Siemens SITRANS T4200 Operating Instructions Manual Download

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Functions

9.21 Individual password protection (only in SITRANS TH300)

SITRANS TH200/TH300
Operating Instructions, 06/2010, A5E00393069-03

9.21

Individual password protection (only in SITRANS TH300)

Description

The individual password protection prevents unauthorized write access to the device.

Note
Password protection



Change the default password immediately after commissioning the device. You will then

prevent write access to the device by unauthorized persons.



Store your new password in a secure location.



Consult the Siemens contact person in your region to receive your "super pin".



When you activate the password protection in the device, write protection will be set

automatically after the device has been switched on.

In the condition of goods delivered, every transmitter is set with the default password 2457.

Password protection is deactivated. If you reset the transmitter to the factory setting, the

current password will not be reset to the default password. Should you no longer know your

password, then the data in the device can only be altered using a "super pin", therefore not

using the default password. The super pin can be obtained from your regional Siemens

contact person.

Procedure for writing data in a password protected device

Select the "Deactivate password protection" menu in the parameterization software.

Enter your 4-digit password. Password protection is deactivated.

Change the values according to your application.

Select the "Activate password protection" menu in the parameterization software. The

device is write protected again.

Summary of Contents for SITRANS T4200

Page 1: ... P H O N E 9 1 8 5 8 4 4 7 0 0 WWW E R N I E G R A V E S C O M P R O D U C TI N S T R U C T I O NMA N U A LV 1 0 MA Y2 0 1 6 S I T R A N SS E N S O RH E A DMO U N TT E MP E R A T U R ET R A N S MI T T E R S MO D E L S T H 1 0 0 T H 2 0 0 T H 3 0 0 T H 4 0 0 ...

Page 2: ...______ ___________________ ___________________ SITRANS T Temperature transmitter SITRANS TH200 TH300 Operating Instructions 7NG3211 1 N00 SITRANS TH200 7NG3212 0 N00 SITRANS TH300 06 2010 A5E00393069 03 Introduction 1 General safety notes 2 Description 3 Installation 4 Connecting 5 Operation 6 Functional safety 7 Commissioning 8 Functions 9 Service and maintenance 10 Technical data 11 Dimension dr...

Page 3: ...elevant documentation for the specific task in particular its warning notices and safety instructions Qualified personnel are those who based on their training and experience are capable of identifying risks and avoiding potential hazards when working with these products systems Proper use of Siemens products Note the following WARNING Siemens products may only be used for the applications describ...

Page 4: ...14 3 4 How It works 15 3 5 Communication 16 3 5 1 Overview 16 3 5 2 HART communication with supply from voltage source 17 3 5 3 HART communication with supply via feed splitter 18 4 Installation 19 4 1 Safety information 19 4 2 Installation in the connection head 20 4 3 Installation on DIN rail and G rail 22 5 Connecting 23 5 1 Safety notes on the connection 23 5 1 1 General safety notes on the co...

Page 5: ...ng 41 7 2 6 Safety characteristics 42 8 Commissioning 43 8 1 Commissioning 43 8 2 LED operating indicator 43 9 Functions 45 9 1 General information 45 9 2 Broken wire monitoring 47 9 3 Short circuit monitoring 47 9 4 Line compensation 47 9 5 Type of characteristic curve rising or falling 47 9 6 Measured value offset 48 9 7 Sensor factor 48 9 8 Cold junction compensation with thermocouples 48 9 9 C...

Page 6: ...idual password protection only in SITRANS TH300 67 10 Service and maintenance 69 11 Technical data 71 11 1 Technical data 71 11 2 Digital measuring error 78 12 Dimension drawings 81 12 1 Dimension drawing for SITRANS TH200 TH300 81 12 2 Dimension drawing for the DIN rail adapter 81 13 Spare parts and accessories 83 A Appendix 85 A 1 Certificates EC declaration of conformity 85 A 2 Control drawing ...

Page 7: ...Table of contents SITRANS TH200 TH300 6 Operating Instructions 06 2010 A5E00393069 03 ...

Page 8: ... establishes the correlation between the current documentation and the valid firmware of the device The documentation of this edition is applicable for the following firmware Edition Firmware identifier nameplate System integration Installation path for PDM 01 06 2006 FW 01 01 02 HW 01 00 TH200 SIPROM T V1 07 TH300 PDM V6 0 DD Rev 1 00 TH200 not relevant TH300 SITRANS TH300 02 03 2008 03 06 2010 F...

