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Eaton easy800 Manual Download Page 296

7 SmartWire-DT

7.4 Errors on the SWD line

292

Control Relay easy800

11/11 MN04902001Z-EN

www.eaton.com

7.4 Errors on the SWD line

Different events can occur in conjunction with the SWD line, which require
rectification.

No SWD line present

If there is no connection between the SWD line and easy800-SWD, or if the
actual configuration has not found any station at all, the “STOP on SWD
error” device parameter determines how easy800-SWD is to respond:

•

“STOP on SWD error“ is activated: easy800-SWD switches to STOP.
The POW LED shows continuous green, Config LED shows continuous
green; SWD LED shows continuous red.

•

“STOP on SWD error“ is deactivated: easy800-SWD stays in RUN mode.
The POW LED flashes green, Config LED shows continuous green; SWD
LED shows continuous red.

Missing station: When is this an SWD error?

If easy800-SWD determines that an SWD station of the target configuration
is missing in the actual configuration, the PRSNT diagnostic bit is set to 0 and
the group alarm I13 is set to 1.

If the “All devices optional” device parameter has been clicked on
easy800-SWD, missing stations do not trigger an SWD error. The
“Mandatory station” device parameter, which can be set individually for each
SWD station, is no longer checked in this case. easy800-SWD stays in RUN
mode. The POW LED flashes green, Config LED shows continuous green;
SWD LED shows continuous green.

If the “All devices optional” device parameter has not been clicked on
easy800-SWD, the “Mandatory station” device parameter is checked for
each SWD station. If the missing SWD station is not a mandatory SWD
station, easy800-SWD stays in RUN mode and continues working with the
remaining SWD stations. The POW LED flashes green, Config LED shows
continuous green; SWD LED shows continuous green.

If the SWD station is mandatory, the SWD LED flashes red and the “STOP
on SWD error” device parameter decides how easy800-SWD is to respond
further:

•

“STOP on SWD error“ is activated: easy800-SWD switches to STOP.
The POW LED shows continuous green, Config LED shows continuous
green; SWD LED flashes red.
If this error occurs during operation, e.g. because a station responds too
late or is faulty, easy800-SWD switches directly to RUN mode as soon as
the error is rectified. A restart is not necessary.

•

“STOP on SWD error“ is deactivated: easy800-SWD stays in RUN mode.
The POW LED flashes green, Config LED shows continuous green;
SWD LED flashes red.

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Summary of Contents for easy800

Page 1: ...11 11 MN04902001Z EN replaces AWB2528 1423GB Manual Control Relay 800 4 patpks nycmyn...

Page 2: ...ns of the original German manual 1st published 2002 edition date 05 02 2nd edition 2002 edition date11 02 3rd edition 2003 edition date 06 03 4th edition 2004 edition date 08 04 5th edition 2010 editi...

Page 3: ...ces Ensure a reliable electrical isolation of the low voltage for the 24 volt supply Only use power supply units complying with IEC 60364 4 41 VDE 0100 Part 410 or HD 384 4 41 S2 Deviations of the mai...

Page 4: ...2...

Page 5: ...ay 17 1 4 4 Entering of values 18 2 Installation 19 2 1 Mounting 800 20 2 2 Mounting the expansion unit 22 2 3 Terminations 26 2 4 Connecting the power supply 26 2 5 Connecting the inputs 30 2 5 1 Con...

Page 6: ...Commissioning an Net network 90 3 10 1 Parameterizing NET stations 91 3 10 2 Configuring NET 94 3 10 3 Deleting the program of a NET station 97 3 10 4 Showing the status display of other NET stations...

Page 7: ...function block editor 129 4 7 4 PARAMETERS menu 132 4 7 5 Deleting function blocks 132 5 Function blocks 135 5 1 A analog value comparator threshold value switch 136 5 2 AR Arithmetic 140 5 3 BC data...

Page 8: ...Network transmission security 281 7 SmartWire DT 282 7 1 Configurations 285 7 2 Cyclical input and output data of the SWD stations 286 7 3 SWD device parameters 289 7 4 Errors on the SWD line 292 8 80...

Page 9: ...AC devices 323 9 6 800 standard expanding 325 9 7 Monitoring the serial interface 327 9 8 Displaying device information 327 9 9 Loadable operating system 328 10 Diagnostics possibilities 329 10 1 Net...

Page 10: ...349 12 3 6 Outputs 353 12 3 7 NET network 359 12 3 8 SmartWire DT 360 12 4 Inputs outputs of the expansion units 361 12 5 Possible combinations of basic devices and expansion units 362 12 6 Compatibi...

Page 11: ...e DT station MN05006001Z EN 0 1 List of revisions This edition was fully revised There is a major difference to previous editions the new EASY802 DC SWD and EASY806 DC SWD devices have been included i...

Page 12: ...party devices and components that have been approved by us Their use is allowed fundamentally only in technically faultless condition Fault free and safe operation of the system requires proper transp...

Page 13: ...ndards of occupational safety and accident prevention regarding the intended preparation of circuit diagrams initial start up and the operation of easy800 devices particularly those issued by Employer...

Page 14: ...19 EASY820 EASY821 EASY822 Easy800 SWD for EASY802 DC SWD EASY806 DC SWD MFD for the programmable devices consisting of power supply CPU module MFD CP8 CP10 display operator unit MFD 80 and optional I...

Page 15: ...eater clarity the name of the current chapter and the name of the current section are shown at the top of each page DANGER Warns of hazardous situations that result in serious injury or death WARNING...

Page 16: ...0 About This Manual 0 5 Writing conventions 12 Control Relay easy800 11 11 MN04902001Z EN www eaton com...

Page 17: ...and counter functions Time switch functions Arithmetic functions PID controllers Integrated display and operating elements An easy800 combines the functions of a control relay and an input device in...

Page 18: ...r in the Appendix on Chapter 12 Appendix page 369 The cross references provide links to detailed descriptions of these function blocks If you wish to wire an easy800 via your PC i e create a circuit d...

Page 19: ...e 17 j NET LED Page 71 k Cursor buttons l Outputs Page 44 m Serial interface with cover Page 56 n OK Button o ESC button p LCD display if provided Page 17 Figure 2 easy800 SWD a Power supply 24 V DC A...

Page 20: ...e switch C Available E Expansion Output type R Relay T Transistor Supply voltage device and inputs AC AC voltage DC DC voltage Number of inputs outputs interfaces 02 00 E COM SWD line 06 2 3 4 E 2 1 0...

Page 21: ...s OK Next menu level Save your entry ESC Back Cancel ALT ESC DEL OK and Calling the System menu Move to next menu level Call menu item Activate change store entries Move to previous menu level Cancel...

Page 22: ...value entry 18 Control Relay easy800 11 11 MN04902001Z EN www eaton com 1 4 4 Entering of values Select value Select digit Change value at digit Store settings Retain previous value Values Places Valu...

Page 23: ...unit Page 22 optional NET network Page 53 optional Install SmartWire DT optional Page 67 Connecting the serial interface Page 60 optional Connecting the inputs Page 30 optional Connecting outputs Pag...

Page 24: ...place using fixing brackets The easy800 device can be mounted either vertically or horizontally For ease of wiring leave a gap of at least 3 cm between the device terminals and the wall or adjacent d...

Page 25: ...hat rail The easy800 device will clip into place automatically Check that the device is seated firmly The device is mounted vertically on a top hat rail in the same way 800 screw fixing Fixing bracket...

Page 26: ...you can connect an expansion unit via the easyLink connection of the easy800 standard easy800 SWD devices are not provided with an easyLink terminal Fit the expansion units in exactly the same way as...

Page 27: ...nection Connect the easy expansion unit via the EASY LINK DS bus connector plug Figure 12 Connecting local expansion module with easy800 standard The following electrical isolation is implemented betw...

Page 28: ...atus display of the easy800 standard e g DC AC or GW depending on the expansion unit that is connected and ready for operation Remote expansion module With remote expansion you connect the expansion u...

Page 29: ...is stipulated for the installation environment Otherwise a fault ground fault short circuit may lead to the destruction of the units or injury to persons A cable such as NYM 0 with a rated operationa...

Page 30: ...device and with the expansion unit Connect on easy800 SWD a cable protection F1 rated for at least 3 A slow System test The devices run a system test after the supply voltage has been switched on On e...

Page 31: ...gher than the rated input current is present Take this inrush current into account when designing the electrical equipment by using slow fuses and suitable switches Never use reed relay contacts to sw...

Page 32: ...e POW terminals On easy800 SWD provide cable protection F1 rated for at least 3 A slow Loads such as contactors circuit breakers or motor protective circuit breakers can be fed with power via the AUX...

Page 33: ...DC expansion unit EASY DC E Figure 19 Power supply on the DC expansion unit easy800 standard DC version the expansion units as well as easy800 SWD are protected against reverse polarity L01 F1 L01 F2...

Page 34: ...these function blocks and cannot be used for any other purpose The relevant function block description describes which inputs are affected Example With the high speed counter function block the devic...

Page 35: ...nputs of the expansion unit EASY618 AC RE Figure 22 Connecting inputs on the easy618 AC RE AC expansion unit Connect the inputs for example to pushbutton actuators switches or relay contactor contacts...

Page 36: ...g also applies to the expansion units With longer cables connect a diode e g 1N4007 with a minimum reverse voltage of 1 kV and a forward current of 1 A in series to the device input Ensure that the di...

Page 37: ...a higher input current Increased input current The following input circuit can be used in order to prevent interference and also when using two wire proximity switches Figure 24 Increasing the input c...

Page 38: ...nt with a resistor at the AC expansion unit EASY618 AC RE Complete devices for increasing the input current are available under the part no EASY256 HCI Figure 28 easy800 standard as AC version with EA...

Page 39: ...o not use 2 wire proximity switches These DC easy800 standard enable you to read both digital and analog input signals via the inputs I7 IA01 I8 IA02 I11 IA03 and I12 IA04 Digital input signal voltage...

