RDS120, RDS120.
Table of Contents 2 | 61 1 Summary ........................................................................................................3 1.1 Brief description ...............................................................................................3 1.2 Inbox items ......................................................................................................3 1.3 Associated Equipment .....................................................................................
Summary 1 Brief description 1 Summary 1.1 Brief description Smart Thermostat RDS120/RDS120.B is designed to control the heating/cooling system in apartments, single family homes, dormitories, public buildings, and other residential-type as well as light commercial spaces. Apart from traditional operations performed directly on the hardware unit, remote operations that use a mobile app are also allowed for your convenience. 1.
1 Summary Associated Equipment Sensor Type Model Number mount (4”) 1k Ohm at 32 ℉ Ni R 1k Ohm Pt RTD Type 2 Thermistor 010 Vdc Datashe et* Outdoor Temperature Sensors QAC22 x QAC2012 149-920 x QAC2030 149-920 x QAC3161 149-920 x 149-920 Cable Temperature Sensors QAP22 QAP2012.150 x 149-918 x QAP1030.200 149-918 x 149-918 Room Humidity Sensors - WallQFA3212.EW mount SN including temperature QFA32SS.EW SN - DuctQFM2160U mount including temperature x(T) x (r.h.) 149-714 x (T+r.h.
1 Summary Associated Equipment Replacement Part A6V11214854_enUS_c Description Model Number Orderable Part Number Plastic trim plate and metal mounting plate for 2’’ × 4’’ box (1 set) ARG100.
2 Installation 2 Installation Mounting ● ● ● ● ● ● Installing the thermostat The thermostat is designed for wall mounting. The recommended height is 5 feet above the floor. Do not mount the thermostat in recesses, shelves, behind curtains or doors, or above or near heat sources. Avoid direct exposure to sun and drafts. Seal the conduit and/or wall opening, as drafts can affect sensor readings. Observe maximum ambient conditions. 1.
2 Installation mercury. Contact a thermostat recycling organization, for example, www.thermostat-recycle.org, for safe disposal of the old thermostat. 5. Check whether more wires are needed to bring AC 24 V power from the HVAC equipment to the thermostat. If yes, prepare the wires and label them accordingly. 6. Seal the conduit and/or wall opening to prevent entrance of cold or warm air and ensure accurate temperature readings by the internal sensor. 7. Install the mounting plate and power unit.
2 Installation 8. Attach the front module horizontally, making sure that each side of the front module fully aligns with that of the power unit, and then press the corners following the order described in the following illustration until you hear a click sound. Note that you need to discharge the static electricity on your body before mounting the front module. For example, touching the wall could help on Electro-Static discharge (ESD). 9. Switch on power to the heating/cooling system.
Setup wizard 3 3 Setup wizard When the thermostat is powered up for the first time, a setup wizard displays to guide you through the following procedures: ● Setting a display language ● Setting an administrator password ● Setting up a network connection and choosing the network connection type ● Selecting an equipment type and setting up the details ● Configuring date ● Specifying a name to the location where the thermostat is installed For more details, see the Quick guide.
4 Presence detection Presence detection using the built-in PIR sensor 4 Presence detection 4.1 Presence detection using the built-in PIR sensor By using a built-in presence detection sensor (also called PIR (Passive infrared detector) sensor), the thermostat can detect the space occupancy and then do the following: ● Activate the idle display. When no operations are performed, the thermostat detects whether someone is in the room or not.
Presence detection 4 Presence detection using the built-in PIR sensor Sensor detection range A The width of each cell. It is 80 cm (31 in). B The thermostat. C The height of each cell. It is 80 cm (31 in). D The area that the PIR sensor can detect. To disable the switch from Unoccupied to Comfort even if the room is occupied 1. From the Home screen, tap , tap and then tap . 2. If prompted, enter the administrator password. 3. Tap , tap , and then tap .
4 Presence detection Approach detection 4.2 Approach detection The thermostat has a built-in approach sensor. It can detect someone approaching the thermostat. If activity is sensed within 10 cm, it will switch from its idle screen to the main home screen with full temperature and setpoint display. Sensor position 1 12 | 61 The location of the approach sensor.
5 Changing system setup 5 Changing system setup Go to Advanced Settings if necessary to reconfigure initial setup options and change some other default system setup options as desired. Changing basic configurations Changing the basic configurations of the thermostat is to select either Conventional or Heat pump and adjust the basic heating/cooling settings for the selected equipment type. To change the basic configurations 1. From the Home screen, tap , tap and then tap . 2.
