AXIOMATIC AX023241 User Manual Download Page 52

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Preliminary User Manual UMAX023241 - Version: 1.1 52-63

1.4.26.

2452h PID Derivative Gain

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

2452

INT16

0-100

Additional PID controller derivative gain

1.4.27.

2453h PID Target Source

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

2453 0

UINT8 RW

0-10 0

By default disabled, see

Table 6

1.4.28.

2454h PID Target Number

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

4254 0

UINT8 RW

0-16 1

By default disabled, see

Table 7

1.4.29.

2455h PID Feedback Source

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

2455 0

UINT8 RW

0-10 0

By default disabled, see

Table 6

1.4.30.

2456h PID Feedback Number

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

4256 0

UINT8 RW

0-16 1

By default disabled, see

Table 7

1.4.31.

2457h PID Control Response

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

4257

0 UINT8

0-3

0 Additional

PID controller response selection

1.4.32.

2460h PID Output FV

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

4260

INT16

Yes

0-1000

Additional PID controller output FV

1.4.33.

2500h EC Extra Received PV

Index

Subindex Data

Type

Access

PDO
Mapping

Value
Range

Default
Value

Description

2500

UINT8

Yes

Number of subindexes

INT16

Extra received PV 1

Extra received PV 2

Extra received PV 3

Extra received PV 4

Extra received PV 5

Extra received PV 6

Summary of Contents for AX023241

Page 1: ...USER MANUAL UMAX023241 Version 1 1 DRAFT QUADRATURE ENCODER INPUT DUAL PROPORTIONAL VALVE HIGH TEMPERATURE CONTROLLER With CANopen USER MANUAL P N AX023241...

Page 2: ...ure Encoder RO Read Only Object RPDO Received Process Data Object RPM Rotations per Minute RW Read Write Object SDO Service Data Object TPDO Transmitted Process Data Object WO Write Only Object Vps Vo...

Page 3: ...2 3 1002h Manufacturer Status Object 33 1 2 4 1003h Pre Defined Error Field 33 1 2 5 1010h Store Parameters 33 1 2 6 1011h Restore Parameters 34 1 2 7 1016h Consumer Heartbeat Time 34 1 2 8 1017h Pro...

Page 4: ...Preliminary User Manual UMAX023241 Version 1 1 4 63 4 2 INPUTS 60 4 3 OUTPUTS 61 4 4 GENERAL SPECIFICATIONS 61 5 VERSION HISTORY 63...

Page 5: ...ects 10 Figure 5 Hotshot Digital Profile 14 Figure 6 Universal Output objects 14 Figure 7 Analog Output Linear Scaling PV to FV 15 Figure 8 Miscellaneous objects 16 Figure 9 Lookup Table Block objects...

Page 6: ...p Pulldown Resistor Options 10 Table 5 Input Filtering Types 11 Table 6 Control Source Options 12 Table 7 Control Source Number Options 12 Table 8 Output Type Options 13 Table 9 Digital Output Respons...

Page 7: ...The sophisticated control algorithms logical function blocks allow the user to configure the controller for a wide range of applications without the need for custom firmware The two digital inputs can...

Page 8: ...unit parameters such as step count scaler direction polarity of rotation static step count offset and number of quadrature Encoder pulses per revolution for speed measurements The controller has two...

Page 9: ...ode Options Value Meaning 0 Channel Off 10 Digital Input on off QD The allowable ranges will depend on the input sensor type selected Table 3 shows the relationship between the sensor type and the ass...

Page 10: ...Types Digital and Quadrature Encoder types the user has the option of three 3 different pull up pull down options as listed in Table 4 Table 4 Pullup Pulldown Resistor Options 0 Pullup Pulldown Off 1...

Page 11: ...lue Filter Constant The third option Repeating Average applies the Equation 2 below to measured input data where N is the value of Filter Constant object The filtered input Value is the average of all...

