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User Guide for neptronic models including: EVCB14N Series Modbus Communication Module, EVCB14N Series, Modbus Communication Module, Communication Module, Module
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DocumentDocumentEVCB14N Series Modbus Communication Module User Guide EVCB14NIT0S EVCB14NIT2S EVCB14NIT4S EVCB14NDT4S EVCB14NIT0SF EVCB14NIT4SF (0 TRIACS / pressure independent) (2 TRIACS / pressure independent) (4 TRIACS / pressure independent) (4 TRIACS / pressure dependent) (0 TRIACS / pressure independent / with feedback) (4 TRIACS / pressure independent / with feedback) EVCB14N-V508-Modbus Guide-210730-ESA EVCB14N Series Modbus Communication Module User Guide Introduction The EVCB14N Series Modbus Communication Module User Guide provides information for using Neptronic® communication feature. The controller uses Modbus communication protocol over serial line in the RTU mode and provides a Modbus network interface between client devices and Neptronic EVCB14N Series devices. The EVCB14N Series Modbus Guide assumes that you are familiar with Modbus terminology. The following are the requirements for Modbus: · Data Model. The EVCB Modbus server data model uses only the Holding Registers table. · Function Codes. The EVCB Modbus server supports a limited function codes subset comprising: o Read Holding Registers (0x03) o Write Single Register (0x06) o Write Multiple Registers (0x10) · Exception Responses. The EVCB Modbus server supports the following exception codes: o Illegal data address o Illegal data value o Slave device busy · Serial Line. The EVCB Modbus over serial line uses RTU transmission mode over a two-wire configuration RS485 (EIA/TIA-485 standard) physical layer. o The physical layer can use fixed baud rate selection or automatic baud rate detection (default) as per the Modbus Auto Baud Rate device menu item or holding register index 1. o The supported baud rates are 9600, 19200, 38400, and 57600. o The physical layer also supports variable parity control and stop bit configuration as per the Modbus Comport Config device menu item or holding register index 2. o In auto baud rate configuration, if the device detects only consecutive bad frames (2 or more) for one second with any given baud rate, it will reinitialize itself to the next baud rate. · Addressing. The EVCB device only answers at the following address: o The device's unique address (1 to 246) that can be set through the device menu or through holding register index 0. www.neptronic.com Page | 1 EVCB14N Series Modbus Communication Module User Guide Holding Registers Table Table Glossary Name W RO Unsigned Signed Bit String Description Writable Register Read Only Register For range of values from 0 to 65,535, unless otherwise specified For range of values from -32,768 to 32,767, unless otherwise specified For registers with multiple values using bit mask (example, flags) Name ASCII MSB LSB MSW LSW Description For registers containing ASCII (8-bit) characters Most Significant Byte Least Significant Byte Most Significant Word Least Significant Word Holding Register Table Register Index Description 40000 Modbus Address and Product Type. 40001 MSTP Baud Rate. 40002 Modbus Slave Communication Port Configuration. 