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Process PID controller · BACnet points list
Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX BACnet points list
Updated 12 November 2026
Gateway profile for the VC-88 controller: 215 objects (30 AI, 159 AO, 26 BI), all polled. Outputs carry the command register, loop control signals and the full configuration (input types, scaling, alarms, PID sets, set points SP1-SP4, programmer segments); inputs give version, status bits (auto/manual, tuning, alarms, errors), measured values and the current set point.
This page lists 215 BACnet objects for the Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX — 159 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Contemporary Controls’s own free documentation, linked below.
- Manufacturer
- Contemporary Controls
- Model
- Valve Pro VC-88 PID controller via BASgatewayLX
- Equipment
- Process PID controller
- Equipment type
- Other equipment
- BACnet objects
- 215 (159 writable)
- Transport
- BACnet IP
- Firmware
- Not stated
- Also known as
- VC-88, VC88, Valve Pro controller
Reference only, provided as-is: verify against Contemporary Controls’s current documentation and the live device before use. Not official Contemporary Controls information. Terms of use.
BMS integration notes: Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX
Write set point SP (AO 107) and read the measured value, current set point, loop output and alarm states.
Minimum points to map
The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.
| Object | Name | Why | Access |
|---|---|---|---|
| AO 107 | Set point value SP | Set point SP | Command |
| AI 201 | Measured value PV | Measured value PV | Read |
| AI 31 | Current set point value SP | Current set point in use | Read |
| AO 32 | Control signal of loop 1 [% x10] 2) | Loop 1 control signal, % x10 | Command |
| BI 11 | Automatic control/manual: 0 – auto 1 – manual | Auto (0) / manual (1) | Read |
| BI 17 | Controller error – check the error register | Controller error | Read |
| BI 18 | State of alarm 1.:1 – active 0 – inactive | Alarm 1 active | Read |
Network setup
- The BASgatewayLX presents each Modbus device as its own virtual BACnet device on BACnet IP; give it a unique device instance and Modbus address (serial) or IP address (Modbus TCP) when you add it with this profile.
- One BASgatewayLX handles up to 100 Modbus devices and 1000 polled points in total, so leave unneeded rows unpolled.
Watch out for
- Most outputs are configuration parameters stored in the controller; don't write them cyclically.
Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX BACnet objects
Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.
Note: the source document has no read/write column, so access here is inferred from the object type (inputs read-only, values writable). Confirm on the live controller before writing.
| Description | States | |||||
|---|---|---|---|---|---|---|
| AO | 1 | Register of commands | Modbus 404001 | Command | ||
| AI | 2 | Number of program version | Modbus 404002 | Read | ||
| AI | 3 | Version code of the controller | Modbus 404003 | Read | ||
| BI | 4 | Bit 0 Decimal point pos for MODBUS reg from address 4000 | Modbus 404004 bit 0 | Read | ||
| BI | 5 | Bit 1 Decimal point pos for MODBUS reg from address 4000 | Modbus 404004 bit 1 | Read | ||
| BI | 6 | Bit 2 Decimal point pos for MODBUS reg from address 4000 | Modbus 404004 bit 2 | Read | ||
| BI | 7 | Bit 3 Decimal point pos for MODBUS reg from address 4000 | Modbus 404004 bit 3 | Read | ||
| BI | 8 | Auto-tuning finished with failure | Modbus 404004 bit 4 | Read | ||
| BI | 9 | Soft start: 1 – active 0 – inactive | Modbus 404004 bit 5 | Read | ||
| BI | 10 | Timer status:1 – countdown finished 0 – remaining states | Modbus 404004 bit 6 | Read | ||
| BImin | 11 | Automatic control/manual: 0 – auto 1 – manual | Modbus 404004 bit 7 | Read | ||
| BI | 12 | Auto-tuning: 1 – active 0 – inactive | Modbus 404004 bit 8 | Read | ||
| BI | 13 | Bit 9 Current set of PID parameters | Modbus 404004 bit 9 | Read | ||
| BI | 14 | Bit 10 Current set of PID parameters | Modbus 404004 bit 10 | Read | ||
| BI | 15 | Measured value beyond the measuring range | Modbus 404004 bit 13 | Read | ||
| BI | 16 | Measured value on the additional input beyond the measu- ring input | Modbus 404004 bit 14 | Read | ||
| BImin | 17 | Controller error – check the error register | Modbus 404004 bit 15 | Read | ||
| BImin | 18 | State of alarm 1.:1 – active 0 – inactive | Modbus 404005 bit 0 | Read | ||
| BI | 19 | State of alarm 2.:1 – active 0 – inactive | Modbus 404005 bit 1 | Read | ||
| BI | 20 | State of alarm 3.:1 – active 0 – inactive | Modbus 404005 bit 2 | Read | ||
| BI | 21 | State of alarm 4.:1 – active 0 – inactive | Modbus 404005 bit 3 | Read | ||
| BI | 22 | Alarm state of heater burnout | Modbus 404005 bit 4 | Read | ||
| BI | 23 | Alarm state of permanent output 1 shorting:1 – active 0 – inactive | Modbus 404005 bit 5 | Read | ||
| BI | 24 | Discalibrated input | Modbus 404006 bit 0 | Read | ||
| BI | 25 | Discalibrated additional input | Modbus 404006 bit 1 | Read | ||
