Model GX10/GP10/GX20/GP20/GM10 Log Scale (/LG) User`s Manual
Contents
1. Configuring calibration correction GX GP main unit Press the MENU key tap the Browse tab gt Setting gt Al channel settings gt Calibration correction Web browser Click the Setting tab gt Al channel settings gt Channel range 0001 0010 gt Calibration correction Hardware configurator Click Al channel settings gt Channel range 0001 0010 gt Calibration correction Item Description Explanation Mode Linearizer Correction type approximation Number of 10 The number of rows of and If the number exceeds 12 set points decimate to no more than 12 while maintaining appropriate approximation Linearizer Value Value of input Linearizer Value Value of output IM 04L51B01 06EN 13 A Bank Na2. 20 000 V to 20 000 V 50V 50 00 V to 50 00 V IM 04L51B01 06EN 3 Setting the Log scale Span Lower Span Upper Set the input range The selectable range varies depending on the range setting For the selectable ranges see Range Details N oti e VL You cannot set the same value to Span Lower and Span Upper P EESEEESEEESSEEEESSESSx Calculation Set the log scale type to Log input Pseudo log input or Linear log input Scale Setup Item Selectable Range or Options Default Value Decimal place 1 2 2 Scale Lower Log input 1 00E 15 to 1 00E 14 1 00E 00 Linear Log Pseudo Log 1 00E 15 to 1 00E 15 Scale Upper Log input 1 00E 14 to 1 00E 15 1 00E 15 Linear Log Pseudo Log 1 00E 15 to 1 00E 15 Unit Character string up to 6 characters Alal 1 1 Appears when the range calculation is set to Log input Pseudo log input or Linear log input Decimal Place Set the decimal place for scale lower and scale upper This value is also applied to the lower and upper limits of the displayed point of color scale band as well as alarm values Scale Lower Scale Upper Set the Scale Lower and Scale Upper When Calculation is Log input Set the settings so that Scale Lower is less than Scale Upper The mantissas of scale lower and scale upper can be set to different values Mantissa of Scale Setting Range Lower 1 00 1 00E 15 to 1 00E 15 Howev
3. User s SMARTIDO Manual Model GX10 GX20 GP10 GP20 GM10 Log Scale LG User s Manual vigilantplant YOKOGAWA 4 IM 04L51B01 06EN Yokogawa Electric Corporation 2nd Edition Introduction Notes Trademarks Thank you for purchasing the SMARTDAC Series GX10 GX20 GP10 GP20 GM10 hereafter referred to as the recorder GX GP or GM This manual explains the Log scale LG option function of the GX GP and GM Although the display of GX20 is used in this manual GX10 GP10 GP20 can be operated similarly Moreover for the GM10 the same content can be displayed on a Web browser To ensure correct use please read this manual thoroughly before beginning operation For details on other settings procedures and communication features read also the following user s manuals Model GX10 GX20 GP10 GP20 Paperless Recorder User s Manual IM 04L51B01 01EN Data Acquisition System GM User s Manual IM 04L55B01 01EN Model GX10 GX20 GP10 GP20 GM10 Communication Command User s Manual IM 04L51B01 17EN The contents of this manual are subject to change without prior notice as a result of continuing improvements to the instrument s performance and functions Every effort has been made in the preparation of this manual to ensure the accuracy of its contents However should you have any questions or find any errors please contact your nearest YOKOGAWA dealer Copying or reproducing all or any part of the contents of this man
4. 1 10 5 00x10 4 50 5 00x10 1 50 1 00x102 5 10 1 00x10 2 10 5 00x107 5 50 5 00x10 2 50 1 00x10 6 10 1 00x10 3 10 9 90x10 6 99 GX GP main unit Press MENU key Tap the Brows tab gt Setting gt Al channel settings gt Range Web browser Click the Setting tab gt Al channel settings gt Channel range 0001 0010 gt Range Hardware configurator Click Al channel settings gt Channel range 0001 0010 gt Range Set the channel 0001 range as shown below Range Type Volt Range 20V Span Span Lower 0 000 Span Upper 7 000 Calculation Pseudo Log input Scale Decimal place 2 Scale Scale Lower 1 00E 07 Scale Upper 1 00E 00 Unit Pa Display Example Below is a screen example in which the trend direction is set to vertical on the GX GP main unit GROUP 1 2014 01 10 19 11 28 GD mina 1 j 107 0 J memes is MAA AA Ay T minyd 1 amp Log scale VI Ng Y 2 43E 02 e Digital value 4 54E405 001 L 1002 1 00E 15 1004 1005 3 116 03 3 83E 04 N O ti e LL Set the mantissa to 1 00 The output voltage for pressure reading whose mantissa is 1 00 has a certain deviation For example if the pressure reading is 1 00E 07 the output voltage is 0 00 to 0 10 V In this situation set the range Span Lower to the minimum value 0 00 V LLL IM 04L51B01 06EN 11 Setting the Log scale Sett
