horiba AP 370 Series Instruction Manual
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horiba AP 370 Series Instruction Manual

horiba AP 370 Series Instruction Manual

Ambient monitor, compact flash memory
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Ambient Monitor
APXX-370 Series
Compact Flash Memory
Instruction Manual
CODE:GZ0000118120A

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Summary of Contents for horiba AP 370 Series

  • Page 1 Ambient Monitor APXX-370 Series Compact Flash Memory Instruction Manual CODE:GZ0000118120A...
  • Page 2 HORIBA warrants that the Product shall be free from defects in material and workmanship and agrees to repair or replace free of charge, at HORIBA’s option, any malfunctioned or damaged Product attributable to HORIBA’s responsibility for a period of one (1) year from the delivery unless otherwise agreed with a written agreement.

  • Page 3: Table Of Contents

    Contents INTRODUCTION ........HANDLING COMPACT FLASH MEMORY....Installation .

  • Page 5: Introduction

    This instruction manual describes how to store data in the compact flash memory mounted in the APXX-370 series. Use the designated the compact flash memory with the HORIBA logo. The use of the compact flash memory not designated may cause a device malfunction.

  • Page 6: Handling Compact Flash Memory

    When the front panel door of the APXX-370 series is opened, a compact flash memory insertion slot is located in the left side. With HORIBA logo facing the front, straightly insert a compact flash memory into the insertion slot to the end.

  • Page 7: Removal

    2 HANDLING COMPACT FLASH MEMORY Removal 1. Press the EJECT button located at the lower of the compact flash memory insertion slot. The compact flash memory pops up slightly. Press this button. Note Do not remove the compact flash memory while data is being written in it. The compact flash memory can be damaged.

  • Page 8: Cf Menu

    3 CF MENU CF MENU The CF menu is displayed on MENU 8/8 screen of the analyzer equipped with the optional compact flash memory function. Note If the analyzer is not equipped with the function, the Menu screen consists of only 7/7 pages. CF Menu Screen Description of screen (1) [SAVE MEMORY DATA TO CF] button...

  • Page 9: Select Save Data To Cf Screen

    3 CF MENU SELECT SAVE DATA TO CF Screen This screen is to select data to be stored in the compact flash memory. The [LAMP DATA] button is displayed only on the screen of APSA-370 (sulfur dioxide concentration analyzer) and APOA-370 (ozone concentration analyzer). Description of screen Press the buttons 1 to 8 to select the type of data to be stored.

  • Page 10: Data Selection Error Screen

    3 CF MENU 3.2.1 Data selection error screen If the [SET] key is pressed on the SELECT SAVE DATA TO CF screen with no button selected, the following screen is displayed. 3.2.2 FILE NAME screen Name a file of data to be stored in the compact flash memory by using the station code and the model code.

  • Page 11: Error Screen

    3 CF MENU Description of screen (1) Station code Displays currently selected station code. Any number can be specified with the [ ▼ ] or the [ ▲ ] button. (2) List of stored file names Displays a list of files named by using currently selected station code. (3) [ ▼...

  • Page 12: Stored File Format

    3 CF MENU 3.2.4 Stored File Format All data are stored in order of occurrence. File Name The file name of the CSV file is specified as follows: (Refer to “ 3.2.2 FILE NAME screen ” (page 6).) <DDDD><XX><NN>.CSV Data type code Average 1 AVE1 Average 2...

  • Page 13: Data Logging To Cf Screen

    3 CF MENU DATA LOGGING TO CF screen Data logging means storing data in the compact flash memory periodically and automatically. The types of data to be stored are as follows. AVERAGE 1 AVERAGE 2 AVERAGE 3 INTEGRATION CALB. HISTORY ALARM HISTORY LIGHT INTENSITY OF LAMP AIC HISTORY...
  • Page 14 3 CF MENU Description of screen (1) [FOLDER NAME] button The specified folder name is displayed on the button. Pressing the button displays the FOLDER NAME screen. Note This button cannot be used while keys are locked. (2) [LOGGING] button Indication of this button and reaction after being pressed are as follows, depending on the status of the analyzer.