| BI | 26 | Discalibrated analog output 1 | Modbus 404006 bit 2 | Read | ||
| BI | 27 | Discalibrated analog output 2 | Modbus 404006 bit 3 | Read | ||
| BI | 28 | Checksum error of controller memory | Modbus 404006 bit 15 | Read | ||
| BI | 29 | Measured value PV | Modbus 404007 bit 15 | Read | ||
| AI | 30 | Measured value on additional input | Modbus 404008 | Read | ||
| AImin | 31 | Current set point value SP | Modbus 404009 | Read | ||
| AOmin | 32 | Control signal of loop 1 [% x10] 2) | Modbus 404010 | Command | ||
| AO | 33 | Control signal of loop 2 [% x10] 2) | Modbus 404011 | Command | ||
| AI | 34 | Timer value [s] | Modbus 404012 | Read | ||
| AI | 35 | Heater current when the output is turned on [A x10] | Modbus 404013 | Read | ||
| AI | 36 | Heater current when the output is turned off [A x10] | Modbus 404014 | Read | ||
| AO | 37 | Unit: 0 – C degrees 1 – F degrees 2 – physical units | Modbus 404015 | Command | ||
| AO | 38 | Kind of main input: | Modbus 404016 | Command | ||
| AO | 39 | Position of the decimal point of the main input | Modbus 404017 | Command | ||
| AO | 40 | Indication for the lower threshold of the analog main input | Modbus 404018 | Command | ||
| AO | 41 | Indication for the upper threshold of the analog main input | Modbus 404019 | Command | ||
| AO | 42 | Shift of the measured value of the main input | Modbus 404020 | Command | ||
| AO | 43 | Kind of the additional input: 0 – current inpur: 0-20mA1 – current input: 4-20mA | Modbus 404021 | Command | ||
| AO | 44 | Position of the decimal point of the additional input | Modbus 404022 | Command | ||
| AO | 45 | Indication for the lower threshold of the analog main input | Modbus 404023 | Command | ||
| AO | 46 | Indication for the upper threshold of the analog main input | Modbus 404024 | Command | ||
| AO | 47 | Time constant of the filter | Modbus 404025 | Command | ||
| AO | 48 | Function of the binary input 1 | Modbus 404026 | Command | ||
| AO | 49 | Function of the binary input 2 | Modbus 404027 | Command | ||
| AO | 50 | Function of output 1 | Modbus 404028 | Command | ||
| AO | 51 | Output 1 type | Modbus 404029 | Command | ||
| AO | 52 | Control signal of output 1 in case of sensor damage [% x10] | Modbus 404030 | Command | ||
| AO | 53 | Function of output 2 | Modbus 404031 | Command | ||
| AO | 54 | Output 2 type | Modbus 404032 | Command | ||
| AO | 55 | Function of output 3 | Modbus 404033 | Command | ||
| AO | 56 | Function of output 4 | Modbus 404034 | Command | ||
| AO | 57 | Control algorithm | Modbus 404035 | Command | ||
| AO | 58 | Kind of control | Modbus 404036 | Command | ||
| AO | 59 | Hysteresis | Modbus 404037 | Command | ||
| AO | 60 | Gain Scheduling “ function | Modbus 404038 | Command | ||
| AO | 61 | Number of PID sets for “Gain Sche- duling | Modbus 404039 | Command | ||
| AO | 62 | Switching level for PID1 and PID2 sets | Modbus 404040 | Command | ||
| AO | 63 | Switching level for PID2 and PID3 sets | Modbus 404041 | Command | ||
| AO | 64 | Switching level for PID3 and PID4 sets | Modbus 404042 | Command | ||
| AO | 65 | Selection of the constant PID set | Modbus 404043 | Command | ||
| AO | 66 | Proportional band PB | Modbus 404044 | Command | ||
| AO | 67 | Integration time constant TI [s] | Modbus 404045 | Command | ||
| AO | 68 | Differentiation time constant TD [s x10] | Modbus 404046 | Command | ||
| AO | 69 | Correction of control signal (for P ort PD control) [% x10] | Modbus 404047 | Command | ||
| AO | 70 | Proportional band PB2 | Modbus 404048 | Command | ||
| AO | 71 | Integration time constant TI2 [s] | Modbus 404049 | Command | ||
| AO | 72 | Differentiation time constant TD2 [s x10] | Modbus 404050 | Command | ||
| AO | 73 | Correction of control signal (for P ort PD control) [% x10] | Modbus 404051 | Command | ||
| AO | 74 | Proportional band PB3 | Modbus 404052 | Command | ||
| AO | 75 | Integration time constant TI3 [s] | Modbus 404053 | Command | ||
| AO | 76 | Differentiation time constant TD3 [s x10] | Modbus 404054 | Command | ||
| AO | 77 | Correction of control signal (for P ort PD control) [% x10] | Modbus 404055 | Command | ||
| AO | 78 | Proportional band PB4 | Modbus 404056 | Command | ||
| AO | 79 | Integration time constant TI4 [s] | Modbus 404057 | Command | ||
| AO | 80 | Differentiation time constant TD4 [s x10] | Modbus 404058 | Command | ||
| AO | 81 | Correction of control signal (for P ort PD control) [% x10] | Modbus 404059 | Command | ||
| AO | 82 | Pulse period of output 1 [s x10] | Modbus 404060 | Command | ||
| AO | 83 | Displacement zone for heating-cooling control or dead zone for stepper control | Modbus 404061 | Command | ||
| AO | 84 | Proportional band PBC [% x10] (in relation to PB) | Modbus 404062 | Command | ||
| AO | 85 | Integration time constant TIC [s] | Modbus 404063 | Command | ||
| AO | 86 | Differentiation time constant TDC [s] | Modbus 404064 | Command | ||
| AO | 87 | Pulse period of output 2 [s x10] | Modbus 404065 | Command | ||
| AO | 88 | Set point value for absolute alarm 1 | Modbus 404066 | Command | ||