5. the alarm value for the specified alarm type The selectable range is the Log scale range that corresponds to 5 to 105 of the span width The mantissa range is 1 00 to 9 99 or 1 0 to 9 9 depending on the decimal place setting If the alarm value is set outside the selectable scale range of the range setting the alarm mark will be displayed at the lower or upper limit position of the scale setting Options Value Examples of Alarm Value Range HL Log scale range that corresponds to 5 For 6 V range span lower 1 000 V span to 105 of the span width upper 6 000V LOG input decimal place 2 scale lower 1 00E 01 scale upper 1 00E 04 7 08E 00 to 1 41E 04 Tt Same as H and L Same as H and L IM 04L51B01 06EN Setting the Log scale Logging Set this On to display an alarm notify you when an alarm occurs If set to Off when an alarm occurs the recorder outputs signals to alarm output DO channels or internal switches but does not display the alarm Alarms are also not recorded in the alarm summary Output type Set the alarm output destination Alarm status can be output to the relay DO channel or internal switches 100 software switches Internal switch values are shown below Like the DO output relay you can specify AND OR operation Alarm occurrence Alarm sik Alarm release 1 Internal switch b Internal switches can be used as events of the event action function See section 1 14 Confi
6. to as Pseud log input This input supports pseudo logs A pseudo log signal is a voltage obtained by summing the one s digit of the voltage representing the exponent of the logarithmic data and the decimal digits of the voltage representing the mantissa Input That Is Linear on a Logarithmic Scale This is referred to as Linear Log input Linear log input is input in which the voltage values correspond to the logarithmic values of physical values at each decade division for example 1 x 10 and in which within each decade the voltage values correspond linearly to physical values On the trend display the recorder displays waveforms with the log scale Digital values are displayed as exponents for example 1 2E 03 Display example on the GX GP main unit GROUP 1 2014 01 10 12 42 49 omn Tin Tuv I 10 03 04 105 e Log scale pol oa 1001 FR Laili s roli 1 1 1 Fi 9 lag ag 1rin div 0001 0002 4 17E 01 1 79E 01 Digital value Trend display example on a Web browser GM S I5 0 cms Type Trend Gr GROUP 1 y ua ape ee Mevs 9 Log scale mg b 261 E 2E0 hai A 12 11 37 20 11 37 40 11 38 00 11 38 20 11 38 40 11 38 00 11 38 20 11 38 40 Eoramanz3 Time hms poseciaiy We IM 04L51B01 06EN Using the Log scale Function Restrictions Partial You cannot set the partial display on
7. 1B01 06EN Setting the Log scale 1V 5V Bias Setup Item Selectable Range or Options Default Value Value Numeric value 999999 to 999999 0 Value Set the bias to add to input values or linear scaling values input calculation Channel on which bias is added O Input value Measured value Bias a constant value Scale Examples Below are scale examples in which the trend direction is set to vertical on the GX GP main unit With the GM the measurement data is displayed on a Web browser so the following items are different The trend is displayed with the time plotted on the horizontal axis Therefore the scale is displayed vertically For example a scale value of 1x10 is displayed as 1E3 Scale marks other than decades e g 1E3 are displayed only when there is space Log input Example 1 In this example the mantissa of the scale lower limit and the mantissa of the scale upper limit are both 1 Lower Upper Span value Input voltage 1V 5V Scale value 1 00E 01 1 00E 04 Display example on the GX GP main unit Display example on a Web browser GM 10 102 10 10 5V gt 1E4 5E3 la a i NU 2E3 there is enough space 1E3 5E2 2E2 1E2 5E1 2E1 1V gt 1E1 Example 2 In this example the mantissa of the scale lower limit and the mantissa of the scale upper limit are both a value other than 1 Lower
