Serial MODUBS Gateway - Wireless Device Register Definitions

For other MODBUS interpretation documentation, see following links.
Serial MODUBS Gateway - Sensor Fast Read Register (FRR) Definitions
Ethernet Gateway 4 - MODBUS TCP Sensor Register Definitions

Definitions

Register - Addressable 16-bit pieces of data within a MODBUS device.
Integer - A positive or negative whole number
Concatenate - Concatenate, concatenation, or concat is a term that describes combining a string, text, or other data in a series without any gaps.
NA - Not Applicable
u8 - UnSigned Int8
u16 - UnSigned Int16
u32- UnSigned Int32
u64 - UnSigned Int64
s8 - Signed Int8
s16 - Signed Int16
FRR - Fast Read Register
MSV - Most Significant Value
LSV - Least Significant Value
PSIG - PSIG (pound-force per square inch gauge) is a unit of pressure relative to the surrounding atmosphere. By contrast, PSIA measures pressure relative to a vacuum (such as that in space).
_H - Suffix identifying the HIGH or first bits of an integer at least 16 bits long.
_L - Suffix identifying the LOW or last bits of an integer at least 16 bits long.

Profile Sensor Name Data Type Data Points Presented Unit Interpretation Concatenation
The sensor profile number Name of the sensor Describes the base data type being generated by the sensor. *Each row correlates to its own data point General description of the data present in the FRRs. Units of measurement for each data point Describes how to interpret the raw sensor data sent to the gateway. The data is stored in 16 bit Registers. Included is a breakdown of each register, any calculations required to convert the data to usable values, as well as the acceptable range of the sensor. When receiving data larger than 16 bit format, concatenating registers will be required to reconstruct the original value. The concatenation order may change depending on sensor requirements; it is detailed below.
2 Temperature s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature Data1 - Data7 = NA NA
3 Dry Contact u8 Open/Closed Integer Default Mode: 0 = Open Loop 1 = Closed Loop Data0 = Open/Closed Data1 - Data7 = NA NA
4 Water Detect u8 Not Present / Present Integer Default Mode: 0 = Not Present 1 = Present Data0 = Not Present / Present Data1 - Data7 = NA NA
5 Activity Detection u8 Motion Detected / No Motion Detected Integer Default Mode: 0 = No Motion Detected 1 = Motion Detected Data0 = No Motion Detected / Motion Detected Data1 - Data7 = NA NA
9 Open/Closed u8 Open/Closed Integer Default Mode: 0 = Open Loop 1 = Closed Loop Data0 = Open/Closed Data1 - Data7 = NA NA
11 Button u8 Checking In / Pressed Integer 0 = Checking In 1 = Pressed Data0 = Checking In / Pressed Data1 - Data7 = NA NA
12 Control u8 Relay 1: On/Off; Relay 2: On/Off Integer 0 = Both Relays: OFF 1 = Relay 1: ON 2 = Relay 2: ON 3 = Both Relays: ON Data0 = RelayState Data1 - Data7 = NA NA
15 G-Force Snapshot s16 s16 s16 X-Axis Y-Axis Z-Axis G-Force (G) G-Force (G) G-Force (G) Formula: Divide by 1000 for 3 decimal resolution. Example: 2715 / 1000 = 2.715 Range: -8.000 G to 8.000 G Data0 = X-Axis Data1 = Y-Axis Data2 = Z-Axis Data3 - Data7 = NA NA
