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This instruction manual is written to assist the user in proper procedures for trouble-free operation. It is explicitly pointed out that optek-Danulat GmbH assumes no responsibility for loss or damage caused due to improper use of this instruction manual or products described herein.
General safety instructions....................5 Safety instructions for works on electrical equipment ............6 Description PROFIBUS® ......................7 Description optek Control 4000 / Haze Control bus interface ...........10 Technical data PROFIBUS® PA interface ................13 Converter front view ......................14 Rear view converter C4151 ....................15 Rear view converter C4251 ....................
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9.1.1 Addressing of the optek PROFIBUS® PA interface with communication processor CP5512 ....................50 9.1.2 Addressing of the optek PROFIBUS® PA interface with interface card "Softing PROFlusb" ....................52 PROFIBUS® PA certificate ....................56 DTM certificate ........................57 EU declaration of conformity ....................59 Contacts ..........................60...
Using the instruction manual Using the instruction manual Validity of the instruction manual ® This instruction manual is valid for optek PROFIBUS converters C4151, C4251, C4252, C4352, C4452, HC4351 and HC4452. It contains specific ® information on the PROFIBUS PA interface (Process Fieldbus - Process Automation).
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To keep up reliability of the product, enhance its life cycle and avoid down times, you have to follow the instructions in the manuals. Furthermore, please follow the existing accident prevention and environmental protection instructions, as well as recognized technical instructions for safe and professional working. - 2 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
This pictogram indicates instructional or general advice. Pictograms on the converter The following pictogram is on the back of the converter. It indicates possible and unapparent dangers. Read this instruction manual prior to initial commissioning. - 3 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
The manufacturer is not liable for damage resulting from use contrary to the intended use. Following this instruction manual is part of the intended use. The content of all serial number plates on optek products is model-specific and refers to the time of delivery. - 4 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Have faulty parts of the measuring system replaced immediately. Spare parts must comply with the technical requirements defined by optek. This is always guaranteed when using original spare parts. For maintenance and repair activities, attach a warning sign to the external release device to prevent re-commissioning of the converter.
Use only original fuses with specified current and triggering characteristics! When a fuse has to be exchanged, first try to detect the cause and clear the fault before exchanging the fuse. When work on live parts is necessary, use insulated tools only. - 6 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Controller of a DP system (e. g. controls, PLC, …). DP class 1 master Allows loading programs in controls, diagnosis, parameterization of DP slaves. DP class 2 master ® A PROFIBUS network must always include at least one class 1 master. - 7 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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DP segment (e. g. 45.45 kbit/s). The DP/PA link has a slave station address over which the DP master accesses DP/PA link the PA segment. In the DP segment, an independent bit rate of 12 Mbit/s maximum is possible. - 8 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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DP-V0. Acyclic services serve for device parameterization, remote support maintenance and diagnosis during operation. They belong to the DP class 2 master and use protocol DP-V1. Fig. 2 Cyclic and acyclic data transfer - 9 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Description optek Control 4000 / Haze Control bus interface Description optek Control 4000 / Haze Control bus interface To allow the easiest possible commissioning of the C4000 converter and the Haze Control at the bus, the reliable concept of parameterization via parameter sets was maintained in great parts.
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Further detailed information on the state of the converter can be read out of the optek-specific status transducer block. Here, data of lamp and detector monitor can be called as well as sensor information and a list of available product names.
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Description optek Control 4000 / Haze Control bus interface ® The following figure shows the PROFIBUS PA interface for the C4000 and the ® Haze Control converter according to PROFIBUS PA profile 3.01 with amendment 2: Analyzer. ® Fig. 3...
Description optek Control 4000 / Haze Control bus interface ® Technical data PROFIBUS PA interface ® Tab. 2 Technical data PROFIBUS PA interface IEC 61158-2 Physical: 31.25 kbit/s voltage mode Connection: polarity-independent Voltage range: 9…32 V Background current: 18 mA...
Description optek Control 4000 / Haze Control bus interface Converter front view 1 2 3 4 1 2 3 4 ® Fig. 4 Front panel PROFIBUS PA converter C4000 and Haze Control Numbers stand for: 1. LED (flashes red), indicates lamp failure or system failure 2.
