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Fairford synergy Programming Manual Download Page 28

SWI-SGY-USB-V05700

Description

Text in quotes refer to a Synergy parameter or function, for example "Start Time"

i-synergy = synergy Class 10 current,   i-rated = synergy Class20 / Class30 current,   i-motor = motor current

 [  SGY1051400   SGY2070000   SGY3023400  ]

PNU Number

PNU Name

PNU Format  

PNU Note

Range

0 ( 0 hex )   0A

-

10000000 ( 989680 hex )   10000A

Default

0 ( 0 hex )   0A

Type

Read Only

PNU Number

PNU Name

PNU Format  

PNU Note

Range

0 ( 0 hex )   0A

-

10000000 ( 989680 hex )   10000A

Default

0 ( 0 hex )   0A

Type

Read Only

PNU Number

PNU Name

PNU Format  

PNU Note

Range

0 ( 0 hex )   0A

-

10000000 ( 989680 hex )   10000A

Default

0 ( 0 hex )   0A

Type

Read Only

PNU Number

PNU Name

PNU Format  

PNU Note

Range

0 ( 0 hex )   0kW

-

10000000 ( 989680 hex )   10000kW

Default

0 ( 0 hex )   0kW

Type

Read Only

PNU Number

PNU Name

PNU Format  

PNU Note

Range

0 ( 0 hex )   0kVA

-

10000000 ( 989680 hex )   10000kVA

Default

0 ( 0 hex )   0kVA

Type

Read Only

34816 ( 8800 hex )

Total Apparent Power

Apparent Power S

This is an addition of the 3 phases

32 bit unsigned

Linear Scaling (1 = 1VA) 

Apparent Power (kVA) = (Value/1000)

34688 ( 8780 hex )

Total true power

True Power P

This is an addition of the 3 phases

32 bit unsigned

Linear Scaling (1 = 1W) 

True Power (KW) = (Value / 1000)

33540 ( 8304 hex )

The RMS current on phase L3

I3

32 bit unsigned

Linear Scaling (1 = 1mA) 

Current (A) = (Value / 1000)

33538 ( 8302 hex )

The RMS current on phase L2

I2

32 bit unsigned

Linear Scaling (1 = 1mA) 

Current (A) = (Value / 1000)

33536 ( 8300 hex )

The RMS current on phase L1

I1

32 bit unsigned

Linear Scaling (1 = 1mA) 

Current (A) = (Value / 1000)

MAN-SGY-012-V11 EC 5195

Fairford Electronics Ltd - Synergy Modbus RTU Programming Manual - 22nd February 2016

Page 28 of 59

Summary of Contents for synergy

Page 1: ...Modbus RTU MAN SGY 012 V11 EC 5195 Fairford Electronics Ltd Synergy Modbus RTU Programming Manual 22nd February 2016 Page 1 of 59...

Page 2: ...Device Modbus Network Settings Address 1 32 Device Modbus Network Settings Baud 9600 115200 Device Modbus Network Settings Parity Odd Even Data bits 8 Stop bits 1 The communication parameters should b...

Page 3: ...Data and CRC Master request telegram Address 1 byte Function 1 byte Request Data n bytes CRC 2 bytes Slave response telegram Address 1 byte Function 1 byte Response Data n bytes CRC 2 bytes Address T...

Page 4: ...different types of data In Synergy the parameters are defined as being holding type registers The following services are available Read Holding Registers Description reading of register blocks of the...

Page 5: ...a Lo 09 CRC Lo CRC Lo CRC Hi CRC Hi Write Multiple Registers Description writing in register blocks of the holding register type Function code 16 Modbus function 16 transaction table Query Response Fi...

Page 6: ...en a new message begins or when it ends is achieved by the absence of data transmission for a minimum period of 3 5 times the transmission time of a data byte Thus in case a telegram is transmitted af...

Page 7: ...CONNECTION SGY 011 jumper locations MAN SGY 012 V11 EC 5195 Fairford Electronics Ltd Synergy Modbus RTU Programming Manual 22nd February 2016 Page 7 of 59...