Page 40: ...hbutton actuators switches or 3 or 4 wire proximity switches Given the high residual current do not use 2 wire proximity switches Digital input signal voltage range I1 to I4 Signal OFF 0 to 5 V Signal...

Page 41: ...and with EASY806 DC SWD you can accurately measure high speed counter signals or frequencies on digital inputs I1 I4 independently of i e bypassing the cycle time Figure 32 High speed counters frequen...

Page 42: ...quare wave signals with a phase offset Connecting DC inputs of the expansion units EASY410 and EASY6 Figure 36 EASY410 C E and EASY6 DC E digital expansion unit Connect the inputs for example to pushb...

Page 43: ...additional digital inputs and actuate them with up to 24 V DC Both expansion devices output a 0 signal on R2 R3 if the voltage goes below 8 V DC and outputs a 1 if this voltage is exceeded Figure 37 D...

Page 44: ...e outputs to a separate power feed or use a suppressor circuit for motors and valves If loads such as motors solenoid valves or contactors and easy800 standard are operated with the same power feed sw...

Page 45: ...ness sensor Figure 40 Brightness sensor Ensure that the reference potential is galvanically connected Connect the 0 V of the power supply unit for the different setpoint potentiometers and sensors sho...

Page 46: ...dules with TAP13 in their designation are provided with an additional analog output Connecting analog inputs of the EASY4 DC ME expansion units These DC expansion units allow you to process analog val...

Page 47: ...ion units Voltages are measured in the 0 10 V signal range A potentiometer with an upstream resistor that is connected between the supply voltage and reference potential can be used as a setpoint pote...

Page 48: ...he expansion unit With two wire connections connect a short circuit bridge between terminals 5 and 6 or 10 and 11 Figure 43 page 43 2 6 Connecting outputs Devices either have transistor outputs or rel...

Page 49: ...without any configuration The universal EASY4 DC ME expansion units allow you to process both digital and analog values All available input output expansions section 12 5 Possible combinations of bas...

Page 50: ...tputs EASY8 RC DANGER Only outputs of the same group S1 to S4 or S5 to S8 can be connected in parallel e g S1 and S3 or S5 S7 and S8 Outputs connected in parallel must be switched at the same time DAN...

Page 51: ...tion of the inputs you can connect different phase conductors to the relay outputs of the EASY819 R EASY6 RE devices 10 000 000 0 V H N L1 L2 L3 115 250 V h 24 V H S1 1 2 S1 EASY4 RE EASY6 RE F 8 A B...

Page 52: ...vent of a short circuit overload The following function applies to easy800 standard In the event of a short circuit or overload at a transistor output this output will switch off and the group alarm I...

Page 53: ...6 DC SWD Figure 50 Transistor outputs EASY806 DC SWD EASY8 DC TC X EASY6 DC TE Power the transistor outputs with voltage 0 V Q1 S1 S2 S3 S4 S5 S6 S7 S8 Q2 Q3 Q4 Q5 Q6 Q7 Q8 F 10 A Q 24 V Q 0 VQ 24 V Q...

Page 54: ...solution value range 0 1023 On the easy800 standard from device version 02 it is also possible to connect the EASY406 DC ME and EASY411 DC ME DC expansion units with an analog output Section Connectin...

Page 55: ...ed inside the device Connecting the analog output of the EASY4 DC ME expansion units Analog expansion units are used to increase the number of outputs The EASY406 DC ME analog expansion unit offers yo...

Page 56: ...ting the analog output of an EASY4 DC ME expansion unit a Analog output QA1 EASY406 DC ME EASY411 DC ME 0 10 V b Analog output QA2 only EASY411 DC ME 0 10 V Then configure the analog inputs outputs yo...

Page 57: ...d the easyNet network is no longer operational due to the missing bus termination T connector and spur line Advantage If an easyNet station fails the spur line can be removed from the station for the...

Page 58: ...k Physical location place Station number Further information on configuring and commissioning the easyNet Chapter 6 The network Net Page 273 Specifications for the easyNet are provided in the Technica...

Page 59: ...easyNet station Bus termination resistor The physically first and last stations in the easyNET network must each be terminated with a bus termination resistor Because the physically first easyNet sta...

Page 60: ...he socket with an audible click Before a cable is removed the mechanical interlock must be undone Prefabricated The following easyNet connection cables are available for simple installation Table 2 Pr...

Page 61: ...5 TOOL AWG 24 0 2 mm2 is the largest crimpable cross section Cable layout 4 core twisted pair section 12 3 7 NET network page 359 The table on Page 59 provides information for the required cable cross...

Page 62: ...s the station number Example 2 Physical location is not the same as the station number apart from location 1 being the same as station 1 Physical location place Station number Loop through the unit T...

Page 63: ...or a known cable resistance If the resistance of the cable per unit of length is known resistance per unit length R in m the entire cable resistance RL must not exceed the following values RL depends...

Page 64: ...for connecting the programming cable to the COM serial interface on the PC and thus as a connection for the easySoft or easySoft Pro programming software the point to point communication with MFD CP4...

Page 65: ...connection to a PC Device Programming cable Baud Rate easy800 standard EASY800 PC CAB 19 2 kBaud easy800 standard EASY800 USB CAB 57 6 kBaud easy800 standard EASY800 MO CAB 57 6 KBaud universal high...

Page 66: ...the easy800 standard device to the modem via an EASY800 MO CAB cable Table 4 Tab SUB D connector assignment on the EASY800 MO CAB for modem operation The timing requirements for fault free data exchan...

Page 67: ...ting example 800 standard to MFD CP8 CP10 Figure 61 Fitting removing the interface cover Remove the cover from the serial interface and connect the connector plug of the MFD 800 CAB5 Device Connection...

Page 68: ...erface of an MFD Figure 63 Point to point serial interface Connecting example 800 SWD to MFD CP4 easy800 SWD devices are not provided with an operator keypad and display In order to operate easy800 SW...

Page 69: ...arry out the following work with the installation in a de energized state Use the EU4A RJ45 CAB2 cable Insert the cables into the push in terminals of the MFD CP4 according to the terminal assignment...

Page 70: ...rogram that can be read from any suitable easy800 standard device With easy800 standard only use the EASY M 256K card Remove the cover from the interface and connect the connector memory card Figure 6...

Page 71: ...ribbon cable is pointing 3 Finally check the correct polarity of the SWD stations All arrows provided on the SWD stations and ribbon cable must be pointing in the same direction The black conductor of...

Page 72: ...nstall SmartWire DT 68 Control Relay easy800 11 11 MN04902001Z EN www eaton com Potential isolation SmartWire DT is galvanically isolated from AUX COM easyNet SmartWire DT is galvanically connected to...

Page 73: ...s to STOP mode The meaning of the LEDs is provided in section LEDs of easy800 SWD page 295 Startup behavior of 800 devices with a program In the following considerations we assume that a valid program...

Page 74: ...e actual configuration target configuration and project configuration are identical the device operates in RUN mode 3 2 Setting the menu language When you switch on the easy800 device for the first ti...

Page 75: ...tWire DT is operating error free Table 8 LED SWD only easy800 SWD LED off No supply voltage LEDgreencontinuouslight STOP operating mode supply voltage present LED green flashing RUN operating mode sup...

Page 76: ...m information diagnostics You can change the content of line 2 and 3 by pressing ALT After the initial power up the easy800 device indicates with P that the cursor buttons P buttons are not active and...

Page 77: ...nputs outputs Line 1 shows the status of inputs R of the local expansion station and line 4 that of outputs S In addition line 4 indicates the basic devices operating mode When operating the easy800 a...

Page 78: ...igure 67 Entering the main or system menu Retention debounce NET station AC expansion OK P buttons off Start behavior System Information RE Retention active or RS Local expansion station operating cor...

Page 79: ...that you can enter or change a value at the current cursor position Press ESC in Entry mode to restore easy800 to the last changes of an entry Press ALT to switch to Connect mode for wiring contacts...

Page 80: ...ts Simultaneously press the DEL and ALT buttons with the Status display active Use the cursor buttons to select the System menu item Confirm with OK Use the cursor buttons to select the ACTIVATE Q1 me...

Page 81: ...vices without display and function keys have a different startup behavior The RUN START and CARD START functions are activated automatically in this case since no device operations for manual starting...

Page 82: ...e easy800 device is not in STOP mode They are in the Status display Press OK to move from the Status display to the main menu The PROGRAM menu option must then be selected on the easy800 device In gen...

Page 83: ...control The easy800 device takes on the wiring and the tasks of the circuit shown below I Now wire the circuit diagram as described below Figure 70 Circuit diagram with inputs I01 I02 and output Q1 Wi...

Page 84: ...OK so that the cursor jumps to the next position and press cursor button or to change the number to 02 Press OK to move the cursor to the third contact field You do not need a third relay contact so...

Page 85: ...The specified coil function and the output relay Q01 are correct and do not have to be changed Your result will look as follows Figure 71 Your first wired and functional circuit diagram Visible area...

Page 86: ...d outputs with Status display 2 power flow with power flow display Status display during RUN mode Change to the status display and press pushbutton S1 Do not execute pushbutton S2 The contacts for inp...

Page 87: ...01 and I02 are closed relay Q1 picked up Contact closed coil is triggered Contact opened coil not triggered Press pushbutton S2 that has been connected as an N C contact The power flow is interrupted...

Page 88: ...te or modify the circuit diagram Switch the easy800 device to STOP mode Choose STANDARD PROGRAM to switch from the main menu to the appropriate menu level Select DELETE PROGRAM The easy800 device will...

Page 89: ...tput 1 and 2 Marker words MW89 MW96 are therefore assigned Table 9 Page 87 With EASY411 DC ME you can activate and commission all six analog inputs voltage current or temperature at the same time X X...