5 Changing system setup ● ● ● ● ● ● ● 14 | 61 - If configured as Normally closed: notification if connection status is open. If the status switches to closed, the notification disappears. There is no direct application operation based on the universal contact status change. – Outside air temperature – Room air humidity – Presence detector – Condensation monitor. If the thermostat receives an input from a condensation monitor, it will display a notification on the mobile app.
5 Changing system setup *) If 0 to 10 V is selected as the signal type, a DC 0 to10 V active sensor must be connected with the thermostat. Otherwise, the calculated value may not be accurate. To change the extended configurations 1. On the Advanced Settings page, tap . 2. If prompted, enter the administrator password. 3. Tap and then tap . 4. Tap OK to stop all the thermostat’s applications. The thermostat restarts. 5. After the restart is completed, tap I/O and then tap Adapt. 6.
6 Managing application settings 6 Managing application settings NOTE: ● Parameter availability depends on your selected application for the thermostat. ● Numbers marked in the following tables are only for easy readability in this document. They don't represent the parameter numbers in the local thermostat. Multi-functional inputs 16 | 61 No. Applicatio n settings Descriptions Factory Range settings Dependenci es 1. X1 room temp. ref.
Managing application settings 6 Heating setpoints A6V11214854_enUS_c No. Applicatio n settings Descriptions Factory Range settings 7. Comfort heating setpoint Scheduled heating 70 °F setpoint when space is (21 ℃) occupied. This setpoint must be higher than that for Protection. 32…122 °F N/A (0…50 ℃) 8. Economy heating setpoint Scheduled heating 66 °F setpoint during (19 ℃) transition from Unoccupied to Comfort. This setpoint must be higher than that for Protection. 32…122 °F N/A (0…50 ℃) 9.
6 Managing application settings Cooling setpoints 18 | 61 No. Applicatio n settings Descriptions Factory Range settings 12. Comfort cooling setpoint Scheduled cooling 75 °F setpoint when space is (24 ℃) occupied. This setpoint must be higher than all the heating setpoints and lower than the cooling setpoint for Protection. 32…122 F (0…50 ℃) N/A 13. Economy cooling setpoint Scheduled cooling 77 °F setpoint during (25 ℃) transition from Unoccupied to Comfort.
Managing application settings 6 Humidity setpoints No. Applicatio n settings Descriptions Factory Range setting s 17. Comfort humidity setpoint Scheduled 40%RH 0…100%RH Displays only if humidification setpoint the output is when space is configured as occupied. This “Humidifier (no setpoint must be fan). higher than that for Protection. 18. Economy humidity setpoint Scheduled 40%RH 0…100%RH humidification setpoint during transition from Unoccupied to Comfort.
6 Managing application settings Dehumidification setpoints No Applicatio n settings Descriptions Factory Range setting s 21. Comfort dehum. setpoint Scheduled 60%RH 0…100%RH Displays only if dehumidification the output is setpoint when space is configured as occupied. This Protection or setpoint must be lower Dehumidifier than that for (fan). Protection. 22. Economy dehum. setpoint Scheduled 60%RH 0…100%RH dehumidification setpoint during transition from Unoccupied to Comfort.
Managing application settings Room air quality setpoints No. Applicatio n settings Descriptions Factory Range settings 6 Dependenci es 26. Comfort air Scheduled air quality 900 ppm 0…2000 ppm quality setpoint when space is setpoint occupied. This setpoint must be lower than that for Protection. 27. Economy air quality setpoint Scheduled air quality 1100 pp setpoint during m transition from Unoccupied to Comfort. This setpoint must be lower than that for Protection.
6 Managing application settings Temperature offsets Switchover time adjustment 22 | 61 No. Applicatio n settings Descriptions Factory settings Range Dependencies 33. Built-in temp. sensor adj. Temperature offset value for the built-in room temperature sensor. 0K -5…5 K Valid only if the built-in temperature sensor is used to measure the temperature. 34. X1 temp. sensor adj. Temperature offset value for the X1 temperature sensor.
Managing application settings No. Application settings compressor min. ON time Descriptions Dependencies for compressor(s) in heat pump systems. Minimum off time 43. HP 3 min compressor for compressor(s) in min. OFF time heat pump systems. 0…60 min 44. Heating min. ON time The minimum run 5 min time for the heating system. 3…15 min 45. Heating min. OFF time The minimum off 5 min time for the heating system. 3…15 min 46. Cooling min.