40003 Product Name (characters 8 & 7). Data Type Unsigned Unsigned Scale 100 Unsigned ASCII Range MSB = Product type (e.g. 111 for EVCB) LSB = Modbus Address (e.g. 1-246) 0, 9600, 19200, 38400, or 57600 0 = Auto Baud Rate Detection Value/100 (e.g. 38400 baud = 384) 1= No parity, 2 Stop bits 2= Even parity, 1 stop bit 3= Odd parity, 1 stop bit 1 to 65,535 char 8: 0x53 = S char 7: 0x00 = 40004 Product Name (characters 6 & 5). 40005 40006 Product Name (characters 4 & 3). Product Name (characters 2 & 1). ASCII ASCII ASCII 1 to 65535 1 to 65535 1 to 65535 char 6: 0x49 = I char 4: 0x42 = B char 2: 0x45 = E char 5: 0x34 = 4 char 3: 0x4E = N char 1: 0x56 = V www.neptronic.com Writable W W W W W W W Page | 2 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40007 40008 Product actual firmware version. Product actual EEPROM version. 40009 System Status 1. 40010 System Status 2. 40011 Internal Temperature. 40012 External Temperature. 40013 Change Over Temperature. Data Type Unsigned Unsigned Bit String Bit String Unsigned Scale 100 Signed Scale 100 Signed Scale 100 Range 1 to 65535 (e.g. 410) 1 to 65535 (e.g. 203) [B0 B11]: Reserved B12: CO2 alarm 0 = Normal; 1 = Alarm B13: Pressure mode (actual status) 0 = Independent; 1 = Dependent B14: Air Flow 0 = Normal; 1 = Error [B0-B11, B13-B14]: Reserved B12: Alarm override 0 = Normal; 1 = Alarm 0 to 5000 Value x 100 (e.g. 23°C = 2300) -4000 to 10000 Value x 100 (e.g. 18°C = 1800) -4000 to 10000 Value x 100 (e.g. 18°C = 1800) 40014 Internal Humidity Internal humidity, reading of the integrated humidity sensor of TRLH or TRLGH/TDU (models with humidity sensor). If not available, the value will be fixed to 0x7FFF (32767) 40015 Input 3 reading, pressure sensor value (Not available on all models) 40016 Analog input 1 value. Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 100 0 to 1000 Value x 10 (e.g. 45%RH = 450) 0 to 2500 Value x 10 (e.g. 10 Pa = 100) 0 to 1000 Value x 100 (e.g. 2 mV = 200) www.neptronic.com Writable RO RO RO RO RO RO RO RO RO RO Page | 3 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40017 40018 40019 Analog Input 2 value. CO2 value in ppm If using TRLG or TRLG/TDU (models with CO2 sensor) and CO2 is in TRL mode, it is the sensor value in ppm. If using AI1 or AI2 and CO2 is set in Analog more, the reading is from the external sensor. Air supply temperature. 40020 Control temperature. 40021 Heating demand for heating ramp 1. 40022 Cooling demand for cooling ramp 1. 40023 Temperature offset applied on internal temperature. 40024 Temperature offset applied on external temperature. 40025 Temperature setpoint used during the occupancy period of the day. 40026 Minimum temperature setpoint used during the day. 40027 Maximum temperature setpoint used during the day. 40028 Cooling setpoint during No Occupancy / Night Set Back 40029 Heating setpoint during No Occupancy / Night Set Back Data Type Unsigned Scale 100 Unsigned Scale 100 Signed Scale 100 Signed Scale 100 Unsigned Scale 10 Unsigned Scale 10 Signed Scale 100 Signed Scale 100 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Range 0 to 1000 Value x 100 (e.g. 3 mV = 300) 100 to reg 40098 Value x 100 (e.g. 5 ppm = 500) -4000 to 10000 Value x 100 (e.g. 5°C = 500) -4000 to 10000 Value x 100 (e.g. 25°C = 2500) 0 to 1000 Value x 10 (e.g. 25% = 250) 0 to 1000 Value x 10 (e.g. 25% = 250) -500 to 500 Value x 100 (e.g. 0.5°C = 50) -500 to 500 Value x 100 (e.g. 0.5°C = 50) Range: 40026 to 40027 Value x 10 (e.g. 20°C = 200) Range: 100 to 40027 Value x 10 (e.g. 10°C = 100) Range: 40026 to 400 Value x 10 (e.g. 40°C = 400) Range: 40029 to 400 Value x 10 (e.g. 22°C = 220) Range: 100 to 40028 Value x 10 (e.g. 16°C = 160) Writable RO RO RO W RO RO W W W W W W W www.neptronic.com Page | 4 Register Index Description 40030 Cooling demand for proportional band 1. 