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EB 6493 EN Translation of original instructions TROVIS 6493 Compact Controller Firmware version 4.03 Edition August 2021...
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Note on these mounting and operating instructions These mounting and operating instructions assist you in mounting and operating the device safely. The instructions are binding for handling SAMSON devices. The images shown in these instructions are for illustration purposes only. The actual product may vary.
Contents Safety instructions and measures ..............1-1 Notes on possible severe personal injury ............1-3 Notes on possible property damage .............1-4 Markings on the device ................2-1 Housing inscription ..................2-1 Article code ....................2-2 Firmware versions ..................2-2 Design and principle of operation ...............3-1 Technical data ....................3-5 Dimensions ....................3-8 Values for resistance thermometers ...............3-9 Shipment and on-site transport ..............4-1...
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Contents Start-up and configuration with TROVIS-VIEW ..........8-1 Communication ..................8-1 8.1.1 Interface .....................8-1 8.1.2 Addressing ....................8-3 8.1.3 Communication readings on the display ............8-3 Folders in TROVIS-VIEW ................8-4 8.2.1 Identification ....................8-4 8.2.2 Operation ....................8-4 8.2.3 Functions and parameters ................8-6 8.2.3.1 Control parameters [PAR] ................8-7 8.2.3.2 Input [IN] ....................8-7 8.2.3.3 Set point [SETP] ..................8-9 8.2.3.4...
SAMSON. SAMSON does not assume any liability for damage resulting from the failure to use the de- vice for its intended purpose or for damage caused by external forces or any other external factors.
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No personal protective equipment is required for the direct handling of the controller. Revisions and other modifications Revisions, conversions or other modifications of the product are not authorized by SAMSON. They are performed at the user's own risk and may lead to safety hazards, for example. Fur- thermore, the product may no longer meet the requirements for its intended use.
Safety instructions and measures Referenced standards, directives and regulations The TROVIS 6493 Compact Controller with a CE marking fulfills the requirements of the Di- rectives 2014/30/EU and 2014/35/EU. The TROVIS 6493 Compact Controller with a EAC marking fulfills the requirements of the Regulations TR CU 004/2011 and TR CU 020/2011.
Safety instructions and measures 1.2 Notes on possible property damage NOTICE Risk of damage to the controller due to the supply voltage exceeding the permissible tolerances. The controller is designed for use in low voltage installations. Î Observe the permissible tolerances of the supply voltage. Controller damage caused by water.
2 Markings on the device 2.1 Housing inscription The details on the device version are lasered onto the nameplate on the side of the controller housing. SAMSON TROVIS 6493 Made in Germany Analog inputs (IN1 and IN2) Binary input (BI) Analog output (Y)
Markings on the device 2.2 Article code TROVIS 6493-032 Compact Controller Supply voltage 90 to 250 V AC 24 V AC/DC 2.3 Firmware versions Firmware revisions 4.01 4.02 Internal revisions 4.02 4.03 Internal revisions EB 6493 EN...
Design and principle of operation 3 Design and principle of oper- Analog inputs ation The analog inputs IN1 and IN2 can be ad- justed to the following ranges: The TROVIS 6493 Compact Controller is a − 0 to 20 mA, 4 to 20 mA, 0 to 10 V, 2 to panel-mounted digital controller to automate 10 V the industrial and process plants.
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Design and principle of operation differential control can be implemented by Binary outputs subtracting two inputs. The binary outputs BO1 and BO2 are de- signed as relays with double-throw contacts. Binary input They can either used as a three-step output, The binary input BI1 is activated by a volt- on/off output or to monitor limit values and age signal (4 to 31 V DC) and can be used...
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Design and principle of operation Note TROVIS-VIEW provides a uniform user interface that allows users to configure and parameterize various SAMSON devices using device-specific database modules. The device module 6493 can be downloaded free of charge from our website at u www.samsongroup.com >...
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Design and principle of operation EB 6493 EN...