Page 9: ...create new warranties or modify the existing warranty The content reflects the technical status at the time of printing We reserve the right to make technical changes in the course of further development See also Contacts http www siemens com processinstrumentation contacts Product information on SITRANS T in the Internet http www siemens com sitranst Instructions and Manuals http www siemens com ...

Page 10: ... as they are not expressly stated in these instructions all changes to the device are the sole responsibility of the user 2 3 Qualified Personnel Qualified personnel are people who are familiar with the installation mounting commissioning and operation of the product These people have the following qualifications They are authorized trained or instructed in operating and maintaining devices and sy...

Page 11: ...r country during connection assembly and operation These include for example National Electrical Code NEC NFPA 70 USA Canadian Electrical Code CEC Canada The working reliability regulation Germany Further provisions for hazardous areas these are for example IEC 60079 14 international EN 60079 14 formerly VDE 0165 T1 EU Germany See also Certificates http www siemens com processinstrumentation certi...

Page 12: ...nected with protection level ib Limited energy type of protection ic nL Zone 2 Devices of the protection type limited energy can be connected and disconnected during operation Non sparking type of protection nA Zone 2 Devices of the protection type non sparking may only be connected and disconnected when in a powered down state CAUTION Modules susceptible to electrical discharge The device contain...

Page 13: ...General safety notes 2 5 Precautions SITRANS TH200 TH300 12 Operating Instructions 06 2010 A5E00393069 03 ...

Page 14: ...res in compliance with the information given in the relevant certificates and approvals and in these Operating Instructions 3 2 Product features Transmitter with two wire technology Installation in connection heads of type B in accordance with DIN 43729 or larger or on a DIN rail With communications capability via the HART protocol rev 5 9 in SITRANS TH300 or via a proprietary protocol in SITRANS ...

Page 15: ...XXXX XXXXXXXX HART Product name Version Order No Additional data CE mark Pay attention to the Operating Instructions Firmware revision Hardware revision Serial number Place of manufacture Manufacturer s address Manufacturer Figure 3 1 Layout of the nameplate SITRANS TR300 as example Note Information about explosion protection With explosion proof devices the information about explosion protection ...

Page 16: ... of an ammeter Figure 3 2 Function block diagram for SITRANS TH200 TH300 How the transmitter works The sensor supplies an electrical signal This signal is converted to a digital signal in an analog to digital converter The digital signal is evaluated in a secondary side microcontroller and corrected in accordance with the sensor characteristic The digital signal is transferred to the primary side ...

Page 17: ...parameter assignment interface according to the HART specification The parameter assignment interface permits access to all the functions of the device via a HART modem or a HART communicator Connect the HART modem or the HART communicator in accordance with the Fig HART communication with supply from voltage source WARNING Only operate intrinsically safe HART modems or HART communicators on intri...

Page 18: ...TH200 TH300 Operating Instructions 06 2010 A5E00393069 03 17 3 5 2 HART communication with supply from voltage source 57 PRGHP RU 56 RU 86 RDG ุ വ 57bFRPPXQLFDWRU 6 75 16 7 8DX 3 Figure 3 3 HART communication with supply from voltage source ...

Page 19: ...HG VSOLWWHU H J 1 57 MDFNV 7UDQVPLWWHU 6 75 16 7 Only intrinsically safe HART communicators or HART modems are allowed to be used with an intrinsically safe supply HART communication via HART jacks of the feed splitter Load 250 Ω only relevant if HART communication takes place via this branch Otherwise load of 0 to 650 Ω for versions or Figure 3 4 HART communication with supply via feed splitter ...

Page 20: ...us areas Make sure you observe the following information before installing the transmitter Install the transmitter in an enclosure appropriate for the envisaged application In hazardous areas also observe the requirements specified in the Ex certificates and approvals Comply with the ambient conditions specified in the technical data ...

Page 21: ...installation in a type B connection head or larger The transmitter is either secured in the base of the connection head or in the raised cover of the connection head Included in the transmitter s scope of delivery are Springs Fixing screws Lock washers for installation on the round plate Securing the transmitter in the connection head cover Transmitter Ceramic base of the measuring element Connect...

Page 22: ...tter in the connection head base Transmitter Connection head Note Using the lock washers The lock washers included in the delivery are only required for securely fastening the transmitter when the transmitter is directly installed on the round plate for a temperature probe Fixing screw M4x35 Transmitter Round plate Lock washer DIN 6799 3 2 A2 ...

Page 23: ...rings The fixing rings included in the scope of delivery for the transmitter are not required for the installation on DIN rails or G rails You can either install the transmitter on a 35 mm DIN rail or on a 32 mm G rail DIN EN 60715 applies to DIN rails and G rails in this context The DIN rail adapter required for installation can be ordered as an accessory under the Order No 7NG3092 8KA Adhere to ...

