Monnit Corporation Version 2.2
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1 Sensor Application Definitions Serial MODBUS Monnit Corporation Version 2.2
2 Revision History Version Date Description 1.1 1/14/2013 Added more app profiles. Edited Humidity, app profile # 18 and # /1/2013 Added FRR column 2.1 9/15/2014 Corrected Type 1 math calculation 2.2 2/12/2018 Added additional app profiles.
3 Data Decoding Table Gen 1 TYPE NAME DATA TYPE UNIT DATA FRR Data 1 Analog Voltage Volts Divide data by 1000 for three decimal point resolution. Example: 236 / 1000 = V. Range: [0-1250]-[0]-[0]-[0] 2 Temperature Signed Int16 Celsius 3 Dry Contact Unsigned Int8 0 for loop open and 1 for loop closed in default operation 4 Water Unsigned Int8 0 for no water present and 1 for water present in 5 Activity, Profile 1 Unsigned Int8 0 for no movement and 1 for movement detected in 9 Open/Closed Unsigned Int8 0 for magnet absent and 1 for magnet present in [ ]-[0]-[0]-[0] 11 Button Unsigned Int8 0 for button not pressed and 1 for button pressed 12 Control Unsigned Int8 Relay1 Status Relay2 Status LSB bit is the status of Relay 1, which is 0 for off and 1 for on. Bit offset 2 is the status of Relay2. [0-3]-[0]-[0]-[0] 15 Accelerometer, Profile 1 Signed Int16 X G-Force Y G-Force Z G-Force Divide data by 1000 to get three decimal point resolution. Example: / 1000 = G s Range: to [X]-[Y]-[Z]-[0] [ ]-[ ][ ]-[0] 16 Accelerometer, Profile 3 Unsigned Int8 Bit 7 - Internal Communication Problems Bit 6 - EA - 1= Global Event Happened, 0=none Bit 5 - ZTRANSE - 0 = none, 1 = happened Bit 4 - Z_Trans_Pol - 0 = g+, 1 = g- Bit 3 - YTRANSE - 0 = none, 1 = happened Bit 2 - Y_Trans_Pol - 0 = g+, 1 = g- Bit 1 - XTRANSE - 0 = none, 1 = happened Bit 0 - X_Trans_Pol - 0 = g+, 1 = g- [0-255]-[0]-[0]-[0]
4 19 Activity, Profile 2 Vibrations Count of vibrations [ ]-[0]-[0]-[0] 20 Accelerometer, Profile 2 X G-Force Y G-Force Z G-Force X G-Force Y G-Force Z G-Force Divide data by 1000 to get three decimal point resolution. The first data set is the MAX recorded value, the second data set is the AVG recorded value. Example: 1244 / 1000 = G s Range: to Only the average values are available in the FRR. Max values can only be accessed in the corresponding WDR. [DATA_3]- [DATA_4][DATA_5]-[0] [ ]-[ ][ ]-[0] 21 Lux Lux Lux reading. Range: [ ]-[0]-[0]-[0] ma Current ma Divide data by 100 to get two decimal point resolution. Example = 744/100 = 7.44 ma [0-2400]-[0]-[0]-[0] 23 Infrared Motion Unsigned Int8 0 for no motion detected and 1 for motion detected 24 Flex Unsigned Int32 Resistance Divide data by 1000 to get three decimal point resolution. Data_High is in the first FRR register. [ ]-[ ]-[0]-[0] 26 Liquid Level, 8 Inches Divide data by 100 to get two decimal point resolution. [0-850]-[0]-[0]-[0] 27 Light Presence Unsigned Int8 0 for light not present and 1 for light present 28 Compass Signed Int16 Azimuth degr. Azimuth reading. [0-360]-[0]-[0]-[0] 30 Grains Per Pound Signed Int16 C / %RH Divide data by 100 to get Temperature. Divide data by 100 to get Relative Humidity VAC/VDC Analog Voltage Volts Example: 1134/10=113.4V Range: Vehicle Presence Unsigned Int8/ Magnitude In the state field, the presence is marked 0 for no vehicle Signed Int16 and 1 for vehicle presence. This is displayed in the FRR in the first register. The second register contains the data from WDR Data_0 34 CO Gas Sensor Temperature PPM Temperature and the gas concentration in PPM [0-5000]-[0]-[0]-[0] [0, 1, 2, 15]-[ ]-[0]-[0] [STATE]-[DATA_0]-[0]-[0] [Temp range]-[ ]-[0]- 35 High Temperature Signed Int16 Celsius Example: 2550/10 = C 36 Liquid Level 24 Inches Divide data by 100 to get two decimal point resolution. [0-2400]-[0]-[0]-[0]