16 Impact u8 Force Detected / No Force Detected Integer Convert value to binary, each bit represents a different data point generated by the sensor. Definitions for each bit are listed below. Example: 187 = 1011 1011 Byte: hgfe dcba Bit0 (a) - X Polarity: 0 = g+ 1 = g- Bit1 (b) - X Event: 0 = none 1 = happened Bit2 © - Y Polarity: 0 = g+ 1 = g- Bit3 (d) - Y Event: 0 = none 1 = happened Bit4 (e) - Z Polarity: 0 = g+ 1 = g- Bit5 (f) - Z Event: 0 = none 1 = happened Bit6 (g) - EA: 0 = none 1 = Global Event happened Bit7 (h) - Internal Communication Problems Data0 = ForceDetection Data1 - Data7 = NA NA
21 NA
22 0-20 mA Current u16 Current Milliamps (mA) Formula: Divide by 100 to get 2 decimal point resolution. Example: 744 / 100 = 7.44 mA Range: 0 mA to 24mA Data0 = Current Data1 - Data7 = NA
26 NA
28 NA
32 NA
35 High Temperature s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature Data1 - Data7 = NA NA
36 NA
43 Humidity s16 s16 Temperature Relative Humidity Celcius © Relative Humidity (%) Formula: Divide by 100 for 2 decimal resolution. Formula: Divide by 100 for 2 decimal resolution. Example: 2710 / 100 = 27.10 C, 4555 / 100 = 45.55% Range: -40.0 C to 125.0 C, 00.00% to 100.00% Data0 = Temperature Data1 = Humidity Data2 - Data7 = NA NA
46 Low Temperature s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -200.0 to 162.0 C Data0 = Temperature Data1 - Data7 = NA NA
56 H2S s16 s16 s16 u16 Temperature H2S Instant H2S TWA For Internal Use Only Celcius © Parts Per Million (PPM) Parts Per Million (PPM) Integer Formula: Divide by 10 for 1 decimal resolution. Formula: Divide by 1000 for 1 decimal resolution. Formula: Divide by 1000 for 1 decimal resolution. Example: 271 / 10 = 27.1 C 17800 / 1000 = 17.8 PPM Range: -40.0 C to 125.0 C Data0 = Temperature Data1 = H2S Instant Data2 = H2S TWA Data3 = For Internal Use Only Data4 - Data7 = NA NA
59 NA
64 Voltage Detect 500VAC u8 No Voltage Present / Voltage Present Integer Default Mode: 0 = No Voltage Present 1 = Voltage Present Data0 = No Voltage Present / Voltage Present Data1 - Data 7 = NA NA
65 Water Temperature s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature Data1 - Data7 = NA NA
67 Commercial Ultrasonic u16 Distance Centimeters (CM) Distance from target in CM. Range: 10 CM to 400 CM Data0 = Distance Data1 - Data7 = NA NA
70 Resistance u32 Resistance Ohms (O) Data produced by the sensor is in u32 format. 2 Registers are needed to contain this value. Concatenate the Registers in order to reconstruct the full value. Formula: Divide by 10 for 1 decimal point resolution Example: 2,471,234 / 10 = 247,123.4 O Range: 0 to 250,000.0 O Data0 = Resistance_L Data1 = Resistance_H Data2 - Data7 = NA Resistance = [Data1]+[Data0] Example Data0 = 12766 Data1 = 16 Concatenate: [16]+[12766] Convert to hexidecimal [0x0010]+[0x31DE] = 0x001031DE Convert to decimal 0x001031DE = 1,061,342 Apply Formula: 1,061,342 / 10 = 106,134.2 Resistance = 106,134.2 O
71 NA
72 0-5 VDC u16 Voltage Volts (V) Formula: Divide by 1000 to get 1 decimal point resolution. Example: 3400 / 1000 = 3.4 V Range: 0 V to 5 V Data0 = Volts Data1 - Data7 = NA NA
74 0-10 VDC u16 Voltage Volts (V) Formula: Divide by 1000 to get 1 decimal point resolution. Example: 7400 / 1000 = 7.4 V Range: 0 V to 10 V Data0 = Volts Data1 - Data7 = NA NA
75 Tilt s16 s16 Pitch Roll Degrees (°) Degrees (°) Formula: Divide by 100 for 2 decimal point resolution. Example: 17518 / 100 = 175.18° Range: -180.00° to 180.00° Data0 = Pitch Data1 = Roll Data2 - Data7 = NA NA
