Changes for page 04 Library

Last modified by Mora Zhou on 2023/11/01 13:39

From 18.1 to 19.1 From 21.1 to 21.2

From version 19.1

edited by Karen
on 2023/05/22 14:01

Change comment: There is no comment for this version

To version 21.1

edited by Karen
on 2023/05/22 17:28

Change comment: There is no comment for this version

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@@ -194,12 +194,12 @@
  * **Manual Trigger**
--It is for modifying the email sending settings when HMI is running. According to the set manual trigger address, the address is offset backward to get the address of the corresponding function (a total of 201 words). Take HDW100 as an example.
++It is for modifying the email-sending settings when HMI is running. According to the set manual trigger address, the address is offset backward to get the address of the corresponding function (a total of 201 words). Take HDW100 as an example.
  (% class="table-bordered" %)
  |=**Address**|=**Description**
  |HDX100.0|Sending trigger
--|HDX101.0 to HDX101.15|It is used for triggering recipient groups, for example, HDW101.0 set ON, and the address in group 1 will be in recipient list.
++|HDX101.0 to HDX101.15|It is used for triggering recipient groups, for example, HDW101.0 is set ON, and the address in group 1 will be in recipient list.
  |HDX103.0 to HDX103.15|It is used for triggering recipient groups, for example, HDW103.0 set ON, and the address in group 1 will be in CC list.
  |HDX105.0 to HDX105.15|It is used for triggering recipient groups, for example, HDW105.0 set ON, and the address in group 1 will be in BCC list (Secret delivery).
  |HDW107 to HDW171|The subject length is limited to 64 words. (If it exceeds, it will intercept 64 words of content)
@@ -206,9 +206,9 @@
  |HDW172 to HDW300|The content length is limited to 128 words. (If it exceeds, it will intercept 128 words of content)
  |HDX301.0|Whether to send an alarm record attachment (a file named AlarmDataFile.db)
--1. Emails that sent manually are not queued. Emails trigger by bit change, rising edge, falling edge and timing need to be sent in the sequence of triggering. The maximum value is 100, and those who are added after it is exceeded will be discarded. If an email is sending, it would send immediately after the current email is sent. If there is no email sending, it would send immediately.
++1. Emails that sent manually are not queued. Emails triggered by bit change, rising edge, falling edge and timing need to be sent in the sequence of triggering. The maximum value is 100, and those who are added after it is exceeded will be discarded. If an email is sending, it would send immediately after the current email is sent. If there is no email sending, it would send immediately.
 . If the trigger condition sent manually is the rising edge trigger, before the mail is sent, no new mail will be sent even if it is triggered again. No matter the email is sent successfully or not, the corresponding trigger would be OFF.
--1. Emails that sent manually would only be sent once no matter the sending error is custom error, network or other errors.
++1. Emails that sent manually would only be sent once no matter whether ending error is custom error, network or other errors.
  == Email sending settings ==
@@ -436,7 +436,7 @@
  **Source address**
--The origin address that need to be mapped to other addresses. If there is calculation, 2 source addresses are required, and the result would be saved in "target address".
++The origin address needs to be mapped to other addresses. If there is calculation, 2 source addresses are required, and the result would be saved in "target address".
  **Data type: **Only word address need to set data type. If it is the address of 32-bit register, check "32-bit register".
@@ -473,19 +473,19 @@
  **Mapping**
--This is control bit for mapping one item, the default mode is mapping when OFF; If user want to change control condition, please check [Mapping when ON];
++This is the control bit for mapping one item, the default mode is mapping when OFF; If user wants to change the control condition, please check [Mapping when ON];
--**Target address:**
++**Target address**
  It is address used to store source address data;
  **Cont. Write:**
--Write address length for single time, used for some special device addresses that need to be written continuously;
++Write address length for a single time, used for some special device addresses that need to be written continuously;
  **Global mapping control**
--The function and mode are similar to [Mapping], but it is used to control all mapping items. The setting screen as below show;
++The function and mode are similar to [Mapping], but it is used to control all mapping items. The setting screen below show;
  (% style="text-align:center" %)
  [[image:7.Library_html_a04eddcc1d2f2f14.png||data-xwiki-image-style-alignment="center" height="199" width="419" class="img-thumbnail"]]
@@ -492,7 +492,7 @@
  **Buttons**
--* **Clear:** Delete all settings in settings, such as [Source address], [Length] and so on.
++* **Clear:** Delete all settings in settings, such as [Source address], [Length], and so on.
  * **Add:** Create a new mapping item.
  * **Edit:** Change selected item.
