Siemens Synco 700 RMS705B Basic Documentation Download Page 54 | Manualshive

Page: 54 / 213

Siemens Synco 700 RMS705B Basic Documentation Download Page 54

6.5

Calculator

C

ƒ= (A-B)*C /........

Calculator 1

The calculator allows for converting input values to output values applying your
own formulas. This allows for sophisticated calculations. Two independent
calculator blocks are available.

Purpose



Switch on

or

off aggregates via current heating

or

cooling output.

Application examples



Temperature difference calculation (several input signals possible).



The calculated value can be provided to other devices at modulating output Y

(DC 0…10 V).

Supplemental features



User-defined formulas can be entered in addition to standard formula (A-B)*C.



The following mathematical functions are available for calculation:



Basic operations: Add (+), Subtract (-), Multiply (*), Divide (/).



Exponentiation n^x.



Root function n^u, with u = 0.5.



You can enter three integer and three floating point constants when using

constants in the formula.



The calculated result may only be used as indicator for switching purposes and

cannot be used for billing purposes.

Notes



Measuring accuracy and sensor placement are prerequisites for the quality of

the calculation.

55 / 216

Siemens

Switching and monitoring device RMS705B

CE1P3124en

Building Technologies Data

acquisition

01.04.2010

«
...
52
53
54
55
56
...
»

Summary of Contents for Synco 700 RMS705B

Page 1: ...s Synco 700 Switching and monitoring device RMS705B incl extension modules RMZ785 RMZ787und RMZ788 Basic documentation CE1P3124en 01 04 2010 Building Technologies ...

Page 2: ...uration 19 3 3 Free configuration 20 3 4 Wiring test 20 3 5 Exit commissioning 21 3 6 Data backup 21 3 7 Exit password level 22 3 8 Device information 22 4 General settings 23 4 1 Time and date 23 4 2 Select language 25 4 3 Select temperature unit 26 4 4 Operator unit display contrast 26 4 5 Text entry 26 5 Inputs 28 5 1 Universal inputs 28 5 2 Analog inputs 31 5 3 Digital inputs 35 5 4 Pulse 37 5...

Page 3: ...tion 143 10 3 H C demand application examples 149 10 4 H C changeover 158 10 5 Combined examples H C demand H C changeover 163 11 Universal controller 165 11 1 Overview 165 11 2 Makeup and mode of operation of the controller 167 11 3 Universal shift 170 11 4 General limiter 172 11 5 Eco setpoint changeover 175 11 6 Start the universal controller 176 11 7 Assign texts 176 12 Faults 177 12 1 Purpose...

Page 4: ...Communication menu settings 182 14 Support for errors and faults 191 14 1 Error fault code list 191 14 2 Troubleshooting 193 14 3 Resolve errors 195 15 Electrical connections 196 15 1 Connection rules 196 15 2 Connection terminals 197 16 Appendix 198 16 1 Abbreviations 198 16 2 Configuration diagram 199 16 3 Menu tree 207 16 4 Editable texts RMS705B 207 Index 214 ...

Page 5: ... functions combined with mathematical and physical operations calculations minimum maximum and average calculations enthalpy Key features Lead lag control of pumps fans motors refrigeration machines etc with runtime balancing 3 universal controllers with limiting function Data acquisition Pulse count for display purposes operating hours count trend display of data as well as event logging e g for ...

Page 6: ...ver Fault messages additional universal alarm inputs Control functions Universal controller limiting function universal shift etc Bus functions Universal bus applications KNX data exchange zones send and receive LTE bus information Service and operating functions Outside temperature simulation input terminal simulation etc 1x RMS705B 8 universal inputs 6 digital outputs 4 analog outputs Module com...

Page 7: ...iversal module RMZ788 N3146 Module connector RMZ780 N3138 Operator units Operator unit plug in type RMZ790 N3111 Operator unit detached RMZ791 N3112 Bus operator unit RMZ792 N3113 Service unit Service tool OCI700 1 N5655 Central communication unit Central communication unit OZW775 N5663 Web server OZW772 N5701 RMS705B RMZ785 RMZ787 RMZ788 RMZ780 RMZ790 RMZ791 RMZ792 OCI700 1 OZW775 OZW772 8 216 Si...

Page 8: ...nit RXB Room controller RMZ790 Operator unit plug in type RMU7 Universal controller RMZ791 Operator unit detached RMH Heating controller RMZ792 Bus operator unit RMK Boiler sequence controller RMZ78 Extension modules RMB Central control unit OCI700 1 Service tool OZW772 Web server Key 9 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Overview 01 04 2010 ...

Page 9: ...1850 N1932 Monitoring devices QAF81 QAF64 QFA1000 QFA1001 QFM81 QXA2000 QBM81 N1284 N1283 N1518 N1514 N1542 N1552 Passive signal sources BSG21 1 N1991 Active signal sources BSG61 N1992 Room units QAA25 QAA27 N1721 Actuating equipment All motorized hydraulic and magnetic actuators with operating voltage AC 24 V for modulating control DC 0 10 V N4000 N4999 Variable speed drive SED2 N5192 Transformer...

Page 10: ...705B 74 319 0731 0 Mounting instructions for extension modules RMZ78 74 319 0353 0 Mounting instructions for module connector RMZ780 74 319 0380 0 Mounting instructions for detached operator unit RMZ791 74 319 0339 0 Installation instructions for bus operator unit RMZ792 74 319 0523 0 CE declaration of conformity for SyncoTM 700 CE1T3110xx Environmental declaration for controller RM CE1E3110en01 E...

Page 11: ...al relay 2 Online trend channels 4 Event logger 4 Operating hours with maintenance message 4 Pulse counter with storage of 15 monthly values 4 Time switches for weekdays holidays special days with operation selector 6 Calendar Logic block for operations AND NAND OR NOR EXOR EXNOR with operation selector 10 Comparator for comparing two analog variables 2 Universal controller with 1 heating and 1 co...

Page 12: ... wiring the system strictly segregate the AC 230 V section from the AC 24 V safety extra low voltage SELV section to ensure protection against electric shock hazard Wiring Refer to the environmental conditions specified in the respective data sheets for storage and transport Storage and transport If in doubt contact your supplier or Siemens Switzerland Ltd Synco 700 products are maintenance free a...

Page 13: ...fault status message and its acknowledgement LED flashes Fault status message ready to be acknowledged LED lit Fault status message pending but not yet reset LED off No fault status message Press button Acknowledge fault or reset 3 Programming button Prog to assign the device address in KNX system mode tool required 4 Programming LED Prog to display programming process with meaning LED remains lit...

Page 14: ...ired language during commissioning 3111Z07 2 1 5 3 4 Plug in type operator unit RMZ790 3 4 2 5 1 3112Z08 Detached operator unit RMZ791 or bus operator unit RMZ792 Operator elements 1 Display 2 INFO button Function 1 Display of important plant data Function 2 Query explanations on individual operating lines in the current menu 3 OK press and turn knob Turn Select operating line or readjust value re...

Page 15: ...lay other information pages 25 02 2 2 3 Operating levels There are two operating levels Info level Setting level Both levels are accessible from any access level The Info level provides important plant data information Info level Setting level The setting level is set up as a menu You can navigate to operating lines and change their values The INFO button queries menu explanations on the individua...

Page 16: ... and confirm by pressing the OK knob The access level determines which individual menus and operating lines are activated At a higher access level all menus and operating lines of the lower access levels are visible The levels use a common menu tree as a base the password level shows the entire menu tree Switch from the current access level to another access level Switch to another access level 1 ...

Page 17: ...ccess level is set to Password level Follow the installation instructions G3151 74 319 0731 0 added to device package to initially commission the RMS705B Note 3 1 2 Start from the main menu After selecting menu Commissioning only visible on the Password level and confirming by pressing the OK knob a reference to plant stop is displayed Caution Plant stops ESC OK Press OK again to stop the plant ap...

Page 18: ...2 RMZ788 1 RMZ788 2 3 2 1 Assign extension modules You can extend RMS705B by appending extension modules Max 4 extension modules can be connected to each RMS705B Select from 1x RMZ785 Universal module with 8 universal inputs 2x RMZ787 Universal module with 4 universal inputs 4 relay outputs 2x RMZ788 Universal module with 4 universal inputs 2 modulating outputs 2 relay outputs The extension module...

Page 19: ...the configuration and settings Reading values are displayed for the inputs aggregates fans pumps etc onnected to the outputs can be switched on and off c During the wiring test the application is inactive and the outputs are in a defined OFF state safety related functions are deactivated The wiring test checks the inputs and outputs for the following types of errors Connection errors i e exchanged...

Page 20: ... of the RMS705B after commissioning if important values are changed later on The following values are not saved or restored during backup All user defined texts and business cards Calendar and time switch settings Basic settings in the Communication menu Current time Trend settings Values in the Settings Device menu Main menu Data backup Setting values Operating line Range Factory setting Restore ...

Page 21: ...iew RMS705B information Main menu Device information Controller Display values Operating line Comment Software version Displays the RMS705B software version Hardware version Displays the hardware version Main menu Device information Position 1 4 Operating line Comment Extension module Displays the module s type designation Software version Displays the module s software version Hardware version Di...

Page 22: ...24 00 00 00 Date 01 01 31 12 01 01 Year 2000 2080 Current Changeover from daylight saving to standard time and vice versa is automatic as per the set values Daylight saving standard time changeover The dates of the earliest changeover can be adjusted in case of corresponding standard changes Main menu Time of day date Setting values Operating line Range Factory setting Summer time start 01 01 31 1...

Page 23: ...s are available for Remote setting clock slave No Clock time slave with no system time adjustment option Yes Clock time slave with system time adjustment option Main menu Commissioning Communication Basic settings Operating line Range Factory setting Remote setting clock slave Yes No Yes The effects of combined entries are Entry Effect Diagram Autonomous The time of day on the RMS705B can be readj...

Page 24: ...Text Effect 5001 System time failure Non urgent message must not be acknowledged 5002 1 clock time master Non urgent message must be acknowledged 5003 Invalid time of day Non urgent message must not be acknowledged Fault messages 4 2 Select language Each device type has a number of languages loaded Action on initial startup When switching on RMS705B for the first time the Language menu is displaye...