Page 90: ...rameter digit flashes Use the cursor buttons to select the digits to be modified and then use the buttons to set the required value Set the configuration code accordingly Figure 77 page 85 and Figure...

Page 91: ...a configurable expansion unit Analog value Input Output EASY406 DC ME EASY411 DC ME 1 Analog input MW93 MW89 2 Analog input MW94 MW91 3 Analog input MW93 4 Analog input MW90 5 Analog input MW92 6 Anal...

Page 92: ...nalog output 1 are used for this application Example configuration with EASY406 DC ME Two analog values are to be monitored for equal voltage The voltage at analog input 1 of the expansion device term...

Page 93: ...ce outputs a 0 signal on R2 R3 if the voltage goes below 8 V DC or outputs a 1 if this voltage is exceeded Digital outputs S1 S2 The digital outputs S1 and S2 of the analog expansion units are used in...

Page 94: ...perating mode The POW LED of this NET station must be permanently lit When commissioning for the first time the NET LED is Off An introduction to the easyNet network is provided in section Introductio...

Page 95: ...that your NET allows section NET network page 359 The remaining parameters are not described further here They are described in detail section Description of the NET PARAMETERS page 277 If all setting...

Page 96: ...only log in other NET stations via this NET station The STATIONS menu remains inactive for all other NET IDs Figure 81 Requirement The easy800 device must be in STOP operating mode You must be in the...

Page 97: ...tion as required you will find a description of possible causes in section Functionality of the NET faulty page 337 CAUTION Operating the NET with two masters two stations with NET ID 1 is not allowed...

Page 98: ...ographical position 3 is set to 0 3 10 2 Configuring NET Once you have completed the parameter assignment of the NET stations and created a station list you can then configure the easyNet For the conf...

Page 99: ...nowledge whether you want to configure the system Press OK CAUTION The REMOTE IO SEND IO and REMOTE RUN parameters required for operation are not transferred to the connected device with the NET confi...

Page 100: ...at does not correspond to the physical location in the station list If you wish to correct the NET ID section Change station list page 93 confirm the prompt with OK Otherwise you can cancel the config...

Page 101: ...ice concerned 3 10 4 Showing the status display of other NET stations On each device with a program and a display with operating buttons you display the status of the inputs and outputs of every other...

Page 102: ...page 28 3 SmartWire DT connected to easy800 SWD section Install SmartWire DT page 67 4 All configured SWD stations are connected to the SWD line 5 The bus termination must be connected Commissioning...

Page 103: ...figuration of the SWD system All stations are addressed consecutively in ascending order The physically present actual configuration is determined on the SWD line This is stored in easy800 SWD retenti...

Page 104: ...3 Commissioning 3 11 Putting the SmartWire DT into operation 100 Control Relay easy800 11 11 MN04902001Z EN www eaton com...

Page 105: ...rid containing contact fields coil fields and rungs It is then wired up with connections Insert contacts in the four contact fields The first contact field on the left is automatically connected to th...

Page 106: ...for the device easyNet password system settings and operating parameters and the following components Circuit Diagram Function block list Function block plan Project configuration applies only to easy...

Page 107: ...the target configuration the device switches to operation and processes its circuit diagram The actual configuration was already stored as the target configuration when SmartWire DT was installed and...

Page 108: ...act fields of the circuit diagram Table 12 Usable contacts 4 4 4 Coils Coils are the actuating mechanisms of relays The results of the wiring are transferred to the coils when the device is in RUN mod...

Page 109: ...from 0 to 1 The relay behaves like a bistable flip flop Figure 85 Impulse relay signal diagram easy800 display Coil function Example Page Contactor function Q01 D02 S04 01 M07 105 Impulse relay funct...

Page 110: ...is switched off C the coil is not retentive Figure 86 Set and Reset signal diagram If both coils are actuated simultaneously the coil with the higher rung number has priority in this case the reset co...

Page 111: ...store the Boolean states 0 or 1 A marker bit is also called an auxiliary relay easy800 devices also manage the marker bits in marker bytes MB marker words MW and in marker double words MD A marker by...

Page 112: ...68 Byte21 is contained in MW11 and DW6 Marker bit M marker bytes MB marker words MW and marker double words MD are used in the circuit and function block diagram Expansion units for analog value measu...

Page 113: ...16 bits r w Marker 8 bit MB 01 96 01 128 8 bit r w Marker 1 bit M 1 96 01 128 1 bit r w Analog inputs easy800 standard IA X X 01 04 None 10 Bit r Analog output QA X X 01 None 10 Bit r w Analog inputs...

Page 114: ...into account if the output of a function block can take on a negative value You must temporarily store this value in a marker double word in order to transfer it to the input of a function block othe...

Page 115: ...he circuit diagram with the output relays Q S or SN The jump destination has a special position for the input contacts and the jump location for the output relays These are used for structuring a circ...

Page 116: ...uit diagram as a N O or N C Switch to Entry mode and move the cursor over the contact name Press ALT The N O contact will change to a N C contact Press OK twice to confirm the change Change contact I...

Page 117: ...alue to be changed flashes Use to move the cursor to a contact or coil field Press OK to switch to Entry mode Use to select the position you wish to change and press OK to move to the next position a...

Page 118: ...r in this mode as a wiring arrow Use to move the cursor to the contact or coil field from which you wish to create a connection Press ALT to switch to Connect mode Use to move the arrow between the co...

Page 119: ...moving the cursor to a contact or coil field 4 5 7 Insert Rung The circuit diagram display shows three of the 256 rungs at the same time Rungs outside of the display including empty rungs are scrolled...

Page 120: ...use cursor buttons to select the GO TO menu Press OK Select the required rung L with the cursor buttons Always the first contact of the rung is displayed Press OK The cursor stops at the first contact...

Page 121: ...to this area If the required contact or coil is located above the point of calling start the search at the beginning of the circuit diagram If the search is successful you will automatically reach th...

Page 122: ...hbuttons not used 4 5 14 Checking the circuit diagram The easy800 device features an integrated power flow display with which you can follow the switching states of contacts relay and function block c...

Page 123: ...nation label Jumps exist in the circuit diagram for skipping rungs Jump location and jump destination are located in the same circuit diagram function block editor for skipping function blocks Jump lo...

Page 124: ...quence 1 Switch on motor 1 immediately Sequence 2 Activate barrier 2 wait time then switch on motor 1 Contacts and relays used I1 sequence 1 I2 sequence 2 I3 guard 2 moved out I12 motor protective cir...

Page 125: ...ot be read nor written by other NET stations REMOTE IO is always deactivated Other NET stations cannot access the stations of the SWD line Wiring a contact or coil of another NET station in the circui...

Page 126: ...E IO mode without a circuit diagram Example 1 NET station 1 is required to read data from input I1 of NET station 2 and write data to output Q1 of NET station 2 NET station 2 does not have a circuit d...

Page 127: ...e formed in the circuit diagram of the sending station you set for the SN operand coil the station number NET ID of the receiving station in the circuit diagram of the receiving station you set for th...

Page 128: ...emory card is described in section 2 8 Connecting the serial interface page 60 On the memory card you can save easy800 circuit diagram All parameter settings of the circuit diagram P pushbuttons INPUT...

Page 129: ...ndard device will output the message PROG INVALID The storing device saved its type and version on the card A program to be loaded from the card must be suitable for the destination device otherwise t...

Page 130: ...ad back is executable Downward compatibility with 800 standard devices If a program is written to the memory card by an easy800 standard device with a newer operating system this program can also be r...

Page 131: ...ed in conventional open loop and closed loop control systems You can first use the function block in the circuit diagram and then define the actual and setpoint parameters for the function block input...

Page 132: ...select the parameter to be changed for example the time range S Use the cursor buttons to change the parameter value to a different time range such as M S Press OK to exit the parameter dialog if you...

Page 133: ...to select the required function block from the function block list in this case timing relay T01 Confirm your selection with OK The timing relay is displayed in the function block editor 4 7 3 Paramet...

Page 134: ...nput of a function block is not assigned impermissible values during operation There is a danger of this if you assign negative values to the input although the function block can only accept positive...

Page 135: ...en working with the function block editor the mode of the device is important 1 STOP Access is possible to all parameters of the function blocks 2 RUN Only access to the basic parameters is possible I...

Page 136: ...ove it from the circuit diagram and from the function block list Requirement The easy800 device must be in STOP operating mode Press OK PROGRAM PROGRAM CIRCUIT DIAGRAM to enter the circuit diagram dis...

Page 137: ...xception If you want to prevent other people from modifying the parameters of the function blocks change the access enable symbol from to when creating the circuit diagram and setting parameters You c...

Page 138: ...4 Wiring with 800 4 7 Working with function blocks 134 Control Relay easy800 11 11 MN04902001Z EN www eaton com...

Page 139: ...tion blocks have the adjustable basic parameter It is therefore described here for all function blocks and only mentioned in brief in the particular function block descriptions The basic parameter is...

Page 140: ...eters as shown in the figure on the left Enter the function block settings here The display contains the following elements Contacts Meaning A Q1 Reaching of the comparison result according to the sel...

Page 141: ...igned to I1 F2 is permanently assigned to I2 OS You can use the offset input OS to move the zero point of the function block input I1 HY The HY function block input is used for the positive and negati...

Page 142: ...llowing formulae you can calculate the permissible value range 231 I1 F1 OS 231 1 CY 0 231 I2 F2 HY 231 1 CY 0 231 I2 F2 HY 231 1 CY 0 The following signal diagram illustrates the function Figure 103...

Page 143: ...f I1 is equal to I2 i e the actual value is equal to the setpoint value The contact switches off If the hysteresis limit is exceeded with the actual value rising If the hysteresis limit is undershot w...

Page 144: ...ion block Figure 104 Wiring the function block contacts Parametric programming of the function block inputs outputs When using the function block in the circuit diagram for the first time use OK to au...