  * **Delete:** Delete selected item.
@@ -508,37 +508,37 @@
  (((
  **✎Note:**
--* Too many [Read-Through] items will cause HMI running slow.
++* Too many [Read-Through] items will cause HMI to run slowly.
  * If there are multiple consecutive addresses, please increase the length to reduce the mapping items
  )))
--**Fucntion descrition**
++**Function description**
  Address mapping is to map the source address to the destination address or the two source addresses are mapped to the destination address by some operation. The source and destination addresses can be PLC addresses or internal addresses or from different serial ports.
--For example: Map D0 to HDW100, the map length is 10, then the value of D0 to D9 are mapped to HDW100 to HDW109.
++For example Map D0 to HDW100, the map length is 10, then the value of D0 to D9 are mapped to HDW100 to HDW109.
  There are two map methods: read and write and read-only.
 . **Read and write: **If the value of source address is changed, the value of the destination address changes accordingly. After the value of the destination address is changed, the value of the corresponding source address does not change. Four some four operations or logical operations, they can only be selected in this way.
--1. **Read-only: **If the value of source address is changed, the value of the destination address changes accordingly. After the value of the destination address is changed, the value of the corresponding source address changes too. Four some four operations or logical operations, they can not be selected in this way.
++1. **Read-only: **If the value of the source address is changed, the value of the destination address changes accordingly. After the value of the destination address is changed, the value of the corresponding source address changes too. Four some four operations or logical operations, they can not be selected in this way.
--There can be two sets of source addresses, and mapping the results to the destination address through operations (four operations or logical operations). For example: source address 1 is HDW100, source address 2 is HDW200, Map to destination address HDW300 by addition and the map length is 10.
++There can be two sets of source addresses, and mapping the results to the destination address through operations (four operations or logical operations). For example, source address 1 is HDW100, source address 2 is HDW200, Map to destination address HDW300 by addition and the map length is 10.
  * HDW300=HDW100+HDW200
  * HDW301=HDW101+HDW201
  * HDW309=HDW109+HDW209
--Yon could use the bit address to control whether to enable the mapping function. There is one bit address for bits and one for words. Each mapping block also has a bit address. For bit address mapping and word address mapping, there are controlled by their own global bit addresses. Each mapping block relationship can also have its own control address, but the global control bit address has a high priority.
++The user could use the bit address to control whether to enable the mapping function. There is one-bit address for bits and one for words. Each mapping block also has a bit address. Bit address mapping and word address mapping, there are controlled by their own global bit addresses. Each mapping block relationship can also have its own control address, but the global control bit address has a high priority.
  (% class="box infomessage" %)
  (((
  **✎Note:**
--* Some of four operations do not have inverse operation such as trigonometric function, shift, remainder and so on. They can only be read-only.
--** For example: If HDW100 is devided by HDW200, and the value is mapping to HDW300. When the value of HDW300 changes, the vaue of HDW100 will not change. Because you can't calculate what the HDW100 value should be.
++* Some of four operations do not have inverse operations such as trigonometric function, shift, remainder, and so on. They can only be read-only.
++** For example: If HDW100 is divided by HDW200, and the value is mapped to HDW300. When the value of HDW300 changes, the value of HDW100 will not change. Because you can't calculate what the HDW100 value should be.
  * The maximum length of each mapping block is 2048.
  * If there is no bit address to control the mapping, the mapping is enabled by default. If you set the bit address, the mapping is disabled when the value of the bit address is 1 and it is enabled when the value of the bit address is 0. If you select "control on closed state", the result is opposite.
  * Update frequency refers to the update frequency of reading device data. The default is 0.
--** Normal read speed is 0, read through value is 1, fast read value is 2. There is no need to fill in the data type in address mapping. The selection of "32-bit register" is special for some PLC whose address interval is 1 in 32 bits. You don't have to choose it.
++** Normal read speed is 0, read-through value is 1, and fast read value is 2. There is no need to fill in the data type in address mapping. The selection of "32-bit register" is special for some PLC whose address interval is 1 in 32 bits. You don't have to choose it.
  )))

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