8. Upper Span value Input voltage 1V 5V Scale value 5x1 00E 00 2x1 00E 04 5 10 10 10 10 2 mi TIT HI TIT 1V 5V The end points of the scale are displayed using single digits if there is space to display them IM 04L51B01 06EN Setting the Log scale Pseudo Log input Linear Log input Example 3 Positive scale in which the mantissa of the scale lower limit and the mantissa of the scale upper limits are 1 This is the same as when the mantissa of the scale lower limit and the mantissa of the scale upper limit are both 1 in log input example 1 Example 4 Positive scale in which the mantissa of the scale lower limit and the mantissa of the scale upper limits are not 1 The scale displayed on the recorder is zoomed in until the value that is less than the lower scale limit and whose mantissa is 1 00 and the value that is greater than the upper scale limit and whose mantissa is 1 00 are displayed Only the scale is zoomed in Span Lower equals Scale Lower and Span Upper equals Scale Upper Lower Upper Span value Input voltage 1V 5V Scale value 1 33E 01 1 33E 04 Scale displayed on the GX GP 1 00E 01 1 00E 05 10 10 10 10 107 Scale a auda nl c rud ll 1V 1 33E 01 5V 1 33E 04 Example 5 Reverse scale in which the mantissa of the scale lower limit and the mantissa of the scale upper limits are 1 On the reverse scale of a vertical waveform display the left side is always the min
9. a channel that is set to log scale Differential Computation between Channels If you set the reference channel of a differential computation between channels to a channel that is set to log scale an error will be returned as the measured result of the differential computation between channels Computation Channels MT option Do not include channels that are set to log scale in a computation channel expression If you include these channels an error will be returned as the measured result Report Function MT option You cannot create reports for channels that are set to log scale An error will be returned as the result of report computations on channels that are set to log scale Manual Sampled Data For channels that are set to log scale the data is stored using the mantissa exponent format the same format as that of digital values on the recorder Number of Channels Set to Log Scale Keep the number of channels set to log scale no greater than 300 When there are many channels set to log scale log scale processing may not finish within the scan interval and may cause computation data dropouts IM 04L51B01 06EN Setting the Log scale Al channel settings Log input computation cannot be specified on current mA input modules Range settings GX GP MENU key gt Browse tab gt Setting gt Setting menu Al channel settings gt Range Web browser Config tab gt Al channel settings gt Channel range disp
10. ater Describes the GM GM Version 2 02 and later Conventions Used in This Manual Unit K k Markings A CAUTION WARNING CAUTION Note Reference Item gt Denotes 1024 Example 768K file size Denotes 1000 Improper handling or use can lead to injury to the user or damage to the instrument This symbol appears on the instrument to indicate that the user must refer to the user s manual for special instructions The same symbol appears in the corresponding place in the user s manual to identify those instructions In the manual the symbol is used in conjunction with the word WARNING or CAUTION Calls attention to actions or conditions that could cause serious or fatal injury to the user and precautions that can be taken to prevent such occurrences Calls attention to actions or conditions that could cause light injury to the user or cause damage to the instrument or user s data and precautions that can be taken to prevent such occurrences Calls attention to information that is important for the proper operation of the instrument Reference to related operation or explanation is indicated after this mark Example section 4 1 Conventions Used in the Procedural Explanations Bold characters Procedure Explanation gt m re Description Denotes key or character strings that appear on the screen Example Volt Indicates the character types that can be u
11. channel Last CH Al channel First CH Last CH Set the target channels The channels that you can specify appear depending on the module configuration Level 1 Level 2 Level 3 Level 4 Setup Item Selectable Range or Options Default Value On Off Off On Off Type H High limit L Low limit T Delay high limit t Delay H High limit low limit Value Log scale range that corresponds to 5 to 105 of 1 00E 00 the span width Logging Off On On Output type Off Relay Internal switch Off Output No 2 DO channel or internal switch 1 Appears when Level 1 to 4 is set to On 2 Appears when Output type is not set to Off 3 Appears when the range type of any of the DO channels is set to Alarm 4 Appears when any of the internal switch type is set to Alarm On Off To use an alarm level 1 to 4 set this to On Type Set the alarm type Options Description H High limit An alarm is activated when the measured value is greater than or equal to the alarm value L Low limit An alarm is activated when the measured value is less than or equal to the alarm value T Delay high limit An alarm is activated if measured values remain greater than or equal to the alarm value for a specified time period delay period t Delay low limit An alarm is activated if measured values remain less than or equal to the alarm value for a specified time period delay period Value Set