Description optek Control 4000 / Haze Control bus interface 5.10 Connecting the sensors Danger! Electrical voltage! Switch the converter voltage-free before connecting the sensor! Have electrical connections installed only by qualified electricians! An overview of the connections of our sensors as well as of the wiring plans is provided in the supplied standard instruction manual of the converter.
Description optek Control 4000 / Haze Control bus interface ® 5.11 PROFIBUS PA interface Caution! Have electrical connections installed only by qualified electricians! The interface must only be connected to circuits which cannot become dangerously active (SELV / PELV). The two conductors in the two-core cable have different colors. Usually, red (B conductor) and green (A conductor) are used.
Addressing Addressing ® In order to integrate a slave into a PROFIBUS network, the address ® must be set. optek PROFIBUS PA devices are delivered with the default address 126. Overview addressing Tab. 3 Overview addressing service, diagnosis and programming tool 1…2...
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126 on the bus. In case that several slaves to be configured are to be integrated, they must be addressed consecutively. • There must be no other master on the bus segment. • The addressing should not be carried out in the project network. - 25 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
2 AO FBs for two mA-inputs Note! A detailed description of the bus interface is given in "Description optek Control 4000 / Haze Control bus interface", chapter 5, page 10. Tab. 6 Assignment of the different blocks...
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With this parameter, hold can be triggered or canceled in the converter via ® PROFIBUS Data type: Boolean 0x00 → false Converter disables an existing system hold state. 0xFF → true Converter enables a system hold state. - 28 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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Low byte For reading the parameter, the following applies: 0x__00 → Operation product change is executed. Standby position when writing the value 0x00 for the high byte. 0x__FF → Operation was completed or standby position. - 29 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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Diag. ID Diag. ID Diag. ID Diag. ID Diag. ID AS BAD BIT 1 to BIT 6 serves for masking enhanced optek-specific diagnosis information. The corresponding diagnosis information is not displayed in DIAGNOSIS_EXTENSION. The corresponding diagnosis information is displayed in DIAGNOSIS_EXTENSION.
FSAFE_VALUE Float R, W ALARM_HYS Float R, W HI_HI_LIM Float R, W HI_LIM Float R, W LO_LIM Float R, W LO_LO_LIM Float R, W SIMULATE DS-50 R, W Simulate_Status Unsigned8 Simulate_Value Floating point Simulate_Enable Unsigned8 - 32 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Unsigned8 R, W TARGET_MODE Unsigned8 R, W BLOCK_MODE DS-37 ALARM_SUM DS-42 PV_D_1 DS-34 Value Unsigned8 Status Unsigned8 PV_D_2 DS-34 Value Unsigned8 Status Unsigned8 PV_D_3 DS-34 Value Unsigned8 Status Unsigned8 PV_D_4 DS-34 Value Unsigned8 Status Unsigned8 - 33 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
OUT_D DS-34 R, W VALUE Unsigned8 STATUS Unsigned8 CHANNEL Unsigned16 R, W INVERT Unsigned8 R, W FSAFE_TYPE Unsigned8 R, W FSAFE_VAL_D Unsigned8 R, W SIMULATE DS-50 R, W Simulate_Status Unsigned8 Simulate_Value Floating point Simulate_Enable Unsigned8 - 34 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
FSAFE_TYPE Unsigned8 R, W FSAFE_VAL_D Float R, W POS_D DS-34 VALUE Unsigned8 STATUS Unsigned8 CHECK_BACK Octet String CHECK_BACK_MASK Octet String SIMULATE DS-50 R, W Simulate_Status Unsigned8 Simulate_Value Floating point Simulate_Enable Unsigned8 INCREASER_CLOSE Unsigned8 R, W - 36 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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R, W VALUE Float32 STATUS Unsigned8 OUT_SCALE Float R, W EU at 100 % Float EU at 0 % Float UNITS INDEX Unsigned16 DECIMAL POINT Integer8 Note! * 4-20 mA correspond to 0–100 %=0–1 here. - 37 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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With this parameter, the register contents for ***Status_Lamp (slot index 32) and ***Detector_Monitor (slot index 33) can be selected according to the selected lamp outputs or optek detector inputs. The register contents correspond to the values of the corresponding monitor.
