Balluff BAE010H User Manual Download Page 6

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Introduction

This series of display unit is suitable for analog signals (-

10 … 10V or 0/4 … 20 mA). It is very

versatile in use, due to the intuitive handling and the extensive range of functions.

2.1 Operation mode

All functions are can be configured in the parameter menu.
The device can be set to one of the following operation modes:

•

SINGLE:

single-channel operation of input 1

•

DUAL:

two-channel operation of input 1 and 2

•

IN 1 + IN 2:

two-channel operation of input 1 and 2 in combination with sum

•

IN1

– IN 2:

two-channel operation of input 1 and 2 in combination with difference.

•

IN 1 x IN 2:

two-channel operation of input 1 and 2 in combination with multiplication

•

IN 1 / IN 2:

two-channel operation of input 1 and 2 in combination with division .

Summary of Contents for BAE010H

Page 1: ...Touch Display BDD 750 _A User s Guide English ...

Page 2: ...downloaded from the Internet at www balluff com All contents included in this manual are protected by the terms of use and copyrights of Balluff GmbH Any reproduction modification usage or publication in other electronic and printed media as well as in the internet requires prior written authorization by Balluff GmbH ...

Page 3: ...ouch screen 11 4 1 Screen structure for parametrization 11 4 2 Screen structure in operation 12 5 Parameter Overview Menu Structure 13 5 1 General Menu 15 5 2 IN 1 Properties 16 5 3 IN 1 Linearization 18 5 4 IN 1 Totalization 19 5 5 IN 2 Properties 20 5 6 IN 2 Linearization 21 5 7 IN 2 Totalization 21 5 8 Linkage Properties 22 5 9 Preselection Values 23 5 10 Preselection 1 Menu 23 5 11 Preselectio...

Page 4: ...o modify the hardware software or operation manual at any time and without prior notice Therefore there might be minor differences between the unit and the descriptions in operation manual The raiser respectively positioner is exclusively responsible for the safety of the system and equipment where the unit will be integrated During installation or maintenance all general and also all country and ...

Page 5: ...be ensured Indications about the permissible wire cross sections for wiring are described in the Technical Specifications Before first start up it must be ensured that all connections and wires are firmly seated and secured in the screw terminals All inclusively unused terminals must be fastened by turning the relevant screws clockwise up to the stop Overvoltages at the connections must be limited...

Page 6: ...nu The device can be set to one of the following operation modes SINGLE single channel operation of input 1 DUAL two channel operation of input 1 and 2 IN 1 IN 2 two channel operation of input 1 and 2 in combination with sum IN1 IN 2 two channel operation of input 1 and 2 in combination with difference IN 1 x IN 2 two channel operation of input 1 and 2 in combination with multiplication IN 1 IN 2 ...

Page 7: ...l of the supply voltage with approx 100 mA and the additional current required at the auxiliary voltage output All GND terminals are internally interconnected 3 2 Auxiliary Voltage Output Terminal 3 and 4 provide an auxiliary output for supply of sensors and encoders The output voltage depends on the power supply The encoder voltage is approx 1 V lower than the power supply voltage at terminal 1 a...

Page 8: ... input can be set in the Menu IN 1 IN 2 PROPERTIES Important Before connecting the sensor the configuration voltage or current input must be set Wiring of the analog inputs Voltage input Current input 3 4 Reference output The unit provides a 10 V reference output at terminal 8 This output should be loaded with 10 mA maximum This reference output can be used for connecting a potentiometer Reference...

Page 9: ...ptionally mechanical contacts are used please connect an external capacitor between GND and the corresponding input A capacity of 10 µF will reduce the input frequency to 20 Hz and miscounting due to contact bouncing will be eliminated 3 6 Analog Output BDD 750 _ _ _ _ 103 A 16 bit analog output is available at terminal 13 and 14 15 This output can be configured and scaled in the ANALOG MENU The f...