  • Page 15: Folder Name Screen

    3 CF MENU 3.3.1 FOLDER NAME screen Specify folder name in which file is stored. ① Description of screen (1) FOLDER NAME Folders are named as APDAT-xx. To set xx, any number from 00 to 99 can be specified with the [ ▼ ] or the [ ▲ ] button. (2) [ ▼...
  • Page 16 3 CF MENU File name and folder name created Files and folders in the compact flash memory are created automatically according to the following rules. Folder in which data is stored \<Folder name indicating the model>\<Folder name specified by the user>\<Folder name indicating type of data>...
  • Page 17 3 CF MENU File name 20<yy><mm>.csv <yy> The year when data is stored in the Western calendar (2-digit) <mm> The month when data is stored in the Western calendar (2-digit) Extension Fixed as CSV File name corresponds to the inner clock's time of day when data is stored. If the file with the same name exists, data is appended on the existing file.

  • Page 18: Start Data Logging Screen

    3 CF MENU 3.3.2 START DATA LOGGING screen Description of screen Function key [NO]: Returns to the DATA LOGGING TO CF screen before starting the data logging. [YES]: Starts the data logging after the following display appears. After starting the data logging, returns to the DATA LOGGING TO CF screen.

  • Page 19: Stop Data Logging Screen

    3 CF MENU 3.3.3 STOP DATA LOGGING screen Description of screen Function key [NO]: Returns to the DATA LOGGING TO CF screen without stopping the data logging. [YES]: Stops the data logging and displays STOP LOGGING DATA screen. Returns to the DATA LOGGING TO CF screen after stopping the data logging. By pressing the [STOP] key, the DATA LOGGING STOP CANCEL screen appears.

  • Page 20: Data Logging Stop Cancel Screen

    3 CF MENU 3.3.4 DATA LOGGING STOP CANCEL screen Note Stopping the data logging will delete the data, which have not been saved in the compact flash memory. Data can be manually saved on “ 3.2 SELECT SAVE DATA TO CF Screen ” (page 5) even after the data logging is stopped.

  • Page 21: Writing To Cf Failed Screen

    3 CF MENU 3.3.5 WRITING to CF FAILED screen This screen appears when an error occurs while stopping the data logging. The reason for errors can be as follows: Free space in the compact flash memory is full. The compact flash memory is removed. When an error occurs, check the condition of compact flash memory and press the [RETRY] key.

  • Page 22: Cf Alarm

    3 CF MENU 3.3.6 CF Alarm The CF alarm is triggered when any trouble has occurred in data logging. Alarm rising/ extinguishing condition Compact flash memory is removed while data logging is going on. Rising Condition Space available on compact flash gets full while data logging is going on. Writing to compact flash memory has failed.

  • Page 23: Internal Process Of Data Logging

    3 CF MENU 3.3.7 Internal Process of Data Logging Start/ Stop After starting the data logging, logging data are stored on RAM temporarily, then they are written in compact flash memory simultaneously with periodical and automatic data saving process. All the data stored on RAM are written in compact flash memory before the data logging stops.
  • Page 24 3 CF MENU Data on RAM before being written When the data logging stops or at power off, data on RAM are deleted. The maximum numbers of data stored on RAM during the data logging are shown below. When the number of data exceeds the maximum number, the oldest data will be deleted.
  • Page 25 3 CF MENU Interruption of CF memory writing (at external integration reset validity) Writing in the compact flash memory can be interrupted as follows only when the external integration reset is valid. During interruption, regular writing in compact flash memory is suspended with some exceptions.
  • Page 26 3 CF MENU Status 2 after external integration reset Writing in CF is suspended during interruption. Interruption of writing in CF Data is written if data writing is suspended. TIME (2') (2')+(3) [EXCEPTIONS] Data will be written in CF immediately before the data logging stops during the interruption of writing in CF.

  • Page 27: Space Available On Cf Screen

    3 CF MENU SPACE AVAILABLE on CF screen On this screen, check total capacity and space available on CF inserted. Description of screen (1) Space available Displays space available on the compact flash memory. (2) Total capacity Displays total capacity on the compact flash memory. (3) [Close] key Returns to the CF Menu screen.

  • Page 28: Format Cf Screen

    3 CF MENU FORMAT CF screen Description of screen [NO]: Returns to the CF Menu screen. [YES]: Formats the compact flash memory inserted. Following screen appears during formatting. Returns to the CF Menu screen after format is completed. "FORMAT ERROR" message appears when format error occurs.