5 39 Vehicle Detection 42 Activity Counter 43 HA Humidity Unsigned Int8/ / / / / / Vehicle Count Magnitude Duration Cnt Minutes C %RH 46 Low Temperature Signed Int16 C 47 Multi Input Pulse Counter 51 Seat Sensor 52 Airflow Sensor / / / Unsigned Int8/ Unsigned Int32 Unsigned Int8/ Unsigned Int32 Pulses Pulses Pulses Pulses KOhms KOhms The number of vehicles counted, the magnitude of the field and the duration is reported. The direction is displayed in the first FRR register. The current amount of time of calculated activity followed by the previous reading. Divide data by 100 to get Temperature. Divide data by 100 to get Relative Humidity. Example: -574/10= C The cumulative count of pulse events detected since the last heartbeat. 0=no event, 1=event followed by the resistance measured (divide by 1000). Data High is in the second FRR register and Data Low is in the third. 0=no event, 1=event followed by the resistance measured (divide by 1000). Data High is in the second FRR register and Data Low is in the third. [0, 1, 15]-[ ]-[ ]-[ ] [Direction]-[Data_0]- [Data_1]-[Data_2] [ ] - [ ] - [0] - [0] [0-1000] - [ ] - [0 - [ ]-[0]-[0]-[0] [ ]-[ ]- [ ]-[ ] [0-1]-[ ]-[ ]-[0] [0-1]-[ ]-[ ]-[0] 55 CT1mA Milliamps Milliamp divided by 10 [ ]-[0]-[0]-[0] 59 Battery Health Volts Volts divided by 1000 [ ]-[0]-[0]-[0] 64 VAC Detector Unsigned Int8 65 Water Temperature Signed Int16 Celsius [ ]-[0]-[0]-[0] 70 Resistance Sense Unsigned Int VDC Detector Unsigned Int8 1 for voltage present, 0 for absent 72 5VDC Meter Volts Volts divided by 1000 [0-1]-[ ]-[0]-[0] 73 Filtered Pulse Counter Unsigned Int32 Count Number of pulses [0-1]-[ ]-[ ]-[0] 74 10VDC Meter Volts Volts divided by 1000 [0-1]-[ ]-[0]-[0] 75 Tilt Sensor 3 76 Single Control Unsigned Int8
6 78 Water Area Unsigned Int8 1 for water present, 0 for absent 79 Pressure PSIG Pressure divided by 10 [0-1]-[ ]-[0]-[0] 84 Duct Temperature [ ]-[0]-[0]-[0] C 86 Thermocouple C Temperature divided by 10 [0-1]-[ ]-[0]-[0] 90 Filtered Pulse Counter Unsigned Int8 Count Number of pulses [0-1]-[0-255]-[0]-[0] 92 Quad Temperature 4 C [ ]-[0]-[0]-[0] 93 Current Meter 0-20A 3 [0-1]-[ ]-[ ]-[0- Amps Amps divided by ] 95 Vibration Meter 4 Unsigned bytes X axis,y axis, Z axis, and duty cycle [ ]-[ ]-[ ]-[ ]
7 Data Decoding Table ALTA TYPE NAME DATA TYPE UNIT DATA FRR Data 2 Temperature Signed Int16 Celsius 3 Dry Contact Unsigned Int8 0 for loop open and 1 for loop closed in default operation 4 Water Unsigned Int8 0 for no water present and 1 for water present in 5 Activity, Profile 1 Unsigned Int8 0 for no movement and 1 for movement detected in 9 Open/Closed Unsigned Int8 0 for magnet absent and 1 for magnet present in [ ]-[0]-[0]-[0] 11 Button Unsigned Int8 0 for button not pressed and 1 for button pressed 12 Control Unsigned Int8 Relay1 Status Relay2 Status LSB bit is