Page 24: ...es with twisted wires Avoid getting too close to large electrical systems or use shielded cables Use shielded cables to ensure the full specification according to HART revision 5 9 in SITRANS TH300 Use only cable entries and covers that are approved for the relevant use At an ambient temperature T 60 C use heat resistant cables approved for an ambient temperature of at least 20 K higher Use cables...

Page 25: ... on the nameplate and the inspection certificate valid in your country CAUTION Limited range of use If the device has been operated outside the ambient conditions specified for potentially explosive atmospheres you may no longer operate the device in potentially explosive atmospheres Make sure to permanently mask all Ex markings on the nameplate NOTICE Loss of type of protection Intrinsic safety I...

Page 26: ... is made of aluminum the requirements of EN 60079 26 section 4 3 3 must be observed for uses where the device category 1 G is required Zone 2 in type of protection nL or ic limited energy resources Install the transmitter in an enclosure meeting the degree of protection IP54 per EN 60529 e g in a type B connection head per DIN 43729 Only connect the transmitter to devices that have at least been a...

Page 27: ...nditions for installers applicable to this type of protection The maximum approved input voltage is Un DC 32 V Take measures to ensure that the supply voltage including transients does not rise above 140 of the rated voltage Maximum values of the sensor circuit U 6 V DC I 25 mA P 37 mW Additional requirements for use in dust explosion protected areas Install the transmitter in an enclosure suitabl...

Page 28: ...d 2 Ensure that the polarity is correct The device is reverse polarity protected See also Connection diagrams Page 28 5 3 Connection assignment s 1 2 5 4 3 6 3 W 57 57p p 7HVW 7HVW 7HVW 7HVW Test terminal Fixing screw M4x35 LED Internal diameter of center hole 6 3 mm 0 25 Lock washer DIN 6799 3 2 A2 Connections 1 and 2 Auxiliary power supply Uaux output current Iout 3 4 5 and 6 Sensor connections ...

Page 29: ...LUH FRQQHFWLRQ YHUDJLQJ GHWHUPLQDWLRQ RI GLIIHUHQFH LQH UHVLVWDQFH IRU FRUUHFWLRQ LV SURJUDPPDEOH YHUDJLQJ GHWHUPLQDWLRQ RI GLIIHUHQFH RXU ZLUH FRQQHFWLRQ 7KUHH ZLUH FRQQHFWLRQ 7ZR ZLUH FRQQHFWLRQ ROG MXQFWLRQ FRPSHQVDWLRQ IL HG YDOXH ROG MXQFWLRQ FRPSHQVDWLRQ ZLWK H WHUQDO 37 LQ WZR ZLUH FRQQHFWLRQ ROG MXQFWLRQ FRPSHQVDWLRQ ZLWK H WHUQDO 37 LQ WKUHH ZLUH FRQQHFWLRQ YHUDJLQJ GHWHUPLQDWLRQ RI GLIIH...

Page 30: ...ith the resistance value R which is connected externally to terminals 5 and 6 of the transmitter Example Measurement of a 0 to 20 mA current via an external resistance R of 10 Ohm Sensor class Millivolt transmitter Process value scale Start of scale value 0 mA 10 Ω 0 mV Full scale value 20 mA 10 Ω 200 mV The 4 to 20 mA output current now follows the profile of the sensor input the 0 to 20 mA curre...

Page 31: ...Connecting 5 6 Test terminals for output signal SITRANS TH200 TH300 30 Operating Instructions 06 2010 A5E00393069 03 ...

Page 32: ...red in a non volatile memory the EEPROM Note After the parameters have been assigned to the SITRANS TH200 TH300 do not switch the supply voltage for the transmitter off until the device s LED flashes red or lights constantly green 6 2 Operation of the SITRANS TH200 with PC laptop and modem NOTICE Parameters may only be assigned to the SITRANS TH200 when offline using the modem and the SIPROM T ope...

Page 33: ...3 3 W 32 5 RPP UURU SIEMENS s P P 7HVW 7HVW 7HVW 7HVW 3OXJ LQ SRZHU VXSSO XQLW 9 QFOXGHG LQ VFRSH RI GHOLYHU 0RGHP IRU 6 75 16 7 7 75 YLD 56 1 0 QHJDWLYH EODFN SRVLWLYH UHG 3 1 2 5 6 4 3 3 W 20 20 20 20 86 32 5 RPP UURU SIEMENS s 7HVW 7HVW 7HVW 7HVW P P For more detailed information on assigning parameters to the transmitter refer to the operating instructions for the following products Modem for ...