Page 25: ...ne Range Factory setting Contrast 0 100 50 4 5 Text entry 4 5 1 Device name The text for the device name appears on the welcome screen Setting Main menu Commissioning Settings or Main menu Settings Texts Setting values Operating line Range Factory setting Device name Max 20 characters 4 5 2 File name Individual text can be assigned to the file name for the selected application Main menu Commission...

Page 26: ...ting Business card Yes No Yes Main menu Commissioning Settings or Main menu Settings Texts Settings Operating line Range Factory setting Business card line 1 Max 20 characters Business card line 1 Business card line 2 Max 20 characters Business card line 2 Business card line 3 Max 20 characters Business card line 3 Business card line 4 Max 20 characters Business card line 4 27 216 Siemens Switchin...

Page 27: ...ions Recommendation Set unused inputs to Digital You can assign an identifier to each input The identifier also defines the input s unit The following identifiers are available Outside temperature C g kg kJ kg W m2 m s bar mbar Pa ppm Universal 000 0 Universal input with one decimal place resolution 99 9 999 9 increment 0 1 Universal 0000 Universal input without decimal place resolution 999 9999 i...

Page 28: ...uts do not require a unit On Off The outside temperature can be sent via bus KNX see Section 5 6 Outside temperature 5 1 2 Cause The source of an input value is displayed We differentiate among the following types Terminal Used as local terminal LTE mode Used as LTE transmission and reception object S mode Used as S mode object Simulation Input terminal simulation Main menu Commissioning Settings ...

Page 29: ...n is always reset on the plant The simulated outside temperature is used only locally it is not sent via bus to other controllers Note 5 1 4 Troubleshooting RMS705B among other issues checks if input terminal simulation is still active when the Commissioning menu is exited No Text Effect 101 264 N X1 sensor error RMZ788 2 X4 sensor error Non urgent message must not be acknowledged Fault messages 5...

Page 30: ...V Physically the sensing element types LG Ni1000 2x LG Ni1000 must be used see Section 5 2 2 Main menu Commissioning Settings or Main menu Settings Inputs X Setting values Operating line Range Factory setting Type Ni1000 2xNi1000 T1 Pt1000 0 10 V Ni1000 Notes If the unit is not C the Type is always DC 0 10 V Physically the sensing element types LG Ni1000 2x LG Ni1000 must be used see Section 5 2 2...

Page 31: ... 0 10 V 0 50 C Example Lower measured value Value low 0 C Upper measured value Value high 50 C A 5 V signal results in 25 C 5 2 3 Measured value correction With passive temperature sensors the measured value can be readjusted by 3 0 to 3 0 K to compensate for line resistance You can thus on site calibrate using a reference instrument Main menu Commissioning Settings or Main menu Settings Inputs X ...

Page 32: ...C 24 V B M LG Ni 1000 Connection diagram B Passive sensor Average temperature measurement with 2 passive sensors using LG Ni1000 sensing elements Example 2 Main menu Commissioning Extra configuration Input identifier Input configuration Operating line Setting N X1 C Main menu Commissioning Settings or Main menu Settings Inputs X Setting values Operating line Setting Type 2xNi1000 G G G0 X M G0 B N...

Page 33: ... B B Passive sensor 5 2 6 Troubleshooting When you exit the Commissioning menu a check is made to see which sensors are connected Message X sensor error is displayed if one of the sensors connected at this point is missing later on or if there is a short circuit If there is no measured value due to an open circuit the display reads If there is no measured value due to a short circuit the display r...

Page 34: ...y assigning an input terminal to the output terminal When converting a passive signal to an DC 0 10 V signal the preset allocation of passive signal and temperature range can be adapted as needed Do this via parameters Value low and Value high see Section 5 2 2 Setting option 5 3 Digital inputs Control function signals can be connected to the digital inputs Activate the digital inputs as described...

Page 35: ...r Logic 1 Max 20 characters 1 5 3 3 Connection example Potential free contacts can be connected to the digital inputs Main menu Commissioning Extra configuration Input identifier Input configuration Operating line Setting N X2 Digital Main menu Commissioning Settings or Main menu Settings Inputs X Setting values Operating line Setting Normal position Open G G G0 X G0 N 3123A09 AC 24 V M F p X M F ...

Page 36: ...on Input identifier Configuration Operating line Adjustable values Comment X Pulse Electronic pulse sources e g Open Collector outputs generate shorter less bouncing pulses than mechanical pulse sources e g relays or Reed contacts The type is adjustable Main menu Commissioning Settings or Main menu Settings Inputs X Setting value Operating line Range Factory setting Type Mechanically or Electronic...

Page 37: ...es Comment X Activate the function by assigning the following value to the input Controller 1 rem setp adj Rem w1 Controller 2 rem setp adj Rem w2 or Controller 3 rem setp adj Rem w3 5 5 2 Type and measuring range You can select if the remote setpoint is to be an active DC 0 10 V or passive signal 0 1000 Ω In addition you can set the input signal s range Value high Value at DC 10 V or at 1000 Ω Va...

Page 38: ...int adjuster according to the following diagram G out G G0 M G1 X G0 R2 N1 3123A11 AC 24 V 3 GN GL 2 1 X M G1 B3 B M G in 4 R2 Active setpoint adjuster BSG61 5 5 5 Troubleshooting When you exit the Commissioning menu a check is made to see if the setpoint adjuster is connected Message X sensor error is displayed if the setpoint adjuster is connected at this point but missing later No Text Effect 1...

Page 39: ...ovided by another controller on the bus 3123Z06 T No outside temperature at terminal Communication outside temperature not active RMS705B has no outside temperature T 5 6 2 Outside temperature at terminal See Section 5 2 Analog inputs for settings and the connection diagram for the outside temperature at the terminal Main menu Commissioning Extra configuration Input identifier Configuration Operat...

Page 40: ... 31 5 6 4 Outside temperature simulation To simulate the outside temperature and test the response of the plant the measured value of the outside temperature can be overridden Main menu Inputs Setting values Operating line Range Factory setting Outside temperature simulation 50 50 C Only authorized staff may override inputs within a limited period of time During outside temperature simulation faul...

Page 41: ...ts an outside temperature signal via the bus and the signal is not sent No Text Effect 101 264 N X1 sensor error RMZ788 2 X4 sensor error Non urgent message must not be acknowledged 11 1 outside temperature sensor Urgent message must be acknowledged 10 Outside temp sensor error Non urgent message must not be acknowledged Fault messages If other outside temperature signals are available on the bus ...

Page 42: ... 24 hour views 8 minutes 8 hours 24 hours show the date and the current value of the primary trend curve The primary trend curve is shown as a solid line the reference curve as a dotted line The Y axis label refers to the settings of the primary channel If the Y axes of the two channels do not match a warning symbol appears next to the axis Use the press and turn button on the operator unit to nav...

Page 43: ...ress of the room for which the room temperature is to be recorded can be set via the Geographical zone To acquire the outside temperature via bus set the relevant Outside temperature zone The Y axes can be scaled for each trend channel Y axis min and Y axis max refer to value display and must be set as per the expected signal range There is no trend display if the current values are outside the ad...

Page 44: ... 24 hour view and those of the last 6 days are retained 6 2 Event logger Event logger Use the event logger to log events and monitor their mandatory occurrence Event logging can be activated for max 4 input variables e g to monitor the minimum event duration or regularity of an event legionella monitoring Purpose Event logger with 4 inputs Function overview Logging of the last 10 events per logger...

Page 45: ...6 2005 23 59 12 4 C Sat Thu Minimum Event logger 1 Limit value off 6 2 1 Activate event logger Assigning an analog input activates the Event logger Main menu Commissioning Extra configuration Data acquisition Event logger Configuration Operating line Range Factory setting Input 1 N X1 N X2 Room temp via bus Outside temp via bus Input 2 N X1 N X2 Room temp via bus Outside temp via bus Input 3 N X1 ...

Page 46: ...e times to 0 to deactivate the individual fault messages 6 2 3 Event logger display You can query the last 10 event periods on the display They are sorted in chronological order with 1 as the most recent entry The data of the event start and end as well as duration for highest or lowest values are displayed as increment key The oldest event is deleted if there are more than 10 events Main menu Dat...

Page 47: ...131 Logger 3 on before cycle min Fault priority as set must be acknowledged and reset 9132 Logger 3 on after cycle max Fault priority as set must be acknowledged and reset 9133 Logger 3 off before dur min Fault priority as set must be acknowledged and reset 9134 Logger 3 off after dur max Fault priority as set must be acknowledged and reset 9141 Logger 4 on before cycle min Fault priority as set m...

Page 48: ...perating hours RMS705B generates a freely definable maintenance message when the maintenance interval value is reached Counters Operating hours since service continue to run until reset to 0 via Reset Resetting counter Operating hours since service does not impact the counter for total operating hours The maintenance messages for the operating hours counter are displayed as part of the fault messa...

Page 49: ...ing Operating hours x Max 20 characters Operating hours x See Section 16 4 Editable texts RMS705B for an overview of all editable texts and on how to reset them 6 3 3 Set operating hours counter Service staff can set the operating hours counter to a defined value or 0 This value runs on the operating hours counter After 99999 hours the counter automatically returns to 0 This value can only be chan...

Page 50: ...ng maintenance message is generated once the counter Operating hours since service reaches the value for the maintenance interval No Text Effect 1911 O hrs 1 serv req Non urgent fault 1912 O hrs 2 serv req Non urgent fault 1913 O hrs 3 serv req Non urgent fault 1914 O hrs 4 serv req Non urgent fault Maintenance messages 6 3 5 Operating hours display Main menu Data acquisition Operating hours 1 4 D...

Page 51: ...meter readings heat meters electricity meters etc with on board counters battery backed where required deliver the correct values Meters using Namur or SO circuitry are not supported by the RMS705B 6 4 1 Activate meters Assign an input to activate each meter You can assign only inputs with identifier Pulse Main menu Commissioning Extra configuration Data acquisition Meter 1 4 Configuration Operati...

Page 52: ... ensures that displayed reading on the connected meter is the same as that on RMS705B The value at which the meter s display returns to 0 can be set Unit and decimal place depend on unit and format displayed You can change this value only via software tool OCI700 1 Note Operating line Range Factory setting Overflow value 0 999 999 999 99 999 999 kWh Overflow value 6 4 5 Set and reset meter reading...

