Bürkert 8643 PA Operating Instruction Download Page 4 | Manualshive

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6.4.3

Supply connection .............................................................................................................................20

6.4.4

Connection of the SHIELD terminal ...............................................................................................21

6.4.5

Actuator terminals ..............................................................................................................................22

6.4.6

Sensor terminals .................................................................................................................................22

7

SETTING THE STATION ADDRESSES ..................................................................................................................................23

7.1

LED display .............................................................................................................................................................................23

7.2

Watchdog ................................................................................................................................................................................23

8

CONFIGURING THE NETWORK ................................................................................................................................................24

8.1

Storage allocation for user data transfer ...............................................................................................................24

8.2

System parameters ...........................................................................................................................................................24

8.2.1

Physical block......................................................................................................................................24

8.2.2

Transducer Block ................................................................................................................................32

8.2.3

Function block .....................................................................................................................................39

9

MALFUNCTIONS ...............................................................................................................................................................................45

10

PACKAGING AND TRANSPORT ...............................................................................................................................................46

11

STORAGE ..............................................................................................................................................................................................46

12

DISPOSAL ............................................................................................................................................................................................46

english

Type 8643 PA

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Summary of Contents for 8643 PA

Page 1: ...Operating Instructions Bedienungsanleitung Instructions de Service Type 8643 PA Power I O Box with PROFIBUS PA profile 3 0 mit PROFIBUS PA Profil 3 0 avec PROFIBUS PA profil 3 0...

Page 2: ...he right to make technical changes without notice Technische nderungen vorbehalten Sous r serve de modifications techniques B rkert Werke GmbH Co KG 200 2017 Operating Instructions 1706 0 _EU EN_0080...

Page 3: ...N 10 5 1 General Description 10 5 1 1 Advantages and technical features 10 5 1 2 Application area 11 5 1 3 Identification 11 5 1 4 Cable connections on the body 12 5 1 5 LED display 13 5 2 Technical D...

Page 4: ...THE STATION ADDRESSES 23 7 1 LED display 23 7 2 Watchdog 23 8 CONFIGURING THE NETWORK 24 8 1 Storage allocation for user data transfer 24 8 2 System parameters 24 8 2 1 Physical block 24 8 2 2 Transd...

Page 5: ...Symbols DANGER Warns of an immediate danger Failure to observe the warning may result in a fatal or serious injury WARNING Warns of a potentially dangerous situation Failure to observe the warning may...

Page 6: ...on Certificate The device may be used only in conjunction with third party devices and components recommended and authorized by B rkert Correct transportation correct storage and installation and care...

Page 7: ...wer supply for longer than 4 minutes Danger of explosion if the allowable ambient temperature ranges are exceeded Observe the respective ambient temperature range which is based on the type designatio...

Page 8: ...ectronic components when the power supply voltage is present The Power I O Box Type 8643 was developed with due consideration given to the accepted safety rules and is state of the art Nevertheless da...

Page 9: ...se printed operating instructions And also on the internet at www burkert com 4 2 Warranty The warranty is only valid if the Power I O Box Type 8643 is used as intended in accordance with the specifie...

Page 10: ...e usable energy from the bus line is severely restricted However the connection to an Ex e bus is also possible 5 1 1 Advantages and technical features Advantages of the Power I O Box Simple and safe...

Page 11: ...intrinsically safe circuits of the Power I O Box Type 8643 always switch off the oper ating voltage of the system If using the Power I O Box Type 8643 in a control cabinet ensure that the control cab...

Page 12: ...device 1 2 3 P r o f i b u s P A I n t e r f a c e D i g i t a l I O No Designation 1 Cable glands for intrinsically safe circuits 8 screw joints blue 2 Cable glands for bus and power supply 4 screw j...

Page 13: ...lit check power supply 5 2 Technical Data Designation Values Body material Polyester aluminium Colour black Ambient temperature 20 60 C Cable entry Polyamide cable glands Protection class IP 65 DIN E...