78 Water Rope u8 No Water Present / Water Present Integer Default Mode: 0 = No Water Present 1 = Water Present Data0 = No Water Present / Water Present Data1 - Data7 = NA NA
79 Pressure 50 u16 Pressure Pounds/Square Inch (PSIG) Formula: Divide by 10 to get 1 decimal point resolution. Example: 359 / 10 = 35.9 PSI Range: 0 PSI to 50 PSI Data0 = Pressure Data1 - Data7 = NA NA
82 Pressure 300 u16 Pressure Pounds/Square Inch (PSIG) Formula: Divide by 10 to get 1 decimal point resolution. Example: 2595 / 10 = 259.5 PSI Range: 0 PSI to 300 PSI Data0 = Pressure Data1 - Data7 = NA NA
83 Pressure Custom u16 Pressure Pounds/Square Inch (PSIG) Formula: Divide by 10 to get 1 decimal point resolution. Example: 359 / 10 = 35.9 PSI Range: 0 PSI to 50 PSI Data0 = Pressure Data1 - Data7 = NA NA
84 Duct Temperature s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature Data1 - Data7 = NA NA
86 Thermocouple s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -100.0 to 400.0 C Data0 = Temperature Data1 - Data7 = NA NA
90 Pulse Counter(64) u64 Count Pulses Data produced by the sensor is in u64 format. 4 Registers are required to store this value. Concatenate the Registers in order to reconstruct the full value. Range: 0 to 2^64-1 Data0 = Count4 Data1 = Count3 Data2 = Count2 Data3 = Count1 Data4 - Data7 = NA Count = [Data3]+[Data2]+[Data1]+[Data0] Example Data0 = 7879 Data1 = 53327 Data2 = 1 Data3 = 0 Concatenate: [0]+[1]+[53327]+[7879] Convert to hexidecimal [0x0000]+[0x0001]+[D04F]+[1EC7] = 0x00000001D04F1EC7 Convert to decimal 0x00000001D04F1EC7 = 7,789,813,447 Count = 7,789,813,447 Pulses
92 Quad Temp s16 s16 s16 s16 Temperature Temperature Temperature Temperature Celcius © Celcius © Celcius © Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature1 Data1 = Temperature2 Data2 = Temperature3 Data3 = Temperature4 Data4 - Data7 = NA NA
93 Current Meter 20A u64 u16 u16 u16 Accumulate Avg Current Max Current Min Current Amp Hours (Ah) Amps (A) Amps (A) Amps (A) Data produced by the sensor is in multiple formats. 4 Registers are required to store the u64 value. Concatenate the registers in order to reconstruct the full value. Apply formula after concatenation. Formula: Divide by 100 to get 2 decimal point resolution. Example: 1567 / 100 = 15.67 A/Ah Range: 0 A to 50 A Physical hardware limitations Data0 = Acc4 Data1 = Acc3 Data2 = Acc2 Data3 = Acc1 Data4 = AvgCurrent Data5 = MaxCurrent Data6 = MinCurrent Data7 = NA Accumulate = [Data3]+[Data2]+[Data1]+[Data0] Example Data0 = 21847 Data1 = 520 Data2 = 0 Data3 = 0 Concatenate: [0]+[0]+[520]+[21847] Convert to hexidecimal [0x0000]+[0x0000]+[0x0208]+[0x5557] = 0x0000000002085557 Convert to decimal 0x0000000002085557 = 34,100,567 Apply Formula: 34,100,567 / 100 = 341,005.67 Accumulate = 341,005.67 Ah
94 Current Meter 150A u64 u16 u16 u16 Accumulate Avg Current Max Current Min Current Amp Hours (Ah) Amps (A) Amps (A) Amps (A) Data produced by the sensor is in multiple formats. 4 Registers are required to store the u64 value. Concatenate the registers in order to reconstruct the full value. Apply formula after concatenation. Formula: Divide by 100 to get 2 decimal point resolution. Example: 1567 / 100 = 15.67 A/Ah Range: 0 A to 200 A Physical hardware limitations Data0 = Acc4 Data1 = Acc3 Data2 = Acc2 Data3 = Acc1 Data4 = AvgCurrent Data5 = MaxCurrent Data6 = MinCurrent Data7 = NA Accumulate = [Data3]+[Data2]+[Data1]+[Data0] Example Data0 = 21847 Data1 = 520 Data2 = 0 Data3 = 0 Concatenate: [0]+[0]+[520]+[21847] Convert to hexidecimal [0x0000]+[0x0000]+[0x0208]+[0x5557] = 0x0000000002085557 Convert to decimal 0x0000000002085557 = 34,100,567 Apply Formula: 34,100,567 / 100 = 341,005.67 Accumulate = 341,005.67 Ah