  • Page 29: File Format

    4 FILE FORMAT FILE FORMAT The format of the CSV file to store memory data (avarage1/2/3, integration, calibration history, alarm history, and light intensity of lamp) is described below. File Format 4.1.1 Symbols used in explanation The signs used in the following description of file format are described in the table below. Symbol Meaning Indicates that what left text describes are the same as what right...
  • Page 30 4 FILE FORMAT Title line of the second line <Title line of the second line> = "[Data Type-<Data type name>]" <Data type name>= Average 1: Average 1 value Average 2: Average 2 value Average 3: Average 3 value Integration: Integration value Calibration history: Calibration history Alarm history:...
  • Page 31 4 FILE FORMAT Header line of the fifth line The 5th header line is also attached to the average 1, average 2, average 3, and integration data. However, the 5th header line is not attached to calibration history, alarm history, and light intensity of lamp.
  • Page 32 4 FILE FORMAT <Data line> = <DT>+","+<C1>+","+<C2>+","+<C3>+","+<ST>+","+<CAUT>+","+<ALM> <DT> = <time>: Data generation time <time> = <year>+'/'+<mon>+'/'+<day>+' '+<hour>+':'+<min>+':'+<sec>: Time <year> = "20"+<n>+<n>: Year (2000 to 2099) <mon> = ('0'+('1'-'9'))|('1'+('0'-'2')): Month (1 to 12) <day> = ('0'+('1'-'9'))|('1'+<n>)|('2'+<n>)|('3'+'0'|'1'): Day (1 to 31) <hour> = ('0'|'1'+<n>)|('2'+'0'-'3'): Hour (00 to 23) <min>...
  • Page 33 4 FILE FORMAT The assignment of the component 1 to component 3 for each model is described in the table below. APNA- APSA- APSA- APNA-370 APHA-370 APSA-370 APOA-370 APMA-370 N370 H370 T370 Component 1 NO Component 2 NO NMHC Component 3 NO Average 2 Average 2 has the same configuration of average 1.

  • Page 34: Calibration Record

    4 FILE FORMAT Calibration record Data lines consist of the following data: data generation time, component number, calibration coefficient flag, and calibration coefficient information. The number of data line is the same as the number of data, and is saved continuously. <Data line>...

  • Page 35: Alarm History

    4 FILE FORMAT Alarm history Data lines consist of the following data: data generation time, alarm item name code, and alarm change status. The number of data line is the same as the number of data, and is saved continuously. <Data line>...

  • Page 36: Reference

    5 REFERENCE REFERENCE Status Number Maintenance Calibration signal Telemeter down Reset signal Power ON Lamp/ flame RTC battery error Calibration line Line change Blank columns in the above table are undefined or not used.

  • Page 37: Caution

    5 REFERENCE Caution APSA-H APNA-370 APMA-370 APHA-370 APOA-370 APSA-370 APNA-NH APSA-TRS Pressure 1 Pressure 1 Pressure 1 Pressure 1 Pressure 1 Pressure 1 Pressure 1 Pressure 2 Tempera- Converter ture of zero temperature gas purifier Tempera- ture of non- methane cutter...
  • Page 38 5 REFERENCE APSA-H APNA-370 APMA-370 APHA-370 APOA-370 APSA-370 APNA-NH APSA-TRS CF Alarm CF Alarm CF Alarm CF Alarm CF Alarm CF Alarm CF Alarm Blank columns in the above table are undefined or not used.

  • Page 39: Alarm

    5 REFERENCE Alarm APSA-H APNA-370 APMA-370 APHA-370 APOA-370 APSA-370 APNA-NH APSA-TRS Pressure Pressure Pressure Pressure Pressure Pressure Pressure sensor 1 sensor 1 sensor 1 sensor 1 sensor 1 sensor 1 sensor 1 Pressure sensor 2 Pressure Pressure Pressure Pressure Pressure Pressure Pressure sensor 3...
  • Page 40 5 REFERENCE APSA-H APNA-370 APMA-370 APHA-370 APOA-370 APSA-370 APNA-NH APSA-TRS S/TRS zero calibra- tion S/TRS span calibra- tion NOx+NH NOx zero THC zero zero calibra- calibration calibration tion NOx span THC span calibration calibration Converter Purifier tem- Deozonizer temperature perature temperature Light Light...
  • Page 41 2 Miyanohigashi, Kisshoin Minami-ku, Kyoto 601-8510 Japan http://www.horiba.com...

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