Haehne DCX Quick Start Manual Download

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HAEHNE

Elektronische Messgeräte GmbH · Heinrich-Hertz-Str. 29 · D-40699 Erkrath Germany · Telefon 0211/9 25 91-0 · Fax 0211/9 25 91-20

http://www.haehne.de

Email: [email protected]

Block 5 31

Configuration of 8 amplifiers

6.3.4. Amplifier (Block 5)

Block

Cannel 1...8

Number

Range:

0 ...2

Amplifier x OFF

At the output of the amplifier „0“ is always supplied

Amplifier x ON (Standard)

The input values from the signal sources 1 to 4 are

averaged

Amplifier x ON

The input values from the signal sources 1 to 4 are

summed.

The amplifier can only calculate values from the strain gauge

sensor inputs

4 5 x 0 0

Function selection

ON / OFF

Level

(Block 5)

Amplifier [1...8]

35x12

Manual zero adjust

35x11

Zero point adjustment

value

35x22

Manual amplifier adjust

(Gain)

35x21

Adjustment value for

defined load

45x00

Selection number: 5x

45x04

41...48

45x03

41...48

45x02

41...48

45x01

Summary of Contents for DCX

Page 1: ...GmbH Heinrich Hertz Str 29 D 40699 Erkrath Germany Telefon 0211 9 2591 0 Fax 0211 9 2591 20 http www haehne de Email info haehne de DCX EA EN 04_20 Technical modifications reserved Modularer Digital C...

Page 2: ...ion 5 1 Sensor Adjustment 19 5 2 Controller Adjustment 20 5 3 Fieldbus and Master Adjustment 21 6 Description of Parameters 6 1 Parameters Displayed Values 23 6 2 Parameters Level 1 25 6 2 1 General D...

Page 3: ...y to each channel The signal processor of the DCX also calculates complex functions in a very short time eg the evaluation of the X Y signals The DCX can also be used as a multi channel web tension co...

Page 4: ...differential inputs to connect to strain gauge sensors or at the option of the customer as 10 V signal input voltages The differential inputs are normalized to 20 mV Signals up to max 40 mV can be an...

Page 5: ...t galvanically isolated 24 V inputs Digital outputs As digital outputs up to eight Reed type relays are available as normally open contacts SPNO or as PCB relays double throw contacts SPDT are availab...

Page 6: ...Sig GND U Br U Sig U AI3 U Br U Sig GND U Br U Sig U AI4 U Br U Sig GND U Br U Sig U AI5 U Br U Sig GND U Br U Sig U AI6 U Br U Sig GND U Br U Sig U AI7 UBr2 UBr1 UBr3 UBr4 UBr5 UBr6 UBr7 GND 31 30 U...

Page 7: ...1 GND 5 Bridge supply voltage UBR2 6 Bridge supply voltage UBR2 7 Signal voltage AI2 8 Signal voltage AI2 GND 9 Bridge supply voltage UBR3 10 Bridge supply voltage UBR3 11 Signal voltage AI3 12 Signal...

Page 8: ...ts of the blocks 0 9 In the blocks 0 A and C all values from the data matrix can be processed For block 5 applies the following the amplifier input can process values only from the strain gauge sensor...

Page 9: ...amplifier inputs are adapted to the different sensors Each amplifier is associated with one or more sensor outputs In the latter case it is possible choose between an average or a summation The usual...

Page 10: ...of 10 V to 10 V can be compressed to the range of 0 to 10 V This is useful when positive and negative signals are to be processed but only one current input or one 0 to 10 V input is available In addi...

Page 11: ...for the data source the filter setting scaling and unit are presented here The field y displays the number of changed parameters If no parameter is changed then this value is 0 By pressing the start...

Page 12: ...in cases in which different parameter values should be tried only With restart the old parameter values are restored without resetting each parameter The following page appears By pressing Save the mo...

Page 13: ...ues are to be reset the corresponding field must be pressed directly All peak values reset to the actual value with Clear Esc to exit the page without resetting Min Clear x 51 xxxxxxxx 52 xxxxxxxx 53...

Page 14: ...1 3 P and P switches between the sides By selecting an amplifier the following page is displayed Values of Level 3 are Zero zero adjustment value and Gain adjustment value for a defined load Here too...

Page 15: ...3 fault conditions are possible GainH calculated amplification is too high GainL calculated amplification is too low Zero actual calibration weight is too low Following page appears By pressing Save t...

Page 16: ...t increases or decreases With OK the password is confirmed y x Level 1 Level 2 Level 3 Level 4 Level 5 Level 6 Level 7 Level 8 y x Level 1 Level 2 Level 3 Level 4 Level 5 Level 6 Level 7 Level 8 Esc v...

Page 17: ...Parameter Value Mode Here in parentheses is the complete parameter number as listed in the parameter table chapter 7 Level block channel 2 digit number The fields or the digit position is selected wit...

Page 18: ...lifier channel Level Block Channel are stored in the long term memory But pressing the field Esc results in leaving this page without storing the changed value As a general rule pressing the Esc field...

Page 19: ...ease pay attention so as to not touch any machinery components 8 Connect one end of the rope to a fixed point Apply a precisely determined reference weight at the other end of the roll The weight forc...

Page 20: ...5 mV 0 015 V at nominal force Amplifier output 10 V at nominal web tension 0 V at zero web tension If the sensor is operating below its nominal force then the amplification must be increased Example 2...

Page 21: ...ent in the 16 bit register In the configuration software this is the Word entry In contrast to this the digital data will be combined in 8 bit number In the configuration software this is the byte ent...

