAGE for the user defined LOW BATTERY DELAY period 120 VAC OFF for user defined AC POWER OFF DELAY period 120 VAC2 OFF for user defined AC POWER OFF DELAY period Alarm # Always 18 Always 57 Always 58 Menu Condition LOW BATTERY AC OFF AC OFF 10.0 APPLICATION ALARM CLEARS FOR AC DETECTOR CONFIGURATION These messages report cleared alarms. LED Name Description Tested I01 I02 I02 BATTERY NORMAL AC POWER BACK ON: INPUT 9 AC POWER BACK ON: INPUT 12 All battery voltages are greater than user defined TRIGGER PERCENTAGE for the user defined BATTERY NORMAL DELAY period 120 VAC ON for user defined AC POWER BACK ON DELAY period 120 VAC2 ON for user defined AC POWER BACK ON DELAY period Alarm # Always 118 Always 157 Always 158 Menu Condition LOW BATTERY AC OFF AC OFF 8

15 11.0 CROSSING CONFIGURATION INFORMATIONAL MESSAGES Name Description Tested Menu Condition TRACK 1 ACTIVATION TIME = XX SECONDS TRACK 2 ACTIVATION TIME = XX SECONDS Time between XR1 & ISL1 drop Time between XR2 & ISL2 drop XR1 INPUT=YES & ISL1 INPUT=YES XR2 INPUT=YES & ISL1 INPUT=YES 12.0 USER TEST MODE User test mode will disable all alarms. To enter user test mode press the USER TEST key on the front of the Argus. SKIP ALARMS: XX will display on screen and USER TEST MODE ENABLED will be recorded in the log. User test mode will timeout after 60 minutes. User test mode can also be disabled by pressing the USER TEST key again. USER TEST MODE DISABLED will be recorded in the log. 9

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18 Siemens Industry, Inc., Rail Automation 2400 Nelson Miller Parkway Louisville, Kentucky (502) Siemens Industry, Inc., Rail Automation California R&D Division 9568 Archibald Ave., Suite 100 Rancho Cucamonga, California (909)