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For that, the information must be defined in the system settings for the corresponding sensor. For a Haze Control ® with PROFIBUS interface, both strings are empty. - 40 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Octet Octet HW failure DIA_HW_ELECTR DIA_HW_MECH DIA_TEMP_MOTOR Flag when Error 1402 (TEMP_HI) occurs DIA_TEMP_ELECTR DIA_MEM_CHKSUM DIA_MEASUREMENT DIA_NOT_INIT DIA_INIT_ERR DIA_ZERO_ERR DIA_SUPPLY DIA_CONF_INVAL DIA_WARMSTART DIA_COLDSTART DIA_MAINTENANCE DIA_CHARACT IDENT_NUMBER_VIOLATION reserved by PNO reserved by PNO EXTENSION_AVAILABLE - 42 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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70, physical block). Upon delivery, these bits are disabled. If this diagnosis bit is set, an enhanced error analysis can currently be read out as an optek-specific error number from the parameter ERROR_NUMBER (slot index 34, status transducer block).
Hex. value in Mode condensed state Hex. value in Mode classic mode 0x24 .. 0x27 0x0C .. 0x0F Local override 0x3C .. 0x3F 0x00 .. 0x03 Uncertain 0x78 .. 0x7B 0x40 .. 0x43 The delivery status is classic mode. - 44 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Tab. 18 Number display format BYTE0 BYTE1 BYTE2 BYTE3 E M M M M M M M M M M M M M M M M M M M M M M M exponent mantissa - 45 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
It creates the entire logic and parameterizing of a field device, creates a standardized interface to the FDT frame application and can be inserted into any FDT frame application. • DTM (Device Type Manager): optek_40000BF3_dtm_1.0.0.29.zip - 46 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Addressing of the optek PROFIBUS PA interface ® The following chapters describe the addressing of the optek PROFIBUS interface with the communication processor CP5512 and the interface card "Softing PROFIusb". There are several interfaces and communication processors produced by other manufacturers providing a corresponding Profibus DP service „Set_Slave_Adr“...
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Appendix • Omron CS1/CJ1W-PRM21 Profibus master unit (optek DTM driver is needed) Fig. 15 Addressing via Omron CS1/CJ1W-PRM21 Profibus master unit - 49 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Addressing of the optek PROFIBUS PA interface with communication processor CP5512 ® The following procedure shows how to address the optek PROFIBUS ® interface for C4000 and Haze Control using the example of Siemens SIMATIC Manager with communication processor CP5512: DPM2 master implementation tested with the help of •...
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4. Enter a new address for the slave device (e. g. 16) and confirm with OK. Fig. 18 Entering a new PROFIBUS address 5. For testing purposes, the setting of a new address can be checked by means of a LifeList. Fig. 19 Checking the new address - 51 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
PA interface with interface card "Softing PROFlusb" ® The following procedure shows how to address the optek PROFIBUS interface for C4000 and Haze Control using the example of Siemens SIMATIC® Manager with the single-channel USB interface card "Softing PROFIusb": DPM2 master implementation tested with the help of •...
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• For address 3 "Open object". ® 4. Under SIMATIC PDM – PROFIBUS PA, add a new device. ® Fig. 22 SIMATIC PDM – PROFIBUS PA adding a device 5. Select C/HC_4xxx. Fig. 23 Selecting C/HC_4xxx - 53 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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7. Enter a new address for the slave device (e. g. 16) and confirm with OK. Fig. 25 Assigning an address • The potential error message "Error during node initialization" can be ignored. Fig. 26 Error message "Error during node initialization" - 54 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
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Appendix 8. For testing purposes, the setting of a new address can be checked by means of a LifeList. Fig. 27 Checking the new address - 55 - optek-Manual--1004-1010-02--ProfibusPA-US-2017-06-23 www.optek.com...
Profibus DPV1 Style guide conformity tested on: optek-Danulat GmbH has declared with written statement that the tested DTM also supports the device types as listed on the consecutive pages of this certificate. This certificate is assigned for the forgoing mentioned tested and supported device types according to the FDT Group document “Framework for testing and certification...
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Appendix This certificate entitles optek-Danulat GmbH to use the FDT Certified label and logo in the product specification and marketing communication of tested and supported device types. A high resolution version of this logo is available from the FDT Business Office.
EU declaration of conformity EU declaration of conformity EU declaration of conformity optek-Danulat GmbH Address Emscherbruchallee 2 45356 Essen Germany declare in sole responsibility that the following measuring systems each comprising one converter of the series Control 4000 (C4XXX with X=0..6);...