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Siemens Synco 200 SEZ220, Documentation On Basics

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Siemens Synco 200 SEZ220 Documentation On Basics Download Page 8

2.3 

Equipment combinations 

 

The following table shows the devices that can be used with the SEZ220 signal 
converter: 

Possible combinations 

Device

 

Type

 

Data sheet

 

Passive sensors 

All sensors with sensing element  
LG-Ni 1000, Pt 1000, T1 (PTC). 

N1721...N1846, 
N1713 

Passive signal 
sources 

BSG21.1, BSG21.5,  
QAA25, QAA27 

N1991,  
N1721 

Active signal 
sources 

BSG61 N1992 

Actuating devices 

All electro-motoric and electro-hydraulic 
actuators: 

With operating voltage AC 24 V. 
For continuous DC 0...10 V control. 

For detailed information on actuators 
and valves, see:  

N4000...N4999 

 
The SEZ220 signal converter can be used for different tasks together with the 
RLU2... and RMU7... universal controllers: 

Deploy SEZ220 

•

  At the outset of a process, e.g. to calculate enthalpy or dewpoint temperature. 

•

  At the end of a process, e.g. to double the signal from a positioning output. 

 

2.4 

Accessories 

 

The following table contains the accessories for the SEZ220 signal converter: 

Names and types  

Name

 

Type

 

Data sheet

 

Service tool 

OCI700.1 

N5655 

Flush panel 
mounting frame 

ARG62.201 N3101 

 

2.5 

Product documentation 

 

The following product documentation provides detailed information on safe and 
intended use and operation of Synco™

 

200 products in building services plants. 

Supplementary 
information 

Document

 

Order number 

 

Basic documentation "Signal converter SEZ220" 

CE1P5146en 

Data sheet "Signal converter SEZ220" 

CE1N5146en 

Instructions set (mounting, commissioning, operation) 

74 319 0425 0 

CE Declaration of conformity 

CE1T5146xx 

Environmental declaration 

CE1E5146en 

 
 

8 / 46 

 

Siemens 

SEZ220 signal converter 

CE1P5146en 

Building Technologies 

Overview 

02.06.2008 

Summary of Contents for Synco 200 SEZ220

Page 1: ...s Synco 200 SEZ220 signal converter Documentation on basics CE1P5146en CE1P5146en 02 06 2008 02 06 2008 Building Technologies Building Technologies ...

Page 2: ...up International Headquarters Gubelstrasse 22 CH 6301 Zug Tel 41 41 724 24 24 Fax 41 41 724 35 22 www siemens com sbt 2004 2008 Siemens Switzerland Ltd Subject to change 2 46 Siemens SEZ220 signal converter CE1P5146en Building Technologies 02 06 2008 ...

Page 3: ...onfiguration 17 4 4 General settings 18 4 5 Three ways to select the right application 19 4 6 Wiring test 19 4 7 Exit commissioning 20 5 Analog inputs X1 X5 21 5 1 Activation and setting values 21 5 2 Connection diagrams examples 22 5 3 Settings 23 5 4 Error handling 24 6 Function block MIN MAX AVR 25 6 1 Connections and functions 25 6 2 Assign inputs 25 6 3 Assign outputs 26 6 4 Settings 26 6 5 E...

Page 4: ...34 10 Electrical connections 35 10 1 Connection rules 35 10 2 Connection terminals 36 11 Configuration 37 11 1 Configuration principle explained 37 11 2 Standard application example 38 11 3 Configuration diagram 39 12 Application examples 40 12 1 Multiple use of sensors 40 12 2 Enthalpy and absolute humidity 40 12 3 Average and maximum 41 12 4 Average from 6 input signals 41 12 5 Signal converter ...

Page 5: ...persons or companies with the required technical knowledge 1 2 2 Quality assurance These documents were prepared with great care The contents of all documents are checked at regular intervals Any corrections necessary are included in subsequent versions Documents are automatically amended as a consequence of modifications and corrections to the products described Please make sure that you are awar...

Page 6: ...ts and applications is available On the intranet Siemens employees only at https workspace sbt siemens com content 00001123 default aspx From the Siemens branch office near you www siemens com sbt or from your system supplier From the support team at headquarters fieldsupport zug ch sbt siemens com if there is no local point of contact Siemens assumes no liability to the extent allowed under the l...

Page 7: ...1 X2 and X3 X5 ENTHALPY Function block Enthalpy processor 2X INV Function block Signal doubling signal inversion Y1 Y2 DC 0 10 V outputs Key 2 2 Scope of delivery Standard applications functions and connections for the SEZ220 Overview Subject Number Canned applications 13 Basic type M MIN MAX AVR 9 Basic type E ENTHALPY 9 Basic type D 2X INV 9 Function blocks 3 MIN MAX AVR min and max selection ca...