the status of Relay 1, which is 0 for off and 1 for on. Bit offset 2 is the status of Relay2. [0-3]-[0]-[0]-[0] 15 Accelerometer, Profile 1 Signed Int16 AA G- Force BB G- Force CC G- Force Divide data by 1000 to get three decimal point resolution. Example: / 1000 = G s Range: to Accelerometer, Profile 3 Unsigned Int8 Bit 7 - Internal Communication Problems Bit 6 - EA - 1= Global Event Happened, 0=none Bit 5 - ZTRANSE - 0 = none, 1 = happened Bit 4 - Z_Trans_Pol - 0 = g+, 1 = g- Bit 3 - YTRANSE - 0 = none, 1 = happened Bit 2 - Y_Trans_Pol - 0 = g+, 1 = g- Bit 1 - XTRANSE - 0 = none, 1 = happened Bit 0 - X_Trans_Pol - 0 = g+, 1 = g- [X]-[Y]-[Z]-[0] [ ]-[ ][ ]-[0] [0-255]-[0]-[0]-[0]
8 21 Lux Lux Lux reading. Range: [ ]-[0]-[0]-[0] ma Current ma Divide data by 100 to get two decimal point resolution. Example = 744/100 = 7.44 ma [0-2400]-[0]-[0]-[0] 28 Compass Signed Int16 Azimuth degr. Azimuth reading. [0-360]-[0]-[0]-[0] VAC/VDC Analog Voltage Volts Example: 1134/10=113.4V Range: High Temperature Signed Int16 Celsius Example: 2550/10 = C 39 Vehicle Detection Unsigned Int8/ Vehicle Count The number of vehicles counted, the magnitude of the / Magnitude field and the duration is reported. The direction is / Duration Cnt displayed in the first FRR register. / 43 HA Humidity C %RH Divide data by 100 to get Temperature. Divide data by 100 to get Relative Humidity. [0-5000]-[0]-[0]-[0] [ ]-[0]-[0]-[0] [0, 1, 15]-[ ]-[ ]-[ ] [Direction]-[Data_0]- [Data_1]-[Data_2] 46 Low Temperature Signed Int16 C Example: -574/10= C [ ]-[0]-[0]-[0] 59 Battery Health Volts Volts divided by 1000 [ ]-[0]-[0]-[0] 64 VAC Detector Unsigned Int8 65 Water Temperature Signed Int16 Celsius [ ]-[0]-[0]-[0] 67 Ultrasonic Ranger Cm Distance to target [ ]-[0]-[0]-[0] 71 50VDC Detector Unsigned Int8 1 for voltage present, 0 for absent 72 5VDC Meter Volts Volts divided by 1000 [0-1]-[ ]-[0]-[0] 74 10VDC Meter Volts Volts divided by 1000 [0-1]-[ ]-[0]-[0] 75 Tilt Sensor 2 [ ] - [ ] - [0] - [0] [0-1000] - [ ] - [0 - Degrees Pitch & Roll [ ]-[ ]-[0]-[0] 78 Water Area Unsigned Int8 1 for water present, 0 for absent 79 Pressure 50 PSIG PSIG Pressure divided by 10 [0-1]-[ ]-[0]-[0]
9 102 Air Quality 3 ug/m^3 PM1, PM2.5, PM10 82 Pressure 300 PSIG PSIG Pressure divided by 10 [0-1]-[ ]-[0]-[0] 83 Pressure Custom PSIG Pressure divided by 10 [0-1]-[ ]-[0]-[0] 84 Duct Temperature [ ]-[0]-[0]-[0] C 86 Thermocouple C Temperature divided by 10 [0-1]-[ ]-[0]-[0] 90 Filtered Pulse Counter Unsigned Int8 Count Number of pulses [0-1]-[0-255]-[0]-[0] [ ]-[ Quad Temperature 4 C 1250]-[ ]-[ ] 93 Current Meter 0-20A 3 [0-1]-[ ]-[ ]-[0- Amps Amps divided by ] 94 Current Meter 0-150A 3 [0-1]-[ ]-[ ]-[0- Amps Amps divided by ] 95 Vibration Meter 4 Unsigned bytes X axis,y axis, Z axis, and duty cycle [ ]-[ ]-[ ]-[ ] 100 Food Grade Temperature C [ ]-[0]-[0]-[0] 101 PIR Motion Unsigned Int8 0 for no motion detected and 1 for motion detected [ ]-[ ]-[ ]-[0] 103 Differential Pressure Pascals Pressure in pascals multiplied by 10 [ ]-[0]-[0]-[0] 104 Vibration Tank Level Sensor Cm Distance to target [00004]-[000750]-[0]-[0] 107 Light Meter Unsigned Int32 Lux Intensity in Lux multiplied by 100 [ ]-[ ]-[0]-[0] 109 Three Phase CT 110 Dwell Time Sensor
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