| AO | 89 | Deviation from the set point value for relative alarm 1 | Modbus 404067 | Command | ||
| AO | 90 | Hysteresis for alarm 1 | Modbus 404068 | Command | ||
| AO | 91 | Memory of alarm 1 0 – disabled 1 – enabled | Modbus 404069 | Command | ||
| AO | 92 | Set point value for absolute alarm 2 | Modbus 404070 | Command | ||
| AO | 93 | Deviation from the set point value for relative alarm 2 | Modbus 404071 | Command | ||
| AO | 94 | Hysteresis for alarm 2 | Modbus 404072 | Command | ||
| AO | 95 | Memory of alarm 2 0 – disabled 1 – enabled | Modbus 404073 | Command | ||
| AO | 96 | Set point value for absolute alarm 3 | Modbus 404074 | Command | ||
| AO | 97 | Deviation from the set point value for relative alarm 3 | Modbus 404075 | Command | ||
| AO | 98 | Hysteresis for alarm 3 | Modbus 404076 | Command | ||
| AO | 99 | Memory of alarm 3 0 – disabled 1 – enabled | Modbus 404077 | Command | ||
| AO | 100 | Set point value for absolute alarm 4 | Modbus 404078 | Command | ||
| AO | 101 | Deviation from the set point value for relative alarm 4 | Modbus 404079 | Command | ||
| AO | 102 | Hysteresis for alarm 4 | Modbus 404080 | Command | ||
| AO | 103 | Memory of alarm 4 0 – disabled 1 – enabled | Modbus 404081 | Command | ||
| AO | 104 | Set point value for the heater damage alarm [Ax10 | Modbus 404082 | Command | ||
| AO | 105 | Hysteresis for the heater damage alarm [Ax10] | Modbus 404083 | Command | ||
| AO | 106 | Kind of set point value | Modbus 404084 | Command | ||
| AOmin | 107 | Set point value SP | Modbus 404085 | Command | ||
| AO | 108 | Set point value SP2 | Modbus 404086 | Command | ||
| AO | 109 | Set point value SP3 | Modbus 404087 | Command | ||
| AO | 110 | Set point value SP4 | Modbus 404088 | Command | ||
| AO | 111 | Lower limitation of the fast set point value change | Modbus 404089 | Command | ||
| AO | 112 | Upper limitation of the fast set point value change | Modbus 404090 | Command | ||
| AO | 113 | Accretion rate of the set point value SP1 or SP2 during the soft start | Modbus 404091 | Command | ||
| AO | 114 | Device address | Modbus 404092 | Command | ||
| AO | 115 | Baud rate | Modbus 404093 | Command | ||
| AO | 116 | Protocol | Modbus 404094 | Command | ||
| AO | 117 | Quantity retransmitted on the main input | Modbus 404096 | Command | ||
| AO | 118 | Lower limit of signal for retransmission | Modbus 404097 | Command | ||
| AO | 119 | Upper limit of signal for retransmission | Modbus 404098 | Command | ||
| AO | 120 | Access code to the menu | Modbus 404099 | Command | ||
| AO | 121 | Auto-tuning function: 0 – locked 1 – unlocked | Modbus 404100 | Command | ||
| AO | 122 | Lower limit of signal for retransmission | Modbus 404101 | Command | ||
| AO | 123 | Upper limit of signal for retransmission | Modbus 404102 | Command | ||
| AO | 124 | Time of automatic output from the monitoring mode | Modbus 404103 | Command | ||
| AO | 125 | Timer function: 0 – disabled 1 – enabled | Modbus 404104 | Command | ||
| AO | 126 | Time counted down by the timer [min x 10] | Modbus 404105 | Command | ||
| AO | 127 | Monitoring of the auxiliary input: 0 – disabled 1 – enabled | Modbus 404106 | Command | ||
| AO | 128 | Monitoring of heater current | Modbus 404107 | Command | ||
| AO | 129 | BAR1 Function of the upper bargraph | Modbus 404108 | Command | ||
| AO | 130 | BAR2 Function of the upper bargraph | Modbus 404109 | Command | ||
| AO | 131 | Lower threshold for bargraphs | Modbus 404110 | Command | ||
| AO | 132 | Upper threshold for bargraphs | Modbus 404111 | Command | ||
| AO | 133 | Pulse period of output 3 [s x10] | Modbus 404112 | Command | ||
| AO | 134 | Pulse period of output 4 [s x10] | Modbus 404113 | Command | ||
| AO | 135 | FDB Algorithm for stepper control | Modbus 404114 | Command | ||
| AO | 136 | OSSP Set point for the controlling element damage alarm | Modbus 404115 | Command | ||
| AO | 137 | OSHY Hysteresis for the controlling element damage alarm | Modbus 404116 | Command | ||
| AO | 138 | Valve open time [s x10] | Modbus 404117 | Command | ||
| AO | 139 | Valve close time [s x10] | Modbus 404118 | Command | ||
| AO | 140 | Minimum valve work time [s x10] | Modbus 404119 | Command | ||
| AO | 141 | Minimum control signal [% x10] | Modbus 404120 | Command | ||
| AO | 142 | Maximum control signal [% x10] | Modbus 404121 | Command | ||
| AO | 143 | Program number for realization | Modbus 404151 | Command | ||
| AO | 144 | Program start/stop | Modbus 404152 | Command | ||
| AO | 145 | Stoppage of set point value coun- ting in the program | Modbus 404153 | Command | ||
| AO | 146 | Realized segment (0 – means the first program) | Modbus 404154 | Command | ||
| AI | 147 | Control status | Modbus 404155 | Read | ||
| AI | 148 | Number of cycles which remains to the end | Modbus 404156 | Read | ||
| AI | 149 | Time which goes out in the segment LSB [s] | Modbus 404157 | Read | ||
| AI | 150 | Time which goes out in the segment MSB [s] | Modbus 404158 | Read | ||
| AI | 151 | Time to the segment end LSB [s] | Modbus 404159 | Read | ||
| AI | 152 | Time to the segment end MSB [s] | Modbus 404160 | Read | ||