Page 12: ...ol Source Control Source Number Range Control Not Used 0 Received CAN Message 1 5 Quadrature Encoder Input Measured 1 2 Output Target Value 1 2 Output Current Feedback 1 2 Lookup Table 1 3 Math Functi...

Page 13: ...signal 0 Vps amplitude so that the average signal is the commanded target value Thus the output signal is not an analog one In order to create an analog signal a simple low pass filter can be connecte...

Page 14: ...e to sudden changes in the command input the user can choose to use the independent up or down ramps to smooth out the coil s response The OBJECT DICTIONARY 6302h Digits PV 2321h Dither Frequency APPL...

Page 15: ...onnect signal measured from Quadrature Encoder Input 1 to the output in question The input signal is scaled per input type range between 0 and 1 to form control signal Outputs respond in a linear fash...

Page 16: ...ntrol input The Override Source and Override Number together determine the Override input signal Table 11 Override Response Options 0 Override When On 1 Override When Off If a fault is detected in any...

Page 17: ...sets the limit values for which the faults occur when reached When any of these thresholds are reached the faults will clear when the values have lowered to values set in object 5042h FD Clear Thresho...

Page 18: ...t was engaged while shorted the controller will automatically resume normal operation In the case of an open circuit there will be no interruption of the control for any of the outputs The processor w...

Page 19: ...ta in the Y Axis objects and selects the lowest value as the Ymin and the highest value as the Ymax They are passed directly to other function blocks as the limits on the Lookup Table output i e used...

Page 20: ...mp To response for Point N Response where N 1 to 10 In this case any input value between XN 1 to XN will result in an output from the Lookup Table function block of YN An example of a Math function bl...

Page 21: ...e based on the profile in the Lookup Table There are two different scenarios on how the Lookup Table will react once the profile is finished The first option is when 30z2h Table Auto Cycle is set to F...

Page 22: ...ed positions of both inputs A mathematical function block includes four selectable functions which each implements equation A operator B where A and B are function inputs and operator is function sele...

Page 23: ...14 MAX Result Largest of InA and InB 15 MAX MIN Result Largest minus Smallest of InA and InB For logic operations 6 7 8 scaled input greater or equal to 1 is treated as TRUE For logic operations 0 to...

Page 24: ...ected inputs as per the options listed in Table 14 Table 14 PID Response Options 0 Single Output 1 Setpoint Control 2 On When Over Target 3 On When Below Target When a Single Output response is select...

Page 25: ...een 0 to 100 In Order to allow the output to stabilize the user can select a non zero value for 2450h PID Tolerance If the absolute value of ErrorK is less than this value ErrorK in the formula below...

Page 26: ...roller AX023241 is packaged in a plastic housing from Deutsch IPD The assembly carries an IP67 rating Figure 14 Housing Dimensions Table 15 Connector Pinout CAN and I O Connector Pin Description Notes...

Page 27: ...zed for bolts The bolt length will be determined by the end user s mounting plate thickness Typically 20 mm 3 4 inch is adequate If the module is mounted away from the valve block no wire or cable in...

Page 28: ...pdate The only means by which the Node ID and Baud rate can be changed is to use Layer Settling Services LSS and protocols as defined by CANopen standard DS 305 Follow the steps below to configure eit...

Page 29: ...any other response is a failure Item Value COB ID 0x7E4 Length 3 Data 0 0x17 cs 23 for store configuration Data 1 0x00 Data 2 0x00 Set the module state to LSS operation by sending the following messag...

Page 30: ...dule will send the following response any other response is a failure Item Value COB ID 0x7E4 Length 3 Data 0 0x13 cs 19 for configure bit timing parameters Data 1 0x00 Data 2 0x00 Activate bit timing...

Page 31: ...sending the following message Note the module will reset itself back to the pre operational state Item Value COB ID 0x7E5 Length 2 Data 0 0x04 cs 4 for switch state global Data 1 0x00 switches to wait...