12. dark gray olive dark cyan and spring green and a user defined color 1 color Display position Lower Scale lower limit to scale upper limit 1 00E 00 Display position Upper Scale lower limit to scale upper limit 1 00E 15 Band area Displays a specified section of the measurement range using a color band on the scale This setting is shared with the bar graph display Options Description Off Disables the function In Displays the area inside using the color band Out Displays the area outside using the color band Color Set the display color gt For instructions on how to set the user defined color see section 1 2 3 Setting the Display in the GX GP user s manual IM 04L51B01 01EN or section 2 3 3 Setting the Display in the GM user s manual IM 04L55B01 01EN Display position Lower and Display position Upper Set a value within the selectable scale range The selectable range is 1 00E 15 to 1 00E 15 Set the mantissa to a value in the range of 1 00 to 9 99 10 IM 04L51B01 06EN Setting the Log scale Setup Examples pseudo Log input and Log input nonlinear log setup examples are shown below Setting the Pseudo Log Range This setting is for logging the pseudo log output see the table below of a vacuum gauge Pressure Reading Pa Output Voltage Pressure Reading Pa Output Voltage 1 30x10 0 13 5 00x10 3 50 5 00x10 0 50 1 00x103 4 10 1 00x10
13. er the difference between the exponents must be at least 1 The scale width must be 15 decades or less Scale Lower Scale Upper Notes Example 1 00E 01 1 00E 02 Examples of invalid 1 00E 01 2 00E 01 The difference settings between the exponents is less than 1 1 00E 01 1 00E 15 The scale width is greater than 15 decades A value other than 1 00 1 01E 15 to 1 00E 15 However the difference between the exponents must be at least 2 The scale width must be 15 decades or less Scale Lower Scale Upper Notes Example 2 00E 01 1 00E 03 2 00E 00 5 00E 14 Examples of invalid 2 00E 01 7 00E 02 The difference settings between the exponents is less than 2 2 00E 01 1 00E 15 The scale width is greater than 15 decades 2 00E 03 2 00E 15 The upper limit is greater than 1 00E 15 IM 04L51B01 06EN Setting the Log scale Pseudo Log Linear Log You can set the settings so that Scale Lower is less than Scale Upper or so that Scale Lower is greater than Scale Upper The mantissa that you set for Scale Lower is automatically set as the mantissa of Scale Upper The scale is referred to as the positive scale or reverse scale depending on the scale value settings Scale Span value Input voltage Scale value Positive scale Span Lower lt Span Upper Scale Lower lt Scale Upper Reverse scale Scale Lower gt Scale Upper Mantissa of Scale Se
14. guring the Event Action Function in the GX GP user s manual or section 2 15 Configuring the Event Action Function in the GM user s manual IM 04L55B01 01EN In addition they can also be written in calculation expressions of math channels MT option Output No Set the number of the relay DO channel or internal switch to output alarms to M oti e PL The decimal place of the alarm setting is the same as the decimal place of the scale You cannot specify a value using more than the number of significant digits The alarm hysteresis on channels that are set to log scale is fixed to 096 The lower and upper limits of available range shown on the alarm setting screen are uidelines ML IM 04L51B01 06EN Setting the Log scale Color scale band settings Display settings GX GP MENU key gt Browse tab gt Setting gt Setting menu Al channel settings gt Display settings Web browser Config tab gt Al channel settings gt Channel range display example 0001 0010 gt Display settings Hardware configurator Al channel settings gt Channel range display example 0001 0010 gt Display settings Color scale band Setup Item Selectable Range or Options Default Value Band area Off In Out Off Color 24 colors red green blue blue violet brown orange yellow green light blue violet gray lime cyan dark blue yellow light gray purple black pink light brown light green