| AI | 153 | Time to the segment end LSB [s] | Modbus 404161 | Read | ||
| AI | 154 | Time to the segment end MSB [s] | Modbus 404162 | Read | ||
| AO | 155 | STRT Way to begin the program: | Modbus 404171 | Command | ||
| AO | 156 | SP0 Initial set point value | Modbus 404172 | Command | ||
| AO | 157 | TMUN Unit for the segment duration | Modbus 404173 | Command | ||
| AO | 158 | RRUN Unit for the accretion rate of the set point | Modbus 404174 | Command | ||
| AO | 159 | HOLD Lockings of control deviations | Modbus 404175 | Command | ||
| AO | 160 | CYCN Number of program repetitions | Modbus 404176 | Command | ||
| AO | 161 | FAIL Control after a supply decay | Modbus 404177 | Command | ||
| AO | 162 | END Control of the program end | Modbus 404178 | Command | ||
| AO | 163 | PID Gain Scheduling function for the program | Modbus 404179 | Command | ||
| AO | 164 | TYPE Kind of Segment | Modbus 404180 | Command | ||
| AO | 165 | TSP Set point value on the segment | Modbus 404181 | Command | ||
| AO | 166 | TIME Segment Durations | Modbus 404182 | Command | ||
| AO | 167 | RR Accretion rate of the set points | Modbus 404183 | Command | ||
| AO | 168 | HLDV Value of control devation the set point counting is interrupted | Modbus 404184 | Command | ||
| AO | 169 | State of auxilary outputs | Modbus 404185 | Command | ||
| AO | 170 | PID set for the segment | Modbus 404186 | Command | ||
| AO | 171 | TYPE Kind of segment | Modbus 404278 | Command | ||
| AO | 172 | TSP Set point value on the segment end | Modbus 404279 | Command | ||
| AO | 173 | TIME Segment duration | Modbus 404280 | Command | ||
| AO | 174 | RR Accretion rate of the set point value | Modbus 404281 | Command | ||
| AO | 175 | HLDV deviation value over the set point counting is interrupted | Modbus 404282 | Command | ||
| AO | 176 | State of auxiliary outputs | Modbus 404283 | Command | ||
| AO | 177 | PID set for the segment | Modbus 404284 | Command | ||
| AO | 178 | STRT Way of program beginning | Modbus 405767 | Command | ||
| AO | 179 | SPO Initial set point value | Modbus 405768 | Command | ||
| AO | 180 | TMUN Unit for the segment duration | Modbus 405769 | Command | ||
| AO | 181 | RRUN Unit for the accretion rate of the set point value | Modbus 405770 | Command | ||
| AO | 182 | HOLD Blockings of the control deviation | Modbus 405771 | Command | ||
| AO | 183 | CYCN Number of program repetitions | Modbus 405772 | Command | ||
| AO | 184 | FAIL Way of the controller behaviour after a supply decay. | Modbus 405773 | Command | ||
| AO | 185 | END Way of the controller behaviour on the program end | Modbus 405774 | Command | ||
| AO | 186 | PID “Gain Scheduling “ function for the program | Modbus 405775 | Command | ||
| AO | 187 | TYPE Kind of segment | Modbus 405776 | Command | ||
| AO | 188 | TSP Set point value on the segment end | Modbus 405777 | Command | ||
| AO | 189 | TIME Segment duration | Modbus 405778 | Command | ||
| AO | 190 | RR Accretion rate of the set point value | Modbus 405779 | Command | ||
| AO | 191 | HLDV Control dev value counting of the set point is interrupted | Modbus 405780 | Command | ||
| AO | 192 | State of auxiliary outputs | Modbus 405781 | Command | ||
| AO | 193 | PID set for the segment | Modbus 405782 | Command | ||
| AO | 194 | TYPE Kind of segment | Modbus 405874 | Command | ||
| AO | 195 | TSP Set point value on the segment end | Modbus 405875 | Command | ||
| AO | 196 | TIME Segment duration | Modbus 405876 | Command | ||
| AO | 197 | RR Accretion rate of the set point value | Modbus 405877 | Command | ||
| AO | 198 | HLDV Control dev value counting of the set point is interrupted | Modbus 405878 | Command | ||
| AO | 199 | State of auxiliary outputs | Modbus 405879 | Command | ||
| AO | 200 | PID set for the segment | Modbus 405880 | Command | ||
| AImin | 201 | Measured value PV | Modbus 407001 | Read | ||
| AI | 202 | Measured value on the additional input | Modbus 407003 | Read | ||
| AI | 203 | Current set point value SP | Modbus 407005 | Read | ||
| AI | 204 | Control signal of loop 1 | Modbus 407007 | Read | ||
| AI | 205 | Control signal of loop 2 | Modbus 407009 | Read | ||
| AI | 206 | SP Set point value SP | Modbus 407011 | Read | ||
| AI | 207 | SP2 Set point value SP2 | Modbus 407013 | Read | ||
| AI | 208 | A1SP Set point value for the absolute alarm | Modbus 407015 | Read | ||
| AI | 209 | A1DV Deviation from the set point value for the relative alarm 1 | Modbus 407017 | Read | ||
| AI | 210 | A2SP Set point value for the absolute alarm | Modbus 407019 | Read | ||
| AI | 211 | A2DV Deviation from the set point value for the relative alarm 2 | Modbus 407021 | Read | ||
| AI | 212 | A3PS Set point value for the absolute alarm 3 | Modbus 407023 | Read | ||
| AI | 213 | A3DV Deviation from the set point value for the relative alarm 3 | Modbus 407025 | Read | ||
| AI | 214 | A4SP Set point value for the absolute alarm 4 | Modbus 407027 | Read | ||
| AI | 215 | A4DV Deviation from the set point value for the relative alarm 4 | Modbus 407029 | Read |
No points match these filters.