6 24 | 61 Managing application settings No. Application settings Descriptions Factory Range setting s 52. Humidify (no fan) min. ON time The minimum run time of a standalone humidifier. This minimum limitation protects the humidifier from short cycling. 3 min 0…60 min 53. Humidify (no The minimum OFF fan) min. OFF time of a time standalone humidifier. This minimum limitation protects the humidifier from short cycling. 3 min 0…60 min 54. Dehum. (no fan) min.
Managing application settings 6 Other settings No. Application settings Descriptions Factory settings 56. Min.diff.room temp./outs.air temp.f.cool Free cooling will not 0 K be allowed if the difference between room temperature and outdoor temperature is less than this value. 57. Off/protection configuration Configures whether Protection Off N/A the thermostat goes Protection to the protection mode or completely turns off in OFF mode. 58.
7 Disassembly 7 Disassembly The thermostat is designed for maintenance-free operations. Disassembling should only be done after the power supply is off and is only limited to the licensed installers only for disposal purpose. Siemens doesn’t guarantee the user’s safety if the disassembly process is managed by any unlicensed installers. Disassembly 1. Turn off the power supply and then use a screw driver to pry the front module off from the hole at the top of the thermostat. 2.
8 Appendices Technical specifications 8 Appendices 8.1 Technical specifications Please refer to the datasheet of this product for technical specification details. 8.2 Cyber security disclaimer Siemens provides a portfolio of products, solutions, systems and services that includes security functions that support the secure operation of plants, systems, machines and networks.
8 Appendices EULA 8.3.2 FCC Regulations (USA) WARNING Modification of this device to receive cellular radio telephone service signals is prohibited under FCC rules and federal law. This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
A6V11214854_enUS_c 8.5 BACnet objects (RDS120.B only) Obj. No. Obj. Name Obj. Name Base Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 1 %R%'TRBltn TRBltn Built-in room air 0,0 temperature sensor Analog Input ~ °C 0.1 50 0 0.1 ~ ~ 0 ~ 2 %R%'TRBltn TRBltn_US _US Built-in room air 0,256 temperature sensor_US Analog Input ~ °F 0.1 122 32 0.1 ~ ~ 0 ~ 3 %R%'HulRel HulRelRBltn RBltn Built-in room air 0,1 rel.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command A6V11214854_enUS_c 12 %R%'TR(1)_ TR(1)_US US Room temperature 1_US 0,278 Analog Input Temperat ure (Pt1000, EU) °F 0.1 122 32 0.1 ~ ~ 0 ~ 13 %R%'TR(1) Room temperature 1 0,23 Analog Input Temperat ure (Pt1000, NA) °C 0.1 50 0 0.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base US Description Obj. Data Identifier Type Sig. Type temperature 2_US Input ure (Pt1000, EU) Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Analog Input Temperat ure (Pt1000, NA) °C 0.1 50 0 0.1 ~ ~ 0 ~ %R%'TR(2)_ TR(2)_US US Room temperature 2_US 0,274 Analog Input Temperat ure (Pt1000, NA) °F 0.1 122 32 0.
Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 33 %R%'TOa TOa Outside air temperature 0,8 Temperat ure (Pt1000, NA) °C 0.5 80 -50 0.1 ~ ~ 0 ~ 34 %R%'TOa_ US TOa_US Outside air temperature_U S 0,264 Temperat ure (Pt1000, NA) °F 0.5 176 -58 0.1 ~ ~ 0 ~ 35 %R%'TOa TOa Outside air temperature 0,9 Temperat ure (LGNi1000 50…180° C) °C 0.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Temperat ure (Pt1000, NA) °F 0.5 176 -58 0.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command A6V11214854_enUS_c 57 %R%'RHvac PrSpC_US Coo'TCtlC'Pr SpC_US Present cooling 2,442 setpoint_US Analog Value ~ °F 0.1 122 32 0.1 ~ ~ Null 71.6 58 %R%'RHvac SpCCmf Coo'TCtlC'S pCCmf Comfort cooling 2,191 setpoint Analog Value ~ °C 0.1 50 0 0.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Analog Value ~ °C 0.1 50 0 0.1 ~ ~ 0 ~ 2,429 Analog Value ~ °F 0.1 122 32 0.