40031 Heating demand for proportional band 1. 40032 Cooling dead band for proportional band 1. 40033 Heating dead band for proportional band 1. 40034 Changeover temperature setpoint. 40035 40036 40037 40038 40039 Night setback override delay in minutes. Integral time factor for heating in seconds. Cooling anti-cycle delay: delay in minutes before activating or reactivating the cooling contact. Floating time 1: Indicates the time in seconds required by the actuator to complete a 90° run. Occupancy Delay Mode in minutes 40040 Cooling demand for cooling ramp 2. 40041 Proportional band for cooling ramp 2 40042 Dead band for cooling ramp 2. 40043 Heating demand for heating ramp 2. 40044 Proportional band for heating ramp 2. www.neptronic.com EVCB14N Series Modbus Communication Module User Guide Data Type Range Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 5 to 50 Value x 10 (e.g. 0.3°C = 3) 5 to 50 Value x 10 (e.g. 0.3°C = 3) 0 to 50 Value x 10 (e.g. 0.3°C = 3) 0 to 50 Value x 10 (e.g. 0.3°C = 3) 100 to 400 Value x 10 (e.g. 12°C = 120) 0 to 180 minutes 0 to 250 seconds 0 to 15 minutes 15 to 250 seconds 0 to 180 minutes 0 to 1000 % Value x 10 (e.g. 30% = 300) 5 to 50 Value x 10 (e.g. 0.2°C = 2) 0 to 50 Value x 10 (e.g. 0.2°C = 2) 0 to 1000 % Value x 10 (e.g. 30% = 300) 5 to 50 Value x 10 (e.g. 0.2°C = 2) Writable W W W W W W W W W W RO W W W W Page | 5 EVCB14N Series Modbus Communication Module User Guide Register Index Description Data Type Range Writable 40045 Dead band for heating ramp 2. Unsigned Scale 10 0 to 50 Value x 10 (e.g. 0.2°C = 2) W 40046 Changeover demand for the VAV box. Unsigned 0 to 1000 % RO Scale 10 Value x 10 (e.g. 30% = 300) 40047 Changeover proportional band: the range in which the controller modulates the cooling and heating output from 0 to 100%. Unsigned Scale 10 5 to 50 Value x 10 (e.g. 0.2°C = 2) W 40048 Changeover deadband: the range at which the controller takes no action when the temperature is above or below the setpoint. Unsigned Scale 10 0 to 50 Value x 10 (e.g. 0.2°C = 2) W 40049 AO1 min Vdc: minimum voltage of analog output 1. Unsigned Scale 10 Range: 0 to reg. 40051 Value x 10 (e.g. 2 Volts = 20) W 40050 AO2 min Vdc: minimum voltage of analog output 2. Unsigned Scale 10 Range: 0 to reg. 40052 Value x 10 (e.g. 2 Volts = 20) W 40051 AO1 max Vdc: maximum voltage of analog output 1. Unsigned Scale 10 Range: reg. 40049 to 100 Value x 10 (e.g. 10 Volts = 100) W 40052 AO2 max Vdc: maximum voltage of analog output 2. Unsigned Scale 10 Range: reg. 40050 to 100 Value x 10 (e.g. 10 Volts = 100) W = The minimum and maximum voltages correspond to 0 to 100% demand. The minimum voltage is always applied to the output. The maximum voltage is applied when the demand reaches 100%. For reheat applications, we recommend to leave the minimum voltage at 0Vdc to avoid heating when the demand is 0%. 40053 Time of numerical filter of delta pressure in seconds. Unsigned 1 to 10 seconds W Not effective on all models. 40054 Factor of V=K*sqrt(dP), where dP = 1. Unsigned Range: 100 to 9995 CFM W Not effective on all models. 