Page 145: ...ides the calculation result as an integer You can assign the following operands to output QV Analog output QA01 Markers MD MW MB and double word inputs of other function blocks Function of the functio...

Page 146: ...due to overflow CARRY AR CY Status 1 4096 1000 5096 4096 1000 3096 Multiplication examples 12 x 12 144 1000042 x 2401 Last valid value before this arithmetic operation due to overflow CARRY Correct v...

Page 147: ...ction block in the circuit diagram for the first time use OK to automatically enter the general display of function block parameters as shown in the figure on the left Enter the function block setting...

Page 148: ...ecified at both I1 and I2 the number of the markers is the start of comparison range Marker range with offset If you wish to work with an offset specify one of the following variables at function bloc...

Page 149: ...ed Block 1 starts at MB10 Block 2 starts at MB40 Each block is 5 bytes long Parameters of function block BC01 The comparison result of the function block BC01 is BC01EQ 1 the data block ranges have th...

Page 150: ...ker blocks definition of a marker range in a different format Two marker blocks are to be compared Block 1 starts at MB60 Block 2 starts at MD80 Each block is 6 bytes long Parameters of function block...

Page 151: ...ut BC01E1 is 1 Comparison range 1 Value of marker range 1 decimal binary Comparison range 2 Value of marker range 2 decimal binary MB60 45 00101101 MD80 Byte 1 LSB 1097219629 0100000101100110001111100...

Page 152: ...Two marker blocks are to be compared Block 1 starts at MW40 block 2 at MW54 The block length is determined by the value of counter C 01QV Parameters of function block BC01 The error message The speci...

Page 153: ...oils Example of a block transfer function block Figure 107 Wiring the trigger coil The trigger coil is connected to a device input Figure 108 Wiring the contacts The messages of the function block are...

Page 154: ...Terminal I11 IA04 Terminal I12 Analog output QA01 Output QV of a different function block Specifying the marker range Marker ranges can be specified with or without an offset Marker range without offs...

Page 155: ...The length of the destination range is specified by the number of bytes at the NO input The content of the source range is transferred to the marker bytes in the destination range The function block c...

Page 156: ...ock BT01 After a rising edge from 0 to 1 at coil BT01T_ the value 45 is present in the marker bytes MB65 to MB68 Source range I1 MB10 Target range I2 MB20 Number of bytes NO 5 Source range Value of so...

Page 157: ...transfer is in byte format MD80 has 4 bytes and MD81 has 4 bytes which means that NO has the value 8 Comparison range 1 Valuemarker range 1 dec binary Comparison range 2 Value of marker range 2 decima...

Page 158: ...marker bytes invalid offset error The value of marker byte MB40 is to be transferred to MW54 and subsequent marker words The block length is specified by the value of the counter C 01QV The message Th...

Page 159: ...is a rising edge from 1 to 1 at the BT T_ Trigger coil The error outputs E1 E2 and E3 are evaluated regardless of the status of the trigger Example 1 Copy of marker blocks direct definition of marker...

Page 160: ...definition of a range in a different format Marker range MD60 to MD62 is to be copied to MW40 to MW45 Parameters of function block BT01 Source range I1 MB15 Target range I2 64 Number of bytes NO 4 Mar...

Page 161: ...of marker range 2 decimal binary MD60 866143319 0011001110100000 0100110001010111 MW40 LSW 19543 0011001110100000 0100110001010111 MD60 866143319 0011001110100000 0100110001010111 MW41 MSW 13216 0011...

Page 162: ...lue of marker word MW40 is to be copied to MW54 and subsequent marker words The block length is specified by the value of the counter C 01QV Parameters of function block BT01 The message The specified...

Page 163: ...agram for the first time use OK to automatically enter the general display of function block parameters as shown in the figure on the left Enter the function block settings here The display contains t...

Page 164: ...the operation result You can assign the following operands Analog output QA01 Markers MD MW MB Function of the function block The function block creates the operation depending on the operating mode E...

Page 165: ...lue of I1 and 1 I1 1 I2 Decimal Binary values AND Value I1 13219 0011001110100011 Value I2 57193 1101111101101001 Result QV 4897 0001001100100001 OR Value I1 13219 0011001110100011 Value I2 57193 1101...

Page 166: ...be greater than twice the cycle time The CH high speed counter can be used for shorter pulses Square wave count pulses are required to ensure a 1 1 mark to space ratio The relay counts only in RUN ope...

Page 167: ...rt value is used to cause the function block to count from a specified value Offset You can assign the following operands to function block inputs SH SL and SV Constant Markers MD MW MB Analog inputs...

Page 168: ...ive counter relays can be selected in the SYSTEM RETENTION menu The retentive actual value requires 4 bytes of memory If a counter relay is retentive the actual value is retained when the operating mo...

Page 169: ...s C FB after the lower setpoint value is reached Range B The counter relay counts upwards and reaches the upper setpoint value The upper setpoint value reached contact C OF becomes active Range C The...

Page 170: ...tes in the integer range from 4 to 5000 1 kHz 1000 The value range cannot be exceeded as the maximum measured value is less than the value range Contacts and Coils Example of a frequency counter Figur...

Page 171: ...ut QV of a different function block Output QV The output CF QV outputs the actual frequency at the counter input as an integer You can assign the following operands to output QV Analog output QA01 Mar...

Page 172: ...set to zero The pulses on the input are counted for one second irrespective of the cycle time and the frequency is determined The measurement result is provided at the function block output CF QV Figu...

Page 173: ...oils Square wave count pulses are required to ensure a 1 1 mark to space ratio Note that the digital inputs I1 to I4 are permanently assigned to the frequency counter function blocks provided I1 Count...

Page 174: ...f function block parameters as shown in the figure on the left Enter the function block settings here The display contains the following elements Avoid unforeseeable switch states Only use each functi...

Page 175: ...Output QV of a different function block Output QV Actual value output CH QV outputs the current actual value as an integer You can assign the following operands to output QV Analog output QA01 Marker...

Page 176: ...t value reached or undershot 10 Contact N O CH ZE Actual value equal to zero 11 Out of value range Range A The counter has the value zero The contacts CH ZE actual value zero and CH FB lower setpoint...

Page 177: ...etpoint value is undershot the contact CH FB becomes active Range E The reset coil CH RE is activated The actual value is set to zero The contact CH ZE is active Range F The actual value goes outside...

Page 178: ...permanently assigned to device inputs I1 and I2 The coils of the function block are connected directly here to the device inputs Square wave count pulses are required to ensure a 1 1 mark to space rat...

Page 179: ...n the following operands to function block inputs SH SL and SV Constant Markers MD MW MB Analog inputs IA01 to IA04 IA01 Terminal I7 IA02 Terminal I8 IA03 Terminal I11 IA04 Terminal I12 Analog output...

Page 180: ...etained when the operating mode changes from RUN to STOP as well as when the supply voltage is switched off If a easy800 is started in RUN mode the counter operates with the retentively saved actual v...

Page 181: ...reached or undershot 10 Contact N O CI ZE Actual value equal to zero 11 Out of value range Range A The counter has the value zero The contacts CI ZE actual value zero and CI FB lower setpoint value u...

Page 182: ...lses are present downward counting is initiated If the lower setpoint value is undershot the contact CI FB becomes active Range E The reset coil CI RE is activated The actual value is set to zero The...

Page 183: ...K to automatically enter the general display of function block parameters as shown in the figure on the left Enter the function block settings here The display contains the following elements Inputs I...

Page 184: ...ion of the function block The function block compares values present at the inputs I1 and I2 The following contacts close depending on the comparison result I1 greater than I2 GT contact closes I1 equ...

Page 185: ...the Parameters tab Carry this out for every D function block used This is where you also set the variable to be shown A detailed description of this topic is provided in the easySoft Pro online help...

Page 186: ...he following formats for timing relay time and date are supported Entering setpoints via keypad display The function block setpoints shown on the display and which can be defined as constants can be e...

Page 187: ...1 is reset to 0 STOP operating mode is selected The easy800 device is switched off A menu was selected via OK or DEL ALT D 02 to D 32 If several texts are present and are triggered each text is automa...

Page 188: ...ting mode you use the cursor buttons to change the value Use the cursor buttons to move between places Use the OK pushbutton to accept the modified value Use the ESC pushbutton to abort the entry and...

Page 189: ...block in the circuit diagram for the first time use OK to automatically enter the general display of function block parameters as shown in the figure on the left Enter the function block settings her...

Page 190: ...function blocks can be operated with retentive actual values The quantity can be selected in the SYSTEM RETENTION menu Function of the function block The value at input I1 is only transferred with a...

Page 191: ...bles can be processed via two pulse width modulated outputs However it is in most cases useful to run no more than three closed loop controllers per program simultaneously If your application requires...

Page 192: ...e proportional function DC EI Activating the integral function DC ED Activating the differential function DC SE Activating the manual manipulated variable manual mode M 51 u DC02EN d DC02EP d DC02EI v...

Page 193: ...essing If the value 0 is set the cycle time of the device is the pause time between the function block calls MV The set value of the manual manipulated variable Mv is output on the output DC QV as a m...

Page 194: ...nt The proportional component YP is the product of the gain Kp and the control difference e The control difference is the difference between the setpoint Xs and the actual value Xi at a specified scan...

Page 195: ...rtional gain Tc Scan time Tv Rate time of the control system also called the differential time Xi t Actual value with scan time t Xi t 1 Actual value with scan time t 1 Manual mode of the PID controll...

Page 196: ...lay contains the following elements If you are using the function block in time consuming applications such as in conjunction with a DC PID controller you should not program any other time consuming a...

Page 197: ...al to be smoothed is added via input I1 The delayed and smoothed output value is transferred to QV The recovery time Tg is used for setting the time in which the smoothing is to take place The recover...

Page 198: ...t Ta Tg x Kp x x t Y t 1 Y t Calculated output value for scan time t Ta Scan time Tg Recovery time Kp Proportional gain x t Output value with scan time t Y t 1 Output value with scan time t 1 Scan ti...