Object ID lookup: Contemporary Controls BASgatewayLX Valve Pro VC-88 point IDs by name
AO1Register of commandsAI2Number of program versionAI3Version code of the controllerBI4Bit 0 Decimal point pos for MODBUS reg from address 4000BI5Bit 1 Decimal point pos for MODBUS reg from address 4000BI6Bit 2 Decimal point pos for MODBUS reg from address 4000BI7Bit 3 Decimal point pos for MODBUS reg from address 4000BI8Auto-tuning finished with failureBI9Soft start: 1 – active 0 – inactiveBI10Timer status:1 – countdown finished 0 – remaining statesBI11Automatic control/manual: 0 – auto 1 – manualBI12Auto-tuning: 1 – active 0 – inactiveBI13Bit 9 Current set of PID parametersBI14Bit 10 Current set of PID parametersBI15Measured value beyond the measuring rangeBI16Measured value on the additional input beyond the measu- ring inputBI17Controller error – check the error registerBI18State of alarm 1.:1 – active 0 – inactiveBI19State of alarm 2.:1 – active 0 – inactiveBI20State of alarm 3.:1 – active 0 – inactiveBI21State of alarm 4.:1 – active 0 – inactiveBI22Alarm state of heater burnoutBI23Alarm state of permanent output 1 shorting:1 – active 0 – inactiveBI24Discalibrated inputBI25Discalibrated additional inputBI26Discalibrated analog output 1BI27Discalibrated analog output 2BI28Checksum error of controller memoryBI29Measured value PVAI30Measured value on additional inputAI31Current set point value SPAO32Control signal of loop 1 [% x10] 2)AO33Control signal of loop 2 [% x10] 2)AI34Timer value [s]AI35Heater current when the output is turned on [A x10]AI36Heater current when the output is turned off [A x10]AO37Unit: 0 – C degrees 1 – F degrees 2 – physical unitsAO38Kind of main input:AO39Position of the decimal point of the main inputAO40Indication for the lower threshold of the analog main inputAO41Indication for the upper threshold of the analog main inputAO42Shift of the measured value of the main inputAO43Kind of the additional input: 0 – current inpur: 0-20mA1 – current input: 4-20mAAO44Position of the decimal point of the additional inputAO45Indication for the lower threshold of the analog main inputAO46Indication for the upper threshold of the analog main inputAO47Time constant of the filterAO48Function of the binary input 1AO49Function of the binary input 2AO50Function of output 1AO51Output 1 typeAO52Control signal of output 1 in case of sensor damage [% x10]AO53Function of output 2AO54Output 2 typeAO55Function of output 3AO56Function of output 4AO57Control algorithmAO58Kind of controlAO59HysteresisAO60Gain Scheduling “ functionAO61Number of PID sets for “Gain Sche- dulingAO62Switching level for PID1 and PID2 setsAO63Switching level for PID2 and PID3 setsAO64Switching level for PID3 and PID4 setsAO65Selection of the constant PID setAO66Proportional band PBAO67Integration time constant TI [s]AO68Differentiation time constant TD [s x10]AO69Correction of control signal (for P ort PD control) [% x10]AO70Proportional band PB2AO71Integration time constant TI2 [s]AO72Differentiation time constant TD2 [s x10]AO73Correction of control signal (for P ort PD control) [% x10]AO74Proportional band PB3AO75Integration time constant TI3 [s]AO76Differentiation time constant TD3 [s x10]AO77Correction of control signal (for P ort PD control) [% x10]AO78Proportional band PB4AO79Integration time constant TI4 [s]AO80Differentiation time constant TD4 [s x10]AO81Correction of control signal (for P ort PD control) [% x10]AO82Pulse period of output 1 [s x10]AO83Displacement zone for heating-cooling control or dead zone for stepper controlAO84Proportional band PBC [% x10] (in relation to PB)AO85Integration time constant TIC [s]AO86Differentiation time constant TDC [s]AO87Pulse period of output 2 [s x10]AO88Set point value for absolute alarm 1AO89Deviation from the set point value for relative alarm 1AO90Hysteresis for alarm 1AO91Memory of alarm 1 0 – disabled 1 – enabledAO92Set point value for absolute alarm 2AO93Deviation from the set point value for relative alarm 2AO94Hysteresis for alarm 2AO95Memory of alarm 2 0 – disabled 1 – enabledAO96Set point value for absolute alarm 3AO97Deviation from the set point value for relative alarm 3AO98Hysteresis for alarm 3AO99Memory of alarm 3 0 – disabled 1 – enabledAO100Set point value for absolute alarm 4AO101Deviation from the set point value for relative alarm 4AO102Hysteresis for alarm 4AO103Memory of alarm 4 0 – disabled 1 – enabledAO104Set point value for the heater damage alarm [Ax10AO105Hysteresis for the heater damage alarm [Ax10]AO106Kind of set point valueAO107Set point value SPAO108Set point value SP2AO109Set point value SP3AO110Set point value SP4AO111Lower limitation of the fast set point value changeAO112Upper limitation of the fast set point value changeAO113Accretion rate of the set point value SP1 or SP2 during the soft startAO114Device addressAO115Baud rateAO116ProtocolAO117Quantity retransmitted on the main inputAO118Lower limit of signal for retransmissionAO119Upper limit of signal for retransmissionAO120Access code to the menuAO121Auto-tuning function: 0 – locked 1 – unlockedAO122Lower limit of signal for