Page 8: ...ore torque If the load fails to break away 16 bit unsigned Decrease if the motor accelerates too quickly 8 bit unsigned Off Operates normally Refer to Unit Delta connection diagram in the Quick Start...

Page 9: ...e time set Refer to Automatic End Stop Linear Scaling 1 1 s 7104 1BC0 hex Time taken to soft start from the Start Pedestal to the end of the start Start Time Normally set between 5 and 30 seconds Actu...

Page 10: ...caling 1 0 006104 9024 2340 hex Allows the Analogue output to be mapped to different PNU functions Select Function The output will change in proportion with the selected function 16 bit unsigned By de...

Page 11: ...logue to Digital converter is 10 bit 16 bit unsigned Linear Scaling 1 1 9728 2600 hex Allows the selected function to be scaled Scaling Level The selected function will change in proportion with the i...

Page 12: ...Start Stop 285 FreezeRamp 287 Reset 330 iErs 295 ExternalTrip 10944 2AC0 hex Allows the Digital input D1 1I to be mapped to different functions Select Function The selected function will change in pro...

Page 13: ...racter Byte 7 MSB 11587 2D43 hex Allows the Digital output N 0 44 to be mapped to different functions Select Function The output will change in proportion with the selected output 16 bit unsigned 581...

Page 14: ...t PNU Note Range 0 0 hex 0 255 FF hex 255 Default Not Applicable Type Read Only 12805 3205 hex The device serial number stored at the point of manufacture Serial Number 8 bit unsigned ASCII alpha nume...

Page 15: ...ype Read Write 12866 3242 hex Stops unauthorised access to read write parameters Passcode For the passcode be active the Screen lock must be turned on 8 bit unsigned ASCII alpha numeric character Byte...

Page 16: ...at PNU Note Range 0 0 hex 0 4294967295 FFFFFFFF hex Max Value Default Not Applicable Type Read Only 13184 3380 hex Software Version for the Main control PCB Software Version PCB2 Software version reco...

Page 17: ...Contactor Control On When a zero stop time is set some faults will be ignored when main conatctor opens 8 bit unsigned Off The unit may trip when the main contcator opens Binary value 14080 3700 hex...

Page 18: ...munications baud rate Baud Rate The available baud rates are 9600 19200 38400 57600 or 115200 16 bit unsigned 0 9600 1 19200 2 38400 3 57600 4 115200 16000 3E80 hex Sets the Modbus station number Addr...

Page 19: ...44 PNU10946 Binary value 18368 47C0 hex CONTROL COMMAND Reset Reset On The initial state required for a reset Off The final state required for a reset 8 bit unsigned To reset pulse high and then low T...

Page 20: ...ols the time taken for the motor to start Automatic End Start 1 On The ramp time is shortened if the motor is at speed before the end of the Start Time 8 bit unsigned Off The ramp time depends on the...

Page 21: ...top Time Automatic End Stop On The ramp time is shortened if the motor reaches a very low speed before the end of the Stop Time 8 bit unsigned Off The ramp time depends on the Stop Time and Current Li...

Page 22: ...rove efficiency Linear Scaling 1 0 006104 21184 52C0 hex Determines the rate at which the load is regulated during the iERS energy saving mode iERS Rate During periods of instability the Current Irms...

Page 23: ...diagnostic purposes 16 bit unsigned Linear Scaling 1 1 of mains cycle Time ms Value PNU32000 25 9 21824 5540 hex The Present Power Factor used by the iERS saving function Pres PF Degrees This is the a...

Page 24: ...d be set to the Full Load Current shown on the motor plate Motor Current The overload works with multiples of the set Motor Current i motor 32 bit unsigned Also referred to as Motor FLA Linear Scaling...

Page 25: ...he motor current is greater than the Trip Level for the Trip Time 16 bit unsigned Linear Scaling 1 1mA Current A Value 1000 26944 6940 hex The maximum time allowed for the current limit Start Current...