Page 53: ...signed to each meter This text is displayed as menu and operating line text on the operating pages Main menu Commissioning Settings or Free text Main menu Settings Data acquisition Meter Meter 1 4 Operating line Range Factory setting Meter 1 4 Max 20 characters Meter 1 4 See Section 16 4 Editable texts RMS705B for an overview of all editable texts and on how to reset them 6 4 8 Troubleshooting Som...

Page 54: ...ental features User defined formulas can be entered in addition to standard formula A B C The following mathematical functions are available for calculation Basic operations Add Subtract Multiply Divide Exponentiation n x Root function n u with u 0 5 You can enter three integer and three floating point constants when using constants in the formula The calculated result may only be used as indicato...

Page 55: ...0 characters Rules to enter formulas Max 2 parentheses in sequence e g PEMDAS convention applies Numbers are not entered direct but via constants No spaces in the formula a A B C T T v 3123S23 Chiller 1 Chiller 2 Return Flow Calculator 1 en Example for output calculation Output calculation is based on a physical relation T c V P P Output kW V Volumetric flow m s Medium density kg m c Specific heat...

Page 56: ...nput identifiers as follows Type C input on Input A Type C input on Input B Type Universal 000 0 input on Input C Accuracy and resolution of floating point constants is one decimal place i e 4 16 must be entered as 4 2 If greater accuracy is required enter the constant increased by factor 10 100 1000 and divide the formula by this factor later on Notes Internal connections internal analog a from t...

Page 57: ...alue low 50 9999 0 Value high 50 9999 100 Value low and Value high only limit the DC 0 10 V signal run to the Y output 10 V 0 0 V 3124D01 3124D01en Value low Value high 6 5 3 Assign texts A specific text can be assigned to each calculator Main menu Commissioning Settings or Main menu Settings Data acquisition Calculator Calculator 1 2 Free text Operating line Range Factory setting Calculator 1 2 M...

Page 58: ...rating line Comment Calculator 1 ouput 0 100 Calculator 2 ouput 0 100 6 5 5 Troubleshooting The result and thus the calculator output is set to 0 if an input signal required for calculation is not available during operation User defined formulas are checked for conformity to rules see Section 6 5 1 A configuration alarm is displayed when a formula contains errors Wrong formulas Wrong formulas Erro...

Page 59: ... switch Main menu Commissioning Extra configuration Time switch Time switch 1 6 Configuration Operating line Range Factory setting Time switch Off On Off Holiday priority Yes No No Time switch 1 relay Time switch 6 relay N Q1 N Q2 Time switch 1 op selector Time switch 6 op selector Yes No No 7 1 1 Communication The 7 day time switches of the RMS705B can run autonomously 7 day time switch programs ...

Page 60: ... Off State of time switch output for slave operation Main menu Commissioning Communication Time switch Time switch 1 6 Setting values Operating line Range Factory setting Time switch slave apartment 1 126 Time switch operation Autonomous Slave Transformation Precomfort Off On On Information line Result of the setting 7 1 2 Entries You can select a specific 24 hour profile for the following days Ma...

Page 61: ...characters Time switch 1 6 Time switch 1 op selector Time switch 6 op selector Max 20 characters T swi 1 op sel See Section 16 4 Editable texts RMS705B for an overview of all editable texts and on how to reset them 7 1 4 Operation selector You can preselect the operating mode for the time switch s output via the operation selector in the main menu The current state for the operation selector of ti...

Page 62: ...ges 7 2 Holidays special days Calendar Plant operators can enter days deviating from the standard 7 day program as holidays or special days via the Holidays special days menu The holidays special day program is visible only if at least one time switch is active 7 2 1 Communication The same holidays special day program can be assigned to other controllers if RMS705B communicates with other controll...

Page 63: ... not used and whose start time and duration are known in advance Business holidays vacation in commercially used spaces and buildings Examples School holidays vacation in school buildings Public holidays During vacation holidays the output of the corresponding time switch is set to Off provided Holiday priority Yes 7 2 3 Special days Special days are periods of time when the building is used for s...

Page 64: ...cation Note At the end of the holidays or special day operation according to the normal 7 day program is resumed In this transition you may not be able to start optimum start control e g boost heating in time We thus recommend to move down the end of the holidays vacation allowing the plant sufficient time to adapt to the respective setpoints 7 2 5 Control input Holidays special days You can also ...

Page 65: ...ial day entry in the calendar 4 Holidays entry in the calendar lowest priority If other controllers are configured as slaves in the same Holidays special day zone the digital inputs also act on these controllers Note 7 2 6 Troubleshooting Message Hol spec day program failure is displayed if RMS705B expects a holidays special day signal via the bus and the signal is not sent The operating modes of ...

Page 66: ...ignal You can generate an analog signal a 2 point signal On Off via switch on and off points The following applies Switching value On switching value Off Transition 0 1 Switching value On switching value Off Transition 1 0 The difference between switching value On and switching value Off is the hysteresis Inputs 1 2 and 3 are internally connected to Logic A Internal structure Inputs 1 and 2 are co...

Page 67: ...es OR NOR Input1 Input2 Output Input1 Input2 Output 0 0 0 0 0 1 0 1 1 0 1 0 1 0 1 1 0 0 1 1 1 1 1 0 EXOR EXNOR Input1 Input2 Output Input1 Input2 Output 0 0 0 0 0 1 0 1 1 0 1 0 1 0 1 1 0 0 1 1 0 1 1 1 68 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Aggregates 01 04 2010 ...

Page 68: ...R AND Logic relay N Q1 N Q2 free outputs only Operation selector Yes No No Time format h m m s m s You can select format Hours Minutes as an extended time format 59 59 m s for the logic function Important The changeover impacts all time related parameters of the logic function block switch on off delay and min switch on off time Notes Time format h m offers a 10 minute increment setting range 8 1 ...

Page 69: ...ected type Type dependent Logic B switching value 2 off Depending on selected type Type dependent 8 1 4 Switch on switch off delay For the logic output a switch on and switch off delay can be set Main menu Commissioning Settings or Setting values Main menu Settings Aggregates Logic functions Logic 1 10 Operating line Range Factory setting Switch on delay 00 00 59 59 m s or 00 00 23 50 h m 00 00 m ...

Page 70: ...lector 1 10 Display values Operating line Comment Preselection Auto Off On State Display of present state Off On You must first ensure that the operation selector is set to Auto if you want to reset its configuration later on Otherwise the output constantly remains On or Off Important note 8 1 8 Wiring test During the wiring test the logic block outputs can be directly switched via the control swi...

Page 71: ...ck 2 becomes available only upon the next handling cycle if outputs are looped back e g from the output of Logic block 7 to the input of Logic block 2 8 1 11 Application example for storage tank charging The following application example shows a solution for a self holding function The measured value connected to Logic A input 1 issues the switch on command for storage tank charging The measured v...

Page 72: ...OR Set Logic 1 Logic 2 Required configuration Operating line Comment Logic 1 Logic A function NOR Logic 2 Logic A function NOR Truth table for RS flip flop Note Set Reset Q Q State 0 0 X X Save 0 1 0 1 Reset 1 0 1 0 Set 1 1 Undetermined 73 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Aggregates 01 04 2010 ...

Page 73: ...e always active except during wiring tests 8 2 1 Activate comparator Assign an input to activate the comparator Main menu Commissioning Extra configuration Aggregates Logic functions Comparator 1 2 Configuration Operating line Adjustable values Comment Factory setting Switching value A X1 X2 analog inputs only Switching value B X1 X2 analog inputs only Comparator relay N Q1 N Q2 free outputs only ...

Page 74: ... Logic functions Comparator 1 2 Setting values Operating line Range Factory setting Limit value on Depending on selected type Type dependent Limit value off Depending on selected type Type dependent 8 2 4 Switch on switch off delay You can set a switch on and switch off delay for the comparator output Main menu Commissioning Settings or Main menu Settings Aggregates Logic functions Comparator 1 2 ...

Page 75: ...n menu Settings Aggregates Logic functions Comparator 1 2 Setting values Operating line Range Factory setting Off time minimum 00 00 59 59 m s or 00 00 23 50 h m 00 00 m s See Notes on the time format in Section 8 2 1 The Off time minimum always takes effect after a switch off command 8 2 7 Display values Operation displays the output state of the comparator Main menu Aggregates Comparator 1 2 Dis...

Page 76: ... Switch on delay 5 On by Switch off delay 6 Comparison of inputs Switching value A and B 8 2 10 Troubleshooting The output for the comparator is set to Off when the input values are compared to various units or when there is a sensor error on the input 77 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Aggregates 01 04 2010 ...

Page 77: ...changeover types for the same number of operating hours Flexible step switch Optimum switching of aggregates with different outputs to ensure that as few aggregates as possible are operating and to achieve optimum control under partial load conditions max 4 stages Binary step switch Switching binary stepped aggregates Max 15 stages can be switched per step switch 2 step switches combined can switc...

Page 78: ... Operating line Setting example Logic A input 1 Rot step swi 1A command Note the following for output switching Configure the outputs without gap order A B C D Assign the smallest load to command A in the event of different loads Use the type Linear Flexible Binary to set the step switch properties Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Con...

Page 79: ...ut with modulating load outputs A B C D a a a a a Yes Output configuration Load input start condition A B C D Number of stages or aggregates 4 1 Start Run priority changeover A B a d a d a Yes A B C Example 4 a d a d a d a Yes Modulating load input with switching command outputs and modulating load outputs A B C D a d a d a d a d a Yes Output configuration Load input start condition A B C D Number...

Page 80: ...let temperature Run priority changeover includes changeover incase of fault Plant diagram Function diagram XP 0 0 Q XP 100 B A C D 100 Q A B C D 3123D21 AI DI AO DO T 3123S46 4x 4 3 2 1 Configuration diagram C D C D X C D Rotary step switch 1 Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Linear 81 216 Siem...