retransmissionAO123Upper limit of signal for retransmissionAO124Time of automatic output from the monitoring modeAO125Timer function: 0 – disabled 1 – enabledAO126Time counted down by the timer [min x 10]AO127Monitoring of the auxiliary input: 0 – disabled 1 – enabledAO128Monitoring of heater currentAO129BAR1 Function of the upper bargraphAO130BAR2 Function of the upper bargraphAO131Lower threshold for bargraphsAO132Upper threshold for bargraphsAO133Pulse period of output 3 [s x10]AO134Pulse period of output 4 [s x10]AO135FDB Algorithm for stepper controlAO136OSSP Set point for the controlling element damage alarmAO137OSHY Hysteresis for the controlling element damage alarmAO138Valve open time [s x10]AO139Valve close time [s x10]AO140Minimum valve work time [s x10]AO141Minimum control signal [% x10]AO142Maximum control signal [% x10]AO143Program number for realizationAO144Program start/stopAO145Stoppage of set point value coun- ting in the programAO146Realized segment (0 – means the first program)AI147Control statusAI148Number of cycles which remains to the endAI149Time which goes out in the segment LSB [s]AI150Time which goes out in the segment MSB [s]AI151Time to the segment end LSB [s]AI152Time to the segment end MSB [s]AI153Time to the segment end LSB [s]AI154Time to the segment end MSB [s]AO155STRT Way to begin the program:AO156SP0 Initial set point valueAO157TMUN Unit for the segment durationAO158RRUN Unit for the accretion rate of the set pointAO159HOLD Lockings of control deviationsAO160CYCN Number of program repetitionsAO161FAIL Control after a supply decayAO162END Control of the program endAO163PID Gain Scheduling function for the programAO164TYPE Kind of SegmentAO165TSP Set point value on the segmentAO166TIME Segment DurationsAO167RR Accretion rate of the set pointsAO168HLDV Value of control devation the set point counting is interruptedAO169State of auxilary outputsAO170PID set for the segmentAO171TYPE Kind of segmentAO172TSP Set point value on the segment endAO173TIME Segment durationAO174RR Accretion rate of the set point valueAO175HLDV deviation value over the set point counting is interruptedAO176State of auxiliary outputsAO177PID set for the segmentAO178STRT Way of program beginningAO179SPO Initial set point valueAO180TMUN Unit for the segment durationAO181RRUN Unit for the accretion rate of the set point valueAO182HOLD Blockings of the control deviationAO183CYCN Number of program repetitionsAO184FAIL Way of the controller behaviour after a supply decay.AO185END Way of the controller behaviour on the program endAO186PID “Gain Scheduling “ function for the programAO187TYPE Kind of segmentAO188TSP Set point value on the segment endAO189TIME Segment durationAO190RR Accretion rate of the set point valueAO191HLDV Control dev value counting of the set point is interruptedAO192State of auxiliary outputsAO193PID set for the segmentAO194TYPE Kind of segmentAO195TSP Set point value on the segment endAO196TIME Segment durationAO197RR Accretion rate of the set point valueAO198HLDV Control dev value counting of the set point is interruptedAO199State of auxiliary outputsAO200PID set for the segmentAI201Measured value PVAI202Measured value on the additional inputAI203Current set point value SPAI204Control signal of loop 1AI205Control signal of loop 2AI206SP Set point value SPAI207SP2 Set point value SP2AI208A1SP Set point value for the absolute alarmAI209A1DV Deviation from the set point value for the relative alarm 1AI210A2SP Set point value for the absolute alarmAI211A2DV Deviation from the set point value for the relative alarm 2AI212A3PS Set point value for the absolute alarm 3AI213A3DV Deviation from the set point value for the relative alarm 3AI214A4SP Set point value for the absolute alarm 4AI215A4DV Deviation from the set point value for the relative alarm 4
Integration notes
- Built from Contemporary Controls' BASgatewayLX Modbus device profile VC_88_Controller_a_LX.csv; the profile maps the registers in the VC-88 Modbus register list (https://www.ccontrols.com/support/dp/VC-88_09D.pdf).
- Object instances are the ones this profile assigns when it is loaded into the gateway. A site that edited or rebuilt the profile may use different instances.
- All 215 rows are flagged for polling in the profile, so every object is served to BACnet once the profile is loaded.
- The CSV has no read/write column: Analog/Binary Inputs are read-only and Analog/Binary Outputs are commandable (priority array), which is how the gateway maps them (access inferred). Descriptions give the Modbus register each object reads.
- Some names appear more than once in the profile as published (Measured value PV; Current set point value SP; Indication for the lower threshold of the analog main input...); they are kept as printed and told apart by instance.
- Measured value PV appears twice: BI 29 reads only bit 15 of register 404007, while AI 201 (register 407001) carries the value itself.
Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the Valve Pro VC-88 PID controller via BASgatewayLX and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.