95 Vibration Meter u8 u8 u8 u8 u8 u8 u8 X Speed Y Speed Z Speed X MaxFreq Y MaxFreq Z MaxFreq Duty Cycle Millimeters Per Second (MM/S) Millimeters Per Second (MM/S) Millimeters Per Second (MM/S) Hertz (Hz) Hertz (Hz) Hertz (Hz) Percentage (%) Formulas Speed: Divide by 10 for 1 decimal resolution. Frequency: No calculation required. Duty Cycle: No calculation required. Example: 235 / 10 = 23.5 mm/s Range: 0 to 255, 0 to 255, 0 to 100 Data0_L = X Speed (u8) Data0_H = Y Speed (u8) Data1_L = Z Speed (u8) Data1_H = X MaxFreq Data2_L = Y MaxFreq Data2_H = Z Max Freq Data3_L = Duty Cycle Data3_H = NA Data4 - Data7 = NA X Speed = [Data0_L] Y Speed = [Data0_H] Z Speed = [Data1_L] X MaxFreq = [Data1_H] Y MaxFreq = [Data2_L] Z maxFreq = [Data2_H] Duty Cycle = [Data3_L] Example Data0 = 1250 ? Convert to hexidecimal ? [0x04E2] Data1 = 10456 ? Convert to hexidecimal ? [0x28D8] Data2 = 7123 ? Convert to hexidecimal ? [0x1BD3] Data3 = 75 ? Convert to hexidecimal ? [0x004B] Concatenate: Data3 Data2 Data1 Data0 [0x004B]+[0x1BD3]+[0x28D8]+[0x04E2] = 0x00941BD328D804E2 -> BreakOut into bytes D3_H D3_L D2_H D2_L D1_H D1_L D0_H D0_L [0x00] [0x4B] [0x1B] [0xD3] [0x28] [0xD8] [0x04] [0xE2] ? Convert to decimal Apply Formula: X Speed = 226/10 = 22.6 mm/s Y Speed = 4/10 = 0.4 mm/s Z Speed = 216/10 = 21.6 mm/s X MaxFreq = 40 Hz Y MaxFreq = 211 Hz Z MaxFreq = 27 Hz Duty Cycle = 75%
97 Thermostat s16 s16 u8 Temerature Humidity State Celcius © Relative Humidity (%) Integer Formula: Divide by 100 for 2 decimal resolution. Formula: Divide by 100 for 2 decimal resolution. Covert to Binary to identify what states are active. Each bit corresponds to an individual state. See State/Bit definitions below. Example: 2710 / 10 = 27.10 C, 4555 / 100 = 45.55%, 13 = 0000 1101 (LSV) Bit0 - Heater State 0 = OFF / 1 = ON Bit1 - Cooler State 0 = OFF / 1 = ON Bit2 - Fan State 0 = OFF / 1 = ON Bit3 - Occupancy State 0 = OFF / 1 = ON Bit4 - Fan Override 0 = OFF / 1 = ON Bit5 - Occupied Overried 0 = OFF / 1 = ON Bit6 - Unoccupied Overried 0 = OFF / 1 = ON (MSV) Bit7 - Settings Lockout 0 = OFF / 1 = ON Range: -40.0 C to 85.0 C, 00.00% to 100.00%, 0 to 255 Data0 = Temperature Data1 = Humidity Data2 = State Data3 - Data7 = NA NA
98 NA
100 NA
101 PIR u8 Motion Detected / No Motion Detected Integer Default Mode: 0 = No Motion Detected 1 = Motion Detected Data0 = NoMotion / Motion Data1 - Data7 = NA NA
102 Air Quality u16 u16 u16 u8 PM 1 PM 2.5 PM 10 For Internal Use Only Micrograms/meter cubed (ug/m^3) Micrograms/meter cubed (ug/m^3) Micrograms/meter cubed (ug/m^3) Integer No conversion required. Range: 0 to 1000 ug/m^3 Data0 = PM1_0 Data1 = PM2_5 Data2 = PM10 Data3 = For Internal Use Only Data4 - Data7 = NA NA
103 Differential Pressure s16 s16 Pressure Temperature Pascals (Pa) Celcius © Formula: Divide by 10 for 1 decimal resolution. Formula: Divide by 10 for 1 decimal resolution. Example: 2710 / 10 = 271.0 Pa, 455 / 10 = 45.5 C Range: -500 to 500 Pa, -40.0 C to 125.0 C Data0 = Pressure Data1 = Temperature Data2 - Data7 = NA NA