Page 81: ...ump is switched on in the event of a fault fault changeover Plant diagram Function diagram AI DI AO DO f1 f2 f1 f2 f1 f2 p 3123S47 1 2 3 1 2 3 0 Q XP 100 B A C 3123D28 Configuration diagram C D C D X N X1 N Y1 C C A Rotary step switch 1 Logic 1 Start conditions 2 and 3 are configured e g Start condition 2 Switching value 2 On 90 Switching value 2 Off 25 Start condition 3 Switching value 3 On 100 S...

Page 82: ...first Out The next pump is switched on in the event of a fault fault changeover The function diagram shows a snapshot Sequence ABC in operation A takes priority D in standby Plant diagram Function diagram Evp AI DI AO DO T 1 2 3 4x 4x 3123S49 1 2 3 4 1 2 3 4 0 Q XP 100 B A C 3123D28 Configuration diagram C D C D X C D Rotary step switch 1 The start conditions of the rotary step switch are configur...

Page 83: ... of the same size and type Plant diagram Function diagram AI DI AO DO 3123S51 1 2 XP 0 0 Q XP 100 B A 100 Q A B 3123D29 Configuration diagram C D C D X A B Rotary step switch 1 Modul output Modul output Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Linear 84 216 Siemens Switching and monitoring device RMS7...

Page 84: ...s in sequence If more water is demanded the pump switches on the refrigeration machine is released and finally the 3 port valve opens To balance out the number of operating hours the run priority of the refrigeration machines follows the first in first out principle The next refrigeration machine is switched on in the event of a fault fault changeover Plant diagram Function diagram 3 3 AI DI AO DO...

Page 85: ...s and 1 control valve Plant diagram Function diagram AI DI AO DO 3123S55 2x 1 m3 h 0 1 m3 h 1 2 3 1 m3 h XP 0 0 Q XP 100 B A C 100 Q 3123D31 B C A A A Configuration diagram C D C D X C C A Rotary step switch 1 Logic 1 Logic 2 Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Linear 86 216 Siemens Switching and...

Page 86: ... air heater batteries Plant diagram Function diagram AI DI AO DO 3123S57 T 1 2 3 0 1 kW 1 kW 1 kW XP 0 0 Q XP 100 B A C 100 Q 3123D32 B C A A A A Configuration diagram C D C D X C C C A Rotary step switch 1 Logic 1 Logic 2 Logic 2 Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Linear 87 216 Siemens Switchin...

Page 87: ...the linear step switch Note Rotation priority shows the aggregate with current run priority Main menu Settings Aggregates Rotary step switch 1 2 Operating line Comment Rotation priority Aggregate A Aggregate B Aggregate C Aggregate D Rotation aggregates A B A B C A B C D Sequence selector on the operator unit The sequence selector allows for determining the lead aggregate and the switching sequenc...

Page 88: ... Changeover interval 1 1440 h There is no changeover by operating hours if Changeover interval is set to Operating hours changeover can be carried out with or without a changeover day and time To do this both changeover day and time must be activated After a set time the next aggregate is selected as lead aggregate upon changeover time defined in periodic changeover Operating hours are counted onl...

Page 89: ...nput with switching command outputs A B C D Example1 a d d d d No Output configuration Load input start condition A B C D Number of stages or aggregates 4 1 Start Run priority changeover Start conditions with modulating output A x a No Output configuration Load input start condition A B C D Number of stages or aggregates 4 1 Start Run priority changeover A B a a a No A B C a a a a No Modulating lo...

Page 90: ... output at XP 100 is 7 kW Plant diagram Function diagram 4 3 2 AI DI AO DO 3123S59 1 1 KW 1 KW 2 KW 3 KW T Configuration diagram C D C D X Rotary step switch 1 0 100 XP B A C D XP 100 0 B C D B C B A 3123D33 Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Flexible Main menu Commissioning Settings or Main men...

Page 91: ...etting for the steps Plant diagram Function diagram f1 f2 Evp AI DI AO DO 1 2 3 3123S61 Q 3123D34 20 40 40 12 3 4 Start 123 4 Start 0 10 V 1 234 Start 2 V 6 V 10 V Configuration diagram C D C D X A Rotary step switch 1 The start conditions are configured as per the refrigeration machine releases Main menu Commissioning Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Config...

Page 92: ...W The total output at XP 100 is 9 kW Plant diagram Function diagram not to dimensions AI DI AO DO T 3123S63 1 2 1 2 0 Q XP 100 A A B B 3123D27 Configuration diagram C D C D X A B Rotary step switch 1 Modul output Modul output Main menu Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Flexible Main menu Commissioning Settings or Main...

Page 93: ... however it is easier for the commissioning engineer to set effective output Main menu Commissioning Settings or Main menu Settings Aggregates Rotary step switch Rotary step switch 1 2 Operating line Range Factory setting Min output A 0 0 999 9 0 0 Output A 0 1 999 9 1 0 Min output B 0 0 999 9 0 0 Output B 0 1 999 9 1 0 Min output C 0 0 999 9 0 0 Output C 0 1 999 9 1 0 Min output D 0 0 999 9 0 0 O...

Page 94: ...egate Load assignment If configured without modulating output Load assignment Configured outputs Cmd A Cmd B Cmd C Cmd D Number of load steps 0 2 A 1 3 B 2 3 3 0 3 A 1 7 B 2 7 C 4 7 7 0 4 A 1 15 B 2 15 C 4 15 D 8 15 15 If configured with a modulating output Load assignment Configured outputs Load A Cmd B Cmd C Cmd D Number of load steps 1 2 A 1 4 B 1 4 C 2 4 4 1 3 A 1 8 B 1 8 C 2 8 D 4 8 8 0 No mo...

Page 95: ... input start condition A B C D Number of stages or aggregates 4 1 Start Run priority changeover A B a a d No A B C Example2 a a d d No Modulating load input with combinations of modulating and switching outputs A B C D a a d d d No Output configuration Load input start condition A B C D Number of stages or aggregates 4 1 Start Run priority changeover A B a d a d No A B C a d a d d No Modulating lo...

Page 96: ...r 4 different sized compressors Plant diagram AI DI AO DO 3123S64 T 1 kW 2 kW 4 kW 8 kW 1 2 3 4 4x Function diagram not to dimensions 0 XP B A C D 3123D36 Q 100 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Configuration diagram C D C D X Rotary step switch 1 Main menu Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Binary 97 216 Siemens Swi...

Page 97: ...tepped electric air heater batteries Plant diagram Function diagram not to dimensions AI DI AO DO 3123S65 T 1 kW 1 kW 2 kW 1 2 3 0 a a a a Q XP 100 1 2 B A C 3123D35 Configuration diagram C D C D X C C A Rotary step switch 1 Logic 1 Logic 2 Main menu Extra configuration Aggregates Rotary step switch Rotary step switch 1 2 Configuration Operating line Setting Type Binary 98 216 Siemens Switching an...

Page 98: ...00 m s This delay ensures that during run up between the stages the next step can be switched on only after the set run up delay This ensures that e g a step of the refrigeration machine is run up before the next stage of the refrigeration machine is switched on Run up delay This ensures that a step that has just switched off remains off for the set period of time As a result the compressor e g re...

Page 99: ...d can be simultaneous or delayed by Precommand runup time using the precommand After switching off the command the precommand also switches off after an adjustable Precommand rundown time see 2nd example in Section 8 3 8 Main menu Commissioning Settings or Setting values Main menu Settings Aggregates Rotary step switch Rotary step switch 1 2 Operating line Range Factory setting Precommand runup ti...

Page 100: ...is expired if the precommand input is configured Notes The precommand input can be used as a release for the rotary step switch It is active also if no precommand is configured As a result the aggregates switch on only if the precommand input issues a release Switch on sequence current priority aggregate B Example 0 1 0 0 1 0 1 0 1 0 0 PcmdRndw Precommand input Start condition 1 Precommand output ...

Page 101: ... and input AI DI AO DO T 1 2 3123S66 1 1 2 2 Configuration diagram The precommand input e g is switched via signal Plant on via Logic 1 C D C D X C Rotary step switch 1 Logic 1 102 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Aggregates 01 04 2010 ...

Page 102: ...ates X X Linear Max selection between load and number of switched on start conditions 100 number of aggregates X X Flexible Binary Max selection between load and Σ switching value n load X Flexible Binary Σ switching value n load 8 3 10 Load input Load signal 0 100 is provided to the rotary step switch via load input for the step switch function Main menu Commissioning Extra configuration Aggregat...

Page 103: ...n menu Settings Aggregates Rotary step switch Rotary step switch 1 2 Operating line Range Factory setting Switching value 1 on Depending on selected type Type dependent Switching value 1 off Depending on selected type Type dependent Switching value 1 load 0 100 25 Switching value 2 on Depending on selected type Type dependent Switching value 2 off Depending on selected type Type dependent Switchin...

Page 104: ...oad 0 100 Rot step swi 1B precommand Off On Rot step swi 1B command Off On Rot step swi 1B load 0 100 Rot step swi 1C precommand Off On Rot step swi 1C command Off On Rot step swi 1C load 0 100 Rot step swi 1D precommand Off On Rot step swi 1D command Off On Rot step swi 1D load 0 100 8 3 14 Assign texts You can assign a text to each rotary step switch The text is displayed on the menu and in the ...

Page 105: ...tor B output 8 4 1 A B Motor A Motor B Overload signal 8 4 7 Motor operating state 8 4 10 2 1 Start Start condition 1 Start condition 2 8 4 12 Motor fault 8 4 11 1 2 Stop Stop condition 1 Stop condition 2 8 4 12 For optimum control and supervision the motor block in RMS705B offers the following functions for all motor types Adjustable delay times Section 8 4 5 Switch on to outside temperature for ...

Page 106: ...in menu Commissioning Extra configuration Aggregates Motor Motor 1 6 Configuration Operating line Range Factory setting Motor A N Q1 N Q2 free outputs only Motor B N Q1 N Q2 free outputs only Motor B type 2 speed Twin motor 2 speed 8 4 2 1 speed motor Use the single speed motor to control a pump a single speed fan or any other aggregate Purpose Pump control via 1 speed motor Example DO N Y1 N Q1 A...

Page 107: ...trol functions Locking speed 2 at low outside temperatures Speed 2 is released again if the outside temperature exceeds the set value by 2 K Set the corresponding value to if you do not want locking by outside temperature Speed locking switch on for the two speeds is mutually exclusive If speed 2 is selected from the start speed 1 is first switched on for an adjustable period of time Runup time be...