40055 Minimum air flow for cooling. Not effective on all models. Unsigned Range: 0 or (12.7%) Kfac to reg 40056 CFM W 40056 Maximum air flow for cooling. Not effective on all models. Unsigned Range: reg 40055 to reg 40054 CFM W 40057 Minimum air flow for heating. Not effective on all models. Unsigned Range: 0 or (12.7%) Kfac to reg 40058 CFM W www.neptronic.com Page | 6 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40058 40059 40060 40061 40062 Maximum air flow for heating. Not effective on all models. Integral time factor of air flow in minutes. Not effective on all models. Actual air flow converted from delta pressure sensor. Not effective on all models. Air flow calculated from system demand. Not effective on all models. Configuration value for Air Flow Max used during airflow balancing sequence. Refer to EVCB-Airflow Balance Instructions. Not effective on all models. 40063 Analog output 1 value. 40064 Analog output 2 value. 40065 40066 40067 40068 40069 40070 Percentage of demand to close TRIAC output 1. Not available on all models. Percentage of demand to close TRIAC output 2. Not available on all models. Percentage of demand to close TRIAC output 3. Not available on all models. Percentage of demand to close TRIAC output 4. Not available on all models. Percentage of demand to open TRIAC output 1. Not available on all models. Percentage of demand to open TRIAC output 2. Not available on all models. 40071 Percentage of demand to open TRIAC output 3. Not available on all models. www.neptronic.com Data Type Range Unsigned Unsigned Unsigned Unsigned Range: reg 40057 to reg 40054 CFM 0 to 60 minutes Range: 0 to reg 40054 CFM Range: 0 to 9999 CFM Unsigned Range: 0 to 9999 CFM Unsigned Scale 10 Unsigned Scale 10 Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unit: Volt, Range: reg 40049 to reg 40051 Value x 10 (e.g. 5 Volts = 50) Unit: Volt, Range: reg 40050 to reg 40052 Value x 10 (e.g. 5 Volts = 50) 15 to 80% 15 to 80% 15 to 80% 15 to 80% 0 to reg 40065-4% 0 to reg 40065-4% Unsigned 0 to reg 40065-4% Writable W W RO RO W W W W W W W W W W Page | 7 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40072 40073 Percentage of demand to open TRIAC output 4. Not available on all models. Integral time factor for cooling in seconds. 40074 Motor position. Not effective on all models. 40075 to 40080 - Reserved 40081 Air flow offset calibration. Refer to EVCB-Airflow Balance Instructions.Not effective on all models. 40084 Configuration value for Air Flow Min used during airflow balancing sequence. Refer to EVCB-Airflow Balance Instructions. Not effective on all models. 40082, 40083, and 40085 to 40095 - Reserved 40096 Network fallback timeout Present Value in minutes. 40097 Reserved 40098 Maximum range of the CO2 sensor connected to AI1 or AI2. 40099 Maximum concentration of CO2 before the EVC activates an alarm. Data Type Unsigned Unsigned Unsigned 0 to reg 40065-4% 0 to 250 seconds 0 to 100% Signed -500 to 500 CFM Unsigned Range: 0 to 9999 CFM Range Unsigned 0 to 60 minutes Unsigned Unsigned 100 to 5000 PPM Range: 100 to the greater ppm value between 2000 and reg 40098 Writable W W RO RO W W RO W RO W W www.neptronic.com Page | 8 Register Index Description 40100 System Option 1. Not effective on all models. EVCB14N Series Modbus Communication Module User Guide Data Type Bit String Range B3, B13-B14: Reserved B0: Tstat temperature units 0 = Celsius; 1 = Fahrenheit B1: Modbus temperature units 0 = Celsius; 1 = Fahrenheit B2: Temperature setpoint lock 0 = Unlocked; 1 = Locked B4: TO1/TO2 