Page 199: ...s set indirectly via the value for the recovery time Tg see above table The following applies tcyc Ta Some applications exist in which this condition cannot be reached In this case you should set the...

Page 200: ...outputs When using the function block in the circuit diagram for the first time use OK to automatically enter the general display of function block parameters as shown in the figure on the left Enter...

Page 201: ...to output QV Analog output QA01 Markers MD MW MB GET diagnostics The GT function block only functions if the NET is operating correctly section 9 6 800 standard expanding page 325 Function of the fun...

Page 202: ...un in the event of a power failure although the time switch relays will not switch The contacts are kept open when de energized Information on the battery back up time are provided on section 12 3 4 C...

Page 203: ...eekly timer channels A B C and D are available These channels all act jointly on the contact Q1 of the 7 day time switch Day 1 and day 2 These parameters DY1 DY2 are used to limit the period in which...

Page 204: ...ccording to the parameters entered MO to FR on weekdays Mo Tu We Th Fr ON 10 00 OFF 18 00 On and off time on each weekday MO Every Monday ON 10 00 On time SA Every Saturday OFF 18 00 Off time Switchin...

Page 205: ...00 on Tuesday Figure 138 Signal diagram for night switching Time overlaps The 7 day time switch settings of a time switch overlap The clock switches on at 16 00 on Monday whereas on Tuesday and Wednes...

Page 206: ...ys follow the channel which switches first In other words the first On time at one of the four channels switches the state at output Q1 to 1 The first Off time of a channel switches the state at outpu...

Page 207: ...vals by switching on and off for individual days months or years Switch for continuous periods of time by remaining continuously switched on from the start of any user defined day until the end of any...

Page 208: ...ters as shown in the figure on the left Enter the function block settings here The display contains the following elements Channel For each year time switch function block you can configure the parame...

Page 209: ...Entry rules The contact switches ON to OFF in the years in the defined months on the entered days Parameters Function ON On date OFF Off date HY01 A ON 08 OFF 12 HY01 A ON 04 OFF 10 HY01 A ON 02 OFF 2...

Page 210: ...7 Two channel Channel A ON Day month Channel B OFF Day month Rule 8 Two channel Channel C ON Day Month Year Channel D OFF Day month year With this rule the same year number must be entered in each cha...

Page 211: ...e year time switch HY03 is required to switch on at 00 00 on day 1 of each month and switch off at 00 00 on day 29 of each month Figure 143 Select day range Example 4 Selecting public holidays 1 chann...

Page 212: ...year 2 channel The year time switch HY01 is required to switch on at 00 00 on day 02 05 of each year and stay on continuously until 00 00 on 1 11 of each year Open air season Figure 146 Select time ra...

Page 213: ...s of the year time switch HY01 ON OFF First last switch on years are not restricted in this case ON OFF First last switch off years are not restricted in this case Example 9 Selecting a time range of...

Page 214: ...havior of contact Q1 in this example The time switch switches on at 00 00 on 3 May and stays on until 00 00 on 26 May In June July August September October the time switch will switch on at 00 00 on d...

Page 215: ...neral display of function block parameters as shown in the figure on the left Enter the function block settings here The display contains the following elements Function of the function block If the J...

Page 216: ...ere the jump is to be made and press OK Then use the cursor keys to select function block JC01 and close the input dialog with two clicks on OK Insert table function block TB01 into then next position...

Page 217: ...n block conditional jump If it is placed in front of the associated jump location backward jump the program branches to the end of the function block list and fault contact JC E1 of function block con...

Page 218: ...cks Contacts and Coils The enable coil LS EN activates the function block in the standard circuit diagram when the coil is deactivated the output QV is set to 0 Example of a value scaling function blo...

Page 219: ...X2 and Y2 Constant Markers MD MW MB Analog inputs IA01 to IA04 IA01 Terminal I7 IA02 Terminal I8 IA03 Terminal I11 IA04 Terminal I12 Analog output QA01 Output QV of a different function block Output T...

Page 220: ...X2 Y2 Second value pair g Straight line with positive gradient Figure 155 Mathematical interrelationship Application example The signal of measuring value converters with a current output reaches the...

Page 221: ...05 bit The maximum measured value is at 1023 bits The parameter display and the parameter set for function block LS01 is shown on the left After the function block number 01 is defined you enter here...

Page 222: ...trigger coil The trigger coil is connected to a device input Figure 157 Wiring the contacts The message of the function block is sent to a marker Parametric programming of the function block inputs o...

Page 223: ...tected on the trigger coil The contact MR1 Q1 assumes the state of its own trigger coil and confirms the reset operation Parameters Function Q Resets the outputs used in the circuit diagram Q Q QA S S...

Page 224: ...tiplexers The function block is enabled via the coil in the circuit diagram and its contact is then queried as an error output Contacts and Coils When the enable coil MX EN is set to 1 it switches the...

Page 225: ...alog inputs IA01 to IA04 IA01 Terminal I7 IA02 Terminal I8 IA03 Terminal I11 IA04 Terminal I12 Analog output QA01 Output QV of a different function block Output The output QV supplies the value presen...

Page 226: ...he channel that is to reach the output The fixed speed is set as a constant at input MX01I1 the subsequent inputs are assigned the variable values from markers MB01 to MB03 The setpoints at output MX0...

Page 227: ...s not active the entire function block is deactivated and reset The output value is set to zero Example Figure 161 Wiring the enable coil Its coil NC EN is directly connected to the device terminal IS...

Page 228: ...n the input value to be converted to function block input I1 The function block input I1 can be assigned the following operands Constant Markers MD MW MB Analog inputs IA01 to IA04 IA01 Terminal I7 IA...

Page 229: ...QV dec 9 0000 1001 1001 9 17 0001 0001 1011 11 25 0001 1001 0001 0011 19 19 0001 0011 1101 13 161061273 0000 1001 1001 1001 1001 1001 1001 1001 0001 0001 0001 0110 0111 1111 9999999 18585 1000 0000 00...

Page 230: ...011 0001 1001 25 13 0000 1101 0001 0011 19 9999999 0001 0001 0001 0110 0111 1111 0000 1001 1001 1001 1001 1001 1001 1001 161061273 9099 10000 0000 0000 0000 0010 0011 1000 1011 1000 0000 0000 0000 100...

Page 231: ...Wiring of the function block contact The message of the function block was wired to a device output Parametric programming of the function block inputs outputs When using the function block in the cir...

Page 232: ...its actual value every minute basic clock rate 1 minute If the actual value on QV reaches the setpoint value of I1 the contact OT Q1 switches for as long as the actual value is greater than or equal t...

Page 233: ...output Q02 is connected at function block PO02 The outputs Q01 and Q02 used must not be used again in the circuit diagram The reason for this is that the PO function blocks overwrite all other status...

Page 234: ...ce is switched off The function block sends 24 V pulse sequences at output Q01 function block PO01 or Q02 function block PO02 The frequency of the pulse sequence is determined by the parameters that a...

Page 235: ...he operating frequency depending on parameter RF The function block determines the start of the braking phase from the parameters I1 BF FO and FS From this point the operating frequency is continuousl...

Page 236: ...een reached Range B Activating the coil PO BR initiates the braking phase and reduces the frequency of the pulse sequence Range C A voltage drop at coil PO EN immediately switches off the pulse sequen...

Page 237: ...1 TP on duration 0 5 seconds The function block generates at the device output the number of pulses defined at P1 with the starting frequency defined at FS see range A in Figure 167 page 234 2 TP on...

Page 238: ...ulses therefore determines the travel distance The frequency of the pulses determines the speed of travel The travel behavior of a stepper motor in Normal mode can be divided up into three phases whic...

Page 239: ...69 Wiring the function block contacts The contacts transfer the function block information to markers Parametric programming of the function block inputs outputs When using the function block in the c...

Page 240: ...nction of the function block When the trigger coil PT T_ picks up the contact PT Q1 and stays closed for as long as the trigger coil remains activated The pickup triggers the buffering of the input va...

Page 241: ...assigned the device outputs Q01 and Q02 If you use the PW01 the pulse sequence is output at device output Q01 with the PW02 function block the device output Q02 is activated When the outputs Q01 and...

Page 242: ...3 Terminal I11 IA04 Terminal I12 Analog output QA01 Output QV of a different function block Function of the function block If the function block is enabled by 1 at the PW EN coil the set value at inpu...

Page 243: ...continuous operation The contact E1 closes If ME stays at 0 or is not connected ME is preset to 0 1 ms Figure 174 Pulse width modulation signal diagram EN Enable coil SV Manipulated variable ME Minim...

Page 244: ...tion blocks 5 27 PW pulse width modulation 240 Control Relay easy800 11 11 MN04902001Z EN www eaton com Memory 48 per 4 Byte Constant at function block input Cycle time s easy800 standard easy800 SWD...

Page 245: ...gure 175 Wiring the trigger coil The trigger coil is connected to a device input Figure 176 Wiring of the function block contact The contact is assigned to a marker Parametric programming of the funct...

Page 246: ...work The sending stations executes this operation as soon as a new minute starts on the device real time clock The other stations accept this value Example The trigger pulse is set at 03 32 21 hh mm s...

Page 247: ...haracters from the displayable range of the ASCII table 32d to 126d are available for creating text Contacts and Coils After an error is detected there must be an edge change on SP EN from 1 0 in orde...

Page 248: ...l up parameters are shown in Figure 17 Baud 9600 19200 Data Bit normally 8 bits Stop Bit 1 2 Parity none even uneven Time Stamp Date and time are added to the text Leased Line This option can be selec...

Page 249: ...a further 24 bytes are required for any other SP function block instantiated Allow also for the additional 160 bytes required for a D function block Function of the function block This function block...

Page 250: ...lanks are sent and shown in succession for example on a terminal Starting with the leftmost character in the first row of the entry field up to the rightmost character of the fourth row If a variable...