Page 10: ...connector Connection of the RS232 interface 3 8 Control Output BDD 750 _ _ _ _ _ _ _ 402 Four control outputs are available at terminal 20 21 22 and 23Switching conditions can be set in the PRESELECTION MENU The output Ctrl Out1 4 are fast PNP outputs with a switching capability of 5 30 Volt 200 mA per channel The switching states are displayed display with unit and status bar as C1 C4 The switchi...

Page 11: ...ter menu via arrow buttons and confirm with OK The menu selection can be terminated with C Parameter selection Select the parameter via arrow buttons and confirm with OK The parameter selection can be terminated with C Parameter editing Edit the parameter via arrow button up and down shift cursor via left and right and save with OK The parameter editing can be terminated with C Parameter changes b...

Page 12: ... and status bar To switch to the next display press the touch screen Control status are only shown with BDD 750 _ _ _ _ _ _ _ 402 Two line display To switch to the next display press the top of the screen Display for quick start for enter preselection values PRESELECT VALUES To switch to the next display press the top of the screen or the skip button This is only possible with BDD 750 _ _ _ _ _ _ ...

Page 13: ...N 1 PROPERTIES CONFIGURATION START VALUE END VALUE DECIMAL POINT SCALE UNITS SAMPLING TIME AVERAGE FILTER OFFSET LINEARIZATION TOTALIZATION IN 1 LINEARIZATION P1 X P1 Y P2 X P2 Y P23 X P23 Y P24 X P24 Y IN 1 TOTALIZATION TIME BASE DIVIDER DECIMAL POINT SCALE UNITS Menu Parameter IN 2 PROPERTIES CONFIGURATION START VALUE END VALUE DECIMAL POINT SCALE UNITS SAMPLING TIME AVERAGE FILTER OFFSET LINEAR...

Page 14: ...3 OUTPUT POLARITY 3 OUTPUT LOCK 3 START UP DELAY 3 EVENT COLOR 3 Menu Parameter PRESELECTION 4 MENU SOURCE 4 MODE 4 HYSTERESIS 4 PULSE TIME 4 OUTPUT TARGET 4 OUTPUT POLARITY 4 OUTPUT LOCK 4 START UP DELAY 4 EVENT COLOR 4 SERIAL MENU UNIT NUMBER SERIAL BAUD RATE SERIAL FORMAT SERIAL INIT SERIAL PROTOCOL SERIAL TIMER SERIAL VALUE ANALOG OUT MENU ANALOG SOURCE ANALOG FORMAT ANALOG START ANALOG END AN...

Page 15: ...code to lock the quick start of the menu PRESELECTION VALUE for entering the preselection values master PIN 6079 This Lock function is only useful in conjunction with active lock function in PIN PARAMETER 0000 No lock 9999 Access after entering PIN Code 9999 PIN PARAMETER This parameter defines the PIN code for lock function of all parameters master PIN 6079 0000 No lock 9999 Parameterization of t...

Page 16: ...efault value 99999 Highest end value DECIMAL POINT This value defines the position of the decimal point 0 NO No decimal point 1 0000000 0 Decimal point at the specified position 2 000000 00 Decimal point at the specified position 3 00000 000 Default decimal point at the specified position 4 0000 0000 Decimal point at the specified position 5 000 00000 Decimal point at the specified position 6 00 0...

Page 17: ...ing average cycles 4 16 numbers of floating average cycles OFFSET This parameter defines the zero offset tara of the input This parameter does not affect the TOTALIZATION function 99 999 Smallest offset 0 Default value 99 999 Highest offset LINEARIZATION This parameter defines the linearization function The linearization points are defined in Menu IN 1 IN 2 LINEARIZATION See appendix 0 OFF No line...

Page 18: ...e of the linearization point This value representing the display value which the unit show in the display without linearization 99999999 Smallest X coordinate 0 Default value 99999999 Largest X coordinate P1 Y P24 Y Y coordinate of the linearization point This is the display value which the unit should show in the display with linearization E g P2 X is replaced by P2 Y 99999999 Smallest Y coordina...

