MOTOROLA MVME162-523 Power module

The method sums binary values associated with each LED and then multiplies this sum by 2.5Hz to calculate 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

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 seconds. To exit this mode without resetting the Trip Register press both the Target Flame Select and Background Flame Select buttons. NOTE: Once filled, the Trip Register MUST be reset in order to store subsequent trips. It will NOT automatically reset or roll-over.

                                                                        

Superior products

-ABB Accuray

--ABB Advant OCS

--ABB Advant-800xA

--ABB H&B Contrans T

--ABB H&B Freelance 2000

--Allen Bradley PLC

--GE Ran card machine accessories,PLC

--ICS Triplex Rockwell T8151B/T8461/T8310

--Triconex/Foxboro:3625/3721/3503E/FBM237/FBM242

--Emerson:CE3008/VE3008/SE3008/A6120/A6312

--Motorola:MCP750/MVME162/MVME2604/MVME5100

--Woodward:9907-164/9907-167/9905-144/9905-018

The company is mainly engaged in above brands. You are welcome to inquire from me via email!

This article from the temporal Ming sheng automation equipment co., LTD., reproduced please attach this link: http://www.stockdcs.com/