Page 251: ...gisters Contacts and Coils Examples Figure 179 BIT operating mode wiring the function block coils The function block coils are switched by markers Figure 180 BIT operating mode wiring the function blo...

Page 252: ...eters Page 249 gure left Enter the function block settings here Operating mode With this parameter you define whether you wish to run the shift register as a bit register or in double word format The...

Page 253: ...tput QA01 Markers MD MW MB Function of the function block The SR EN coil is actuated You have set STOP mode A rising edge at FP ForwardPulse causes the bit value to be accepted at data input FD Forwar...

Page 254: ...SR FD has the value 0 with the forwards pulse from SR FP the register field SR Q1 shifts the content of all register fields one place forwards and accepts the 0 from SR FD d Reset of the register SR E...

Page 255: ...register fields one place back and accepts the 52 from SR I2 d Reset of the register SR EN is activated the function block is active Activating SR RE clears the content of the register Application ex...

Page 256: ...workpiece Production code 1 moves one place forwards as does the remaining register content It now stands at register output SR01D2 It reaches machining station 2 via double word marker MD02 The proce...

Page 257: ...k for setting the set cycle time Figure 185 Wiring the enable coil Parametric programming of the function block inputs outputs When using the function block in the circuit diagram for the first time u...

Page 258: ...enabled so that it can work Coil ST01EN is active If coil ST01EN is not active the entire function block is deactivated and reset Memory 24 per 4 Byte Constant at function block input Cycle time Memor...

Page 259: ...inputs A marker activates the reset coil another marker activates the stop coil Figure 187 Wiring of the function block contact The function block indication signal is assigned directly to a device ou...

Page 260: ...ion X On delayed switching X On delayed switching with random time range Off delayed switching Off delayed switching with random time range X On and off delayed Off delayed with random time range setp...

Page 261: ...retentive actual values The number of retentive timing relays can be selected in the SYSTEM RETENTION menu If a timing relay is retentive the actual value is retained when the operating mode is chang...

Page 262: ...t digit is rounded up or down to 0 or 5 maximum value 999995 ms M S value in seconds maximum value 5999 s H M value in minutes maximum value 5999 min Examples of time range S Operand value 9504 Time v...

Page 263: ...T Q1 ts setpoint time Range A The time runs down from the set time value Range B The time does not elapse because the trigger coil drops out prematurely Range C The Stop coil stops the time from elaps...

Page 264: ...coil T RE 4 Switching contact N O contact T Q1 ts Setpoint time Range A The time elapses after the trigger coil is deactivated Range B The Stop coil stops the time from elapsing Range C The reset coi...

Page 265: ...2 drop out time Range A The relay processes the two times without any interruption Range B The trigger coil drops out before the on delay is reached Range C The stop coil stops the timeout of the on d...

Page 266: ...Reset coil T RE 4 Switching contact N O contact T Q1 Range A The trigger signal is short and is lengthened Range B The trigger signal is longer than the set time Range C The stop coil interrupts the...

Page 267: ...chronous flashing I1 not equal I2 Figure 197 Signal diagram timing relay synchronous and asynchronous flashing 1 Trigger coil T EN 2 Stop coil T ST 3 Reset coil T RE 4 Switching contact N O contact T...

Page 268: ...WP the currently read input value TB RF the first table entry TB RL the last table entry Example of a table function block Figure 198 Wiring the function block coils Markers switch the coils of the fu...

Page 269: ...erminal I7 IA02 Terminal I8 IA03 Terminal I11 IA04 Terminal I12 Analog output QA01 Output QV of a different function block Outputs QV The first and last table entry is output at output QV depending on...

Page 270: ...e RE coil A rising edge at the RE coil causes The value at output TB QN to be set to 0 The signal contact TB TE to close The signal contact TB TF to open Reading out the table The TB RF and TB RL coil...

Page 271: ...nable coil TB16EN is permanently active the function block is not switched off With a rising edge of marker M01 write clock pulse coil TB16WP for reading the production code from MD10 and transfers it...

Page 272: ...nter the general display of function block parameters as shown in the figure on the left Enter the function block settings here The display contains the following elements Inputs I1 You assign the val...

Page 273: ...limit value or less than the lower limit value the appropriate limit value is output at VC QV 5 35 Example with timing relay and counter function block A warning light flashes when the counter reaches...

Page 274: ...menu The meaning of these parameters is explained under each function block type Entry The first part of the parameter set of a counter is displayed Move the cursor over the character to the value ent...

Page 275: ...it diagram Switch easy800 to RUN operating mode and return to the program You can display every parameter set via the function relays menu Move the cursor onto C 01 and press OK The parameter set for...

Page 276: ...5 Function blocks 5 35 Example with timing relay and counter function block 272 Control Relay easy800 11 11 MN04902001Z EN www eaton com...

Page 277: ...mproved control using decentralised programs Synchronise date and time Read and write inputs and outputs Send values to other stations Receive values from other stations Load programs from or to any s...

Page 278: ...e with a NET connection also runs a parallel communication process that controls the exchange of network data Before every program cycle the network data is written from the NET receive buffer to the...

Page 279: ...ram The NET parameter REMOTE IO of this NET station is automatically deactivated Possible NET IDs 01 08 Possible devices All NET stations without their own program Used as input output device in REMOT...

Page 280: ...l NET stations with a program can read all inputs and outputs of the other NET stations Only the station with NET ID 1 can write to all the outputs of the NET stations without a program A NET station...

Page 281: ...ATE Factory set baud rate 125 Kbaud The devices allow a NET transfer speed of 10 1000 Kbaud selectable in defined steps Possible baud rates are 10 20 50 125 250 500 and 1000 KB Use and to select a bau...

Page 282: ...me for the following reasons In addition to the user data additional data is transferred to the PC i e to easySoft Pro in Online status or to an MFD in terminal mode The transfer rate is low By increa...

Page 283: ...te telegram NET stations without a circuit diagram send each status change of an input or output without taking the SEND IO setting into account An activated SEND IO function will considerably increas...

Page 284: ...utomatically occur at a later time Configuring an input output device without its own circuit diagram REMOTE IO OnREMOTE IO is only indicated in the NET PARAMETERS menu As the devices are factory set...

Page 285: ...idual error probability is 10 10 message error rate The message error rate depends on Bus loading Telegram length Malfunction frequency Number of stations Example using a network with 500 Kbaud averag...

Page 286: ...system MN05006002Z EN SmartWire DT station MN05006001Z EN With SmartWire DT you can interconnect up to 99 stations very quickly in simple steps Stations can consist of switching devices as well as I...

Page 287: ...s are passive SWD components that do not exchange data but are required for operating the SmartWire DT network SWD elements are for example the power feeder modules SWD cables adapters etc SWD element...

Page 288: ...N05006002Z EN Power feeder modules are power supply units that are connected additionally to the SmartWire DT network when there is an increased current consumption or increased voltage drop Being a p...

Page 289: ...ual physical configuration present on the SWD line Every time easy800 SWD is started the actual configuration is determined and compared with the stored target configuration To operate the device the...

Page 290: ...or diagnostic information The input and output data of the stations is assigned to the bit operands or the value operands by means of an assignment list see easySoft Pro Online Help The operands can b...

Page 291: ...m and used for further control tasks This basic diagnostic information is coded in the normal process image of each SWD station The information about whether the SWD station is exchanging data normall...

Page 292: ...ic alarms The alarms are logged and displayed with a time stamp The time stamp is based on the system time of your PC The code is displayed in decimal notation Diagnostic alarms can be categorized as...

Page 293: ...activated An incorrect station is one that easy800 SWD finds which when determining the actual configuration is not expected in the target configuration Bear in mind that the serial number of the stat...

Page 294: ...nt and that the station is not a universal module easy800 SWD checks the option whether compatible devices are permissible With the activated option easy800 SWD checks whether the station found is com...

Page 295: ...on button In response easy800 SWD reads the new target configuration easy800 SWD compares the target configuration with the project configuration and determines they are different The device checks wh...

Page 296: ...trigger an SWD error The Mandatory station device parameter which can be set individually for each SWD station is no longer checked in this case easy800 SWD stays in RUN mode The POW LED flashes gree...

Page 297: ...press the Config configuration button This will store the incorrect station in the target configuration If you then restart the device easy800 SWD will not find any difference between the target conf...

Page 298: ...te the replacement of the SWD node from the project configuration with a compatible SWD station in the target configuration If the station is a compatible station and the Compatible devices permissibl...

Page 299: ...arget configuration present green continuous light Actual configuration Target configuration green flashing Actual configuration is determined Orange flashing Target configuration is determined Red fl...

Page 300: ...7 SmartWire DT 7 4 Errors on the SWD line 296 Control Relay easy800 11 11 MN04902001Z EN www eaton com...

Page 301: ...assword is already activated Numbers between 0 and 9 can be used for the password In this case the password consists of a value between 000001 and 999999 Press DEL and ALT to call up the System menu S...

Page 302: ...ice Data exchange via the easyNet is not affected Take into account the restricting effect of a protected interface if you have to reset the easy800 device to factory settings Section Password no long...

Page 303: ...ce shows this password menu only if a password is present Then press the OK button If you have deactivated a password beforehand select ACTIVATE PW in the system menu and press OK The password is now...

Page 304: ...u option is now accessible so that you can edit your circuit diagram The System menu is also accessible 8 1 4 Changing passwords Unlock the easy800 device as previously described Press DEL and ALT to...

Page 305: ...EAS menu the password can be entered as often as required Have you entered an incorrect password Re enter the password After the fifth entry attempt easy800 device will ask whether you wish to delete...

Page 306: ...Move to the menu SYSTEM and then to the DEBOUNCE menu Activating DEBOUNCE To activate DEBOUNCE choose DEBOUNCE and press OK The debounce is activated and the display changes to DEBOUNCE Press ESC to r...