floating direction 0 = Direct; 1 = Reverse B5: TO3/TO4 floating direction 0 = Direct; 1 = Reverse B7: Freeze protection 0 = Disabled; 1 = Enabled B8: User system off mode 0 = User can set Tstat to OFF 1 = User cannot set Tstat OFF B9: Keypad bottom left lock 0 = Unlocked; 1 = Locked B10:Keypad upper left lock 0 = Unlocked; 1 = Locked B11: Keypad arrows lock 0 = Unlocked; 1 = Locked B12: Program lock 0 = Unlocked; 1 = Locked B6: Onboard motor direction B15: Schedule 0 = Direct; 1 = Reverse 0 = Disabled; 1 = Enabled Writable W www.neptronic.com Page | 9 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40101 System Option 2. Notes B14: Applies only if DI2 is in OverHeat or Override. B15: Configuration value of the fan operation when an output ramp is configured with the option "Fan On". When set to (0) On, the fan is continuously in operation even when EVC is off. When set to (1) Off, the fan turns off during the following conditions; User System Mode is set to OFF, when in night setback mode, scheduler forces the EVC OFF or when Digital Input 2 is set to Override and is active. Not effective on all models. 40102 40103 40104 Status value of the actual changeover control mode. System command status. Not effective on all models. TO OnOff. Not available on all models. 40105 Occupancy or night setback mode commands. 40106 Status of digital input 1. Data Type Bit String Unsigned Unsigned Unsigned Unsigned Unsigned Range B0-B1, B13: Reserved B2: Auto baud rate detection 0 = Enabled; 1 = Disabled B3: Night setback mode 0 = Tstat ON; 1 = Tstat OFF B4: AO1 direction 0 = Direct; 1 = Reverse B5: AO2 direction 0 = Direct; 1 = Reverse B6: TO1 direction 0 = Direct; 1 = Reverse B7: TO2 direction 0 = Direct; 1 = Reverse 0 = Cooling, 1= Heating B8: TO3 direction 0 = Direct; 1 = Reverse B9: TO4 direction 0 = Direct; 1 = Reverse B10: Display RH 0 = No; 1 = Yes B11: Pressure mode select 0 = independent;1 = dependent B12: Auto pressure mode change 0 = Enabled; 1 = Disabled B14: DI 2 Contact 0: NO; 1: NC B15: Fan always "on" mode 0 = Always on; 1 = Follow NSB/NoOcc 0 = No Command, 1 = AirFlow 1 Balancing, 4 = AirFlow 2 Balancing 1 = TO1 OnOff 2 = TO2 OnOff 1 = Locally 2 = Off 3 = Occupancy 0 = Open, 1 = Close 4 = TO3 OnOff 8 = TO4 OnOff 4 = NoOccupancy 5 = Day 6 = Night Writable W RO W RO W RO www.neptronic.com Page | 10 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40107 Analog input 1 signal. Not available on all models. Not effective on all models. Only available with EVCB14NIT0S. 40108 User System Control Mode. 40109 40110 40111 Sets the permissions or restrictions to change the system control mode by the user. Indicates the status of the Night Setback mode. Configuration of DI1 mode. Night setback or no occupancy status. Only available with EVCB14NIT0S. 40112 Analog input 2 signal. Not available on all models. Only available with EVCB14NIT0S. 40113 Occupancy status of the zone. 40114 AO1: Analog output 1 control ramp Notes: Options 11 and 12 are for fan powered applications and only available with models: EVCB14NIT4S, EVCB14NDT4S, and EVCB14NIT4SF. Not available on all models. Data Type Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Range 1 = OFF 2 = ETS (external temp) 3 = SENS (changeover sensor) 4 = NoCL (normally cool) 5 = NoHT (normally heat) 6 = STFL (setpnt airflow 0-10Vdc) 7 = CO2 (carbon dioxide) 8 = AST (air supply temp sensor) 9 = mor (motor position) 1 = AUTO 2 = HEAT 1 = AUTO 2 = HEAT 10 = EXT50K (external 50K sensor) 11 = TSTAT temp sensor (thermostat temperature sensor) 12 = TSTAT Setpoint (thermostat setpoint 0-10Vdc) 13 = TSTAT Setpoint 2-10V (thermostat setpoint 2-10Vdc) 3 = COOL 4 = OFF 3 = COOL 4 = COOL-HEAT 5 = AUTO-LOCK 1 = Day, 2 = Night, 3 = Derogation 1=Off 2= Occupancy NO 3= Occupancy NC 1 = OFF 2 = ETS (external temp) 3 = SENS (changeover sensor) 4 = NoCL (normally cool) 5 = NoHT (normally heat) 6 = STFL (setpnt airflow 0-10Vdc) 7 = CO2 (carbon dioxide) 8 = AST (air supply temp sensor) 9 = mor (motor position) 4= Night Set Back NO 5= Night Set Back NC 6= Unoccupancy damper 10 = EXT50K (external 50K sensor) 11 = TSTAT temp sensor (thermostat temperature sensor) 12 = TSTAT Setpoint (thermostat setpoint 0-10Vdc) 13 = TSTAT Setpoint 2-10V (thermostat setpoint 2-10Vdc) 1 = No Occupancy, 2 = Occupancy, 3 = Derogation 1 = OFF 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = ArFL (airflow reading) 7 = CO2 (carbon dioxide) 8 = STFL (setpnt airflow 0-10Vdc) 9 10 = reserved 11 = Fan Auto (follow demand) 12 = Fan On (always on) Writable W W W RO W W RO W www.neptronic.com Page | 11 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40115 AO2: Analog output 2 control ramp Notes: Options 11 and 12 are for fan powered applications and only available with models: EVCB14NIT4S, EVCB14NDT4S, and EVCB14NIT4SF. Not available on all models. 40116 TO1: Configuration of the ramp used to modulate (pulse or floating) or activate/deactivate (On/Off) TO1 based on demand. Not available on all models. 40117 TO2: Configuration of the ramp used to modulate (pulse or floating) or activate/deactivate (On/Off) TO2 based on demand. Not available on all models. 40118 TO3: Configuration of the ramp used to modulate (pulse or floating) or activate/deactivate (On/Off) TO3 based on demand. Not available on all models. 40119 TO4: Configuration of the ramp used to modulate (pulse or floating) or activate/deactivate (On/Off) TO4 based on demand. Not available on all models. 40120 40121 40122 TO1: Signal output type for TRIAC output 1. Not available on all models. TO2: Signal output type for TRIAC output 2. Not available on all models. TO3: Signal output type for TRIAC output 3. Not available on all models. www.neptronic.com Data Type Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Range 1 = OFF 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = ArFL (airflow reading) 1 = OFF 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = CO2 (carbon dioxide) 1 = OFF 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = CO2 (carbon dioxide) 1 = OFF 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = CO2 (carbon dioxide) 1 = OFF 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = CO2 (carbon dioxide) 7 = CO2 (carbon dioxide) 8 = STFL (setpnt airflow 0-10Vdc) 9 10 = reserved 11 = Fan Auto (follow demand) 12 = Fan On (always on) 7 = STFL (setpnt airflow 0-10Vdc) 8 = COR* (changeover ramp) 9 = CH1* (cool/heat 1) 10 = ANLG* (analog 0-10Vdc) 11 = Fan Auto (follow demand) 12 = Fan On (always on) 7 = STFL (setpnt airflow 0-10Vdc) 8 = COR* (changeover ramp) 9 = CH1* (cool/heat 1) 10 = ANLG* (analog 0-10Vdc) 11 = Fan Auto (follow demand) 12 = Fan On (always on) 7 = STFL (setpnt airflow 0-10Vdc) 8 = COR* (changeover ramp) 9 = CH1* (cool/heat 1) 10 = ANLG* (analog 0-10Vdc) 11 = Fan Auto (follow demand) 12 = Fan On (always on) 7 = STFL (setpnt airflow 0-10Vdc) 8 = COR* (changeover ramp) 9 = CH1* (cool/heat 1) 10 = ANLG* (analog 0-10Vdc) 11 = Fan Auto (follow demand) 12 = Fan On (always on) 3 = Pulsing, 4 = On_Off, 5 = Floating 3 = Pulsing, 4 = On_Off 3 = Pulsing, 4 = On_Off, 5 = Floating Writable W W W W W W W W Page | 12 Register Index Description 40123 40124 TO4: Signal output type for TRIAC output 4. Not available on all models. Pressure independent output selection for VAV damper actuator. Not available on all models. 