Page 34: ...M parameterization software and the HART modem Procedure for commissioning The HART modem must be connected to the output circuit for this purpose The transmitter s power supply must be switched on The load in the circuit must be at least 250 Ω to do this refer to the circuit diagram of the Fig in chapter HART communication with supply via feed splitter Page 18 The parameterization software SIMATI...

Page 35: ...rsor to the right through the menu bar or branches into a subroutine The name of the selected subroutine is displayed at the top edge of the display This button moves the cursor to the left through the menu bar or exits a subroutine Function keys Function keys F1 to F4 are located below the digital display The various functions of the keys in the individual menus are displayed on the bottom edge o...

Page 36: ...es in the examples are selected as representative examples The device specific information follows in the next chapter Description The sensor logic unit control system and final controlling element combine to form a safety instrumented system which executes a safety function P 6HQVRU P 6 P RU P 7UDQVPLWWHU LQDO FRQWUROOLQJ HOHPHQW 9DOYH ZLWK GULYH DQG SRVLWLRQHU RQWURO V VWHP 3 SF Failure signal F...

Page 37: ...ample The transmitter generates a process specific analog signal The downstream control system monitors this signal to ensure that it does not fall below or exceed a set limit value In case of a fault the control system generates a failure signal of 3 6 mA or 22 mA for the connected positioner which switches the associated valve to the specified safety position ...

Page 38: ...VG 10 3 2 10 3 PFDAVG 10 2 1 10 2 PFDAVG 10 1 The average probability of dangerous failures of the entire safety instrumented system PFDAVG is normally split between the three sub systems in the following figure 6HQVRU H J 3UHVVXUH WHPSHUDWXUH HWF RQWURO V VWHP RU RJLF XQLW H J 3 3 9 SHUFHQWDJH LQDO FRQWUROOLQJ HOHPHQW H J 9DOYH ZLWK DFWXDWRU DQG SRVLWLRQHU Figure 7 2 Example of PFD distribution T...

Page 39: ...nsors and final controlling elements with complex components if the following conditions are applicable for the device The device is proven in use The user can configure only the process related parameters e g control range signal direction in case of a fault limiting values etc The configuration level of the firmware is blocked against unauthorized operation The function requires SIL of less than...

Page 40: ... 0 s The partial system is of type B The calculations are valid for the operating mode with low demand rate in single channel operation The specific values are listed in the manufacturer declaration for the product Declaration of Conformity Functional Safety according to IEC 61508 and IEC 61511 Certificates EC declaration of conformity Page 85 7 2 2 Requirements The temperature transmitter meets t...

Page 41: ...ture transmitter are adhered to in their respective version Checking the safety function We recommend that You check the status for warnings and alarms Check the upper and lower alarm current value Perform a 2 point calibration You check the measuring accuracy that must be in the range of 2 for the safety function You check the measuring accuracy for example with a sensor calibration Note Configur...

Page 42: ...Internet 7 2 5 Maintenance Checking Interval We recommend that the functioning of the temperature transmitter is checked at regular intervals of one year Checking the safety function We recommend that You check the status for warnings and alarms Check the upper and lower alarm current value Perform a 2 point calibration You check the measuring accuracy that must be in the range of 2 for the safety...

Page 43: ...ed differently SITRANS TH200 Operation via SIPROM T SITRANS TH300 Operation via SIMATIC PDM or handheld communicator The safety function test has been concluded successfully The transmitter is blocked against unwanted and unauthorized changes operation The following condition applies to the transmitter The current signal is evaluated by a safe system The specified error rates apply to the typical ...

Page 44: ... sensor to the power supply see Chapter Connecting Page 23 4 Turn on the auxiliary power supply 5 Wait about 10 seconds After this start up time the transmitter is operational Note Warming up To obtain exact measured values the transmitter needs to be allowed to warm up for five minutes or so after the power supply has been switched on 8 2 LED operating indicator Operating indicator does not light...

Page 45: ...Commissioning 8 2 LED operating indicator SITRANS TH200 TH300 44 Operating Instructions 06 2010 A5E00393069 03 ...

Page 46: ...hermocouple type B Sensor factor Sensor characteristic curve e g linear temperature Measuring range and measuring unit Information on measurement interface Interface type standard differential or averaging circuit Connection type sensor connection two wire three wire or four wire input with resistance type transmitters Resistors for line compensation Offset to the measurement signal Additional inf...