Page 22: ...value 0xB000 0x10000 0x5000 In fieldbus systems in which the field devices have to be assigned to a slave address this setting is selected by parameter 71001 in Level 7 see chapter 6 4 By default the...

Page 23: ...ns is available General Consideration Standardization In the following description values are often designated by They apply to a virtual nominal value similar to the 10 V voltage in the analog system...

Page 24: ...ppression function is activated However local peaks do not enter into the average calculation Filter time 0 0 x 0 4 Nummer Unit 0 0 x 0 5 Selection NO no unit standard N kN MN lbs kg Direct unit selec...

Page 25: ...for the channel For a uniform presentation the corre sponding position is simply filled with 0 Level Function unit Number Range 2 4 6 or 8 Standard 8 The display of the values is configurated as 2 4 6...

Page 26: ...nctions results in a total filter effect Block Channel 1 8 Number Range 0 1 0 Channel x of Anybus inputs OFF Standard At the output of channel x of this block 0 is always present 1 Channel x of Anybus...

Page 27: ...x at input value of 0x0 hex or 0 dez 3 I x 2 I Scaling with zero signal 0x0 Level Range 200 0 200 0 Designation in Standard 100 0 Output value of the channel x at input value of 0x5000 hex or 20480 de...

Page 28: ...n a total filter effect Block Channel 1 8 Number Range 0 1 0 Channel x of analog inputs OFF At the output of channel x of this block 0 is always present 1 Channel x of analog inputs on Standard 4 4 x...

Page 29: ...gauge sensor inputs In this case the settings are made in the amplifier block 3 4 x 2 I Scaling with zero signal 0 resp 0 V Level Range 200 0 200 0 Designation in Standard 100 0 Output value of the c...

Page 30: ...3 4 x 2 I Example 1 Level 3 4 x 2 I Example 2 3 4 x 2 2 All values are passed on unchanged 0 0 50 0 3 4 x 2 2 All values are passed on with 50 of their value 3 4 x 2 1 Example 3 100 0 0 3 4 x 2 2 The...

Page 31: ...s supplied 1 Amplifier x ON Standard The input values from the signal sources 1 to 4 are averaged 2 Amplifier x ON The input values from the signal sources 1 to 4 are summed The amplifier can only cal...

Page 32: ...tandard 4x x as channel First signal source for amplifier x Only the 2nd digit is changeable channel of analog input 4 5 x 0 I 1 Signal source Range 0 41 48 Standard 0 OFF Second signal source for amp...

Page 33: ...input signal 3 5 x I 2 Manual zero adjustment Range 10 0 110 0 Designation in Standard 100 0 Entry of the load in of the nominal value Recommended values are between 70 and 110 The smallest possible...

Page 34: ...ibed in the Reference Manual 4 6 x 0 i Function selection OFF ON Level Range 01 58 Standard 51 1 Digit block 2 Digit channel First signal source a for the Math function x 4 6 x I I 1 Signal source a R...

Page 35: ...signation in Standard 0 0 Output value c at 0 input 3 6 x 2 2 Scaling at nominal signal 100 Source 2 Range 200 0 200 0 Designation in Standard 50 0 Output value b at 100 input 3 6 x 3 I Scaling at zer...

Page 36: ...88 Standard 5x x as channel 0 Analog output x OFF At the Analog output x 0 V resp 4 mA are always present 1 Digit block 2 Digit channel Tabular overview of signal sources in chapter 8 Signal source f...

Page 37: ...in the Reference Manual Range 12 00 0 00 Designation in V Standard 10 00 Minimal output voltage The corresponding current output is unaffected from this and limited to 4 0 mA Example Limitation to 0...

Page 38: ...at 100 input signal 3 A x I 2 Scaling at nominal signal 100 Block A Anybus analog output 1 8 01 98 4Ax01 3Ax11 Filter time 3Ax12 Scaling at nominal signal 100 Anybus CompactCom Modul x The parameters...

Page 39: ...no specification for the channel For a uniform presentation the corresponding position is filled with 0 6 4 1 Anybus function unit 1 Function unit Number Level Range 0 3 Standard 3 Baud rate of Anybus...

Page 40: ...function unit 0 1 0 0 01 Display partitioning 2 4 6 or 8 display 8 2 8 2 4 6 or 8 Level 3 and 4 Anybus Analog inputs Block 1 11 18 Anybus Analog input x 4 1 x 00 OFF ON 0 0 1 3 1 x 11 Filter adjustmen...

Page 41: ...caling at zero signal 0 0 0 200 0 200 0 only sum 3 6 x 32 Source 3 scaling at nominal signal 100 33 4 200 0 200 0 only sum Analog outputs Block 9 91 98 Analog output x 4 9 x 01 Source OFF 01 88 5x 0 8...

Page 42: ...1 9 2591 0 Fax 0211 9 2591 20 http www haehne de Email info haehne de DCX 42 Signal Sources Anybus analog outputs Block A Anybus analog output x 4 A x 01 Source OFF 01 98 5x 0 98 3 A x 11 Filter adjus...

Page 43: ...Selection number Limit value block output Nr Block Channel limited by Cache 1 8 0 200 01 08 Anybus inputs 1 8 1 Decimal signed design 32767 32768 11 18 200 Analog inputs 1 8 4 Strain gauge input volt...

Page 44: ...Erkrath Germany Telefon 0211 9 2591 0 Fax 0211 9 2591 20 http www haehne de Email info haehne de HAEHNE Elektronische Messger te GmbH Heinrich Hertz Str 29 D 40699 Erkrath Germany Telefon 0211 9 2591...

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