40125 Motor ramp: Configuration of the ramp used to modulate the actuator based on demand. Not available on all models. 40126 40127 40128 40129 Changeover control mode status that indicates the source of changeover values. Reserved Reserved Configuration of DI2 mode. Only available with EVCB14NIT0S. 40130 Selected temperature control source (in Programming mode). 40131 40132 40133 40134 40135 40136 Airflow balance mode enter the balancing mode to adjust air flow factor. Not effective on all models. Reserved Configuration to set the motor position in night setback mode. Not effective on all models. Digital input 2 delay in seconds. Time in seconds required by the actuator to complete a 90° run. Not available on all models. Minimum motor position in percentage of stroke for cooling. Not available on all models. www.neptronic.com EVCB14N Series Modbus Communication Module User Guide Data Type Range Unsigned 3 = Pulsing 4 = On_Off Unsigned Unsigned Unsigned 3 = Floating1, 4 = Floating2, 5 = Motor 2 = CR1 (cooling ramp 1) 3 = CR2 (cooling ramp 2) 4 = HR1 (heating ramp 1) 5 = HR2 (heating ramp 2) 6 = Not Available 7 = STFL (setpnt airflow 0-10Vdc) 8 = COR (changeover ramp) 9 = CH1 (cool/heat 1) 10 = ANLG (analog 0-10Vdc) 1 = Local, 2 = Cooling, 3 = Heating Unsigned Unsigned Unsigned 1=Off 4=OverHeat2 2=Override 5=OverHeatAll 3=OverHeat1 6=ChangeOverNoCooling 7=ChangeOverNoHeating 8=Unoccupancy damper 1 = Internal Temperature 2 = External Temperature 3 = Remote Temperature 4 = Average Temperature 5 = Maximum Temperature 1 = Close 2 = Minimum Flow 3 = Maximum Flow 4 = Full Open Unsigned Unsigned Unsigned 1 = Auto 2 = Open 0 to 3600 seconds 15 to 250 seconds Unsigned 0 to 100% Writable W W W W RO RO W W W RO W W W W Page | 13 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40137 40138 40139 40140 40141 40142 40143 40144 40145 40146 40147 40148 40149 40150 40151 40152 Minimum motor position in percentage of stroke for heating. Not available on all models. Airflow Hysteresis Stop in percentage. Not available on all models. Airflow Hysteresis Start in percentage. Not available on all models. Airflow scale.Not available on all models. Airflow fault deadband in percentage. Not available on all models. Airflow fault error in percentage. Not available on all models. Airflow fault hysteresis in percentage. Not available on all models. Airflow fault time.Not available on all models. CL_HT SwitchTimer, waiting time before switching between the heating and cooling modes. CL_HT SwitchTimerCount, countdown to indicate the swap between heating and cooling modes. FloatingTO1/TO2, TRIAC output 1 or 2 when set to floating, indicates the floating signal demand. Not available on all models. FloatingTO3/TO4, TRIAC output 3 or 4 when set to floating, indicates the floating signal demand. Not available on all models. TO1 Pulsing, TRIAC output 1 when set to Pulsed, indicates the pulse signal demand. Not available on all models. TO2 Pulsing, TRIAC output 2 when