Obj. Name Base Description Obj. Data Identifier Type A6V11214854_enUS_c Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 80 %R%'RHvac PrSpCEco_ Coo'TCtlC'Pr US SpCEco_US Present unoccupied cooling setpoint_US 2,445 Analog Value ~ °F 0.1 122 32 0.1 ~ ~ 0 ~ 81 %R%'RHvac PrSpCPrt Coo'TCtlC'Pr SpCPrt Present 2,190 protection cooling setpoint Analog Value ~ °C 0.1 50 0 0.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No.
Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Analog Value ~ %RH 5 100 0 1 ~ ~ 30 ~ 2,250 Analog Value ~ %RH 5 100 0 1 ~ ~ 60 ~ Economy dehum. setpoint 2,251 Analog Value ~ %RH 5 100 0 1 ~ ~ 60 ~ %R%'RHvac SpDhuRelR Coo'DhuCtl' Eco SpDhuRelR Eco Unoccupied dehum. setpoint 2,252 Analog Value ~ %RH 5 100 0 1 ~ ~ 70 ~ 123 %R%'RHvac SpDhuRelR Coo'DhuCtl' Prt SpDhuRelR Prt Protection dehum.
Obj. Name Obj. Name Base Obj. Data Identifier Type heating setpoint 131 %R%'RHvac SpHEco_US Unoccupied Coo'TCtlH'S heating pHEco_US setpoint_US 132 Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Value A6V11214854_enUS_c 2,434 Analog Value ~ °F 0.5 122 32 0 ~ ~ 59 ~ %R%'RHvac SpHPrt Coo'TCtlH'S pHPrt Protection 2,179 heating setpoint Analog Value ~ °C 0.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command heat_US LockHclTOa Hi Outdoor temp. to disable heat 2,226 Analog Value ~ °C 0.5 20 0 0.1 ~ ~ 0 ~ 145 %R%'LockH clTOaHi_US LockHclTOa Hi_US Outdoor temp. to disable heat_US 2,482 Analog Value ~ °F 0.5 68 32 0.
Obj. Name Base Description A6V11214854_enUS_c Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 159 %R%'TR2M svAdj_US TR2MsvAdj_ X2 temp. 2,502 US sensor adj._US Analog Value ~ °F 0.5 41 23 0.1 ~ ~ 0 ~ 160 %R%'TR2M svAdj TR2MsvAdj 2,247 Analog Value ~ K 0.5 5 -5 0.1 ~ ~ 0 ~ 161 %R%'TR2M svAdj_US TR2MsvAdj_ X2 temp. 2,503 US sensor adj._US Analog Value ~ °F 0.5 41 23 0.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description TOaMinC nC temp./outs.air temp.f.cool Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Value Analog Value ~ °F 0.5 68 32 0.1 ~ ~ 0 ~ 178 %R%'HDvn MaxDhu HDvnMaxDh Max.deviation heating u f.dehumidificati on 2,237 Analog Value ~ K 0.5 10 0 0.1 ~ ~ 0 ~ 179 %R%'HDvn HDvnMaxDh Max.
Obj. Name Base Description 191 %R%'TOaV al10V_US TOaVal10V_ Outside temp. US ref. at 10V_US 192 %R%'TR2Va TR2Val10V l10V Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command A6V11214854_enUS_c 2,488 Analog Value ~ °F 0.5 176 -58 0.1 ~ ~ 0 ~ X2 room temp. ref. at 10V 2,230 Analog Value ~ °C 0.5 80 -50 0.1 ~ ~ 0 ~ 193 %R%'TR2Va TR2Val10V_ X2 room temp. l10V_US US ref.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Resolution Max. Value Min. Value Change of Value State No.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command fan 223 %R%'HVAC' DmpOaEcm DmpOa'Dmp Sta OaEcmSta Outside air damper economizer state 5.118 Binary Value ~ ~ ~ ~ ~ ~ ~ 0=Inactive 1=Active Null Inactive 224 %R%'HVAC' Fan1SpdMa Fan'Fan1Sp n dMan Manual singlespeed fan 5.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 234 %R%'RHvac WarmUpReq Warm-up Coo'PltMod request Dtr'WarmUp Req 5.113 Binary Value ~ ~ ~ ~ ~ ~ ~ 0=Inactive 1=Active Inactive ~ 235 %R%'RHvac PrFreeCReq Present free Coo'PltMod cooling request Dtr'PrFreeC Req 5.