Page 307: ...g that the P buttons are activated Press ESC to return to the status display Deactivating the P pushbuttons Select P PUSHBUTTONS and press OK The tick behind P PUSHBUTTONS disappears and the P pushbut...

Page 308: ...RUN mode is activated Press ESC to return to the status display Deactivating RUN MODE Switch to the system menu Select RUN MODE and press OK The RUN mode function is deactivated The easy800 device is...

Page 309: ...ry card is not loaded The program is retained in the device and is started Default settings CARD START inactive Switch to the system menu Activating CARD MODE Otherwise choose CARD MODE and press OK T...

Page 310: ...sing the function keys e g DEL ALT by pressing two buttons e g I7 I8 simultaneously External pushbuttons and operator buttons of the device are evaluated at the same time thus enabling mixed operation...

Page 311: ...and press OK The menus for setting the contrast and backlight are displayed Press the OK pushbutton and change the contrast setting Use the cursor buttons and to set a contrast between 2 and 2 and pr...

Page 312: ...mory available for retentive data Retentive data memory The following table shows the maximum available memory for retentive data inside the RAM Markers The following table shows the maximum number of...

Page 313: ...o Set a value If necessary select the next operand In all you can select six different operand ranges Example MB 01 to MB 04 C 12 to C 16 DB 01 to DB 16 T 08 to T 14 should be retentive 124 bytes have...

Page 314: ...ntive actual values are reset to 0 This does not occur if you have selected the Retain markers during transfer option in easySoft Pro or activated the RETAIN MARKERS option on the device easy800 SWD d...

Page 315: ...OK FRAN AIS is provided with a tick Exit the menu with ESC easy800 device will now show the new menu language Press ESC to return to the Status display The menu language setting is a device function...

Page 316: ...accessed on the fieldbus The relevant operator manual for the bus module provides the relevant information Configuring analog expansion units How to configure analog expansion devices Section Configu...

Page 317: ...ess OK pushbutton to activate Entry mode Select the position Change the value of a parameter OK Save day and time ESC Retain previous setting Press ESC to leave the time setting display Summer winter...

Page 318: ...time change from 2 00 AM to 1 00 AM RULE User defined dates and changeover times as well as time difference selectable between 0 and 3 hrs can be set in stages of 0 5 hrs Setting DST parameters Selec...

Page 319: ...to Entry mode in order to set the changeover day parameters for summer time Use cursor buttons or to set day 1 to 4 or the last day and press OK Position the cursor in succession with the or buttons a...

Page 320: ...11 11 MN04902001Z EN www eaton com The time difference DIFF parameter corresponds to the entry for the changeover day to summer time and cannot be changed in this menu The easy800 device now alternat...

Page 321: ...lically every 0 1 to 40 ms Figure 208 Cycle timeeasy800 a Read process image Local inputs Function block inputs Markers Diagnostics information NET stations inputs SWD input operands b Process circuit...

Page 322: ...mage of the outputs Segment 6 In the sixth segment which is outside of the circuit diagram the function blocks present in the function block list are evaluated The easy800 device uses this sixth segme...

Page 323: ...relay coil does not change the switching state of an associated contact until the next cycle starts Always wire forward or from top to bottom Never work backwards Example Self latching with own contac...

Page 324: ...valuates the high speed counters CF CH and CI In order to evaluate the count pulses of up to 5 kHz the high speed counter function blocks operate with an interrupt routine The length of the circuit di...

Page 325: ...lay Page 302 This function is useful for example in order to ensure a clean switching signal despite contact bounce Figure 211 easy800input assigned a switch easy800 DC and easy800 AC units function w...

Page 326: ...fely transferred to the circuit diagram Figure 213 Switching behaviour with DEBOUNCE deactivated Typical delay times with DEBOUNCE deactivated are Switch on delay for I1 to I4 easy800 standard 0 025 m...

Page 327: ...d 2nd scan pulse at A If the easy800 device registers two positive half waves in succession it switches the appropriate input contact internally from 0 to 1 Figure 214 Delay times for evaluating an AC...

Page 328: ...witches in shorter scan cycles tSC2 the appropriate input contact internally from 0 to 1 A when a positive half wave is detected Figure 216 Switching behaviour with DEBOUNCE deactivated If a positive...

Page 329: ...assigned the operand identifiers R1 to R12 R15 and R16 are the group fault alarms of the expansion devices with transistor outputs section 9 8 Displaying device information page 327 The outputs of the...

Page 330: ...s not functional Example The expansion unit may be powered up later than the basic unit This means that the basic device is switched to RUN when an expansion unit is missing The following easy800 circ...

Page 331: ...g a display Switch to the main menu and use the cursor button or to move to the INFORMATION menu Press OK This will display all device information Line 1 DC AC AC AC voltage or DC DC voltage TCA RC T...

Page 332: ...version of the operating system The device version is important for selecting the correct control relay for easySoft or easySoft Pro 9 9 Loadable operating system easy800 SWD enables you to install a...

Page 333: ...not functional 10 3 SmartWire DT I13 Group alarm for SmartWire DT If an error occurs on the SWD line and the data exchange is therefore interrupted the group alarm I13 is set to 1 Possible causes 1 No...

Page 334: ...the outputs Q1 Q2 If both terminals are configured as inputs I3 I4 I16 is always 0 The following examples show the use of the group fault alarm I16 for checking the function of the transistor outputs...

Page 335: ...4 is also actuated If Q4 had an overload the light would pulse Example 3 Automatic reset of error signal Figure 220 Automatic reset of error signal The above circuit diagram has the same function as d...

Page 336: ...10 Diagnostics possibilities 10 4 Transistor output 332 Control Relay easy800 11 11 MN04902001Z EN www eaton com...

Page 337: ...nables you to test the logic operations of the circuit diagram Only qualified persons should test electrical voltages while the easy800 is in operation 11 1 Messages from the 800 operating system Mess...

Page 338: ...how changes to the rungs easy800 is in STOP mode Select RUN mode Association connection not fulfilled Check and modify circuit diagram and parameter sets Relay does not activate coil Incorrect paramet...

Page 339: ...00 switches to STOP mode No circuit diagram in the easy800 Load input circuit diagram RUN START is deactivated at easy800 standard Activating RUN mode in Menu SYSTEM The contacts of the BC data block...

Page 340: ...t initially be found because the 15 V power supply of these stations is switched on too late by the power feed modules and the stations are not responding As soon as the power feed module supplies the...

Page 341: ...clicked The station was replaced by an universal module but the Replaceable with universal module device parameter has not been clicked CAUTION You can make a visual check the functionality of the NE...

Page 342: ...time intervalls If for example the station with NET ID 7 is missing the diagnostics bit ID7 changes to 1 on every remaining NET station The missing station is also indicated by means of a permanent l...

Page 343: ...device display of all NET stations to Status display Start the automatic con guration of the NET section 3 10 2 Configuring NET page 94 However you can also do this via the programming software As an...

Page 344: ...the NET The further behavior of the NET stations 2 8 depends on whether REMOTE IO is also activated as well as REMOTE RUN NET station 2 8 with activated REMOTE RUN This type of NET station sets the d...

Page 345: ...T 12 1 2 Shipping approvals for easy800 standard devices Product standards IEC EN section 12 3 1 Standards page 344 UL 508 INDUSTRIAL CONTROL EQUIPMENT CSA C22 2 No 142 M1987 Process Control Equipment...

Page 346: ...Standards page 344 UL 508 INDUSTRIAL CONTROL EQUIPMENT CSA C22 2 No 142 M1987 Process Control Equipment CSA C22 2 No 213 M1987 Non Incendive Electrical Equipment for Use in Class I Division 2 Hazardou...

Page 347: ...0 16 lb 0 66 0 35 Mounting Top hat rail IEC EN 60715 35 mm or screw fixing usingfixing brackets ZB4 101 GF1 accessories Mounting position Horizontal or vertical Figure 222 Dimensions easy800 standard...

Page 348: ...tion Prevent condensation by means of suitable measures LCD display reliably legible C F 0 to 55 32 to 131 Storage C F 40 to 70 40 to 158 Relative humidity non condensing IEC EN 60068 2 30 5 to 95 Air...

Page 349: ...AC 2 easy8 DC 1 easySWD 1 radiated RFI to IEC EN 61000 4 6 V 10 Insulation resistance Overvoltage category III Pollution degree 2 Clearance in air and creepage distances EN 50178 UL 508 CSA C22 2 No 1...

Page 350: ...dissipation At 115 120 V AC VA Normally 10 at 230 240 V AC VA Normally 10 EASY8 DC easy800 SWD Rated operational voltage Rated value Ue V DC 24 DC 15 20 permissible range1 V DC 20 4 28 8 Residual rip...

Page 351: ...onal voltage Rated value Ue V DC 24 15 20 permissible range UAUX V DC 20 4 28 8 Residual ripple 5 Input current1 max A 3 ICE 2 UL Rated operational voltage of the 24 V DC stations V UAUX 0 3 V Protect...

Page 352: ...rmally 2 0 2 h Year The accuracy of the real time clock can vary depending on the average ambient air temperature up to 5 s Day 0 5 h Year Repetition accuracy of timing relays Accuracy of timing relay...

Page 353: ...l 0 V AC 0 40 at signal 1 V AC 79 264 Rated frequency Hz 50 60 Input current at signal 1 I1 to I6 I9 to I12 m A 10 x 0 25 at 115 V AC 60 Hz 10 x 0 5 at 230 V AC 50 Hz I7 I8 m A 2 x 4 at 115 V AC 60 Hz...

Page 354: ...ts yes no to PC interface COM memory card easyLink no yes if provided to easyNet yes yes to AUX not available yes to SWD not available no Rated operational voltage Ue V DC 24 24 at signal 0 Ue V DC 5...