set to Pulsed, indicates the pulse signal demand. Not available on all models. TO3 Pulsing, TRIAC output 3 when set to Pulsed, indicates the pulse signal demand. Not available on all models. TO4 Pulsing, TRIAC output 4 when set to Pulsed, indicates the pulse signal demand. Not available on all models. Data Type Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Unsigned Scale 10 Range 0 to 100% 1 to 100% reg 40138 to 100% 1 = Scale1, 2 = Scale10, 3 = Scale100 1 to 30% 0 to 100% 1 to 30% 2 to 59 minutes 0 to 120 minutes 0 to 4,294,967,295 seconds 0 to 1000% Value x 10 (e.g. 15% =150) 0 to 1000% Value x 10 (e.g. 15% =150) 0 to 1000% Value x 10 (e.g. 15% =150) 0 to 1000% Value x 10 (e.g. 15% =150) 0 to 1000% Value x 10 (e.g. 15% =150) 0 to 1000% Value x 10 (e.g. 15% =150) www.neptronic.com Writable W W W W W W W W W RO RO RO RO RO RO RO Page | 14 Register Index 40153 Over heat status. Description Configuration to override the motor position. 40154 Not available on all models. 40155 Information displayed on the TRL/TDU. 40156 40157 Status of digital input 2. Reserved 40158 System Options 3 40159 System Options 4 40160 Internal CO2, reading of the integrated CO2 sensor of TRLG or TRLGH/TDU (models with humidity sensor). If not available, the value will be fixed to 0x7FFF (32767) 40161 Internal light sensor reading in Luxes. 40162 Internal VOC sensor reading in ppb. www.neptronic.com EVCB14N Series Modbus Communication Module User Guide Data Type Unsigned Unsigned Unsigned Unsigned 1 = OverHeatNormal 2 = OverHeat1 1 = Auto 2 = Open 3 = Close 1 = Temp Demand 2 = Setpoint Demand 3 = Temp 0 = Open, 1 = Close Range 3 = OverHeat2 4 = OverHeatAll 4 = AirFlowCoolMin 5 = AirFlowCoolMax 4 = Setpoint 5 = Off Bit String [B0-B1, B4-B6, B8, B11-B15]: Reserved B2: CO2 Display 0 = No; 1 = Yes B3: CO2 Control Source 0 = Analog; 1 = TRLG B7: Occupancy Control Source 0 = BI1; 1 = Intern Sensor B9: Motor Position Control Temperature Fault 0 = Close; 1 = Open B10: CO2 Control Mode 0 = Open; 1 = Control ramp Bit String [B0 B15]: Reserved Unsigned 0 to 2000 ppm Unsigned Unsigned 0 to 16000 Luxes 1 to 60000 ppb Writable RO W W RO RO W RO RO RO RO Page | 15 EVCB14N Series Modbus Communication Module User Guide Register Index Description 40163 Internal PIR sensor reading. 40164 40165 Occupancy minimum time in minutes. Configuration value of the minimum position in cooling/heating mode in %. 40166 Control SetPoint. 40167 CO2 ramp proportional band 40168 CO2 ramp dead band 40169 Temperature sensor combination 40170 Average temperature 40171 Maximum temperature 40172 External sensor value of analog input 2 Data Type Unsigned Unsigned Unsigned Unsigned Scale 1 Unsigned Scale 1 Unsigned Scale 1 Unsigned Signed Scale 100 Signed Scale 100 Signed Scale 100 Range 0 = NoOccupancy, 1 = Occupancy 0 to 240 minutes 0 to 100 % 10 to 40 Value x 1 (e.g. 30°C = 30) 50 to 250 ppm Value x 1 (e.g. 50ppm = 50) 10 to 50 ppm Value x 1 (e.g. 50ppm = 50) 1 = TSTAT+AI1 2 = TSTAT+AI2 -4000 to 10000 Value x 100 (e.g. 5°C = 500) -4000 to 10000 Value x 100 (e.g. 5°C = 500) -4000 to 10000 Value x 100 (e.g. 5°C = 500) 3 = TSTAT+AI1+AI2 4 = AI1+AI2 Writable RO W W RO W W W RO RO RO www.neptronic.com Page | 16 Notes 400 Lebeau blvd, Montreal, Qc, H4N 1R6, Canada neptronic.com Toll free in North America: 1-800-361-2308 Tel.: (514) 333-1433 Fax: (514) 333-3163 Customer service fax: (514) 333-1091 Monday to Friday: 8:00am to 5:00pm (Eastern time)