Page 8: ...a process e g to calculate enthalpy or dewpoint temperature At the end of a process e g to double the signal from a positioning output 2 4 Accessories The following table contains the accessories for the SEZ220 signal converter Names and types Name Type Data sheet Service tool OCI700 1 N5655 Flush panel mounting frame ARG62 201 N3101 2 5 Product documentation The following product documentation pr...

Page 9: ...ts Operation When wiring strictly separate AC 230 V mains voltage from AC 24 V safety extra low voltage SELV to protect against electrical shock Wiring Refer to the environmental conditions specified in the respective data sheets for storage and transport Storage and transport Contact your supplier or Siemens Building Technologies if you have any questions Synco 200 products are maintenance free a...

Page 10: ...ly is displayed for a short time e g during startup The symbols used are explained below Note 3 1 2 Display The display is subdivided into several logical blocks The blocks contain symbols associated with specific operating states They provide current information for the user View arrangement 1 2 5 8 7 6 4 3 5146Z06 1 2 3 F C K COMMIS PARA APPL ID INFO SERVICE PASS PARA CONF TEST X5 X1 X2 X3 X4 MO...

Page 11: ...Y SERVICE Service level MODE 3 FB 2X INV PASS Password level Units Menus F Degrees Fahrenheit COMMIS Commissioning C Degrees Celsius APPL ID Basic configuration K Kelvin TEST Wiring test Percent INFO Inputs outputs Navigation CONF Extra configuration Navigate UP or value PARA Settings Navigate DOWN or value Operating modes Fault User level is active when neither service level symbol nor password l...

Page 12: ...rating lines on the menu structure The operating elements allow you to select display and set data points setting parameter The LCD shows all menus as clear text Change back and forth between the two operating levels as follows Change between operating levels From Info level to main menu Press OK From main menu to Info level Press ESC The following example shows the above information The table sho...

Page 13: ...l for commissioning 1 Press OK and ESC simultaneously 2 Select the password level PASS by pressing 3 Confirm the selection by pressing OK 4 When PASSWRD is displayed press and select 2 5 Confirm the selection by pressing OK PASS The three access levels share the following properties Common properties Individual menus or individual operating lines are enabled depending on the access level A higher ...

Page 14: ...o pictures 1 n Info level Info pictures 1 n OK ESC OK ESC Main menu INFO Inputs outputs PARA Settings Main menu COMMIS Commissioning PARA Settings APPL ID Basic configuration CONF Extra configuration TEST Wiring test INFO Inputs outputs PARA Settings The user level only provides access to Info pictures 1 n User level information 14 46 Siemens SEZ220 signal converter CE1P5146en Building Technologie...

Page 15: ...formation segments here VALUES 2 SERVICE PARA 5146Z10 1 Press down to go to menu item PARA S PARA flashes ettings 2 Confirm by pressing OK 3 SERVICE PARA X5 X1 X2 X3 X4 MODE 5146Z11 Function block selection is displayed and the first function block X1 flashes 4 1 SERVICE PARA X5 X1 X2 X3 X4 MODE 5146Z12 1 Press down to go to menu item MIN MAX AVR 2 Confirm by pressing OK 5 SET 1 C SERVICE PARA MOD...

Page 16: ...m PARA Settings COMMIS PARA APPL ID PASS CONF 5146Z14 TEST 4 2 2 Start from main menu The COMMIS Commissioning menu is active only at the Password level Password 2 If not yet selected press ESC and OK at the same time to go to the access level Prerequisite When changing from the main menu to commissioning the user is informed that the application is deactivated Application is deactivated COMMIS PA...

Page 17: ...ID and confirm with OK Line APPL ID displays M01 Selection example This means M Standard application basic type M 01 First number of this basic type The INFO menu contains data point APPL ID It provides information on Information in INFO menu If the programmed application was changed ADAP adapted or If it was not changed ORIG original Note the following on basic type M The empty configuration M al...

Page 18: ...ral settings 4 4 1 Select unit The unit for temperature can be changed between C and F Path PARA MODE Display Name Range Factory setting UNIT Unit C F C 4 4 2 Device information The software version used can be displayed Path INFO Display Name Comment VERSION Software version Setting values Display values ...

