Output counters: 1 bytes per output counter (inputs 1 to 8). Type 2: 4 bytes for the date and time, 2 bytes LSB for frequency value (base 0.1Hz), 2 bytes LSB for input counter, 1 byte (optional) for battery percentage. Type 1: 4 bytes for the date and time, 2 bytes LSB for frequency value (base 0.1Hz), 1 byte (optional) for battery percentage. Type 2: 30 byte for 5 measures (6 byte for every measure, 4 bytes date and time as defined in Note 1, 2 bytes LSB for counter value) and 1 byte (optional) for battery percentage. Type 1: 2 bytes LSB per input counter (inputs 1 to 16). Only present in MCF-LWWS01 and MCF-LW06DAVKPįor input counters message refer to Note 9įor frequency meter message refer to Note 10įor output counters message refer to Note 11 Any other value meanings that the Vantage does not have the 3 hours of bar data needed to determine the bar trend. It is one of these values: -60 = Falling Rapidly = 196 (as an unsigned byte), -20 = Falling Slowly = 236 (as an unsigned byte), 0 = Steady, 20 = Rising Slowly, 60 = Rising Rapidly, 80 = ASCII “P” = no trend info is available. Signed byte that indicates the current 3-hour barometer trend. Single Bit meaning is: 0x01 = Rain, 0x02 = Cloud, 0x04 = Partly cloudy, 0x08 = Sun, 0x10 = Snow. The value is a signed two byte value in whole degrees F. Weather station date and time (as for Note 1) (0° is no wind data, 90° is East, 180° is South, 270° is West and 360° is north) Progressive frame index, increased at each transmission with the same identifier In case of EGK-LW20L00 and EGK-LW20W00, with accelerometer enabled, the inputs 0 represents the accelerometer status (Input = 1 start of accererometer event start, input = 0 end of accelerometer event).įor MCF-LW06KAM, “Y” is the sequential number of the transmission in progress, is incremented at the end of each transmission.įor MCF-LW06485, successful reading, “Y” is the sequential number of the transmission in progress, is incremented at the end of each transmission, refer to Note 2įor MCF-LW06485, error reading, “Y” is the sequential number of the transmission in progress, is incremented at the end of each transmission, refer to Note 2įor MCF-LWWS00, MCF-LWWS01, MCF-LW06DAVK and MCF-LW06DAVKP, “Y” is the sequential number of the transmission in progress, is incremented at the end of each transmission.įor MCF-LW12TERPM, “Y” is the sequential number of the transmission in progress, is incremented at the end of each transmission. In case of MCF-LW12CO2E with thresholds enabled, the inputs 0 to 2 represents the led status (Input 0 = red, Input 1 = yellow, input 2 = green). In case of MCF-LW12VOC or MCF-LW12CO2 with thresholds enabled, the input status represents the status of the measure (1 if over T+, 0 if under T-). In case of MCF-LW12PLG, the input status represents the status of the mains (1 for mains present, 0 for mains not present). Relevant bits depend on the device part number and its I/O capability. This uplink format is for 32 inputs and 32 outputs. Message during a power down (only for MCF-LW06xxx family class C): Option 0 1 = bit 0 set: first message after boot Sync Version 000200 = Major and minor version and build Sync ID 787d3c25 = ID of this Sync Reuest If not handled in the right way can cause a unnecessary battery consumption. If it receives the right answer, it aligns the internal clock and a new sync message will be sent after a week to overcome real time clock drift. If error persists, it will try again after one week. The device, after sending the message, waits for the time sync answer ( 2.1 TIME SYNC ANSWER).If nothing received, it will try to send the request a couple of times. Bit 1 set if external power is going down
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