105 Industrial Ultrasonic u16 Distance Centimeters (CM) Distance from target in CM. Range: 10 CM to 400 CM Data0 = Distance Data1 - Data7 = NA NA
106 C02 Meter s16 s16 s16 s16 Avg C02 TWA C02 For Internal Use Only For Internal Use Only Parts Per Million (PPM) Parts Per Million (PPM) Integer Integer Displays C02 in parts per million. Example: C02 Instantaneous: 2710 PPM, C02 TWA: 100 PPM Range: 0 to 10,000 PPM, 0 to 10,000 PPM Data0 = Avg C02 Data1 = TWA C02 Data2 = For Internal Use Only Data3 = For Internal Use Only Data4 - Data7 = NA NA
107 Light Meter u32 u8 Intensity Light/No Light Luminescence/unit area (LUX) Integer Data produced by the sensor is in multiple formats. The u32 value requires 2 Registers in order to contain this data. Concatenate the Registers in order to reconstruct the full value. Formula: Divide by 100 for 2 decimal point resolution Example: 94,531 / 100 = 945.31 LUX Range: 0 - 1000 LUX, 0 = No Light / 1 = Light Data0 = Intensity_L Data1 = Intensity_H Data2 = NoLight / Light Data3 - Data7 = NA Intensity = [Data1]+[Data0] Example Data0 = 28995 Data1 = 1 Concatenate: [1]+[28995] Convert to hexidecimal [0x0001]+[0x7143] = 0x00017143 Convert to decimal 0x00017143 = 94,531 Apply Formula: 94,531 / 100 = 945.31 Intensity = 945.31 LUX
109 Three Phase 150A u16 u8 u8 u8 u16 u8 u8 u8 u16 u8 u8 u8 u32 Phase1 AvgCurrent Phase1 MaxCurrent Phase1 MinCurrent Phase1 DutyCycle Phase2 AvgCurrent Phase2 MaxCurrent Phase2 MinCurrent Phase2 DutyCycle Phase3 AvgCurrent Phase3 MaxCurrent Phase3 MinCurrent Phase3 DutyCycle Accumulate Amps (A) Amps (A) Amps (A) Percentage (%) Amps (A) Amps (A) Amps (A) Percentage (%) Amps (A) Amps (A) Amps (A) Percentage (%) Amp Hours (Ah) *This sensor produces more data than what can be stored in the 8 available Registers. The data is produced in multiple formats. Omitted data will only be accessable through a different gateway type. Formula: u8 Data - No calculation required. u16 Data - Divide by 100 to get 2 decimal point resolution. Example: 1567 / 100 = 15.67 A Range: 0 A to 200 A Physical hardware limitations for each phase Data0 = Phase1 AvgCurrent (u16) Data1_L = Phase1 MaxCurrent (u8) Data1_H = Phase1 MinCurrent (u8) Data2 _L= Phase1 DutyCycle (u8) Data2_H = Phase2 AvgCurrent_L (u8) Data3_L = Phase2 AvgCurrent_H (u8) Data3_H = Phase2 MaxCurrent (u8) Data4_L = Phase2 MinCurrent (u8) Data4_H = Phase2 DutyCylce (u8) Data5 = Phase3 AvgCurrent (u16) Data6_L = Phase3 MaxCurrent (u8) Data6_H = Phase3 MinCurrent (u8) Data7_L = Phase3 DutyCycle (u8) Data7_H = Accumulate1 (u8) Limited use case, up to 25.5 Ah Phase2 AvgCurrent = [Data3_L]+[Data2_H] Example Data2 = 29560 ? Convert to hexidecimal ? 0x7378 Data3 = 12833 ? Convert to hexidecimal ? 0x3221 1st Concatenate: [0x3221]+[0x7378] = 0x32217378 ? BreakOut into bytes [0x32] [0x21] [0x73] [0x78] -------> [0x32] [0x21]+[0x73] [0x78] Data3 Data2 ReOrder Data3_L+Data2_H 2nd Concatenate: [0x32] [0x21]+[0x73] [0x78] = [0x32] [0x2173] [0x78] ? Convert to decimal [50] [8563] [120] Apply Formula: Phase1 Duty Cycle - 50% Phase2 AvgCurrent - 8563 / 100 = 85.63 A Phase2 MaxCurrent - 120 A