Page 26: ...y Line Frequency 16 bit unsigned Linear Scaling 1 mHz Freq Hz Value 1000 28864 70C0 hex The maximum time allowed for the current limit Stop Current Limit Time If the current limit is still active at t...

Page 27: ...e Overload Level the Overload increases in accordance with the Trip Class When Current Irms is less than Overload Level the Overload decreases exponentially if greater than 50 16 bit unsigned When the...

Page 28: ...ult 0 0 hex 0kW Type Read Only PNU Number PNU Name PNU Format PNU Note Range 0 0 hex 0kVA 10000000 989680 hex 10000kVA Default 0 0 hex 0kVA Type Read Only 34816 8800 hex Total Apparent Power Apparent...

Page 29: ...ype Read Only 35840 8C00 hex The total number of successful starts Number of Starts 32 bit unsigned Linear Scaling 1 1 35264 89C0 hex Selects the source for the voltage value used in the power calcula...

Page 30: ...ex STATUS INDICATION Error Error On Indicates that the Unit has detected a fault and has shut down Off The Unit is fault free 8 bit unsigned The fault must be cleared before a reset To map to digital...

Page 31: ...A Value 1000 38400 9600 hex Displays the peak current of the last successful start Last Peak Current 32 bit unsigned Linear Scaling 1 1mA Current A Value 1000 38080 94C0 hex STATUS INDICATION iERS Ac...

Page 32: ...0A 10000000 989680 hex 10000A Default 0 0 hex 0A Type Read Only 38412 960C hex Displays the peak current of the last successful start 6 Last peak start current 6 32 bit unsigned Linear Scaling 1 1mA...

Page 33: ...timehh mm ss Type Read Only 38467 9643 hex Displays the event time Last peak start current Last Temperature Last Overload 1 Time 6 Bytes Time ms since midnight bytes5 4 3 2 and Days since 01 01 1984 b...

Page 34: ...ent time Last peak start current Last Temperature Last Overload 6 Time 6 Bytes Time ms since midnight bytes5 4 3 2 and Days since 01 01 1984 bytes1 0 38479 964F hex Displays the event time Last peak s...

Page 35: ...e Read Only 39042 9882 hex Displays the peak current of the last successful stop 1 Last peak stop current 1 32 bit unsigned Linear Scaling 1 1mA Current A Value 1000 39040 9880 hex Displays the peak c...

Page 36: ...0 hex 0A 10000000 989680 hex 10000A Default 0 0 hex 0A Type Read Only 39052 988C hex Displays the peak current of the last successful stop 6 Last peak stop current 6 32 bit unsigned Linear Scaling 1 1...

Page 37: ...ange hh mm ss hh mm ss Default GMT timehh mm ss Type Read Only 39107 98C3 hex Displays the event time Last peak stop current 1 Time 6 Bytes Time ms since midnight bytes5 4 3 2 and Days since 01 01 198...

Page 38: ...hh mm ss Default GMT timehh mm ss Type Read Only 39122 98D2 hex Displays the event time Last peak stop current 6 Time 6 Bytes Time ms since midnight bytes5 4 3 2 and Days since 01 01 1984 bytes1 0 39...

Page 39: ...isplays the heatsink temperature at the end of the last successful start 1 Last temperature 1 16 bit Highbyte b11 b8 LowByte b7 b0 Ta 0 b12 0 Ta 0 b12 1 bit12 0 HighByte 16 LowByte 16 bit12 1 256 High...

Page 40: ...hbyte b11 b8 LowByte b7 b0 Ta 0 b12 0 Ta 0 b12 1 bit12 0 HighByte 16 LowByte 16 bit12 1 256 HighByte 16 LowByte 16 39685 9B05 hex Displays the heatsink temperature at the end of the last successful st...

Page 41: ...l at the end of the last successful start 1 Last overload 1 16 bit unsigned Linear Scaling 1 0 006104 40320 9D80 hex Displays the overload level at the end of the last successful start Last overload 1...