Page 14: ...rdance with IEC 1158 2 in accordance with FISCO EEx i 4 screw terminals bus up to 2 5 mm 3 screw terminals shield 1x directly and 2x capacitively earthed Auxiliary supply Ignition protection type Elec...

Page 15: ...15 System Description 5 3 Dimensions 260 160 188 110 240 92 Fig 5 Dimensions Type 8643 english Type 8643 PA...

Page 16: ...exceeded Observe the respective ambient temperature range which is based on the type designation e g 8643 4 AL KS F I O according to the table in the EC Type Examination Certificate Danger of explosio...

Page 17: ...ly voltage is on Function restriction The function of the device may be restricted without potential equalisation Connect the earth terminal point on the body to the potential equalisation PA 6 2 Inst...

Page 18: ...4 black M20 x 1 5 cable glands bus and power supply 8 blue M20 x 1 5 cable glands for intrinsically safe circuits sensor actuator outputs Fig 6 Cable glands The body features eight blue cable glands f...

Page 19: ...erse polarity Pay attention to the polarity of the terminals The device is protected against polarity reversal 6 4 2 Overview of the terminals and outputs LED module Address BUS Power supply 24 V DC B...

Page 20: ...plosion due to unauthorized combination of the ignition protection types Unauthorized combination of the ignition protection types may cause hazardous situations If the bus supply of the device was op...

Page 21: ...m authorized bus voltage must be taken into consideration Connection of the cable shield Connect cable shield to the left 2 terminals Connect the shield in a continuous manner Earth the shield at a po...

Page 22: ...3 14 Output 4 19 20 6 4 6 Sensor terminals The Power I O Box Type 8643 has eight NAMUR sensor inputs two sensors are always assigned to one actuator output The sensors signal back the end positions of...

Page 23: ...ON OFF ON OFF ON OFF OFF ON OFF ON ON ON OFF ON ON ON OFF ON ON ON OFF ON ON ON OFF ON ON ON 3 124 125 126 Delivery status Address 126 If switch 8 is in the ON position the internal address is used T...

Page 24: ...e allocation can be found in the handbook 8 2 System parameters All profile data refers to the profile version 3 0 class B This is where you will also find detailed documentation on the parameters Whe...

Page 25: ...le 24 16 C SOFTWARE_REVISION 25 16 C HARDWARE_REVISION 26 2 C DEVICE_MAN_ID 27 2 C DEVICE_ID 28 16 N Serial number 29 4 D DIANOSIS 30 6 D DIANOSIS_EXTENSION 31 4 C DIANOSIS_MASK 32 6 C DIANOSIS_MASK_E...

Page 26: ...se by 1 whenever a static block parameter is changed As a result the parameter revision can be checked STRATEGY Arrangement of the function module The STRATEGY field can be used to group blocks TAG_DE...

Page 27: ...e access The standard parameter View Object Rel Index Variable View_1 View_2 View_3 View_4 1 ST REV 2 2 TAG_DESCRIPTION 3 STRATEGY 4 ALERT_KEY 5 TARGET_MODUS 6 MODUS_BLK 3 7 ALARM_SUM 8 Table 3 View O...

Page 28: ...rs of the permitted mode are limited for target The modes are specified by the bit string in the following manner Bit Mode 7 Out of service O S MSB 4 Manual Man 3 Automatic Auto 1 Remote Cascade RCas...

Page 29: ...ce coded bit by bit DIANOSIS_MASK Definition of supported DIAGNOSIS information bits 0 not supported 1 supported DIA_MEM_CHKSUM Storage error DIA_CONF_INVAL Invalid configuration DIA_WARMSTART Warm st...

Page 30: ...from another block Cst constant The parameter does not change S Static non volatile the version counter ST_REV is increased during the write process Access r read access w write access Abs index Vari...

Page 31: ...arm start request A 12 DIA_COLDSTART Restart request cold start request A Table 7 Diagnosis of the parameter coding of the Physical Block Coding of the diagnosis parameters Values of the diagnosis bit...

Page 32: ...NOSIS_MASK_ EXTENSION Table 9 Display objects of the physical block 8 2 2 Transducer Block Abbreviations Storage N Non volatile parameter which must be observed in the operating cycle However it does...