111 Advanced Vibration u8 u16 u16 u16 u16 u16 u16 u8 u8 u8 u8 s16 Mode X Frequency Y Frequency Z Frequency X Vibration Y Vibration Z Vibration X CrestFactor Y CrestFactor Z CrestFactor Duty Cycle Temperature Integer Hertz (Hz) Hertz (Hz) Hertz (Hz) mm/s^2 OR mm/s OR mm mm/s^2 OR mm/s OR mm mm/s^2 OR mm/s OR mm Integer Integer Integer Percentage (%) Celsius © *This sensor produces more data than what can be stored in the available 8 Registers. The omitted data may only be accessable through the FRR data or a different type of gateway. Vibration can be configured to measure in Acceleration, Velocity, or Displacement and this will determing the units of measurement. Formulas Mode: 0 = Velocity RMS, 1 = Acceleration RMS, 4 = Displacement RMS. Frequency: Divide by 5 for 1 decimal point resolution. Vibration (Velocity): Divide by 100 for 2 decimal point resolution. Vibration (Acceleration): Multiply by 10 for integer resolution. Vibration (Displacement): Divide by 100 for 2 decimal point resolution. Crest Factor: Divide by 100, then Add 1.41 for 2 decimal point resolution. Duty Cycle: Not enough room to contain this data. Temperature: Not enough room to contain this data. Example Range Frequency: 24863 / 5 = 497.2 Hz 0 to 65535 Velocity: 24863 / 100 = 248.63 mm/s 0 to 65535 Acceleration: 24863 * 10 = 2486.30 mm/s^2 0 to 65535 Displacement: 24863 / 100 = 248.63 mm 0 to 65535 Crest Factor: (245 / 100)+1.41 = 2.86 0 to 255 Data0_L = Mode (u8) Data4_L = XVibe_H (u8) Data0 _H = XFreq_L (u8) Data4_H = YVibe_L (u8) Data1_L = XFreq_H (u8) Data5_L = YVibe_H (u8) Data1_H = YFreq_L (u8) Data5_H = ZVibe_L (u8) Data2_L = YFreq_H (u8) Data6_L = ZVibe_H (u8) Data2_H = ZFreq_L (u8) Data6_H = XCrestFactor (u8) Data3_L = ZFreq_H (u8) Data7_L = YCrestFactor (u8) Data3_H = XVibe_L (u8) Data7_H = ZCrestFactor (u8) X Frequency = [Data1_L]+[Data0_H] Y Frequency = [Data2_L]+[Data1_H] Z Frequency = [Data3_L]+[Data2_H] X Vibration = [Data4_L]+[Data3_H] Y Vibration = [Data5_L]+[Data4_H] Z Vibration = [Data6_L]+[Data5_H] Example Data0 = 11520 ? Convert to hexidecimal ? 0x2D00 Data1 = 11521 ? Convert to hexidecimal ? 0x2D01 Data2 = 11521 ? Convert to hexidecimal ? 0x2D01 Data3 = 55297 ? Convert to hexidecimal ? 0xD801 Data4 = 55812 ? Convert to hexidecimal ? 0xDA04 Data5 = 62210 ? Convert to hexidecimal ? 0xF302 Data6 = 8961 ? Convert to hexidecimal ? 0x2301 Data7 = 17692 ? Convert to hexidecimal ? 0x451C 1st Concatenate: D7 D6 D5 D4 D3 D2 D1 D0 [0x451C]+[0x2301]+[0xF302]+[0xDA04]+[0xD801]+[0x2D01]+[0x2D01]+[0x2D00] = 0x451C2301F302DA04D8012D012D012D00 ? BreakOut into bytes D7 D6 D5 D4 D3 D2 D1 D0 [45][1C] [23][01] [F3][02] [DA][04] [D8][01] [2D][01] [2D][01] [2D][00] H L H L H L H L H L H L H L H L 2nd Concatenate: D7 D7 D6 D6 D5 D5 D4 D4 D3 D3 D2 D2 D1 D1 D0 D0 [45] [1C] [23] [01]+[F3] [02]+[DA] [04]+[D8] [01]+[2D] [01]+[2D] [01]+[2D] [00] H L H L H L H L H L H L H L H L Mode = [0x00] ? Convert to decimal ? 0 (Velocity) X Frequency = [0x012D] ? Convert to decimal, apply formula ? 301/5 = 60.2 Hz Y Frequency = [0x012D] ? Convert to decimal, apply formula ? 301/5 = 60.2 Hz Z Frequency = [0x012D] ? Convert to decimal, apply formula ? 301/5 = 60.2 Hz X Vibration = [0x04D8] ? Convert to decimal, apply formula ? 1240/100 = 12.40 mm/s Y Vibration = [0x02DA] ? Convert to decimal, apply formula ? 730/100 = 7.30 mm/s Z Vibration = [0x01F3] ? Convert to decimal, apply formula ? 499/100 = 4.99 mm/s X CrestFactor = [0x23] ? Convert to decimal, apply formula ? (35/100)+1.41 = 1.76 CF Y CrestFactor = [0x1C] ? Convert to decimal, apply formula ? (28/100)+1.41 = 1.69 CF Z CrestFactor = [0x45] ? Convert to decimal, apply formula ? (69/100)+1.41 = 2.10 CF