Page 19: ...ration function at the control input see Command Menu DIVIDER This parameter defines the devisor for the totalization 0 1 No division 1 10 The result of the totalization is divided by 10 2 100 The result of the totalization is divided by 100 3 1000 The result of the totalization is divided by 1000 DECIMAL POINT This value defines the position of the decimal point 0 NO No decimal point 1 0000000 0 ...

Page 20: ...2 at 10 V or 20 mA see IN 1 Properties DECIMAL POINT Position of the decimal point see IN 1 Properties SCALE UNITS The displayed units see IN 1 Properties SAMPLING TIME S Sampling interval see IN 1 Properties AVERAGE FILTER Selectable averages filter function see IN 1 Properties OFFSET Zero offset tara see IN 1 Properties LINEARISATION Linearization function see IN 1 Properties TOTALIZATION Totali...

Page 21: ...dinate of the linearization point see IN 1Linearization 5 7 IN 2 Totalization The totalization function is defined in this menu TIME BASE The time base of the totalization see IN 1 Totalization DIVIDER The devisor for the totalization see IN 1 Totalization DECIMAL POINT Position of the decimal point see IN 1 Totalization SCALE UNITS The displayed units see IN 1 P Totalization ...

Page 22: ...meter defines the additive constant the result of the link will be charged 99999999 Smallest end value 0 Default value 99999999 Highest end value DECIMAL POINT This value defines the position of the decimal point 0 NO No decimal point 1 0000000 0 Decimal point at the specified position 2 000000 00 Decimal point at the specified position 3 00000 000 Decimal point at the specified position 4 0000 00...

Page 23: ... 1 Menu Switching conditions for preselection 1 Output relay display switches under the following conditions This function is only available for BDD 750 _ _ _ _ _ _ _ 402 SOURCE 1 This parameter defines the reference source for PRESELECTION 1 0 INPUT 1 the reference source is input 1 1 INPUT 2 the reference source is input 2 2 LINKAGE 1 2 the reference source is the result of the linking of input1...

Page 24: ...d Display value PRESELECTION 1 HYSTERESIS 1 OFF Display value PRESELECTION 1 HYSTERESIS 1 OFF 3 RESULT PRES Display value is greater or equal PRESELECTION 1 e g overspeed With HYSTERESIS 1 not equal 0 the following switching condition is applied Display value PRESELECTION 1 ON Display value PRESELECTION 1 HYSTERESIS 1 OFF 4 RESULT PRES Display value is less or equal PRESELECTION 1 e g underspeed s...

Page 25: ...Y 1 Polarity for the switching condition of preselection 1 0 ACTIVE HIGH Switching condition is true Active HIGH 1 ACTIVE LOW Switching condition is true Active LOW OUTPUT LOCK 1 Latch for the switching condition of preselection 1 0 NO No latch for preselection 1 YES Latch for preselection command LOCK RELEASE will clear latch START UP DELAY 1 S Start up suppression for the switching condition of ...

Page 26: ...ion of preselection 2 See chapter PRESELECTION 1 MENU OUTPUT TARGET 2 Assignment of an output or relay for the switching condition of preselection 2 See chapter PRESELECTION 1 MENU expect default value see PRESELECTION 1 MENU 2 CTRL OUT 2 Assignment of switching conditions at Ctrl Out 2 OUTPUT POLARITY 2 Polarity for the switching condition of preselection 2 See chapter PRESELECTION 1 MENU OUTPUT ...

Page 27: ...ment of an output or relay for the switching condition of preselection 3 See chapter PRESELECTION 1 MENU see PRESELECTION 1 MENU 3 CTRL OUT 3 Assignment of switching conditions at Ctrl Out 3 OUTPUT POLARITY 3 Polarity for the switching condition of preselection 3 See chapter PRESELECTION 1 MENU OUTPUT LOCK 3 Latch for the switching condition of preselection 3 See chapter PRESELECTION 1 MENU START ...