15. imum scale value and the right side the maximum Lower Upper Span value Input voltage 1V 5V Scale value 1 00E 04 1 00E 01 10 10 10 10 Scale Cl be d rali A 5V 1V The scale image shows 107 as 0 1 10 as 1 and 10 as 10 M ot e PB Regarding Log Scale Over range A value less than 5 of the voltage span is a negative over range and a value greater than 105 of the scale is a positive over range They are displayed as Over and Over The Value on over range setting see section 1 7 2 Setting the Over range Detection Method in the user s manual IM 04L51B01 01EN or section 2 8 2 Setting the Over range Detection Method in the user s manual IM04L55B01 01EN is not applied to channels that are set to log scale Example If the span lower limit is set to 0 V and the span upper limit is set to 10 V a value less than 0 5 V will result in Over being displayed A value greater than 10 5 V will result in Over being displayed M t ah IM 04L51B01 06EN 7 Setting the Log scale Alarm settings GX GP MENU key gt Browse tab gt Setting gt Setting menu Al channel settings gt Alarm Web browser Config tab gt Al channel settings gt Channel range display example 0001 0010 gt Alarm Hardware configurator Al channel settings gt Channel range display example 0001 0010 gt Alarm Setup Item Selectable Range or Options Default Value First CH Al
16. ing the Log input Nonlinear Log In this example pressure is measured by applying calibration correction to linearly approximate the nonlinear output of a vacuum gauge Calculating linearizer Input and linearizer output The following figure is an example of a nonlinear output of a vacuum gauge The 10 red dots in the figure are the set points for the linearizer approximation Their values are shown under O and in the table below Keep the number of set points to no more than 12 5 2 o o 2 8 5 a 5 o 10 104 10 10 Pressure indication of the vacuum gauge Torr No Q Pressure Output to indication Torr irecorder V 1 1 00E 05 0 2 2 5 00E 05 0 55 3 1 00E 04 1 25 4 2 00E 04 2 7 5 3 00E 04 3 95 6 5 00E 04 5 7 7 7 00E 04 6 75 8 1 00E 03 7 5 9 5 00E 03 8 8 10 1 00E 02 9 1 Calculate the output linearizer output that correspond to the recorder input linearizer input in the following manner Take a log of the pressure indication values Linearly scale the value of each row of O using the span The calculation formula is shown below O minimum of x maximum of minimum of 2 minimum of maximum of minimum of O 5 O 5 x 9 1 0 2 0 2 x8 9 0 2 2 55 3 12 IM 04L51B01 06EN Setting the Log scale The combination of and
17. is the set point _ Set Q log O Linearly scale using point Linearizer Linearizer input V output V 5 0 2 1 0 200 0 200 4 301029996 2 273611013 2 0 550 2 274 4 3 166666667 3 1 250 3 167 3 698970004 4 05972232 4 2 700 4 060 3 522878745 4 582126389 5 3 950 4 582 3 301029996 5 24027768 6 5 700 5 240 3 15490196 5 673790852 7 6 750 5 674 3 6 133333333 8 7 500 6 133 2 301029996 8 206944346 9 8 800 8 207 2 9 1 10 9 100 9 100 Setting the Channels to Use Set the channels that you want to use as follows Setting the Range GX GP main unit Press the MENU key tap the Browse tab gt Setting gt Al channel settings Range Web browser Click the Setting tab gt Al channel settings gt Channel range 0001 0010 gt Range Hardware configurator Click Al channel settings gt Channel range 0001 0010 gt Range Item Description Explanation Mode Log input It is an input in which voltages correspond to logarithmic values of physical values Range 20V Range that can cover the output to recorder 2 Span 0 200 to 9 100 Minimum to the maximum of the output to recorder Scale 1 00E 5 to 1 00E 2 Minimum to the maximum of the pressure indication O of the vacuum gauge Decimal 2 Decimal place of mantissa place Unit Torr Unit of the pressure indication of the vacuum gauge
18. lay example 0001 0010 gt Range Hardware configurator Al channel settings gt Channel range display example 0001 0010 gt Range Setup Item Selectable Range or Options Default Value First CH Al channel Last CH Al channel First CH Last CH Set the target channels The channels that you can specify appear depending on the module configuration Range Setup Item Selectable Range or Options Default Value Type Skip Volt GS TC RTD DI Volt Range See Range Details See Range Details Span Lower Numeric value depends on the range 2 0000 Span Upper Numeric value depends on the range 2 0000 Calculation Off Delta Linear scaling Square root Off Log input Pseudo Log input Linear Log input 1 Cannot be specified for the electromagnetic relay type Type suffix code T1 analog input module and low withstand voltage relay type Type suffix code L1 Type Set the type to Volt You cannot use the log scale display for any other type If there are channels in an electromagnetic relay type module that you are not using set the range type of those channels to Skip LLL Range Set the input type range Range Details Type Range Selectable Range Default Value Volt 20mV 20 000 mV to 20 000 mV 2V 60mV 60 00 mV to 60 00 mV 200mV 200 00 mV to 200 00 mV 1V 1 0000 V to 1 0000 V 2V 2 0000 V to 2 0000 V 6V 6 000 V to 6 000 V 20V