Page 108: ...oning Settings or Main menu Settings Aggregates Motor Motor 1 6 Operating line Range Factory setting Runup time 00 00 59 59 m s 00 10 m s Rundown time 00 00 59 59 m s 00 10 m s TiRup TiCst 0 0 0 Speed 2 Speed 1 Off Function diagram TiRup Runup time TiCst Rundown time Key 109 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Aggregates 01 04 2010 ...

Page 109: ...ature value Main menu Commissioning Settings or Main menu Settings Aggregates Motor Motor 1 6 Settings Operating line Range Factory setting Speed 2 locked OT dependent 50 250 C Setting disables this function The 2nd speed is locked if the function is active and if there is not outside temperature value during operation Notes 8 4 4 Twin motor Use the Twin motor to control e g a twin pump Purpose In...

Page 110: ...g changeover If a positive number is entered the second motor can switch on only after the time has expired after the first motor has switched off Note The changeover period is also considered for the motor kick You can set a run up time for the twin motor The motor operating state is indicated after the run up time expires Main menu Commissioning Settings or Main menu Settings Aggregates Motor Mo...

Page 111: ...enerated The fault is indicated on output Motor fault The motors are switched off You can change the following texts ex works texts in the RMS705B at the password level Fault messages No Text Effect 1310 Motor 1 fault Urgent message must be acknowledged and reset 1320 Motor 2 fault Urgent message must be acknowledged and reset 1330 Motor 3 fault Urgent message must be acknowledged and reset 1340 M...

Page 112: ...ning the run priority to Automatic the run priority remains active at the current motor until the next changeover by time Manual changeover 8 4 5 Delay times You can set a Switch on delay Switch off delay On time minimum and Off time minimum for motors Main menu Commissioning Settings or Main menu Settings Aggregates Motor Motor 1 6 Setting values Operating line Range Factory setting Switch on del...

Page 113: ... line Range Factory setting Flow delay start 00 00 59 59 m s 02 00 m s Flow delay operation 00 00 59 59 m s 00 05 m s The switching values for the flow signal fault can be set Main menu Commissioning Settings or Main menu Settings Aggregates Motor Motor 1 6 Operating line Range Factory setting Flow switching value on Depending on selected type Type dependent Flow switching value off Depending on s...

Page 114: ...sage must be acknowledged and reset 1357 Motor 5B no flow Non urgent message must be acknowledged and reset 1366 Motor 6A no flow Non urgent message must be acknowledged and reset 1367 Motor 6B no flow Non urgent message must be acknowledged and reset Fault messages Twin motor 8 4 7 Overload signal A B The motor block allows for connecting an overload message e g variable speed drive or motor prot...

Page 115: ...dged 1324 Motor 2A overload Non urgent message must be acknowledged 1325 Motor 2B overload Non urgent message must be acknowledged 1334 Motor 3A overload Non urgent message must be acknowledged 1335 Motor 3B overload Non urgent message must be acknowledged 1344 Motor 4A overload Non urgent message must be acknowledged 1345 Motor 4B overload Non urgent message must be acknowledged 1354 Motor 5A ove...

Page 116: ...nd TiRup Runup time TiCst Rundown time DlyOn Switch on delay DlyOff Switch off delay TiOnMin1 On time minimum Step 1 TiOnMin2 On time minimum Step 2 PcmdRnup Precommand runup time PcmdRndw Precommand rundown time Key 1 speed motor controls a cold water side pump with safety shutoff valve The valve controlled via precommand as per the above time diagram Example is Function diagram V V DO DI N Q1 N ...

Page 117: ...back signal drops off during motor operation the motor is switched off immediately and precommand Off is issued after expiration of Precommand rundown time A fault message is displayed The fault message is removed only after acknowledgement and reset Using the Precommand checkback signal is sensible only if combined with the configured precommand Note PcmdRnup PcmdRnup PcmdRndw PcmdRnup PcmdRndw P...

Page 118: ...lt messages 8 4 10 Motor operating state The output motor operating state indicates if the motor is running at full speed Set the time the motor needs to reach full speed via the run up time Main menu Commissioning Settings or Settings Main menu Settings Aggregates Motor Motor 1 6 Operating line Range Factory setting Runup time 00 00 59 59 m s 00 10 m s You can configure the output motor operating...

Page 119: ... off another aggregate with motor fault Example V V DO DI N Q1 N Q2 N Q3 C Logic 1 8 4 12 Start and stop conditions You can configure two inputs as start and stop conditions for each motor block Main menu Commissioning Extra configuration Aggregates Motor Motor 1 6 Configuration Operating line Adjustable values Comment Start condition 1 N X1 N X2 digital and analog inputs Start condition 2 N X1 N ...

Page 120: ...value 1 off Depending on selected type Type dependent Stop value 2 on Depending on selected type Type dependent Stop value 2 off Depending on selected type Type dependent 8 4 13 On by outside temperature At low outside temperatures motors can be run continuously to control a pump to e g prevent water from freezing in pipes This function is available in 1 speed and twin motors Note The function can...

Page 121: ...win motor operation Main menu Commissioning Settings or Setting values Main menu Settings Aggregates Motor Motor 1 6 Operating line Range Factory setting Motor kick Yes No No Kick day Mo Tu We Th Fr Sa Su Mo Kick time 00 00 23 59 h m 10 00 h m 8 4 15 Display values The current state of the motors is displayed on the operator unit Main menu Aggregates Motor Motor 1 6 Display values 1 or 2 speed mot...

Page 122: ...ory setting Motor 1 Motor 6 Max 20 characters Motor 1 Motor 6 See Section 16 4 Editable texts RMS705B for an overview of all editable texts and on how to reset them 8 4 18 Operating hours The total number of operating hours is acquired for each motor output The counter counts to max 99 999 hours and then rolls over to 0 Main menu Aggregates Motor Motor 1 6 Display values Operating hours motor A 0 ...

Page 123: ...8 4 10 for the motor times Note 8 5 Modulating output A Modulating output is a function to generate a modulating DC 0 10 V output signal 8 Modulating outputs are available Purpose Functional scope Inversion Max selection from 3 signals Limitations 8 5 1 Enable modulating output You must first assign an output to enable the Modulating output function Main menu Commissioning Extra configuration Aggr...

Page 124: ...om controller Y Inversion Key You can thus parameterize the output with a DC 5 7 5 V input suitable for controlling a magnetic valve for example The greater of the signals is valid maximum selection when the modulating output of 3 controllers is controlled Maximum selection 8 5 3 Output inversion Any output can be inverted Main menu Commissioning Settings or Setting values Main menu Settings Aggre...

Page 125: ...X2 digital only 8 5 6 Assign texts Assign text to each modulating output Main menu Commissioning Settings or Main menu Settings Aggregates Modulating outputs Modulating output A H Operating line Range Factory setting Modulating output A H Max 20 characters Modulating output A H Setting values See Section 16 4 Editable texts RMS705B for an overview of all editable texts and on how to reset them 8 5...

Page 126: ...ion Operating line Adjustable values Comment Factory setting Input 1 N X1 N X2 Input 2 N X1 N X2 Input 3 N X1 N X2 Input 4 N X1 N X2 Input 5 N X1 N X2 Inputs split Yes No No Min Max Average A N Y1 N Y2 enable modulating output Function output A Minimum Maximum Average Minimum Min Max Average B N Y1 N Y2 enable modulating output Function output B Minimum Maximum Average Minimum The calculations are...

Page 127: ...w B Depending on selected type 0 0 C type dependent Value high B Depending on selected type 100 0 C type dependent 0 V 10 V Value low A 9 1 3 Input 1 weighting factor The value for Input 1 can be weighted by factor x when calculating the average value Value at Input 1 can be weighted double triple to 100x the values of the remaining inputs X weighted Input 1 is counted as several inputs for calcul...

Page 128: ...X2 both in C The result is used as internal analog signal a from controller 1 as main control variable Function range B Min Max Average block calculates the maximum from terminal values N X3 N X4 both in The result as value is used as internal analog signal a from controller 1 as Universal shift 129 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Signal convert...

Page 129: ... Main menu Signal converter Min Max Average 1 2 Display values Operating line Comment Minimum A 0 100 C ppm type dependent Maximum A 0 100 C ppm type dependent Average A 0 100 C ppm type dependent Minimum B 0 100 C ppm type dependent Maximum B 0 100 C ppm type dependent Average B 0 100 C ppm type dependent Input 1 5 0 100 C ppm type dependent You can directly control Min Max Average during the wir...

Page 130: ...us Enthalpy B The results of the calculations are provided as DC 0 10 V signals or as internal analog signal Range Inputs Outputs A Temp A Temperature input A Enth A Enthalpy A RelHu A Relative humidity input A Abso Hu A Absolute humidity A Dew Pnt Dew point temperature Wet Blb Wet bulb temperature B Temp B Temperature input B Enth B Enthalpy B RelHu B Relative humidity input B Abso Hu B Absolute ...

Page 131: ...output Enthalpy difference N Y1 N Y2 Enable modulating output The value ranges of the output signals are limited and cannot be changed The DC 0 10 V output signal corresponds to the following value ranges Value ranges Identifier Unit Value range output signal Output signal Y Min Y Max Enthalpy A B kJ kg 0 0 100 0 DC 0 10 V Absolute humidity A B g kg 0 0 20 0 DC 0 10 V Dew point C 0 0 50 0 DC 0 10 ...

Page 132: ... calculator Display values Operating line Comment Enthalpy A kJ kg Absolute humidity A g kg Dew point C Wet bulb temperature C Enthalpy B kJ kg Absolute humidity B g kg Enthalpy difference kJ kg Temperature input A C Relative humidity input A Temperature input B C Relative humidity input B You can directly control the enthalpy calculator during the wiring test Main menu Commissioning Wiring test O...

Page 133: ... Modulating output A N Y1 N Y2 enable modulating output Modulating output B N Y1 N Y2 enable modulating output 9 3 2 Settings You can set the output signal of the modulating outputs for each output as an upper and lower value Main menu Commissioning Settings or Setting values Main menu Settings Signal converter Signal doubler inverter Operating line Range Factory setting Value low A 50 9999 C 0 ty...