113 Voltage Meter 200VDC u32 Voltage Volts (V) Data produced by the sensor is in u32 format. 2 Registers are needed to contain this value. Concatenate the Registers in order to reconstruct the full value. Formula: Divide by 100 for 2 decimal point resolution Range: 0 - 250 V Physical hardware limitations Data0 = Voltage1 Data1 = Voltage2 Data2 - Data7 = NA Voltage = [Data0]+[Data1] Example Data0 = 0 ? Convert to hexidecimal ? 0x0000 Data1 = 19873 ? Convert to hexidecimal ? 0x4DA1 Concatenate: [0x0000]+[0x4DA1] = 0x00004DA1 ? Convert to decimal ? 19873 Apply Formula: 19873 / 100 = 198.73 Voltage = 198.73 V
114 Air Velocity s16 s16 Velocity Temperature Meters Per Second (M/S) Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 176 / 10 = 17.6 m/s, 271 / 10 = 27.1 C Range: 0 to 50 m/s, -40.0 C to 125.0 C NOTE: Velocity range will change based on altitude. 0M = 0-30 m/s, 5000M = 0-40 m/s, 8000M = 0-50 m/s Data0 = Velocity Data1 = Temperature Data2 - Data7 = NA NA
116 C0 Meter u16 u16 u16 u16 Temperature Instant C0 TWA C0 For Internal Use Only Celcius © Parts Per Million (PPM) Parts Per Million (PPM) Integer Formula: Divide by 10 for 1 decimal resolution. Formula: Divide by 10 for 1 decimal resolution. Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40 to 125 C, 0 to 1000 PPM, 0 to 1000 PPM Data0 = Temperature Data1 = Instant C0 Data2 = TWA C0 Data3 = For Internal Use Only Data4 - Data 7 = NA NA
119 Car Detect u8 u16 Mode Indicator Car Count Integer Integer Identifies which mode the sensor is currently operating in. 0 = No Car Detected 1 = Car Detected (Trigger Modes), 2 = Count Mode Counts the numbers of cars detected within a user configured timeframe. Range: 0-2, 0-65535 Data0_H = CarCount_L(u8) Data0_L = Mode(u8) Data1 = CarCount_H(u8) Mode = [Data0_L] Car Count = [Data1]+[Data0_H] Example Data0 = 11266 ? Convert to hexidecimal ? 0x2C02 Data1 = 1 ? Convert to hexidecimal ? 0x0001 Concatenate: [0x0001]+[0x2C02]= 0x00012C02 [Data1]+[Data0_H] = [0x00 01] [2C] or [0x012C] ? Convert to deicimal ? 300 [Data0_L] = [0x02] ? Convert to Decimal ? 2 Mode = 2 Car Count = 300
120 Current Meter 500A u64 u16 u16 u16 Accumulate Avg Current Max Current Min Current Amp Hours (Ah) Amps (A) Amps (A) Amps (A) Data produced by the sensor is in multiple formats. 4 Registers are required to store the u64 value. Concatenate the registers in order to reconstruct the full value. Apply formula after concatenation. Formula: Divide by 100 to get 2 decimal point resolution. Example: 1567 / 100 = 15.67 A/Ah Range: 0 A to 600 A Physical hardware limitations Data0 = Acc4 Data1 = Acc3 Data2 = Acc2 Data3 = Acc1 Data4 = AvgCurrent Data5 = MaxCurrent Data6 = MinCurrent Data7 = NA Accumulate = [Data3]+[Data2]+[Data1]+[Data0] Example Data0 = 21847 Data1 = 520 Data2 = 0 Data3 = 0 Concatenate: [0]+[0]+[520]+[21847] Convert to hexidecimal [0x0000]+[0x0000]+[0x0208]+[0x5557] = 0x0000000002085557 Convert to decimal 0x0000000002085557 = 34,100,567 Apply Formula: 34,100,567 / 100 = 341,005.67 Accumulate = 341,005.67 Ah
122 Voltage Meter 500VAC u16 Voltage Volts (V) Formula: Divide by 100 to get 2 decimal point resolution. Example: 15670 / 100 = 156.70 A Range: 0 A to 600 A Physical hardware limitations Data0 = Volts Data1 - Data7 = NA NA