Questions about the Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX
How many BACnet points does the Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX have?
This list has 215 BACnet objects: 30 analog inputs, 159 analog outputs, 26 binary inputs. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX BACnet points are writable?
159 of the 215 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done. The source has no read/write column, so this is inferred from object type.
Where is the official Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX BACnet documentation?
The source is BASgatewayLX Modbus device profile VC_88_Controller_a (VC_88_Controller_a_LX.csv), published free by Contemporary Controls at https://www.ccontrols.com/support/dp/ValveProVC-88.zip.
What are the minimum BACnet points to integrate the Contemporary Controls Valve Pro VC-88 PID controller via BASgatewayLX?
Start with AO 107 Set point value SP (Set point SP); AI 201 Measured value PV (Measured value PV); AI 31 Current set point value SP (Current set point in use); AO 32 Control signal of loop 1 [% x10] 2) (Loop 1 control signal, % x10); BI 11 Automatic control/manual: 0 – auto 1 – manual (Auto (0) / manual (1)); BI 17 Controller error – check the error register (Controller error); BI 18 State of alarm 1.:1 – active 0 – inactive (Alarm 1 active).
How do I check these points on the real Valve Pro VC-88 PID controller via BASgatewayLX?
Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.
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Mitsubishi Electric 9900A series UPS on Modbus TCP, read by a BASgatewayLX.
Also known as: 9900A, 9900 UPS, Mitsubishi UPS Modbus TCP, MUCM 9900 - VRF indoor unit gateway (3 indoor units)
Contemporary Controls Mitsubishi Electric AG-150 central controller via Procon Mod-IP/50 via BASgatewayLX
Mitsubishi Electric City Multi VRF indoor units on an AG-150 central controller, read through the Procon Mod-IP/50 Modbus interface by a BASgatewayLX.
Also known as: Procon Mod-IP/50, AG-150, AG150, Mitsubishi City Multi Modbus, MitsubishiProcon - UPS (uninterruptible power supply)
Contemporary Controls Mitsubishi Electric UPS 1100/2033/7011/9800/9900 via Procon Mod-IP/50 (MUCM) via BASgatewayLX
Mitsubishi Electric 1100, 2033, 7011, 9800 and 9900 series UPS with the MUCM / Procon Mod-IP/50 Modbus interface, read by a BASgatewayLX.
Also known as: MUCM, Procon Mod-IP/50, Mitsubishi 1100 UPS, Mitsubishi 2033 UPS, Mitsubishi 7011 UPS, Mitsubishi 9800 UPS, Mitsubishi 9900 UPS - Heat-tracing controller
Contemporary Controls Pentair Raychem DigiTrace C910 heat-tracing controller via BASgatewayLX
Pentair (Raychem) DigiTrace C910 single-circuit heat-tracing controllers on Modbus, read by a BASgatewayLX.
Also known as: C910, DigiTrace C910, Raychem C910-485, Pentair heat trace controller - Water heater controller
Contemporary Controls PVI Industries TempTrac water heater control via BASgatewayLX
PVI Industries commercial water heaters with the TempTrac control on Modbus, read by a BASgatewayLX.
Also known as: TempTrac, PVI TempTrac, PVI water heater Modbus - Water heater controller
Contemporary Controls PVI Industries XR10CX controller via BASgatewayLX
PVI Industries water heaters using the XR10CX digital controller on Modbus, read by a BASgatewayLX.
Also known as: XR10CX, Dixell XR10CX, PVI XR10CX Modbus - Thermal mass flow meter
Contemporary Controls Sage Metering Sage Prime SIP / SRP via BASgatewayLX
Sage Metering Sage Prime insertion (SIP) and in-line (SRP) thermal mass gas flow meters on Modbus, read by a BASgatewayLX.
Also known as: Sage Prime, SIP, SRP, Sage Metering flow meter - Power and energy meter
Contemporary Controls Schneider Electric (Veris) Enercept meter via BASgatewayLX
Schneider Electric / Square D Enercept networked power meters on Modbus, read by a BASgatewayLX (HI/LO word order).
Also known as: Enercept, Square D Enercept, Veris Enercept H8035, H8036 Enercept - In-row precision cooling unit (chilled water)
Contemporary Controls Schneider Electric APC InRow RC (ACRC100 series) via BASgatewayLX
Schneider Electric APC InRow RC ACRC100-series in-row coolers on Modbus, read by a BASgatewayLX.
Also known as: ACRC100, ACRC103, InRow RC, APC InRow RC Modbus - In-row precision cooling unit (chilled water)
Contemporary Controls Schneider Electric APC InRow RC ACRC301 via BASgatewayLX
Schneider Electric APC InRow RC ACRC301 chilled-water in-row coolers on Modbus, read by a BASgatewayLX.
Also known as: ACRC301, ACRC301S, InRow RC 300 mm, APC InRow chilled water - UPS (uninterruptible power supply)
Contemporary Controls Schneider Electric APC Symmetra PX 250/500 kW UPS via BASgatewayLX
Schneider Electric APC Symmetra PX 250 kW and 500 kW UPS systems on Modbus, read by a BASgatewayLX.
Also known as: Symmetra PX 250, Symmetra PX 500, APC Symmetra PX, SY250K, SY500K - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic CM4000 via BASgatewayLX
Schneider Electric (Square D) PowerLogic CM4000-series circuit monitors on Modbus, read by a BASgatewayLX.
Also known as: CM4000, CM4250, Square D CM4000, PowerLogic circuit monitor - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic ION6200 via BASgatewayLX
Schneider Electric PowerLogic ION6200 meters on Modbus, read by a BASgatewayLX.