Page 47: ...r functions that can be set in the parameters are Min max pointer functions Sensor calibration function with selectable trimming range within the limits of the measuring range Trimming the analog output from 4 to 16 mA with SITRANS TH200 from 4 to 20 mA with SITRANS TH300 Factory reset resetting the operating data to the factory settings Simulation of measurement input Only in SITRANS TH300 electr...

Page 48: ... possible with resistance thermometers and resistance type transmitters The threshold value for the short circuit check can be set in the parameters The programmed fault current 3 6mA to 23mA is output in the event of a sensor short circuit 9 4 Line compensation Trimming the line resistance values can be performed in the following measurements Resistance thermometer or resistance type transmitter ...

Page 49: ...et for thermocouples Example 1 3 x Pt500 parallel Sensor factor 5 3 1 67 basis is Pt100 Example 2 4 x TC serial Sensor factor 4 x 1 4 9 8 Cold junction compensation with thermocouples In order to measure the cold junction for thermocouples you can choose between the following cold junction compensation versions Internal in this case the thermocouple or the compensating line is directly connected t...

Page 50: ...est measuring range Following this assign the parameters for the start of scale value and full scale value for the differentiation or the average value measurements Sensor calibration Trim the individual sensors at the selected limits of the measuring range The differentiation or average set in the parameters cannot be trimmed 9 10 Electrical damping You can set the filter time constant of electri...

Page 51: ...e output signal only apply to the corresponding nominal ranges 0HDVXULQJ UDQJH P 7 Linear control range Lower limit of the control range default value 3 80 mA Upper limit of the control range default value 20 5 mA Lower fault current value default value 3 6 mA Upper fault current value default value 22 8 mA Recommended setting range for lower fault current range and lower control range limit Recom...

Page 52: ...er sensor calibration should be performed to the transmitter input You can use the operating software to instruct the transmitter to accept this process value SITRANS TH200 uses the operating software SIPROM T SITRANS TH300 uses the operating software SIMATIC PDM or the HART communicator The acceptance of this process value is represented by an offset shift to the characteristic curve see B in the...

Page 53: ...ure 9 2 Sensor calibration Note If any of the following device parameters is changed by re parameterization a double point sensor calibration of SITRANS TH200 TH300 performed specifically for a customer is automatically reset Sensor class Sensor type Interface Sensor connection Sensor factor A double point sensor calibration performed by the user is also reset if the device is restored to its fact...

Page 54: ...tream from the transmitter The trim can only be performed as follows Device version 200 at 4 mA and at 16 mA Device version 300 at 4 mA and at 20 mA The following figure shows the principle of trimming using the example of the 4 to 20 mA current output 0HDVXUHG FXUUHQW 1RPLQDO FXUUHQW P P O Output characteristic A B Parallel offset B Characteristic curve after current transmitter trim 4 mA B C Cha...

Page 55: ...trim to assign 4 mA output to the transmitter 2 Read the measured value at the ammeter 3 Enter the measured current value using the operating software The transmitter uses this value for offset correction of the current Trim at 20 mA gradient correction 1 Use the menu item D A trim to assign 20 mA output to the transmitter 2 Read the measured value at the ammeter 3 Enter the measured current value...

Page 56: ...d value output The transmitter requires pairs of values x values y values for customer specific characteristic curve correction These pairs of values form sampling points and the output characteristic curve is generated in between these points by linear interpolation from the input characteristic curve The maximum number of sampling points is restricted to 30 pairs of values The individual pairs o...

Page 57: ...ired special thermocouple The sensor characteristic curve of the resistance type transmitter or mV transmitter form the basis 0 to 100 for the following characteristic curve correction The individual pairs of values must always be specified in the unit of the set measuring span The first pair of values is always X 0 Y 0 The last pair of values is always X 100 Y 100 The first and last pairs of valu...

Page 58: ...e performed across 6 pairs of values The type of cold junction compensation is a fixed value 0 C 3 Parameter entries Sensor signal at transmitter input Characteristic curve pair Measured value i after characteristic curve correction Pair of values X i Y i 10 mV i 1 0 0 100 C 5 mV i 2 10 15 25 C 0 mV i 3 20 20 0 C 15 mV i 4 50 55 175 C 35 mV i 5 90 95 375 C 40 mV i 6 100 100 400 C Example for a par...

Page 59: ...resetting the transmitter to its default values also resets a customer specific digital to analog converter trim and sensor calibration one point trim or two point trim Once a factory reset has been performed the transmitter has the following configuration Parameter Reset to value DAY Is not reset Description Is not reset Message Is not reset Serial number Is not reset Installation date electronic...