123 Voltage Detect 200VDC u8 No Voltage Present / Voltage Present Integer Default Mode: 0 = No Voltage Present 1 = Voltage Present Data0 = No Voltage Present / Voltage Present Data1 - Data 7 = NA NA
124 Propane s16 u16 Gas Level Voltage Percentage (%) Millivolts (mV) How much gas is remaining in the tank. Hall Effect reading expresed as mV. Formula: Divide by 100 for 2 decimal resolution. Range: 0-100, 0-5000 Data0 = Gas Level Data1 = Voltage Data2 - Data7 = NA NA
126 Accelerometer Max/Avg u16 u16 u16 u16 u16 u16 u16 u16 X Max Y Max Z Max Max Magnitude X Avg Y Avg Z Avg Avg Magnitude G-Force (G) G-Force (G) G-Force (G) G-Force (G) G-Force (G) G-Force (G) G-Force (G) G-Force (G) Formula: Divide by 1000 for 3 decimal resolution. Example: 7856 / 1000 = 7.856 G Range: 0.000 to 8.000 G Data0 = X Max Data1 = Y Max Data2 = Z Max Data3 = Max Magnitude Data4 = X Avg Data5 = Y Avg Data6 = Z Avg Data7 = Avg Magnitude NA
129 Three Phase 500A u16 u8 u8 u8 u16 u8 u8 u8 u16 u8 u8 u8 u32 Phase1 AvgCurrent Phase1 MaxCurrent Phase1 MinCurrent Phase1 DutyCycle Phase2 AvgCurrent Phase2 MaxCurrent Phase2 MinCurrent Phase2 DutyCycle Phase3 AvgCurrent Phase3 MaxCurrent Phase3 MinCurrent Phase3 DutyCycle Accumulate Amps (A) Amps (A) Amps (A) Percentage (%) Amps (A) Amps (A) Amps (A) Percentage (%) Amps (A) Amps (A) Amps (A) Percentage (%) Amp Hours (Ah) *This sensor produces more data than what can be stored in the 8 available Registers. The data is produced in multiple formats. Omitted data will only be accessable through a different gateway type. Formula: u8 DutyCycle Data - No calculation required. u8 Data - Multiply by 3 for integer resolution. u16 Data - Divide by 100 to get 2 decimal point resolution. u32 Data - Divide by 10 for 1 decimal point resolution. Example: 1567 / 100 = 15.67 A, 120 * 3 = 360 A Range: 0 A to 600 A Physical hardware limitations for each phase Data0 = Phase1 AvgCurrent (u16) Data1_L = Phase1 MaxCurrent (u8) Data1_H = Phase1 MinCurrent (u8) Data2 _L= Phase1 DutyCycle (u8) Data2_H = Phase2 AvgCurrent_L (u8) Data3_L = Phase2 AvgCurrent_H (u8) Data3_H = Phase2 MaxCurrent (u8) Data4_L = Phase2 MinCurrent (u8) Data4_H = Phase2 DutyCylce (u8) Data5 = Phase3 AvgCurrent (u16) Data6_L = Phase3 MaxCurrent (u8) Data6_H = Phase3 MinCurrent (u8) Data7_L = Phase3 DutyCycle (u8) Data7_H = Accumulate1 (u8) Limited use case, up to 25.5 Ah Phase2 AvgCurrent = [Data3_L]+[Data2_H] Example Data2 = 29560 ? Convert to hexidecimal ? 0x7378 Data3 = 12833 ? Convert to hexidecimal ? 0x3221 1st Concatenate: [0x3221]+[0x7378] = 0x32217378 ? BreakOut into bytes [0x32] [0x21] [0x73] [0x78] -------> [0x32] [0x21]+[0x73] [0x78] Data3 Data2 ReOrder Data3_L+Data2_H 2nd Concatenate: [0x32] [0x21]+[0x73] [0x78] = [0x32] [0x2173] [0x78] ? Convert to decimal [50] [8563] [120] Apply Formula: Phase1 Duty Cycle - 50% Phase2 AvgCurrent - 8563 / 100 = 85.63 A Phase2 MaxCurrent - 120 * 3 = 360 A
130 NA
131 Filtered Quad Temp s16 s16 s16 s16 Temperature Temperature Temperature Temperature Celcius © Celcius © Celcius © Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature1 Data1 = Temperature2 Data2 = Temperature3 Data3 = Temperature4 Data4 - Data7 = NA NA
132 Filtered Temperature s16 Temperature Celcius © Formula: Divide by 10 for 1 decimal resolution. Example: 271 / 10 = 27.1 C Range: -40.0 to 125.0 C Data0 = Temperature Data1 - Data7 = NA NA


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