Page 33: ...edString S 16 r w 91 ACTUATOR_SER_NUM OctedString S 16 r w 92 VALVE_ID OctedString S 16 r w 93 ACTUATOR_ID OctedString S 16 r w 94 ACTUATOR_ACTION Unsigned8 S 1 r w 95 TRAVEL_COUNT Unsigned16 N 2 r w...

Page 34: ...edString S 16 r w 91 ACTUATOR_SER_NUM OctedString S 16 r w 92 VALVE_ID OctedString S 16 r w 93 ACTUATOR_ID OctedString S 16 r w 94 ACTUATOR_ACTION Unsigned8 S 1 r w 95 TRAVEL_COUNT Unsigned16 N 2 r w...

Page 35: ...edString S 16 r w 91 ACTUATOR_SER_NUM OctedString S 16 r w 92 VALVE_ID OctedString S 16 r w 93 ACTUATOR_ID OctedString S 16 r w 94 ACTUATOR_ACTION Unsigned8 S 1 r w 95 TRAVEL_COUNT Unsigned16 N 2 r w...

Page 36: ...edString S 16 r w 91 ACTUATOR_SER_NUM OctedString S 16 r w 92 VALVE_ID OctedString S 16 r w 93 ACTUATOR_ID OctedString S 16 r w 94 ACTUATOR_ACTION Unsigned8 S 1 r w 95 TRAVEL_COUNT Unsigned16 N 2 r w...

Page 37: ...IT values are exceeded the corresponding bit in the parameter CHECK_BACK is set TRAVEL_TIME_CLOSE_ OPEN Set point value for the time in seconds between the change of status from CLOSED to OPEN if 0 th...

Page 38: ...n activated Short circuit detection not activated 2 Line break detection not activated Short circuit detection activated 3 Line break or short circuit detection not activated The standard parameter Vi...

Page 39: ...0 LSB valve position DS 34 D 2 r w a cyc 26 OUT_D value bit 0 LSB valve position DS 34 D 2 r 28 READ_BACK_D cyclic possible DS 34 D 2 r a cyc 30 RCAS_IN_D cyclic possible value bit 0 LSB valve positi...

Page 40: ...e position DS 34 D 2 r w a cyc 26 OUT_D value bit 0 LSB valve position DS 34 D 2 r a 28 READ_BACK_D cyclic possible DS 34 D 2 r a cyc 30 RCAS_IN_D cyclic possible value bit 0 LSB valve position DS 34...

Page 41: ...e position DS 34 D 2 r w a cyc 26 OUT_D value bit 0 LSB valve position DS 34 D 2 r a 28 READ_BACK_D cyclic possible DS 34 D 2 r a cyc 30 RCAS_IN_D cyclic possible value bit 0 LSB valve position DS 34...

Page 42: ...a 28 READ_BACK_D cyclic possible DS 34 D 2 r a cyc 30 RCAS_IN_D cyclic possible value bit 0 LSB valve position DS 34 D 2 r w a cyc 17 ST_REV Unsigned16 N 2 r w a 18 TAG_DESC OctedString S 32 r w a 19...

Page 43: ...e RCAS status Remote Cascade Bit 0 in the value specifies the valve position The transferred status must be a good status e g 0x80 RCAS_OUT_D Process value of the valve position in the RCAS status Bit...

Page 44: ...ta in the GSD file are indicated below The device operates with the GSD for 8643 as well as with the GSD for 8642 Module EMPTY 0x00 EndModule Module SP_D 0xA1 EndModule Module SP_D_READBACK_D 0xC1 0x8...

Page 45: ...blow off at the deaeration connections Inadequate or no pressure supply Design the pressure supply with the largest possible volume even for upstream devices such as pressure controllers maintenance...

Page 46: ...erfaces of the coil and the pneumatic connections from damage by placing protective caps on them 11 STORAGE NOTE Incorrect storage may damage the device Store the device in a dry and dust free locatio...

Page 47: ......

Page 48: ...www burkert com...

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