Page 134: ...ioning signal min A YminA to Positioning signal max A YmaxA 0 0 V 10 V max A min A Value low A Modulating output A Input signal B limitation Output B corresponds to Positioning signal min B YminB to Positioning signal max B YmaxB 0 0 V 10 V maxB minB Value low B M o d u l a t i n g o u t p u t B 135 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Signal convert...

Page 135: ...w to reset them 9 3 4 Function check wiring test The current state inputs outputs of the signal doubler inverter is displayed on the operator unit Main menu Signal converter Signal doubler inverter Display values Operating line Comment Preselection external C Modulating output A 0 100 Modulating output B 0 100 Dependent on the input identifier You can directly control Signal doubler inverter durin...

Page 136: ...tra configuration Aggregates Heat demand at the corresponding controller for a sequence of the controller to generate heat demand see Section 10 3 for application examples Purpose Contrl X Main menu Commissioning Extra configuration Aggregates Heat demand Configuration Operating line Adjustable values Comment Controller 1 Sequence 1 Controller 2 Sequence 1 Controller 3 Sequence 1 This allows for g...

Page 137: ...line Range Factory setting Heat distribution zone 1 31 1 Heat distr zone source side 1 31 Heat demand setpoint increase 0 50 K 0 K 10 1 4 Demand signals from the bus RMS705B receives the following demand signals via bus from the respective heat distribution zone Demand signals Valve position in from a control with RMU7 as basic type A or U or from other RMS internal controllers 1 3 see Section 10 ...

Page 138: ... to enable optimization which determines the current optimum flow temperature for control from the received request signals In this case value Flow temperature reduction max can be floating i e deviate from the set value for Heating flow setpoint This current flow temperature is controlled to a 90 valve position of the heat consumer with the greatest demand evaluation of request in setting Maximum...

Page 139: ...0 1 5 Internal heat demand RMS705B provides the calculated request signals as internal signals To this end function block Heat demand offers two outputs Purpose and function d The demand as a digital value e g via a motor block logic block etc can be further handled e g to switch on a pump when a heat demand signal was sent a For example as demand dependent setpoint for setpoint shift or as DC 0 1...

Page 140: ...g as the flow temperature setpoint does not exceed the set limit value When the limit value is exceeded the relevant output signal is sent until the setpoint is again below the limit value minus a 0 5 K hysteresis Output signal Y DC 0 10 V for heat demand corresponds to a flow temperature setpoint range of 0 120 C This limit value should be at 10 C Application example The heating flow setpoint may...

Page 141: ...dulating 0 100 Output Y The following are visible at the service level Main menu Aggregates Heat and refrig demand Operating line Range Comment Heat demand relay On Off Output Q Heat demand modulating 0 100 Output Y 10 1 9 Function check wiring test When testing wiring the outputs for the function check can be switched directly Purpose Main menu Commissioning Wiring test Outputs Settings Operating...

Page 142: ...efrigeration demand at the corresponding controller for a sequence of the controller to generate refrigeration demand see Section 10 3 for application examples Purpose Contrl X Main menu Commissioning Extra configuration Aggregates Refrigeration demand Configuration Operating line Adjustable values Comment Controller 1 Sequence 4 Controller 2 Sequence 4 Controller 3 Sequence 4 This allows for gene...

Page 143: ...alues Operating line Range Factory setting Refrigeration distribution zone 1 31 1 Refrig distr zone source side 1 31 Refrig demand setp reduction 0 50 C 0 K 10 2 4 Demand signals from the bus RMS705B receives the following demand signals via bus from the respective refrigeration distribution zone Demand signals Valve position in from a control with RMU7 as basic type A or U or from other RMS inter...

Page 144: ...illed water flow setpoint Flow temperature increase max In this case value Flow temperature increase max can be floating i e deviate from the set value for Chilled water flow setpoint This current flow temperature is controlled to a 90 valve position of the refrigeration consumer with the greatest demand evaluation of request in setting Maximum so that Valve position 90 The flow temperature is inc...

Page 145: ...led e g to switch on a pump when a refrigeration demand signal was sent a For example as setpoint for setpoint shift differential control 10 2 6 Refrigeration demand relay Q Release for an external refrigeration source for example can be connected to this output Purpose and function The refrigeration demand relay responds as soon as the bus requests refrigeration Meaning Contact open No refrigerat...

Page 146: ...0 5 K Output signal Y DC 0 10 V for refrigeration demand must correspond to a flow temperature setpoint range of 6 13 C This limit value should be at 12 C Application example The chilled water flow setpoint may float between 6 9 C depending on demand An output signal corresponding to the set characteristic is to be issued at output Y DC 0 10 V output is only a continuous signal if Flow temperature...

Page 147: ...0 Output Y The following are visible at the service level Main menu Aggregates Heat and refrig demand Operating line Range Comment Refrigeration demand relay On Off Output Q Refrig demand modulating 0 100 Output Y 10 2 9 Function check wiring test During the output wiring test refrigeration demand can be switched directly via the control switch Purpose Main menu Commissioning Wiring test Outputs S...

Page 148: ...ction 10 3 5 Consumers and primary controllers Section 10 3 6 Consumers and generation Section 10 3 7 The following examples are for hot water networks heat distribution zone However they equally apply to chilled water networks refrigeration distribution zone Note 10 3 2 Setting rules Controllers controllers 1 3 primary controller on the H C demand block are enabled shown as a cross in the configu...

Page 149: ... the bus In addition controller 1 is used to implement flow temperature precontrol In this process control is started with digital output d and analog output a is used to shift the setpoint in dependence of the current heat demand from the bus Example The setpoint cannot be directly provided to the controller This functionality is covered by the RMU710B basic type C for a refrigeration primary con...

Page 150: ...t high 500 0 C x Setpoint low 70 0 C Setpoint low Setpoint high x 50 0 C 70 0 C Main menu Commissioning Communication Distribution zones Operating line Range Setting Heat distribution zone 1 31 1 Heat distr zone source side 1 31 2 Main menu Commissioning Settings Aggregates Heat demand Operating line Range Setting Heating flow setpoint 0 140 C 70 C Flow temperature reduction max 0 100 K 30 K Main ...

Page 151: ...n 11 3 2 for universal shift Note 10 3 5 Generation The demand signals from the bus are acquired and sent to generation via digital output Plant Configuration diagram Heat generation N Q1 Contrl Heat distr zone 1 Example 1 Main menu Commissioning Communication Distribution zones Communication settings Operating line Range Setting Heat distribution zone 1 31 1 152 216 Siemens Switching and monitori...

Page 152: ...ignals The result is used to control generation boiler refrigeration machine via a rotary step switch Plant Configuration diagram Heat generation N Q1 N Q2 C D C D Contrl Heat distr zone 1 Rotary step switch 1 Main menu Commissioning Communication Distribution zones Operating line Range Setting Heat distribution zone 1 31 1 Example 2 Communication settings ...

Page 153: ...1 04 2010 In addition a control circuit for generation can be configured Plant Configuration diagram T T N X1 Heat generation N Q1 N Y1 N X1 C A Contrl Heat distr zone 1 Main menu Commissioning Communication Distribution zones Operating line Range Setting Heat distribution zone 1 31 1 Example 3 Communication settings ...

Page 154: ...not be checked as consumer as these demand signals were already sent to the Heat distr zone source side Plant Configuration diagram T N Y2 N Y1 N X1 N X2 Consumer Primary controller N X1 C N Y1 N Y2 N X2 C N Q1 A B Heat distr zone 1 Contrl Heat distr zone 2 source side Modul output Modul output Main menu Commissioning Communication Distribution zones Operating line Range Setting Heat distribution ...

Page 155: ...N X1 Consumer Heat generation N X1 N Y1 N Q1 A Heat distr zone 1 Contrl Main menu Commissioning Extra configuration Aggregates Heat demand Configuration Operating line Range Setting Controller 1 Sequence 1 Sequence 1 Main menu Commissioning Communication Distribution zones Communication settings Operating line Range Setting Heat distribution zone 1 31 1 156 216 Siemens Switching and monitoring dev...

Page 156: ...not be reconnected to the bus as it would return its own heat demand to itself As a result the plant would never again switch off Example 2 In the example below controller 1 sends its heat demand to the heat distribution zone and receives its very own demand from the same heat distribution zone N Q1 Contrl 157 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies H C...

Page 157: ... 2 H C changeover input 3 Heating cooling acc to calendar The preselected operating mode heating cooling is provided in the heat and refrigeration distribution zone to all other controllers within the same zone In a hydraulic circuit the operating mode heating cooling can be preselected only via one point A fault message is generated if several changeover signals are sent simultaneously to the bus...

Page 158: ...ooling Fixed preselection on cooling Changeover by calendar Main menu Commissioning Extra configuration Heating cooling ch over Configuration Operating line Range Factory setting Heating cooling acc to calendar No Yes No Changeover is by date After the date for heating start Heating is enabled Cooling is enabled after the date for cooling start Main menu Commissioning Settings Heating cooling ch o...

Page 159: ...ange Factory setting Heating on cooling off Heating off cooling on Attenuation 0 100 h 0 h Depending on unit Variable units If a digital input is used for changeover operating line Heating on cooling off 1 and Heating off cooling on 0 must be set factory setting Note If changeover by calendar date and by digital input is configured at the same time the controller uses the latter Configuration erro...

Page 160: ... switch off of heat generation a locking time can be set Control is locked during the Locking time as a result no heat or refrigeration demand is generated or signaled Excessive inlet temperature at the refrigeration machine can damage the refrigeration machine Main menu Commissioning Settings Heating cooling ch over Setting values Operating line Range Factory setting Locking time 00 00 23 50 h m ...

Page 161: ...rating line Comment Heating cooling ch over relay Off Cooling On Heating 10 4 7 Troubleshooting If the changeover signal Heating Cooling is missing in a 2 pipe heating cooling system the controller continues to use the last received value If there was never a signal Heating is used as the default value Behavior No Text Effect 5801 H C changeover signal failure Non urgent message must not be acknow...