Page 60: ...0 Operating Instructions 06 2010 A5E00393069 03 59 Parameter Reset to value Runtime meters field device Are not reset Min max pointers PV Are all reset to 0 Min max pointers for electronics temperature Are not reset Manufacturer data sensor Are not reset ...

Page 61: ...rs If multiple errors occur simultaneously the priority settings apply Priority 1 is the highest priority Diagnostic function Priority HART 1 Analog output LED Hardware firmware defect RAM ROM error 1 Status On alarm value Red Flash EEPROM error 1 Status On alarm value Red Watchdog error 1 Status On alarm value Red Electronics defect hardware firmware 1 Status On alarm value Red Electronics temper...

Page 62: ...the diagnostics event that has occurred via the operating software The analog output value is unchanged Diagnostics function Priority HART 1 Analog output LED Measured value out of the measuring range Status Unchanged Green Output saturation warning Status Unchanged Green Measured value PV outside the sensor limit Status Unchanged Green Electronics temperature outside the limit Status Unchanged Gr...

Page 63: ...gain Operate the transmitter within the permissible temperature limits again and reset the message Ambient temperature error electronics temperature error Reset If you have guaranteed by means of sensor and D A trimming that the transmitter is working with a tolerable accuracy you can reset the transmitter Use the software tool SIPROM T or SIMATIC PDM to carry out the reset SIPROM T menu item for ...

Page 64: ...updated if the device is in measuring mode The runtime meter is not updated in simulation mode 2 Runtime meter for process variable Monitors the sequence of the sensor connected to the transmitter in various process areas The operating hours sequence of the process variable is recorded in 9 ranges It is subdivided according to the connected sensor and its sensor limits The user cannot set the rang...

Page 65: ...est values Min max pointer pair for measured value e g temperature differential T1 T2 with two resistance thermometers in a differential circuit Min max pointer pair for electronics temperature cannot be reset Resetting the min max pointer is only possible for the measured value A reset is performed At the user s request Automatically when any of the following parameters is changed in the device S...

Page 66: ...r primary process variable Fixed value simulation or ramp simulation for electronics temperature Measurement output Fixed value simulation of the analog output The simulation of the primary process variable electronics temperature and analog output is handled in the same way in terms of parameter assignment and function For this reason the following will only deal with the general simulation proce...

Page 67: ...both simulation paths primary measured value and electronics temperature by taking the physical unit into account The analog output adopts a value according to the specification for the primary measured value Simulation with a periodic ramp function As well as the adjustable fixed values you can also assign a periodically recurring ramp function in the parameters for both simulation paths Adjustab...

Page 68: ...cally after the device has been switched on In the condition of goods delivered every transmitter is set with the default password 2457 Password protection is deactivated If you reset the transmitter to the factory setting the current password will not be reset to the default password Should you no longer know your password then the data in the device can only be altered using a super pin therefor...

Page 69: ...Functions 9 21 Individual password protection only in SITRANS TH300 SITRANS TH200 TH300 68 Operating Instructions 06 2010 A5E00393069 03 ...

Page 70: ...SITRANS TH200 TH300 Operating Instructions 06 2010 A5E00393069 03 69 Service and maintenance 10 The transmitter is maintenance free ...

Page 71: ...Service and maintenance SITRANS TH200 TH300 70 Operating Instructions 06 2010 A5E00393069 03 ...

Page 72: ... 2 equal resistance thermometers in two wire input for averaging the temperature Differentiation 2 equal resistance thermometers RTD in two wire input RTD 1 RTD 2 or RTD 2 RTD 1 Connection Two wire input Line resistance can be assigned in the parameters 100 Ω loop resistance Three wire input No trim necessary 1 Four wire input No trim necessary Sensor current 0 45 mA Measuring cycle 250 ms for 1 s...

Page 73: ...1 R2 or R2 R1 Connection Two wire input Line resistance can be assigned in the parameters 100 Ω loop resistance Three wire input No trim necessary 1 Four wire input No trim necessary Sensor current 0 45 mA Measuring cycle 250 ms for 1 sensor with break monitoring Break monitoring Always active cannot be switched off Short circuit monitoring Can be switched on off default value OFF Measuring range ...

Page 74: ...C 584 Type T Cu CuNi according to DIN IEC 584 Type U Cu CuNi according to DIN 43710 Units of measurement C or F Interface Standard connection 1 thermocouple TC Averaging 2 equal thermocouples TC Differentiation 2 equal thermocouples TC TC1 TC2 or TC2 TC1 Measuring cycle 250 ms for 1 sensor with break monitoring Break monitoring Can be switched off Cold junction compensation Internal With integrate...