Page 28: ...PUT TARGET 4 Assignment of an output or relay for the switching condition of preselection 4 See chapter PRESELECTION 1 MENU except default value see PRESELECTION 1 MENU 4 CTRL OUT 4 Assignment of switching conditions at Ctrl Out 4 OUTPUT POLARITY 4 Polarity for the switching condition of preselection 4 See chapter PRESELECTION 1 MENU OUTPUT LOCK 4 Latch for the switching condition of preselection ...

Page 29: ... 7 EVEN 1 7 data Parity even 1 Stop 1 7 EVEN 2 7 data Parity even 2 Stops 2 7 ODD 1 7 data Parity odd 1 Stop 3 7 ODD 2 7 data Parity odd 2 Stops 4 7 NONE 1 7 data no Parity 1 Stop 5 7 NONE 2 7 data no Parity 2 Stops 6 8 EVEN 1 8 data Parity even 1 Stop 7 8 ODD 1 8 data Parity odd 1 Stop 8 8 NONE 1 8 data no Parity 1 Stop 9 8 NONE 2 8 data no Parity 2 Stops SERIAL INIT This parameter defines the ba...

Page 30: ...s for cycling transmission of SERIAL VALUE when using the serial output On a serial request the cycling transmission is stopped for 20 s 0 000 All cyclic transmission is switched off The unit will send data upon a serial request or with command SERIAL PRINT 60 000 Cycle time in seconds SERIAL VALUE This parameter defines the value to be transmitted Setting Code Register contents 0 0 Value input 1 ...

Page 31: ...imum value the reference source is input 2 11 MAXIMUM VALUE 2 maximum value he reference source is input 2 The totalization depends on the operation mode See chart in chapter IN 1 Totalization ANALOG FORMAT This parameter defines the output characteristics The analogue output is proportional to the display value With setting ANALOG FORMAT 10 10 V in MODE COUNTER the polarity of the analog output d...

Page 32: ... ANALOG END value is reached e g 95 00 corresponds to a conversion of 9 5 V or 18 mA when the ANALOG END value is reached 0 00 Smallest gain 100 00 Default value 110 00 Highest gain ANALOG OFFSET This parameter defines the zero offset of the analog output z B 0 20 result in an offset of 0 02 V or 0 04 mA at ANALOG START value 99 99 Smallest offset 0 Default value 99 99 Highest offset ...

Page 33: ...een structure in operation d 12 RESET MIN MAX Reset the Min Max values d s 13 CLEAR LOOP TIME N A 14 ACTIVATE N A 15 STORE DATA N A 16 TESTPROGRAM N A 17 SET RED COLOR Red display Event depending change of the display color by a switching condition is possible see PRESELECTION 1 4 MENU d 18 SET GREEN COLOR Green display Event depending change of the display color by a switching condition is possib...

Page 34: ...ive only after closing the menu selection START DISPLAY This parameter defines the start display after switching on the device 0 Single Single line display The source must be defined in SOURCE SINGLE 1 Dual The sources must be defined in SOURCE DUAL TOP DOWN SOURCE SINGLE Reference source for single line display 0 INPUT 1 the reference source is input 1 1 INPUT 2 the reference source is input 2 2 ...

Page 35: ...UT 1 the reference source is input 1 1 INPUT 2 the reference source is input 2 2 LINKAGE 1 2 the reference source is the result of the linking of input1 and input 2 3 INPUT 1 TOTAL the reference source is input 1 with totalization 4 INPUT 2 TOTAL the reference source is input 2 with totalization 5 LINKAGE TOTAL the reference source is the result of the linking of input1 and input 2 with totalizati...

Page 36: ... angle from bottom SCREEN SAVER S This parameter defines the time in seconds until the display is switched off after the last touch action A new touch action will activate the display again 0 No switch off 9999 Longest time to switch off UP DATE TIME S This parameter defines the update time in seconds of the display only 0 005 Shortest update time 0 1 Default value 9 999 Longest update time FONT T...