Page 355: ...r Counter frequency kHz 5 5 Pulse shape Square Square Pulse Pause Ratio 1 1 1 1 Frequency counter Quantity 4 I1 I2 I3 I4 4 I1 I2 I3 I4 Counter frequency kHz 5 5 Pulse shape Square Square Pulse Pause R...

Page 356: ...utputs yes to PC interface memory card network NET easyLink yes Input type DC voltage Signal range V DC 0 10 Resolution analog V 0 01 Resolution digital V 0 01 Resolution digital Bit 10 value 0 1023 I...

Page 357: ...conventional thermal current UL CSA A 8 10 Recommended for load 12 V AC DC m A 500 Short circuit proof p f 1 characteristic B16 at 600 A A 16 Short circuit proof cos 0 5 0 7 characteristic B16 at 900...

Page 358: ...ed Switch operations 25000 Switching Frequency Mechanical operations Switch operations 10x 106 Switching Frequency Hz 10 Resistive load lamp load Hz 2 Inductive load Hz 0 5 UL CSA Continuous current a...

Page 359: ...pplied to the outputs of easy800 standard when the polarity of the supply voltage is reversed this will result in a short circuit Power supply of the transistor outputs on easy800 SWD Corresponds to t...

Page 360: ...rd 8 Peak short circuit current A easy800 standard 16 in the event of short circuit on attempted restart of device after 10 s A easy800 SWD 10A 80 ms easy800 SWD 10A 20ms Thermal cutout easy800 standa...

Page 361: ...25 Relative duty factor 100 Max switching frequency f 0 5 Hz Max duty factor DF 50 Switch operations h 1500 Inductive loading with external suppressor circuit for each load section 2 6 2 Connecting t...

Page 362: ...e digital inputs no to the digital inputs yes to PC interface memory card network NET easyLink yes Output type DC voltage Signal range V DC 0 10 Max output current A 0 01 Shunt resistor 1 k Overload a...

Page 363: ...s outputs easyLink PC interface memory module SWD AUX Yes Bus termination accessories First and last station Yes Plug connector accessories poles 8 Type RJ45 Cable cross sections with cable lengths an...

Page 364: ...the PC interface COM yes SWD line Number of SWD stations max 99 Maximum length of SWD line m max 600 Baud Rate kBd 125 250 Physics of the data cable RS485 Address setting Automatically via Configurati...

Page 365: ...0 V AC Total 0 10 V 10 Bit 4 20 mA 10 Bit Pt100 50 200 C 10 Bit Digital EASY202 RE 2 common1 EASY410 DC RE 6 4 EASY410 DC TE 6 4 EASY406 DC ME2 1 2 23 2 2 24 2 1 up to 2 analog inputs simultaneously 4...

Page 366: ...on units The SWD line can be expanded by connecting additional I O module stations easy800 EASY8 DC EASY819 AC R Digital Analog Digital Analog Inputs Outputs Inputs Outputs Inputs Outputs Inputs Outpu...

Page 367: ...ED W Function element 2 pos LED W front M22 SWD K22LED W M22 SWD K22LED W Function element 3 pos LED W front M22 SWD LED R Function element LED R front M22 SWD K11LED R M22 SWD K22LED R M22 SWD K11LED...

Page 368: ...Function element LED R base M22 SWD K11LEDC R M22 SWD K22LEDC R M22 SWD K11LEDC R Functionelement 2pos LED R base M22 SWD K22LEDC R M22 SWD K22LEDC R Functionelement 3pos LED R base M22 SWD LEDC G Fun...

Page 369: ...tion elements EU5E SWD 4DX Digital module 4 inputs EU5E SWD 8DX Digital module 8 inputs EU5E SWD 4D4D Digital module 4 inputs 4 outputs EU5E SWD 4D2R Digital module 4 inputs 2 outputs EU5E SWD X8D Dig...

Page 370: ...TER SET CLOCK INFORMATION PROGRAM DELETE PROGRAM CARD PROGRAM STOP RUN PARAMETER SET CLOCK INFORMATION PROGRAM STOP RUN PARAMETER SET CLOCK INFORMATION PROGRAM STOP RUN PARAMETER SET CLOCK INFORMATION...

Page 371: ...PUSHBUTTONS RUN MODE CARD START I BUTTONS R PUSHBUTTONS DISPLAY RETENTION DEBOUNCE P PUSHBUTTONS RUN MODE CARD MODE I BUTTONS R PUSHBUTTONS DISPLAY Retention only in STOP mode section 8 2 1 Switch on...

Page 372: ...mode section 6 3 Description of the NET PARAMETERS page 277 section Changing the menu language page 311 1 NET PARAMETERS STATIONS CONFIGURE NET PARAMETER STATIONS CONFIGURE section 3 10 1 1 Creating...

Page 373: ...Data Block Data function block 185 01 DC DDC controller direct Digital Control PID controller 187 04 FT Filter PT1 signal smoothing filter 192 04 GT GET GET Value from NET 196 01 HW Hora lat Week 7 da...

Page 374: ...omponent EI Enable Integral Ratio Activate integral component EN Enable Enable function block EP Enable Proportional component Activate proportional component FD Forward Direction Bit data input forwa...

Page 375: ...ependent on function block E3 Error 3 Error 3 dependent on function block EQ Equal Comparison result status 1 if values equal FB Fall Below Status 1 if the actual value is less than or equal to the lo...

Page 376: ...istor output easy800 standard I I 15 16 325 EASY806 DC SWD I I 16 325 Short circuit overload on a expansion unit with transistor output at easy800 standard R R 15 16 325 Short circuit overload on a ex...

Page 377: ...rlap BC X E2 BC X E2 Failure invalid offset BC X E3 BC X E3 Comparison result BC X EQ BC X EQ Data block transfer 149 Activate trigger BT X T_ X 01 32 Failure number of elements exceeded BT X E1 BT X...

Page 378: ...CI X EN X 01 02 Reset count value CI X RE Set counter value Preset CI X SE Actual value has exceeded counter range carry CI X CY CI X CY Lower setpoint value undershot Fall below CI X FB CI X FB Upper...

Page 379: ...set 218 Activate trigger MR X T_ X 01 32 Set all outputs and markers to zero state MR X Q1 MR X Q1 Data multiplexer easy800 and MFD CP10 220 Enable MX X EN X 01 32 Fault Incorrect parameter setting 0...

Page 380: ...Trigger SP X T_ SP X T_ Send job active SP X AC SP X AC SP X AC SP X AC Group fault output SP X E1 SP X E1 SP X E1 SP X E1 Shift register 247 Enable SR X EN X 01 32 Shift register SR X Q1 8 SR X Q1 8...

Page 381: ...ional gain ME Minimum duty factor Minimum duty factor MV Manual Value Manual manipulated variable NO Numbers Of elements Number of elements OS OffSet Offset for the value I1 PI Standard Number of step...

Page 382: ...Other operands Meaning of abbreviation Description MB Marker byte 8 Bit value IA Input Analog Analog input if available on device MW Merker Word 16 Bit value QA Output Analog Analog output if present...

Page 383: ...elligent easy800 devices on the NET and that the relevant information is exchanged between the individual stations via the NET Advantages faster programs commissioning becomes easier to handle by dist...

Page 384: ...Ctrl H BS Backspace 9 0x09 Ctrl I HT Horizontal tab 10 0x0A Ctrl J LF Line feed 11 0x0B Ctrl K VT Vertical tab 12 0x0C Ctrl L FF Form feed 13 0x0D Ctrl M CR Carriage return 14 0x0E Ctrl N SO Shift out...

Page 385: ...028 U 0048 H U 0068 h U 00B0 U 0029 U 0049 I U 0069 i U 00B1 U 002A U 004A J U 006A j U 00B2 U 002B U 004B KP U 006B k U 00B3 U 002C U 004C L U 006C l U 00B4 U 002D U 004D M U 006D m U 00B5 U 002E U 0...

Page 386: ...ode hex Character Unicode hex Character Unicode hex Character U 00C0 U 00E0 U 00C1 U 00E1 U 00C2 U 00E2 U 0152 U 00C3 U 00E3 U 0153 U 00C4 U 00E4 U 00C5 U 00E5 U 0160 U 00C6 U 00E6 U 0161 U 00C7 U 00E...

Page 387: ...on 59 Length 59 Protection 26 Resistance 59 Routing for NET 53 Cable layout easyNet network cable 55 Cancel circuit diagram entry 117 CF frequency counter 166 CH high speed counter 169 Change Password...

Page 388: ...circuit diagram display 102 Connection cable Point to point communication 63 To Ethernet gateway 312 Constants Alphabetical list 377 Assigning FB input 130 Contact 101 111 Bounce suppression 321 Chan...

Page 389: ...lectrical isolation Basic device and expansion unit 23 Outputs 44 SmartWire DT 68 End Sequence 245 Environmental Conditions 344 Error at SWD string 289 Rectification on event 335 Error Diagnostics ESC...

Page 390: ...module 71 SWD 295 SWD station 295 Limiting input current 34 Local expansion module Connecting 23 LS value scaling 214 M Main menu Change to 78 Marker assignment of EASY4 DC ME 87 Marker ranges Copying...

Page 391: ...s Enabling disabling access 128 Passing through network topology 53 Password Activation 299 Changing 300 Deleting 301 Pause time 278 PID controller Output manipulated variable PW 237 PID controller DC...

Page 392: ...SP 243 Set cycle time ST 253 Set date time SC 241 Set coil function 106 Setting LCD contrast 307 Shift register SR 247 Short circuit Behavior 48 Diagnostic scan 330 Sign of Life Signals 338 Signal smo...

Page 393: ...e example 269 Timing relay T 255 Timing relay technical data 348 Topology easyNET 53 T piece and spur line network topology 53 Transfer Behavior NET station 274 Security 281 Speed 277 Transmission err...

Page 394: ...ide PowerChain solu tions help enterprises achieve sustainable and competitive advantages through proactive management of the power system as a strategic integrated asset throughout its life cycle res...

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