Page 42: ...Note Range 0 0 hex 0 16384 4000 hex 100 Default 0 0 hex 0 Type Read Only 40326 9D86 hex Displays the overload level at the end of the last successful start 6 Last overload 6 16 bit unsigned Linear Sca...

Page 43: ...tion between the input side of the Unit and the supply when the motor is running 8 bit unsigned Off The Unit will attempt to run although the operation may be erratic Operating in this mode for prolon...

Page 44: ...Thyristors or bypass relays Thyristor Firing Trip On Trips if one or more of the Thyristors bypass relays has failed short circuit ISOLATE SUPPLY Check by measuring the resistance between L1 T1 L2 T2...

Page 45: ...t will trip This feature is not active during soft start and soft stop 8 bit unsigned Off The Unit will continue to operate regardless of motor current Binary value 53782 D216 hex Detects if the cooli...

Page 46: ...or set of PTC motor thermistors can be connected to the PTC terminals PTC Motor Thermistor Trip On The Unit will trip if the motor thermistor exceed its response temperature or the PTC input is open c...

Page 47: ...ront cover is open This trip is active at all times 8 bit unsigned Off The Unit will continue to operate with the cover open Binary value 53800 D228 hex Detects if the Control Board has failed to oper...

Page 48: ...Function defined in I O menu Control Method Two Wire Control Control using terminals Functions fixed as shown on screen Three Wire Control Control using terminals Functions fixed as shown on screen 1...

Page 49: ...0 0 hex 0 Type Read Only PNU Number PNU Name PNU Format PNU Note Range 0 0 hex 0 65535 FFFF hex 65535 Default 0 0 hex 0 Type Read Only 60613 ECC5 hex Displays the last Fault trip 5 Last Trip 5 16 bit...

Page 50: ...hex 0 Type Read Only PNU Number PNU Name PNU Format PNU Note Range hh mm ss hh mm ss Default GMT timehh mm ss Type Read Only 60672 ED00 hex Displays the event time Last Trip Time 6 Bytes Time ms sinc...

Page 51: ...NU Format PNU Note Range hh mm ss hh mm ss Default GMT timehh mm ss Type Read Only 60687 ED0F hex Displays the event time Last Trip 5 Time 6 Bytes Time ms since midnight bytes5 4 3 2 and Days since 01...

Page 52: ...Number PNU Name PNU Format PNU Note Range 0 0 hex No 1 1 hex Yes Default 0 0 hex No Type Read Write 62080 F280 hex Restores the Unit to the factory defaults Reset Defaults 16 bit unsigned Binary value...

Page 53: ...ther missing or at a very low level Check all incoming connections If a main contactor is being controlled by a digital output set to Running check contactor delay is sufficient The Trip Number shown...

Page 54: ...l thyristors SCRs have failed to turn on properly Delta Firing Mode 350 358 Thyristor Firing Trip The Unit has detected that the SCRs are not operating as expected Check all incoming and outgoing conn...

Page 55: ...ensure the heatsink is cooled sufficiently the Unit Will trip if the fans fail to operate Check Unit fans for signs of damage or contamination The Trip Number shown in PNU Name is a decimal value Trip...

Page 56: ...ication that is outside its capacity or it is starting too often Refer to the overload trip curves to determine whether the Unit has been sized correctly The Trip Number shown in PNU Name is a decimal...

Page 57: ...has failed or the control supply is to weak Ensure 24VDC supply meets the requirements specified in the Quick Start Guide The Trip Number shown in PNU Name is a decimal value Trip Code Descriptions Co...

Page 58: ...1 L3 L2 Trip The phase rotation is opposite to that required Change phase rotation or if RBY trip is not required turn off in trip settings The Trip Number shown in PNU Name is a decimal value Trip Co...

Page 59: ...ted and is unable to recover automatically The trip can be reset by either the digital input or keypad or the bus command depending on the control method set It is also possible to reset this trip by...

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