Page 75: ... Characteristic curve Linear to voltage or special characteristic curve Output Output signal 4 20 mA two wire line With SITRANS TH300 additionally with communication according to HART rev 5 9 Auxiliary power supply 11 35 V DC to 30 V with Ex ia and ib to 32 V with Ex nA nL ic Max load Uaux 11 V 0 023 A Overrange 3 6 mA 23 mA continuously adjustable default range 3 80 mA to 20 50 mA Error signal e ...

Page 76: ...tions Auxiliary power supply 24 V 1 Load 500 Ω Ambient temperature 23 C Interfering fields None Heat up time 5 min Digital measuring error See table in chapter Digital measuring error Page 78 Analog output error digital to analog error 0 025 of the output current span 16 mA Fault due to internal cold junction 0 5 C 0 9 F Ambient temperature influence Analog measuring error 0 02 of the output curre...

Page 77: ...AMUR recommendation NE21 See also Certificates EC declaration of conformity Page 85 Errors under EMC influence 1 0 10 of the measuring span 1 When assembled on a DIN rail deviations 0 5 of the span may occur with radiated electromagnetic fields in accordance with EN 61000 4 3 Construction Construction Material Plastic potted Weight 50 g 0 11 lb Dimensions See chapter Dimension drawings Page 81 Cro...

Page 78: ... for operation in hazardous areas can be found in the FM Certificate of Compliance no 3024169 as well as in the associated control drawing A5E02323665B IS Cl I II III Div 1 GP ABCDEFG T6 T5 T4 Cl I ZN 0 AEx ia IIC T6 T5 T4 NI Cl I Div 2 GP ABCDFG T6 T5 T4 NI Cl I ZN 2 IIC T6 T5 T4 Protection against explosion according to FM for Canada CFMUS Electrical data operating conditions and installation in...

Page 79: ... 15 0 27 Pt100 Pt200 200 850 328 1562 10 18 0 1 0 18 Pt500 200 850 328 1562 10 18 0 15 0 27 Pt1000 200 350 328 662 10 18 0 15 0 27 According to JIS C1604 81 10 18 Pt25 200 649 328 1200 10 18 0 3 0 54 Pt50 200 649 328 1200 10 18 0 15 0 27 Pt100 Pt200 200 649 328 1200 10 18 0 1 0 18 Pt500 200 649 328 1200 10 18 0 15 0 27 Pt1000 200 350 328 662 10 18 0 15 0 27 Ni25 Ni1000 60 250 76 482 10 18 0 1 0 18...

Page 80: ...00 180 2 3 6 Type E 200 1000 328 1832 50 90 1 1 8 Type J 210 1200 346 2192 50 90 1 1 8 Type K 230 1370 382 2498 50 90 1 1 8 Type L 200 900 328 1652 50 90 1 1 8 Type N 200 1300 328 2372 50 90 1 1 8 Type R 50 1760 58 3200 100 180 2 3 6 Type S 50 1760 58 3200 100 180 2 3 6 Type T 200 400 328 752 40 72 1 1 8 Type U 200 600 328 1112 50 90 2 3 6 Digital measuring errors for millivolt transmitters Input ...

Page 81: ...Technical data 11 2 Digital measuring error SITRANS TH200 TH300 80 Operating Instructions 06 2010 A5E00393069 03 ...

Page 82: ... 12 1 Dimension drawing for SITRANS TH200 TH300 s 1 2 5 4 3 6 3 W 57 57 p p 7HVW 7HVW 7HVW 7HVW Figure 12 1 SITRANS TH200 TH300 dimensions in mm inch 12 2 Dimension drawing for the DIN rail adapter 50 5 1 99 59 6 2 35 33 1 30 14 0 55 Figure 12 2 Dimensions of the DIN rail adapter 7NG3092 8KA ...

Page 83: ...Dimension drawings 12 2 Dimension drawing for the DIN rail adapter SITRANS TH200 TH300 82 Operating Instructions 06 2010 A5E00393069 03 ...

Page 84: ...st explosion 7NG3212 0NN00 1 With protection against explosion according to ATEX and further approval authorities FM cFMUS 7NG3212 0AN00 1 7NG3212 0BN00 1 Additional specifications Complete order no with Z add abbreviated specification Abbreviated specification Adjust operational data as desired operational data should be described in plain text Y01 With test report five measurement points C11 SIL...

Page 85: ...Spare parts and accessories SITRANS TH200 TH300 84 Operating Instructions 06 2010 A5E00393069 03 ...