Page 162: ...mand block see Sections 10 1 and 10 2 Note Contrl Contrl X X Main menu Commissioning Extra configuration Aggregates Heat demand Configuration Operating line Adjustable values Comment Controller 3 Sequence 1 Main menu Commissioning Extra configuration Aggregates Refrigeration demand Operating line Adjustable values Comment Controller 3 Sequence 4 1 2 3 4 5 Bus 6 8 7 23 Key Pos Element 1 Heat genera...

Page 163: ...nabled demand signals are collected on the heating or cooling side In addition the information if the pipes carry cold or hot water is sent from RMS to other controllers The following diagram shows a 2 pipe heating cooling system with heat and refrigeration generation Changeover of the changeover valve occurs via manual switch Example 1 2 3 4 5 Bus 23 Key Pos Element 1 Heat generation 2 Refrigerat...

Page 164: ...ne Setting Control to an absolute variable 1 sensor input Main controlled variable Differential input Xx analog Control to a differential variable 2 sensor inputs Main controlled variable Differential input Xx analog Xx same unit as main controlled variable The controller always uses the same unit as the main controlled variable Misconfiguration has the following effect Operating line Setting Type...

Page 165: ...g Application example 1 M C N X1 N Y1 A Modul output Control to differential variable e g solar storage plant Application example 2 N Q1 DO C C N X1 N X2 166 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Universal controller 01 04 2010 ...

Page 166: ... Its output signal acts reverse to the load inputs variable Example for heating Outside temperature sequence 1 The Setpoint high cooling setpoint is assigned to sequence 4 Its output signal acts reverse to the load input variable Example for cooling Outside temperature sequence 4 Functions Heat demand see Section 10 and Refrigeration demand see Section 10 2 process the controller s output signal T...

Page 167: ...10 m s 6 bar 60 mbar 400 Pa 0 ppm 60 600 Setting values The following applies to differential control Differential actual value Main controlled variable differential input Note on differential control Main menu Controller 1 3 Display values Operating line Comment Actual value Current setpoint Main menu Controller 1 3 Operating line Comment Sequence 1 _ load Current controller output in 0 100 Seque...

Page 168: ...n time Tn 00 00 m s The controller has no I part PD Notes Derivative action time Tn 00 00 m s The controller has no D part PI Main menu Commissioning Settings or Setting values Main menu Settings Controller 1 3 Control parameters Operating line Range type dependent Factory setting type dependent Sequence 1 _ Xp 30 K Sequence 1 _ Tn 00 00 59 55 m s 03 00 m s Sequence 1 _ Tv 00 00 59 55 m s 00 00 m ...

Page 169: ...surface temperature Application Ventilation Shifting by room humidity or surface temperature General Shifting by outside temperature Setpoint shifting acts on Setpoint high low and Eco setpoint high low as per the following diagram E2 E1 Xn Xn Key 2 Setp compensation 2 delta E2 Setp compensation 2 end F2 Setp compensation 2 start F1 Setp compensation 1 start E1 Setp compensation 1 end 1 Setp compe...

Page 170: ...t 0 0 C Setp compensation 1 end 0 0 C Setp compensation 1 delta 0 0 K Depends on analog value here e g temperature C 11 3 4 Troubleshooting A check is made to see if a sensor is connected to the input when exiting the commissioning menu If the sensor is connected but missing later a fault message Sensor error X is generated If there is no limitation sensor limitation is disabled 171 216 Siemens Sw...

Page 171: ...tation Main menu Commissioning Settings or Main menu Settings Controller 1 3 General limiter Setting values Operating line Range dependent on selected type Factory setting type dependent Limit value high 35 0 C Limit value low 16 0 C Differential high 0 100 K 50 K Differential low 0 100 K 50 K Reduction min limitation cooling 0 10 K 0 0 K P band Xp 15 K 10 5 g kg 10 kJ kg 100 W m2 50 m s 10 bar 50...

Page 172: ...One setpoint each for maximum Limit value high and minimum Limit value high limitation can be entered Set back General limit controller f e supply air temperature Principle of operation example If cooling sequence 4 is enabled minimum limitation can be lowered by a set value Reduction min limitation cooling This prevents the refrigeration machine from being switched off again just after switching ...

Page 173: ...e to the differential e g temperature between the main controlled variable and the general limiter 1 5 m General limit controller f e supply air temperature Principle of operation example 11 4 3 Troubleshooting A check is made to see if a sensor is connected to the input when exiting the commissioning menu If the sensor is connected but missing later a fault message Sensor error X is generated If ...

Page 174: ...Function diagram Seq 1 Seq 4 Setpoint low Eco Setpoint low 11 5 1 Setpoints Main menu Commissioning Settings or Main menu Settings Controller 1 3 Setpoints Operating line Range Factory setting type dependent Eco setpoint high Depending on selected type 28 C 28 K 80 12 g kg 50 kJ kg 1000 W m2 15 m s 100 bar 1000 mbar 1000 Pa 1500 ppm 100 1000 Eco setpoint low Depending on selected type 19 C 19 K 20...

Page 175: ...stable values Comment Start condition N X1 N X2 digital values only Starts the controller all outputs to 0 11 7 Assign texts Adapt the texts for the universal controller via operation Main menu Commissioning Settings or Main menu Settings Controller 1 3 Setting values Operating line Range Factory setting Controller x Max 20 characters Controller x See Section 16 4 Editable texts RMS705B for an ove...

Page 176: ...pes of fault priorities Fault priorities Urgent Fault messages representing plant risks or for which trouble free plant operation is no longer guaranteed Not urgent Fault messages representing risks that do not represent a great risk to plant operation There are 2 types of fault acknowledgement Fault acknowledgement No acknowledgement Acknowledge Acknowledge and reset See Section 14 on fault ackno...

Page 177: ...ent None Acknowledge Acknowledge and reset None Fault priority Urgent Not urgent Not urgent Limit value fault on Depending on selected type Type dependent Limit value fault off Depending on selected type Type dependent If the upper and lower limit of a measured value is to be monitored the signal is must be sent to 2 fault inputs Notes For monitoring set the lower limit Limit value fault on to low...

Page 178: ...to 9013 Fault inp 13 fault Ditto 9014 Fault inp 14 fault Ditto 9015 Fault inp 15 fault Ditto 9016 Fault inp 16 fault Ditto 9017 Fault inp 17 fault Ditto 9018 Fault inp 18 fault Ditto 9019 Fault inp 19 fault Ditto 9020 Fault inp 20 fault Ditto Fault messages The fault is sent at the highest priority via the KNX bus If more than one fault input with priority Urgent is signaling a fault message 1 fau...

Page 179: ...mmissioning Extra configuration Faults Configuration Operating line Adjustable values Comment Fault relay 1 N Q1 free relays only assign fault relay Fault relay 2 N Q1 free relays only assign fault relay Settings For Fault relay 1 the following settings are possible Fault priority Priority at which the relay is to be energized Indication of fault Fault internally optically The fault relay only ind...

Page 180: ...essed even if the priorities are different Recommendation Do not configure 2 bus fault relays At menu item Aggregates the state of the 2 fault relays can be read Display values Main menu Aggregates Faults Operating line Current state Fault relay 1 Off On Fault relay 2 Off On 12 6 Function check wiring test During the wiring test the two fault relays can be enabled directly Wiring test Main menu Co...

Page 181: ...Autonomous Remote setting clock slave Yes No Yes Remote reset of fault Yes No No View the settings entered here via Main menu Device information Communication Basic settings Each bus member requires a unique device address Device address Device address 255 is used to disable communications no exchange of process data Notes If two devices on the KNX bus have the same device address fault message 1 ...

Page 182: ...other Synco devices can be sent to a fault relay see Section 12 5 All fault messages can be acknowledged from remote e g via operator station with OCI700 1 13 2 2 Holidays special days Main menu Commissioning Communication Holidays special days Setting values Operating line Range Factory setting Holidays special day operation Autonomous slave master Autonomous Holidays special day zone 1 31 1 13 2...

Page 183: ...following applications or input output values may not be implemented using universal transmission and reception zones Examples for not allowed applications Safety relevant plants and equipment e g fire alarm off smoke extraction frost protection function If request Simultaneous start condition of plants exists Applications where communications failure of transmission or reception zones may cause d...

Page 184: ... Range Factory setting N X1 A8 2 X4 1 4095 Main menu Commissioning Communication LTE transmission zones Setting values Operating line Range Factory setting N X1 A8 2 X4 N Q1 A8 2 Q5 N Y1 A8 2 Y2 1 4095 You can simulate bus signals using the Simulation inputs function when commissioning plants see Section 5 1 3 Note 185 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technol...

Page 185: ...nsmission Reception Configuration Device 1 Configure the following in RMS705B device 1 Main menu Commissioning Communication LTE transmission zones Operating line Range Factory setting N Y1 1 Configure the following in RMS705B device 2 Device 2 Main menu Commissioning Extra configuration Input identifier Operating line Range Factory setting N X1 ppm Main menu Commissioning Communication LTE recept...

Page 186: ...eception Configuration C Device 1 onfigure the following in RMS705B device 1 ventilation control Main menu Commissioning Extra configuration Input identifier Operating line Range Factory setting N X1 Digital Main menu Commissioning Communication LTE transmission zones Operating line Range Factory setting N Q1 1 Main menu Commissioning Communication LTE reception zones Operating line Range Factory ...

Page 187: ...Configuration diagram C zone 2 zone 1 Logic 1 Unit 1 Unit 2 start 188 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Communication 01 04 2010 ...

Page 188: ... value for further use Transmission Reception Configuration C Device 1 onfigure the following in RMS705B device 1 Main menu Commissioning Communication LTE transmission zones Operating line Range Factory setting N Y1 1 Configure the following in device 2 Device 2 Main menu Commissioning Extra configuration Input identifier Operating line Range Factory setting N X1 kJ kg Main menu Commissioning Set...

Page 189: ...gnal is not vailable a No Text Effect 5000 No bus power supply Non urgent message must not be acknowledged 5902 1 identical LTE zone Non urgent message must not be acknowledged 6001 1 identical device address Urgent message must be acknowledged Fault messages 190 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Technologies Communication 01 04 2010 ...