Also known as: ION6200, PowerLogic ION6200 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic ION7550 / ION7650 via BASgatewayLX
Schneider Electric PowerLogic ION7550 and ION7650 power quality meters on Modbus, read by a BASgatewayLX.
Also known as: ION7550, ION7650, PowerLogic ION7550, PowerLogic ION7650 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic PM200 via BASgatewayLX
Schneider Electric PowerLogic PM200-series power meters on Modbus, read by a BASgatewayLX.
Also known as: PM200, PM210, PowerLogic PM200, Square D PM200 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic PM750 via BASgatewayLX
Schneider Electric PowerLogic PM750 power meters on Modbus, read by a BASgatewayLX.
Also known as: PM750, PM700, PowerLogic PM750 - Power and energy meter
Contemporary Controls Schneider Electric PowerLogic PM800 via BASgatewayLX
Schneider Electric PowerLogic PM800-series power meters on Modbus, read by a BASgatewayLX.
Also known as: PM800, PM810, PM820, PM850, PM870, PowerLogic PM800 - Boiler burner management system
Contemporary Controls Siemens LMV3 burner management via BASgatewayLX
Siemens LMV3 (LMV26/36/37) burner management systems with Modbus, read by a BASgatewayLX.
Also known as: LMV3, LMV36, LMV37, LMV26, Siemens LMV Modbus - Boiler burner management system
Contemporary Controls Siemens LMV5 burner management via BASgatewayLX
Siemens LMV5 (LMV51/52) burner management systems with Modbus through the AZL5 display, read by a BASgatewayLX.
Also known as: LMV5, LMV51, LMV52, Siemens LMV5 Modbus, AZL5 - Boiler burner management interface
Contemporary Controls Siemens SCC TS-1100 touchscreen (LMV3/LMV5/RWF, Modbus RTU) via BASgatewayLX
Boilers with an SCC/Siemens TS-1100 touchscreen fronting LMV3 or LMV5 burner management and RWF40/55 controllers, read over Modbus RTU by a BASgatewayLX.
Also known as: TS-1100, TS1100, SCC TS-1100 touchscreen, LMV RWF touchscreen - Flow meter
Contemporary Controls Sierra Instruments InnovaMass / IM 600-700 series via BASgatewayLX
Sierra Instruments 600/700-series flow meters with Modbus output, read by a BASgatewayLX.
Also known as: IM600, IM700, Sierra 600, Sierra 700, Sierra flow meter Modbus - Flow meter (steam / liquid / gas)
Contemporary Controls Spirax Sarco RIM10 flowmeter via BASgatewayLX
Spirax Sarco RIM10 in-line rotor insertion flowmeters (steam, water, gases) with Modbus, read by a BASgatewayLX.
Also known as: RIM10, RIM 10, Spirax Sarco RIM10 Modbus - Combined heat and power (CHP) module
Contemporary Controls Tecogen InVerde Ultra 100 CHP via BASgatewayLX
Tecogen InVerde Ultra 100 inverter-based CHP modules on Modbus, read by a BASgatewayLX.
Also known as: InVerde Ultra 100, InVerde 100, INV-100, Tecogen CHP Modbus - Room operating unit (thermostat / sensor)
Contemporary Controls Thermokon Thanos room operating unit via BASgatewayLX
Thermokon Thanos touch room operating units with Modbus, read by a BASgatewayLX.
Also known as: Thanos, Thanos SR, Thanos EH, Thermokon Thanos Modbus - Boiler controller
Contemporary Controls U.S. Boiler Company Sage2 combustion controller via BASgatewayLX
U.S. Boiler (Burnham) boilers with the Sage2 combustion controller on Modbus, read by a BASgatewayLX.
Also known as: Sage2, SAGE2.1, US Boiler Sage, Burnham Sage2 - Humidity and temperature transmitter (sensor)
Contemporary Controls Vaisala HUMICAP HMW90 via BASgatewayLX
Vaisala HUMICAP HMW90-series humidity and temperature transmitters with Modbus, read by a BASgatewayLX.
Also known as: HMW90, HMW92, HMW93, Vaisala HMW90 Modbus - Power and energy meter
Contemporary Controls Veris E50B1A / E50C2A / E50C3A via BASgatewayLX
Veris Industries E50-series DIN-rail power meters on Modbus, read by a BASgatewayLX.
Also known as: E50B1A, E50C2A, E50C3A, Veris E50, E50 power meter - Power and energy meter
Contemporary Controls Veris H8036 Enercept via BASgatewayLX
Veris Industries H8036 networked power meters (Enercept) on Modbus, read by a BASgatewayLX.
Also known as: H8036, Veris H8036, H8035, Enercept H8036 - Variable frequency drive (HVAC)
Contemporary Controls Yaskawa E7 via BASgatewayLX
Yaskawa E7 HVAC drives on Modbus RTU (MEMOBUS), read by a BASgatewayLX.
Also known as: E7 drive, Yaskawa E7 Modbus, CIMR-E7 - Solar PV inverter
Contemporary Controls Yaskawa Solectria PVI 50-100 kW inverter via BASgatewayLX
Yaskawa Solectria Renewables PVI 50 to 100 kW three-phase string/central inverters on Modbus, read by a BASgatewayLX.
Also known as: PVI 50TL, PVI 60TL, PVI 100KW, Solectria PVI, Yaskawa Solectria inverter Modbus
Source: BASgatewayLX Modbus device profile VC_88_Controller_a · VC_88_Controller_a_LX.csv. Object names, instances and units are reproduced as published; descriptions are our own.