Page 86: ...ificates EC declaration of conformity You can find the certificates and the EC declaration of conformity on the sitrans t temperature transmitters CD available separately Order No A5E00364512 and on the Internet See also Certificates http www siemens com processinstrumentation certificates ...

Page 87: ...Appendix A 2 Control drawing SITRANS TH200 TH300 86 Operating Instructions 06 2010 A5E00393069 03 A 2 Control drawing ...

Page 88: ...Appendix A 2 Control drawing SITRANS TH200 TH300 Operating Instructions 06 2010 A5E00393069 03 87 ...

Page 89: ...vice support There you will find The latest product information FAQs downloads tips and tricks Our newsletter providing you with the latest information about your products A Knowledge Manager to find the right documents for you Our bulletin board where users and specialists share their knowledge worldwide You can find your local contact partner for Industry Automation and Drives Technologies in ou...

Page 90: ...es Average period between two failures MTTR Mean Time To Restoration Average period between the occurrence of a fault in a device or system and restoration of functionality PFD Probability of Failure on Demand Probability of dangerous failures of a safety function on demand PFDAVG Average Probability of Failure on Demand Average probability of dangerous failures of a safety function on demand SFF ...

Page 91: ...List of abbreviations B 1 Abbreviations SITRANS TH200 TH300 90 Operating Instructions 06 2010 A5E00393069 03 ...

Page 92: ...s require in addition to the standard power supply The auxiliary power supply is specially stabilized has a specific level and polarity and or has other properties that are important for correct operation of circuit components Auxiliary voltage Auxiliary power supply CE Communautés Européenes European communities Dangerous failure Failure with the potential to bring the safety instrumented system ...

Page 93: ...patibility Definition in accordance with EMC law EMC is the capability of a device to operate satisfactorily in an electromagnetic environment without itself emitting electromagnetic signals which interfere with other devices in that environment EN Europäische Norm European standard EU European Community Fail safe The capability of a control to maintain the safe state of the controlled device e g ...

Page 94: ... and 1 are represented by two different frequencies Frequency Shift Keying FSK Frequency shift keying HART HART Highway Addressable Remote Transducer is a standardized widely used communications system used to structure industrial fieldbuses The communications system provides digital communications for multiple participants field devices via a common databus HART is based especially on the equally...

Page 95: ...uation Transmit and receive on different lines Safety function Defined function executed by a safety instrumented system with the objective of achieving or maintaining a safe system status taking into account a defined dangerous occurrence Example Limit pressure monitoring Safety Instrumented Function SIF Safety Integrity Level SIL Safety instrumented system A safety instrumented system executes t...

Page 96: ...educes the risk of a dangerous failure occurring SIL The international standard IEC 61508 defines four discrete Safety Integrity Levels SIL from SIL 1 to SIL 4 Each level corresponds to the probability range for the failure of a safety function The higher the SIL of the safety instrumented system the higher probability that the required safety function will work The achievable SIL is determined by...

Page 97: ...Glossary SITRANS TH200 TH300 96 Operating Instructions 06 2010 A5E00393069 03 ...

Page 98: ...module 31 Current output calibration 54 Customer Support Hotline 88 D Diagnostics LED 62 Differential circuit 49 DIN rail 22 E EC type examination certificate 24 Electrical damping Filter time constant 49 F Factory setting status 58 Failure signal 35 Filter time constant Electrical damping 49 Final controlling element 35 Firmware 7 Frequency shift keying 31 FSK 31 Function key 34 G G rail 22 H Haz...

Page 99: ...unction Checking 40 41 Sensor 35 Sensor calibration 40 Sensor characteristic curve 55 Sensor factor 48 Service 88 Shift key 34 Short circuit monitoring 47 Signal cable 23 Special characteristic curve Calculation 57 Parameter assignment 56 Support 88 T Technical data 40 Test certificates 10 Test terminals 29 Trimming Line resistances 47 Sensor 49 Type of protection Intrinsic safety 11 Limited energ...

Page 100: ... n g ew i t h o u t n o t i c e L I MI T E DWA R R A N T Y S e l l e r S e l l e r w a r r a n t st h a t t h eG o o d sma n u f a c t u r e db yS e l l e r w i l l b ef r e ef r o m d e f e c t si nma t e r i a l so r w o r k ma n s h i pu n d e r n o r ma l u s ea n ds e r v i c e a n dt h a t t h eS o f t w a r ew i l l e x e c u t et h ep r o g r a mmi n gi n s t r u c t i o n sp r o v i d e d...

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Siemens SITRANS T4200, Operating Instructions Manual

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Summary of Contents for SITRANS T4200

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