19. sed A uppercase alphabet a lowercase alphabet s symbol 1 numbers Carry out the procedure according to the step numbers All procedures are written with inexperienced users in mind depending on the operation not all steps need to be taken Explanation gives information such as limitations related the procedure Indicates the setup screen and explains the settings IM 04L51B01 06EN Contents a i Ea e AE dese asada eu ann i Recorder Versions Described in This Manual ccccnnnonocccnccconononocnnnncnonononnnnnnnononnnononcnnnnnnnnnnnnncnnnnnnnnnnnnnos ii Conventions Used in This Manual coacciones daa ii Using the Log scale Function Xa se ice Log Scale Display Function HI Restrictions i Q 2 Setting the Log Scales piece oe cese e bee fen ieee diel ida 3 AL Channel Setas LS 3 Setup Examples IM 04L51B01 06EN iii A Bank Na Using the Log scale Function Log Scale Display Function You can apply a logarithmic voltage that has been converted from a physical value to the recorder and then use the log scale logarithmic scale to display and record the physical value The recorder supports three types of input signals Logarithmic Input This is referred to as Log input Log input is input in which the voltage corresponds to logarithmic values of physical values Pseudo Log Input This is referred
20. tting Range Lower 1 00 1 00E 15 to 1 00E 15 However the difference between the exponents must be at least 1 The scale width must be 15 decades or less Scale Lower Scale Upper Notes Example 1 00E 01 1 00E 02 1 00E 15 1 00E 00 Examples of invalid 1 00E 01 1 00E 15 The scale width settings is greater than 15 decades A value other than 1 00 1 00E 15 to 9 99E 14 However the difference between the exponents must be at least 1 The scale width must be 14 decades or less Scale Lower Scale Upper Notes Example 1 33E 01 1 33E 02 1 33E 00 1 33E 13 1 33E 13 1 33E 00 Examples of invalid 1 33E 15 1 33E 00 The scale width settings is greater than 14 decades 1 33E 03 1 33E 15 The upper limit is greater than 9 99E 14 The scale displayed on the recorder is zoomed in until the value that is less than the lower scale limit and whose mantissa is 1 00 and the value that is greater than the upper scale limit and whose mantissa is 1 00 are displayed See Example 4 under Scale Examples Unit Set the unit Moving average Setup Item Selectable Range or Options Default Value On Off Off On Off Count 2 to 100 2 1 Appears when On Off is set to On On Off Set this to On to perform moving average Count Set the number of data points to take the moving average of of kh Scan interval Y Y Average Average Sampling count IM 04L5
21. ual without the permission of YOKOGAWA is strictly prohibited vigilantplant and SMARTDAC are registered trademarks of Yokogawa Electric Corporation Microsoft and Windows are registered trademarks or trademarks of Microsoft Corporation in the United States and or other countries Adobe and Acrobat are registered trademarks or trademarks of Adobe Systems Incorporated Company and product names that appear in this manual are registered trademarks or trademarks of their respective holders The company and product names used in this manual are not accompanied by the registered trademark or trademark symbols and TM Using Open Source Software Revisions 2nd Edition December 2014 YK The TCP IP software of this product and the document concerning the TCP IP software have been developed created by YOKOGAWA based on the BSD Networking Software Release 1 that has been licensed from University of California May 2014 1st Edition December 2014 2nd Edition All Right Reserved Copyright 2014 Yokogawa Electric Corporation IM 04L51B01 06EN Recorder Versions Described in This Manual The contents of this manual correspond to the GX GP with release number 2 see the STYLE S number and style number 1 see the STYLE H number and the GM with release number 2 see the STYLE S number and style number 1 see the STYLE H number Edition Product Explanation 1 GX GP Version 2 01 and later 2 GX GP Version 2 01 and l
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