Page 190: ... no flow See 8 4 6 Motor 1368 Mot 6 precom no checkb signal See 8 4 9 Motor 1911 O hrs 1 serv req See 6 3 4 Operating hours 1912 O hrs 2 serv req See 6 3 4 Operating hours 1913 O hrs 3 serv req See 6 3 4 Operating hours 1914 O hrs 4 serv req See 6 3 4 Operating hours 3011 Main contr var 1 sensor error See 11 2 2 Universal controller 3012 Main contr var 2 sensor error See 11 2 2 Universal controlle...

Page 191: ...er 9113 Logger 1 off before dur min See 6 2 4 Event logger 9114 Logger 1 off after dur max See 6 2 4 Event logger 9121 Logger 2 on before cycle min See 6 2 4 Event logger 9122 Logger 2 on after cycle max See 6 2 4 Event logger 9123 Logger 2 off before dur min See 6 2 4 Event logger 9124 Logger 2 off after dur max See 6 2 4 Event logger 9131 Logger 3 on before cycle min See 6 2 4 Event logger 9132 ...

Page 192: ...t button is lit and cannot be extinguished by mere acknowledgement The LED extinguishes only when no more faults are present Note 14 2 2 Fault acknowledgement This applies to all fault messages that do not need to be acknowledged or reset on RMS705B No acknowledgement required A fault message is generated if the outside temperature is not available When the outside temperature returns the fault me...

Page 193: ...for acknowledging fault messages from other SyncoTM devices Note 14 2 3 Delete fault messages The operator unit allows for deleting the Fault history list at the service level via operating line Delete faults Main menu Faults Functions Operating line Comment Delete faults All current faults are reset internally the Fault history list is deleted When enabling this function all other fault messages ...

Page 194: ...5B Configuration was not completely downloaded via the service tool OCI700 1 Reload the configuration with the service tool OCI700 1 or reconfigure RMS705B via the operator unit Fault message N X4 sensor error cannot be acknowledged When exiting the Commissioning menu a check is made to see which sensors are connected If one of the sensors connected is missing later a fault message appears If a se...

Page 195: ...0 V Terminal connection concept Only 1 solid wire or 1 stranded wire can be connected to each terminal cage terminal Note 3140Z13 Connection procedure with spring cage terminals 1 2 3 1 Strip wire length 7 8 mm for module connector RMZ780 length 8 9 mm Steps 2 Connect wire using a screwdriver size 0 to 1 for module connector size 0 3 Apply pressure with screwdriver while inserting the wire 4 Remov...

Page 196: ...s data line positive CE KNX bus data line negative 15 2 2 Universal modules RMZ785 RMZ787 RMZ788 RMZ785 X3 M X4 M G1 X2 M G1 M X1 3146G03 X7 M X8 M X6 M G1 M X5 RMZ785 RMZ787 X3 X4 Q13 Q23 Q14 Q24 X2 X1 Q34 Q33 Q52 Q54 Q51 RMZ787 RMZ788 RMZ788 X3 X4 Q13 Q14 X2 X1 Q52 Q54 Q51 Y1 Y2 M Measuring neutral for signal input Key G0 System neutral for signal output G1 Power supply AC 24 V for connected act...

Page 197: ...KNX LTE Mode New communication standard used by SyncoTM and RXB KNX S Mode Same as with EIB to date LCD Liquid crystal display LED Light emitting diode HMI Human machine interface P P mode PI PI mode RelHu Relative humidity SA Switching interval SD Switching differential SpHEco Eco setpoint high SpH Setpoint high SpL Setpoint low SpLEco Eco setpoint low StepSwi Setpoint change t Time TA Outside te...

Page 198: ...t functions of their internal signals together with the associated connection terminals Devices and extension modules Designations used N Switching monitoring device RMS705B A5 Universal module RMZ785 A7 Universal module RMZ787 A8 Universal module RMZ788 Physical inputs X Universal Physical outputs Q Relay Y DC 0 10 V Internal signals lowercase x analog or digital a analog d digital i pulse 199 21...

Page 199: ...processed identifier is changed from temperature to pressure Order of configuration Procedure for extra configuration First basic configuration then extra configuration Connection methods Always from arrow to line From uppercase to uppercase From lowercase to lowercase From function to input x to x From output block to output terminal Analog Y to Y Relay Q to Q The result of logic block 1 is provi...

Page 200: ...nit dependent settings e g P bands on the unit Sensor for C LG Ni1000 2xLG Ni1000 averaging T1 Pt1000 DC 0 10 V all other units DC 0 10 V adjustable range Digital input for potential free contacts Pulse up to 25 Hz for mechanical source Reed contact or up to 100 Hz for electronic source Special identifiers Outside temperature remote setpoint adjuster With the special identifiers internal connectio...

Page 201: ... selectable interval e g every 500 h Meter Section 6 4 Configuration Functions Input Acquire pulse sources and display cumulated values selectable unit valency presentation etc Calculator Section 6 5 Configuration Functions C ƒ A B C Calculator 1 Input A C Formula Modulating output 2 calculators Convert input to output values by applying own formulas User defined formulas max 20 characters e g for...

Page 202: ...erties Linear step switch max 4 steps Flexible step switch max 4 steps Binary step switch max 15 steps Lead lag control for aggregates with runtime balancing Motor Section 8 4 Configuration Functions Motor A Motor B Motor B type Precommand Precommand checkback signal Flow signal Motor A overload Motor B overload Start condition 1 Start condition 2 Stop condition 1 Stop condition 2 Usable as 1 spee...

Page 203: ... refrigeration demand H C changeover Heat demand Section 10 1 Configuration Functions Contrl Controller 1 Controller 2 Controller 3 Primary controller Relay output Modulating output Acquire heat demand from bus acquire valid heat demand in the set zone Pass on heat demand as digital output e g to control a central pump Pass on heat demand as continuous output C Pass on demand signals to other dist...

Page 204: ...nts Min max limitation function Connection of remote setpoint adjuster Controller can be enabled via start input 1 heating sequence S1 _ 1 cooling sequence S4 _ A name can be assigned to each controller Faults Faults Section 12 Configuration Functions Faults Fault button external Fault input 1 to 20 Fault relay 1 and 2 20 universal fault signal inputs Fault status message delay Fault acknowledgeme...

Page 205: ...ble text is intended as an aid for engineering and commissioning Maximum length of the text is 20 characters At the password level user texts such as menu texts fault texts or operating lines can be reset as follows Main menu Settings Texts Operating line Comment Reset No Yes The texts for the operating lines Device name File name and Business card line 1 4 are not deleted when the menu texts are ...

Page 206: ... for Logic 1 A5 X1 Text for Logic 0 Text for Logic 1 A5 X2 Text for Logic 0 Text for Logic 1 A5 X3 Text for Logic 0 Text for Logic 1 A5 X4 Text for Logic 0 Text for Logic 1 A5 X5 Text for Logic 0 Text for Logic 1 A5 X6 Text for Logic 0 Text for Logic 1 A5 X7 Text for Logic 0 Text for Logic 1 A5 X8 Text for Logic 0 Text for Logic 1 A7 1 X1 Text for Logic 0 Text for Logic 1 A7 1 X2 Text for Logic 0 ...

Page 207: ... 1 X3 Text for Logic 0 Text for Logic 1 A8 1 X4 Text for Logic 0 Text for Logic 1 A8 2 X1 Text for Logic 0 Text for Logic 1 A8 2 X2 Text for Logic 0 Text for Logic 1 A8 2 X3 Text for Logic 0 Text for Logic 1 A8 2 X4 Text for Logic 0 Text for Logic 1 16 4 2 Time switch Main menu Settings Time switch Operating line name User defined text Time switch 1 Time switch 1 op selector Time switch 2 Time swi...

Page 208: ...nter Operating hours 1 4 Operating line name User defined text Operating hours 1 Text for Service required Operating hours 2 Text for Service required Operating hours 3 Text for Service required Operating hours 4 Text for Service required 16 4 6 Meter Main menu Settings Data acquisition Meter Meter 1 4 Operating line name User defined text Meter 1 Meter 2 Meter 3 Meter 4 16 4 7 Calculator Main men...

Page 209: ... Operating line name User defined text Signal doubler inverter 16 4 11 Logic Main menu Settings Aggregates Logic functions Logic 1 10 Operating line name User defined text Logic 1 Operation selector 1 Logic 2 Operation selector 2 Logic 3 Operation selector 3 Logic 4 Operation selector 4 Logic 5 Operation selector 5 Logic 6 Operation selector 6 Logic 7 Operation selector 7 Logic 8 Operation selecto...

Page 210: ... Modulating output G Modulating output H 16 4 14 Comparator Main menu Settings Aggregates Logic functions Comparator 1 2 Operating line name User defined text Comparator 1 Comparator 2 16 4 15 Rotary step switch Main menu Settings Aggregates Rotary step switch Rotary step switch 1 2 Operating line name User defined text Rotary step switch 1 Rotary step switch 2 16 4 16 Controller Main menu Setting...

Page 211: ...ult text 11 Fault text 12 Fault text 13 Fault text 14 Fault text 15 Fault text 16 Fault text 17 Fault text 18 Fault text 19 Fault text 20 16 4 18 Device Main menu Settings Texts Operating line name User defined text Device name File name Business card line 1 Business card line 2 Business card line 3 Business card line 4 213 216 Siemens Switching and monitoring device RMS705B CE1P3124en Building Te...

Page 212: ...Communication 182 Flow signal 114 Comparator 74 Free configuration 20 Configuration diagram 199 Configuration diagram for RMS705B 206 G Configuration rules 200 General limiter 172 Connection examples for sensors 33 Generation 152 Connection rules 196 Connection terminals 197 Consumer and generation 156 H Consumer and primary controller 155 H C changeover 158 Consumers 150 H C demand Control input ...

Page 213: ...eed 107 Start condition 104 2 speed 108 Synco 700 topology 9 Activation and motor block type 107 Operating hours 123 T Twin motor 110 Temperature unit 26 Motor fault 120 Time Motor kick 122 Settings 23 Motor operating state 119 Source 24 Multiple use of sensors 35 Troubleshooting 25 Time formats yearly clock 23 Trend O On by outside temperature 121 Funktionsblock 43 Operating hours counter Setting...

Reviews:

No comments