Page 37: ...2 unit address Low Byte C1 register code High Byte C2 register code Low Byte ENQ control character Hex 05 The following example shows the request string for readout of the actual input frequency of a monitor Code 1 from a unit with unit address 11 ASCII Code EOT 1 1 1 ENQ Hex Code 04 31 31 3A 31 05 Binary Code 0000 0100 0011 0001 0011 0001 0011 1010 0011 0001 0000 0101 After a correct request the ...

Page 38: ...VA 14 mm 15 cm 16 m 17 inch 18 feet 19 C 20 F 21 K 22 1 sec 23 1 min 24 1 h 25 gal min 26 Pa 27 kPa 28 29 Edit Unit A customized unit with up to 16 digits can be edited using this parameter Pressing the OK button opens the Edit Unit Menu A unit can be created using the arrow keys by pressing and holding the arrow keys the characters scroll fast The OK button saves the Edit Unit Menu The C button c...

Page 39: ...1 IN 1 PROPERTIES __ 21 0 0 0 0 22 IN 1 LINEARIZATION P1 X A0 0 99999999 99999999 0 23 IN 1 LINEARIZATION P1 Y A1 0 99999999 99999999 0 24 IN 1 LINEARIZATION P2 X A2 0 99999999 99999999 0 25 IN 1 LINEARIZATION P2 Y A3 0 99999999 99999999 0 26 IN 1 LINEARIZATION P3 X A4 0 99999999 99999999 0 27 IN 1 LINEARIZATION P3 Y A5 0 99999999 99999999 0 28 IN 1 LINEARIZATION P4 X A6 0 99999999 99999999 0 29 I...

Page 40: ...62 IN 1 LINEARIZATION P21 X E0 0 99999999 99999999 0 63 IN 1 LINEARIZATION P21 Y E1 0 99999999 99999999 0 64 IN 1 LINEARIZATION P22 X E2 0 99999999 99999999 0 65 IN 1 LINEARIZATION P22 Y E3 0 99999999 99999999 0 66 IN 1 LINEARIZATION P23 X E4 0 99999999 99999999 0 67 IN 1 LINEARIZATION P23 Y E5 0 99999999 99999999 0 68 IN 1 LINEARIZATION P24 X E6 0 99999999 99999999 0 69 IN 1 LINEARIZATION P24 Y E...

Page 41: ... 0 112 IN 2 LINEARIZATION P12 X J0 0 99999999 99999999 0 113 IN 2 LINEARIZATION P12 Y J1 0 99999999 99999999 0 114 IN 2 LINEARIZATION P13 X J2 0 99999999 99999999 0 115 IN 2 LINEARIZATION P13 Y J3 0 99999999 99999999 0 116 IN 2 LINEARIZATION P14 X J4 0 99999999 99999999 0 117 IN 2 LINEARIZATION P14 Y J5 0 99999999 99999999 0 118 IN 2 LINEARIZATION P15 X J6 0 99999999 99999999 0 119 IN 2 LINEARIZAT...

Page 42: ...PERTIES __ N0 0 0 0 0 167 PRESELECTION VALUES PRESELECTION 1 O5 0 99999999 99999999 1000 168 PRESELECTION VALUES PRESELECTION 2 O6 0 99999999 99999999 2000 169 PRESELECTION VALUES PRESELECTION 3 O7 0 99999999 99999999 3000 170 PRESELECTION VALUES PRESELECTION 4 O8 0 99999999 99999999 4000 171 PRESELECTION VALUES __ O9 0 0 0 0 172 PRESELECTION VALUES __ P0 0 0 0 0 173 PRESELECTION 1 MENU SOURCE 1 P...