Page 32: ...on ARRAY UNSIGNED32 RO No 1029 Error Behavior ARRAY UNSIGNED8 RW No 1400 RPDO1 Communication Parameter RECORD RW No 1401 RPDO2 Communication Parameter RECORD RW No 1402 RPDO3 Communication Parameter R...

Page 33: ...Value Description 1003 0 UINT8 RW No 15 15 Number of subindexes reset error codes 1 UINT32 RO UINT32 0 EMCY error code 1 2 EMCY error code 2 3 EMCY error code 3 4 EMCY error code 4 5 EMCY error code 5...

Page 34: ...indexes 1 UINT32 RW UINT32 0 Consumer heartbeat time bits 31 24 reserved bits 23 16 Node ID bits 15 0 heartbeat time in milliseconds 2 3 4 1 2 8 1017h Producer Heartbeat Time Index Subindex Data Type...

Page 35: ...Parameters Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 1401 0 UINT8 RO No 5 5 Number of subindexes 1 UINT32 RW UINT32 0xC000037F COB ID 2 UINT8 UINT8 0xFF Transm...

Page 36: ...Parameters Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 1602 0 UINT8 RW No 0 4 0 Number of subindexes 1 UINT32 UINT32 0x25000510 EC Extra Received PV Value 5 2 0x...

Page 37: ...vent timer 1 2 23 1803h TPDO 4 Communication Parameters Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 1803 0 UINT8 RO No 5 5 Number of subindexes 1 UINT32 RW UINT32...

Page 38: ...UINT32 UINT32 0x50200020 Processor Temperature Field Value 2 0x50300020 Power Supply Field Value 3 0 Not used by default 4 0 Not used by default 1 2 27 1A03h TPDO 4 Mapping Parameters Index Subindex D...

Page 39: ...W No 6200 DO Write State 8 Input Lines ARRAY UNSIGNED8 RW Yes 6202 DO Polarity 8 Input Lines ARRAY UNSIGNED8 RW No 6250 DO Fault Mode 1 Output Line ARRAY BOOLEAN RW No 6260 DO Fault State 1 Output Lin...

Page 40: ...nge Default Value Description 7100 0 UINT8 RO No 6 6 Number of subindexes 1 INT16 RW INT16 0 Input 1 field value 2 Input 2 field value 1 3 4 6110h AI Sensor Type Index Subindex Data Type Access PDO Ma...

Page 41: ...scription 7122 0 UINT8 RO No 6 6 Number of subindexes 1 INT16 RW INT16 0 Input 1 process value scaler 1 2 Input 2 process value scaler 1 1 3 10 7123h AI Input Scaling 2 PV Index Subindex Data Type Acc...

Page 42: ...iption 61A0 0 UINT8 RO No 4 4 Number of subindexes 1 RW 0 2 0 Input 1 software filter type 2 Input 2 software filter type 1 3 16 61A1h AI Filter Constant Index Subindex Data Type Access PDO Mapping Va...

Page 43: ...cimal digits in output process value 2 1 3 22 6310h AO Output Type Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 6310 0 UINT8 RO No 2 2 Number of subindexes 1 UINT1...

Page 44: ...5000 Output PV to FV scaling value 2 2 1 3 29 7323h AO Output Scaling 2 FV Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 7323 0 UINT8 RO No 2 2 Number of subindexe...

Page 45: ...PID controller derivative action time 1 3 35 7456h PID Cycle Time Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 7456 0 INT16 RW No 0 1000 10 Additional PID control...

Page 46: ...Input Number ARRAY UNSIGNED8 RW No 2362 AO Override Response ARRAY UNSIGNED8 RW No 2370 AO Feedback Field Value ARRAY INTEGER16 RO Yes 2380 AO Output Frequency ARRAY UNSIGNED16 RW No 2450 PID Toleran...

Page 47: ...INTEGER8 RW No 4x20 Math x Input Scaling 1 FV VAR UNSIGNED8 RW No 4x22 Math x Input Scaling 2 FV ARRAY UNSIGNED8 RW No 4x40 Math x Input Input Gain ARRAY UNSIGNED8 RW No 4x50 Math x Operator ARRAY UN...