Page 19: ...wing Complete the configuration diagram for the desired application see chapter 10 Configure the unit by selecting basic type M MIN MAX AVR You can cancel or recreate an existing free configuration or parts thereof any time by selecting and confirming basic type M 4 6 Wiring test When peripheral devices are connected test the wiring via the TEST wiring test menu We recommend testing after configur...

Page 20: ...ted ommissioning COMMIS PASS 5146Z16 The following happens after you press OK Application starts All sensors are checked and Existing sensors are marked for future fault status messages The display changes to the next higher menu level and the first menu symbol COMMIS flashes INFO PASS PARA COMMIS 5146Z17 Press ESC once If the signal converter is in normal mode an Info page is displayed PASS 5146Z...

Page 21: ...ailable for the identifier TEMP Setting value TYPE NI LG Ni 1000 2XNI 2 x Ni1000 T1 T1 PT Pt 1000 0 10 DC 0 10 V Ohm 0 1000 Ω The type is always DC 0 10 V for identifiers 0 0 or 0000 The measuring ranges for the passive temperature signals are defined as follows Measuring ranges passive temperature signals Temperature signal Measuring range LG Ni 1000 50 250 C 2 x Ni 1000 or T1 50 150 C Pt 1000 50...

Page 22: ... can be connected to the unit s input The unit calculates the average temperature Connect the sensors as follows Connection diagram 2 x LG Ni 1000 G G G0 X M G0 B N 3101A09 AC 24 V B M LG Ni 1000 B M LG Ni 1000 B A passive T1 temperature sensor can be connected to the unit s input Connect as follows Connection diagram T1 G G G0 X M G0 B N 3101A10 AC 24 V 22 46 Siemens SEZ220 signal converter CE1P5...

Page 23: ...G0 X M G0 QAA25 N1 AC 24 V G G G0 X M G0 N1 AC 24 V 5 3 Settings Path COMMIS CONF INPUT X1 X5 Display Name Range comment LABEL Input identifier Assignment of TEMP 0 0 0000 Path PARA INPUT X1 X5 Display Name Range Factory setting TYPE Type NI 2XNI T1 PT 0 10 OHM NI MIN VAL Value low 999 9 9999 9 0 MAX VAL Value high 999 9 9999 9 100 CORR Correction 3 0 3 0 0 K Path INFO Display Name Comment X1 X1 D...

Page 24: ...layed when one of these signals is subsequently missing Xx Signal missing e g in the event of a cable break Xx ooo Short circuit only applicable to passive signals Outputs are set to predetermined values when the function blocks are unable to run calculations due to a missing input signal see function block section Error handling Changing the identifier for an inputs after the configuration for th...

Page 25: ...d separately to these 2 ranges Configuration parameter SPLIT Inputs IN 1 IN 2 Inputs IN 3 IN 5 The calculations do not consider non configured inputs Note 6 2 Assign inputs The function block is activated through the following assignments Activate function block At least 1 analog input Xx and At least 1 of the 2 outputs Y1 or Y2 Each analog input Xx can be assigned with a valid identifier to funct...

Page 26: ...iders input range IN 3 IN 5 The value range of output Y1 can be specified with parameters MINVAL1 MAXVAL1 The same applies to output Y2 MINVAL2 MAXVAL2 Example DC 0 10 V corresponds to 0 50 C 6 4 Settings Path COMMIS CONF MIN MAX AVR Configuration Display Name Settings IN 1 Input 1 X1 X5 IN 2 Input 2 X1 X5 IN 3 Input 3 X1 X5 IN 4 Input 4 X1 X5 IN 5 Input 5 X1 X5 SPLIT Inputs segregated NO YES MOD1...

Page 27: ...als are 12 C 20 C and 60 C 12 C is displayed under MIN 1 However output signal Y1 is DC 0 V because MINVAL 20 C Path COMMIS TEST Wiring test Display Name Positions MOD1AO1 Min max average output 1 0 100 MOD1AO2 Min max average output 2 0 100 6 5 Error handling A check identifies available input signals after quitting the COMMIS commissioning menu We differentiate between two cases if one of the in...

Page 28: ...LHU 1 The results of the calculations are provided as DC 0 10 V signals 7 2 Assign inputs The function block is activated through the following assignments Activate function block At least 2 inputs and At least 1 of the 2 outputs Any analog input Xx with valid identifier can be assigned to the ENTHALPY function block Valid identifiers are TEMP 0 0 and 0000 Valid identifiers 7 3 Assign outputs 7 3 ...