Obj. Name Obj. Name Base Obj. Data Identifier Type A6V11214854_enUS_c Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command HCcl'HCclAv lC coil available for cool. Value 246 %R%'HVAC' HCclAvlH HCcl'HCclAv lH Heating/cooling 5.136 coil available for heat. Binary Value ~ ~ ~ ~ ~ ~ ~ 0=No 1=Yes No ~ 247 %R%'HVAC' HCclAvlDhu HCcl'HCclAv lDhu Heating/cool.co 5.137 il available for dehmdf.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command heating Heating coil available for heating 5.143 Binary Value ~ ~ ~ ~ ~ ~ ~ 0=No 1=Yes No ~ 259 %R%'HVAC' HclAvlH Hcl'HclAvlH Heating coil available for heating 5.
Obj. Name Base A6V11214854_enUS_c Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 271 %R%'EnRPs EnRPscDet cDet Room presence 5.161 detector Binary Value ~ ~ ~ ~ ~ ~ ~ 0=Closed 1=Open Closed ~ 272 %R%'EnFre eC EnFreeC Free cooling 5.160 Binary Value ~ ~ ~ ~ ~ ~ ~ 0=No 1=Yes No ~ 273 %R%'EnHu HOnly EnHuHOnly Humidity control in heating only 5.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command position 4,14 Binary Output BO_Relay ~ _NO ~ ~ ~ ~ ~ 0=Off 1=On Off Off 287 %R%'HclEl2 HclEl2StPos Heating coil electric StPos pos.
Obj. Name Base Description Obj. Data Identifier Type Resolution Max. Value Min. Value Change of Value State No.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command cooling 11=Night cooling 12=Ventilatio n 13=Equit.tem p.prot 14=Air vol.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. vMod State Text Present Value Default Command open Dehumidifier free-standing device mode 19.104 Multistat ~ e Value ~ ~ ~ ~ ~ 3 1=Off Null 2=Control mode 3=Fully open Off 324 %R%'HVAC' HumFrsdDe HumFrsd'Hu vMod mFrsdDevM od Humidifier free- 19.
327 Obj. Name Base Description Obj. Data Identifier Type %R%'RHvac RHvacEei Coo'GrnLf'R HvacEei Room energy efficiency indication HVAC 19,78 328 %R%'RHvac HuDhuSta Coo'HuDhuS taDtr'HuDhu Sta Humidification/ dehumidificatio n state 329 A6V11214854_enUS_c Unit Resolution Max. Value Min. Value Change of Value State No.
A6V11214854_enUS_c Obj. No. Obj. Name Obj. Name Base Obj. Data Identifier Type 336 %R%'HVAC' HCStaOut HCDevOut'H CStaOut Heating/cooling 19.113 state output 337 %R%'HVAC' HCDmd HCDmd 338 Sig. Type Min. Value Change of Value State No. State Text Present Value Default Command Multistat ~ e Value ~ ~ ~ ~ ~ 3 1=Neither 2=Heating 3=Cooling Neither ~ Heating/cooling 19.
Obj. Name Base Description Obj. Data Identifier Type A6V11214854_enUS_c Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command 349 %R%'HumTi HumTiOffMi OffMin n Humidifier (fan) 48,34 min. OFF time Positive Integer Value ~ ms ~ 3600000 0 1000 ~ ~ 0 ~ 350 %R%'HumTi HumTiOnMi OnMin n Humidifier (fan) 48,33 min.
Obj. Name Obj. Name Base Description Obj. Data Identifier Type Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No. State Text Present Value Default Command Value Positive Integer Value ~ ms ~ 900000 180000 1000 ~ ~ 180000 ~ %R%'HpuTi OffMin HpuTiOffMin HP compressor 48,18 min. OFF time Positive Integer Value ~ ms ~ 3600000 0 1000 ~ ~ 0 ~ 364 %R%'HpuTi OffMin HpuTiOffMin HP compressor 48,20 min.
Obj. Name Base Description Sig. Type Unit Resolution Max. Value Min. Value Change of Value State No.
Issued by Siemens Industry, Inc. Smart Infrastructure 1000 Deerfield Pkwy Buffalo Grove IL 60089 +1 847-215-1000 © Siemens Industry, Inc., 2021 Technical specifications and availability subject to change without notice.
