XVC517AE10模塊,XVC517AE10使用書
該方法將與每個LED相關(guān)的百分比相加，以確定參數(shù)的值。
1、查看LED顯示屏以確定哪些LED點亮。
2、使用表8，對于每個點亮的LED，取相應的百分比（參數(shù)%乘數(shù)）并加上他們在一起。
如何使用二進制值計算峰值頻率：
該方法對與每個LED相關(guān)的二進制值求和，然后將該和乘以2.5Hz，以計算后期峰值頻率。
XVC517AE10模塊1、查看LED顯示屏以確定哪些LED點亮。
2、使用表8，為每個點亮的LED取相應的二進制值（峰值頻率二進制值）并將它們相加。
3、將該總和乘以2.5Hz，得到峰值頻率。確定單一來源：
單源檢測的測定很簡單。如果沒有LED點亮，則未檢測到單個光源。如果LED 1點亮，檢測到一個光源。兩種LED配置如表8所示。
步驟5-重置跳閘寄存器并退出跳閘診斷模式
XVC517AE10模塊要重置跳閘寄存器并退出此模式，請按住背景火焰選擇按鈕至少2秒。
要退出此模式而不重置跳閘寄存器，請同時按下目標火焰選擇和后退地面火焰選擇按鈕。
注：一旦填充，必須重置跳閘寄存器，以存儲后續(xù)跳閘。它不會自動重置或翻滾。
The method sums the percentage associated with each LED to determine parameter's value.
1. View the LED display to determine which LEDs are lit.
2. Using Table 8, for each lit LED take the corresponding percentage (Parameter % Multiplier) and add
them together.
How to Calculate Peak Frequency using the Binary Value:
The method sums binary values associated with each LED and then multiplies this sum by 2.5Hz to calcu
late peak frequency.
1. View the LED display to determine which LEDs are lit.
2. Using Table 8, for each lit LED take the corresponding binary value (Peak Frequency Binary Value)
and add them together.
3. Multiply this sum times 2.5Hz for the Peak Frequency.
Determining Single Source:
Single Source Detected determination is simple. If no LED is lit, a single source has not been detected. If
LED 1 is lit, a single source has been detected. The two LED configurations are shown in Table 8.
Step 5 - Resetting the Trip Register and Exiting the Trip Diagnosis Mode
To reset the Trip Register and exit this mode, hold the Background Flame Select button for at least 2 sec
onds.
To exit this mode without resetting the Trip Register press both the Target Flame Select and Back
ground Flame Select buttons.
NOTE: Once filled, the Trip Register MUST be reset in order to store subsequent trips. It will NOT auto
matically reset or roll-over.