Page 29: ...splay Name Unit Range Factory setting ALTIT Elevation above sea level m 0 5000 adjustable in increments of 10 m 500 Path INFO Display values Display Name Comments ENTH 1 Enthalpy 1 ABSHU 1 Absolute humidity 1 ENTH 2 Enthalpy 2 ABSHU 2 Absolute humidity 2 ENTH D Enthalpy difference DEWPNT Dew point Path COMMIS TEST Wiring test Display Name Positions ENTH 1 Enthalpy 1 0 100 ABSHU 1 Absolute humidity...

Page 30: ...NFO menu Inputs outputs 2 At least 1 input signal is missing and calculation is not possible Fault symbol Values according to the table below If calculation is not possible case 2 the following predefined values are displayed Calculation not possible Function Value ENTH x 0 kJ kg ABSH x 0 g kg ENTH D 50 kJ kg DEWPNT 0 C The relevant input is not monitored later if one of the input signals is missi...

Page 31: ...pt the low and high value MIN POS MAX POS for each of the output signals AO 1 and AO 2 Invert output signals AO 1 and AO 2 Corresponding signals in the DC 0 10 V range appear at the outputs The following function diagrams illustrate the above statements Limitation of input signal X is selected to result in signal doubling with AO 2 starting to operate after control of AO 1 Function diagrams Output...

Page 32: ...Y2 Path PARA 2X INV Setting values Display Name Range Factory setting MINPOS1 Dew point 0 100 0 MAXPOS1 Positioning signal max 1 0 100 100 MINVAL1 Value low 1 50 9999 9 0 MAXVAL1 Value high 1 50 9999 9 50 INVERS1 Inversion 1 NO YES NO MINPOS2 Positioning signal min 2 0 100 0 MAXPOS2 Positioning signal max 2 0 100 100 MINVAL2 Value low 2 50 9999 9 0 MAXVAL2 Value high 2 50 9999 9 50 INVERS2 Inversi...

Page 33: ... V INVERS YES 0 100 corresponds to DC 10 0 V Adaptations with MIN POS and MAX POS are also effective with the wiring test Example MIN POS be set to 20 When entering 0 the voltage at the output is not DC 0 V but DC 2 V 8 4 Error handling A check identifies an available input signal after quitting the COMMIS commissioning menu Fault symbol indicates a fault on the display if the acquired input signa...

Page 34: ...Sect 5 4 X2 ooo Sensor error X2 Type Simple Alarm 2 ditto X3 ooo Sensor errorX3 Type Simple Alarm 3 ditto X4 ooo Sensor errorX4 Type Simple Alarm 4 ditto X5 ooo Sensor errorX5 Type Simple Alarm 5 ditto STATUS OK Display in normal operation 6 Display Meaning Open circuit ooo Short circuit 9 2 Fault handling A plant fault is displayed by symbol X1 5146Z19 Remove fault After removing the fault the fa...

Page 35: ...6A078de Terminal Used for Xx M Passive sensors and signal sources G1 Xx M Active sensors and signal sources Yx Provide measured values to control devices sequential control of pumps valves fans etc G und G0 AC 24 V power supply Terminal assignment Only one solid or one stranded wire can be connected per terminal Note Connection procedure with spring cage terminals 1 2 3 3140Z13 1 Strip wire for 7 ...

Page 36: ...s or signal sources M Measuring neutral for signal input G0 System ground for signal output X1 X5 Universal signal inputs analog signals only for LG Ni 1000 2x LG Ni 1000 T1 Pt 1000 DC 0 10 V 0 1000 Ω Y1 Y2 Measured value or control outputs analog DC 0 10 V 36 46 Siemens SEZ220 signal converter CE1P5146en Building Technologies Electrical connections 02 06 2008 ...

Page 37: ...g signals only in the SEZ220 Physical outputs Y DC 0 10 V The following rules and properties apply to inputs Use of inputs Xx Multiple use of inputs is possible Fault indication for inputs is active only if the input was connected prior to commissioning All related settings change when you change an input identifier Order Configuration procedure Basic configuration APPL ID first then extra configu...

Page 38: ... G1 Y1 G0 G1 G0 G Y1 G0 G Y1 G0 G Y1 G0 G Y1 G0 G Y1 Comment The active signal sources shown serve as example only The configuration diagram excerpt shows the required function block the connections and the activated selection fields Y Y x x x x x x x Y Y x 5146B05 x X1 Y1 Y2 x Y Y X2 x X3 x X4 x X5 x LABEL LABEL LABEL LABEL LABEL MOD1AO2 ENTH 1 ABSHU 1 ENTH 2 ABSHU 2 Y ENTH D MODE 2 ENTHALPY MOD1...