Page 43: ...0 192 PRESELECTION 2 MENU EVENT COLOR 2 R0 0 0 3 0 193 PRESELECTION 2 MENU __ R1 0 0 0 0 194 PRESELECTION 2 MENU __ R2 0 0 0 0 195 PRESELECTION 3 MENU SOURCE 3 R3 0 0 11 0 196 PRESELECTION 3 MENU MODE 3 R4 0 0 6 0 197 PRESELECTION 3 MENU HYSTERESIS 3 R5 0 0 99999 0 198 PRESELECTION 3 MENU PULSE TIME 3 R6 0 0 60000 0 199 PRESELECTION 3 MENU OUTPUT TARGET 3 R7 0 0 6 3 200 PRESELECTION 3 MENU OUTPUT ...

Page 44: ...SERIAL INIT T4 0 0 1 0 221 SERIAL MENU SERIAL PROTOCOL T5 0 0 1 0 222 SERIAL MENU SERIAL TIMER T6 0 0 60000 0 223 SERIAL MENU SERIAL VALUE T7 0 0 9 0 226 ANALOG OUT MENU ANALOG SOURCE U0 0 0 11 0 227 ANALOG OUT MENU ANALOG FORMAT U1 0 0 2 0 228 ANALOG OUT MENU ANALOG START U2 0 99999999 99999999 0 229 ANALOG OUT MENU ANALOG END U3 0 99999999 99999999 10000 230 ANALOG OUT MENU ANALOG GAIN U4 0 0 11...

Page 45: ...SCREEN SAVER W5 0 0 9999 0 252 DISPLAY MENU UP DATE TIME W6 0 5 9999 100 253 DISPLAY MENU FONT W7 0 0 1 0 254 DISPLAY MENU __ W8 0 0 0 0 255 DISPLAY MENU __ W9 0 0 0 0 256 DISPLAY MENU __ X0 0 0 0 0 Serial codes of commands Serial Code Command 54 TARA INPUT 1 55 TARA INPUT 2 56 TARA INPUT 1 2 57 RESET TOTAL 1 58 RESET TOTAL 2 59 RESET TOTAL LINKAGE 60 TEACH PRESELECTION 1 61 TEACH PRESELECTION 2 6...

Page 46: ...ameters P1 X to P24 X are used to specify the coordinates on the x axis These are the measuring values that the unit normally would generate according to the actual input signal Now enter the attached values to parameter P1 Y to P24 Y These are the values that the unit will generate instead of the x values i e P5 Y replaces P5 X etc The X Coordinates must use continuously increasing settings i e P...

Page 47: ... P15_x P16_x Pressure Sensor 0 20 mA P01_x P10_x P16_x P01_y P07_y P15_y P16_y Pressure Volume P15_x P10_y To solve the problem we divide the non linear part of the tank into 14 parts We enter the expected display values of the pressure sensor to registers P01_x to P15 _x For the linear part of the tank it is sufficient to store the final pressure value to register P16_x Now we can easily calculat...

Page 48: ...48 6 5 Dimensions Dimension in mm inch ...

Page 49: ...output Current output Resolution Accuracy Reaction time current or voltage operation 10 10 V max 2 mA 0 4 20 mA burden max 270 Ohm 16 Bit 0 1 150 ms Control outputs BDD 750 _ _ _ _ _ _ _ 402 Number of outputs Format level Output current Reaction time 4 5 30 V depends on the Com voltage PNP max 200 mA 1 ms Serial interface BDD 750 _ _ _ _ _ _ _ 402 Format Baudrate RS232 9600 19200 or 38400 baud Dis...

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Page 52: ... Drive Florence KY 41042 Phone 859 727 2200 Toll free 1 800 543 8390 Fax 859 727 4823 technicalsupport balluff com CN Service Center China Balluff Shanghai trading Co ltd Room 1006 Pujian Rd 145 Shanghai 200127 P R China Phone 86 21 5089 9970 Fax 86 21 5089 9975 service balluff com cn Global Service Center Germany Balluff GmbH Schurwaldstrasse 9 73765 Neuhausen a d F Phone 49 7158 173 370 Fax 49 7...

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