Page 48: ...umber of subindexes 1 RW 0 1 0 Input 1 error detect enable 2 Input 2 error detect enable 1 4 4 2111h AI Error Clear Hysteresis Index Subindex Data Type Access PDO Mapping Value Range Default Value Des...

Page 49: ...o 2 2 Number of subindexes 1 INT16 RW INT16 0 Output 1 override field value 2 Output 2 override field value 1 4 10 2310h AO Error Detect Enable Index Subindex Data Type Access PDO Mapping Value Range...

Page 50: ...No 2 2 Number of subindexes 1 RW 0 13 1 Output 1 control source see Table 6 2 Output 2 control source see Table 6 1 4 16 2341h AO Control Input Number Index Subindex Data Type Access PDO Mapping Valu...

Page 51: ...0 Output 1 override response see Table 11 2 Output 2 override response see Table 11 1 4 22 2370h AO Feedback Field Value Index Subindex Data Type Access PDO Mapping Value Range Default Value Descripti...

Page 52: ...5 0 UINT8 RW No 0 10 0 By default disabled see Table 6 1 4 30 2456h PID Feedback Number Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 4256 0 UINT8 RW No 0 16 1 By d...

Page 53: ...process value scaler 1 6 EC 6 process value scaler 1 1 4 36 2522h EC Scaling 2 PV Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 2522 0 UINT8 RO No 6 6 Number of sub...

Page 54: ...0 ramp LT0x transition 0 1 response 2 LT0x transition 1 2 response 3 LT0x transition 2 3 response 4 LT0x transition 3 4 response 5 LT0x transition 4 5 response 6 LT0x transition 5 6 response 7 LT0x t...

Page 55: ...Data Type Access PDO Mapping Value Range Default Value Description 3410 0 REAL32 RW No REAL32 1 0 Quadrature Encoder scaler coefficient 1 4 47 3411h Input QD Dir Index Subindex Data Type Access PDO M...

Page 56: ...ath Output Decimal Digits PV Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 4032 0 UINT8 RO No 2 2 Number of subindexes 1 RW 0 3 2 Math block 1 output PV decimal dig...

Page 57: ...FV 1 4 59 4x22h Math x Input Scaling 2 FV Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 4x22 0 UINT8 RO No 5 5 Number of subindexes 1 INT16 RW INT16 10000 Math blo...

Page 58: ...on 5030 0 FLOAT32 RO Yes FLOAT32 0 Measured CPU internal temperature 1 4 65 5040h FD Field Value Index Subindex Data Type Access PDO Mapping Value Range Default Value Description 5040 0 UINT8 RO No 3...

Page 59: ...rror response delay 1 Temperature 2 10 FD Error response delay 2 VPS 3 10 FD Error response delay 3 1 4 70 5555h Start In Operational Mode Index Subindex Data Type Access PDO Mapping Value Range Defau...

Page 60: ...millisecond Protected against shorts to GND or Vps up to 60 Vdc All input channels can handle negative voltage inputs down to 2VDC due to voltage spikes or noise Response time to change at the input...

Page 61: ...66 mA 24Vdc Typical Microprocessor TI TMS320F2806x 32 bit 256 KB flash program memory 100 KB RAM EMC Compliance CE marking Vibration Random Vibration 7 7 Grms peak Sinusoidal Component 10 g peak Base...

Page 62: ...0413 204 2005 Installation Mounting holes sized for inch or M6 bolts The bolt length will be determined by the end user s mounting plate thickness The mounting flange of the controller is 0 63 inches...

Page 63: ...March 5th 2019 Antti Ker nen Initial Draft largely based on the AX023240 user manual 1 March 29 2019 Amanda Wilkins Marketing Review updated to CANopen in Tech Spec Updated dimensions per drawing 1 1...

Page 64: ...peration description of problem Wiring set up diagram application Other comments as needed When preparing the return shipping paperwork please note the following The commercial invoice for customs and...

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