Page 39: ... x Y Y X2 x X3 x X4 x X5 x LABEL LABEL LABEL LABEL LABEL MOD1AO2 ENTH 1 ABSHU 1 ENTH 2 ABSHU 2 x Y Y IN X Y ENTH D MODE 2 ENTHALPY MODE 3 2X INV AO 1 AO 2 MOD1AO1 IN 1 IN 3 IN 2 IN 4 IN 5 Y Y TEMP 1 RELHU 1 TEMP 2 RELHU 2 SPLIT MIN MAX AVR TYP AO1 MIN MAX AVR TYP AO2 MODE 1 MIN MAX AVR Y DEWPNT 39 46 Siemens SEZ220 signal converter CE1P5146en Building Technologies Configuration 02 06 2008 ...

Page 40: ...MAXVAL1 50 PARA 2X INV MIN POS1 0 PARA 2X INV MAX POS1 100 or CONF INPUT X1 LABEL TEMP Configuration CONF MIN MAX AVR IN 1 X1 CONF MIN MAX AVR SPLIT NO CONF MIN MAX AVR MOD1AO1 Y1 PARA INPUT X1 TYPE NI Setting values PARA MIN MAX AVR MINVAL1 0 PARA MIN MAX AVR MAXVAL1 50 12 2 Enthalpy and absolute humidity Passive temperature sensor LG Ni 1000 connected to X1 and DC 0 10 V signal for relative humi...

Page 41: ...put average as a DC 0 10 V 0 50 C signal at Y1 CONF INPUT X1 LABEL TEMP Configuration CONF INPUT X2 LABEL TEMP CONF INPUT X3 LABEL TEMP CONF INPUT X4 LABEL TEMP CONF INPUT X5 LABEL TEMP CONF MIN MAX AVR IN 1 X1 CONF MIN MAX AVR IN 2 X2 CONF MIN MAX AVR IN 3 X3 CONF MIN MAX AVR IN 4 X4 CONF MIN MAX AVR IN 5 X5 CONF MIN MAX AVR MOD1AO1 Y1 CONF MIN MAX AVR TYP AO1 AVR PARA INPUT X1 TYPE 2XNI Setting ...

Page 42: ... MINPOS1 50 PARA 2X INV MAXPOS1 75 PARA 2X INV INVERS1 YES 12 7 Signal doubler DC 0 10 V signal to X1 Task Subdivide into ranges DC 0 5V to Y1 and DC 5 10V to Y2 with output as active signals CONF INPUT X1 LABEL Configuration CONF 2X INV IN X X1 CONF 2X INV AO 1 Y1 CONF 2X INV AO 2 Y2 PARA 2X INV MINVAL1 0 Setting values PARA 2X INV MAXVAL1 50 PARA 2X INV MINPOS1 0 PARA 2X INV MAXPOS1 100 PARA 2X ...

Page 43: ...g CONF Extra configuration CORR Correction DEWPNT Dew point ENTH 1 Enthalpy 1 ENTH 2 Enthalpy 2 ENTH D Enthalpy difference ENTHALPY Enthalpy processor FACTIN1 Factor input 1 IN 1 Input 1 IN 2 Input 2 IN 3 Input 3 IN 4 Input 4 IN 5 Input 5 IN X Preselection external INFO Inputs outputs INVERS Inversion INVERS1 Inversion 1 INVERS2 Inversion 2 LABEL Input identifier MAINALM Main contr var sensor erro...

Page 44: ...x average output 1 MOD1AO2 Min max average output 2 MODE Operating mode NI Passive Ni1000 NO No OHM OPEN Open PARA Settings PASS Password level PASSWRD Enter password PT RELHU 1 Relative humidity input 1 RELHU 2 Relative humidity input 2 SETTING Settings SPLIT Inputs segregated START OK Caution Plant starts STATUS Device state STOP OK Caution Plant stops SW VERS Software version TEMP 1 Temperature...

Page 45: ...ng level Configuration Configuration principle Configuration diagram Standard application example Data point term ENTHALPY function block Functions Error handling Output signal value range Fault list inputs X1 X5 measuring range temperature Inputs X1 X5 identifier Setting value CORR Setting value TYPE Menu navigation example Menu structure MIN MAX AVR function block Functions Assignment rules with...

Page 46: ...up International Headquarters Gubelstrasse 22 CH 6301 Zug Tel 41 41 724 24 24 Fax 41 41 724 35 22 www siemens com sbt 2004 2008 Siemens Switzerland Ltd Subject to change 46 46 Siemens SEZ220 signal converter CE1P5146en Building Technologies 02 06 2008 ...

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