Design and principle of operation 3.1 Technical data Table 3-1: Technical data · TROVIS 6493 Inputs Analog input IN1 Two analog inputs, optionally for controlled variable Analog input IN2 X or external set point WE 0/4 to 20 mA or 0/2 to 10 V, resistance thermometer Pt 100, Pt 1000, Ni 100, Ni 1000 or potentiometer 1 kΩ...
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300 V AC, in parallel to each relay contact Isolated transistor output, external supply 3 to Binary output BO3 for fault alarms 50 V DC, max. 30 mA Infrared interface Transmission protocol: SAMSON protocol (SSP) Transmission rate: 9600 bit/s Angle of reflected beam: 50° Distance between infrared adapter and controller: max. 0.7 m...
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Design and principle of operation General specifications Display Backlit LCD Display range –999 to +9999; start value, end value and decimal sep- arator can be adjusted Configuration Functions saved in read-only memory for fixed set point and follow-up control, one control circuit Supply voltage 90 to 250 V AC;...
3. Dispose and recycle the packaging in ac- Risk of damage to the compact controller cordance with the local regulations. due to improper storage. Î Observe the storage instructions. Î Avoid long storage times. Î Contact SAMSON in case of different storage conditions. EB 6493 EN...
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Shipment and on-site transport Note We recommend regularly checking the com- pact controller and the prevailing storage conditions during long storage periods. Storage instructions − Protect the compact controller against ex- ternal influences (e.g. impact). − Protect the compact controller against moisture and dirt.
Installation 5 Installation 5.3 Mounting the compact controller The work described in this section is only to be performed by personnel appropriately The TROVIS 6493 Controller is designed for qualified to carry out such tasks. panel mounting. Î See Fig. 5-1. 5.1 Installation conditions 1.
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Installation Panel cut-out: 45 x 92 +0.6 +0.8 Dimensions in mm (inch) Mounted depth including terminals: 158 (6.18) Mounting clamps Panel Seal Fig. 5-1: Installation EB 6493 EN...
Installation 5.4 Electrical connection Î Inductances in the control cabinet, e.g. contactor coils, must be equipped with suitable interference suppressors (RC ele- DANGER ments). Risk of fatal injury due to electric shock. Î Control cabinet elements with high field Î For electrical installation, you are re- strength, e.g.
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Installation Note Generally for potentiometers, we recommend performing a zero and span calibration (see '-CO- ADJ Calibration of analog inputs and analog output' in the 'Operation' section). EB 6493 EN...
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Installation Current Current Potentiometers Voltage Resistance Two-wire thermometer transmitter Pt 100/Pt 1000 Ni 100/Ni 1000 1000 0/4...20 mA 4...20 mA 0/2...10 V Three-wire Two-wire Two-wire Three-wire 100 % 100 % – – Analog input – – Supply output 20 V, max. 45 mA 100 % 100 % Analog input...
Operation 6 Operation 6.1 Device overview Controlled variable X W, W2, WE, Y or Xd Limit relay L2 active Three-step output – Limit relay L1 active Three-step output + Fault alarm Hand icon After pressing W2, Y or Xd is dis- played with the value in Bar reading of Xd in % Selector key...
Operation 6.2 Operating controls The compact controller is operated using the operating keys on the front. Operating keys The function of the keys varies depending on the level/menu which is active. Operating level Configuration level − Open configuration level. − Open menus, functions −...
Operation 6.3 Display Operating level Configuration level Depending on the level selected, the following variables and operating states are shown on the display Controlled variable X Designations, settings and values of functions and parameters (see the 'Design and princi- Value of W, W2, WE, Y or Xd ple of operation' section) Limit relay L2 active No reading...
TRO- VIS-VIEW software. It can be accessed from the front of the controller. It is located above the SAMSON logo (see Fig. 6-1). Note Further information on configuration and op- eration using the TROVIS-VIEW software is available in u EB 6661.
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Operation Holding bracket Order no. 1400-9769 Infrared adapter Order no. 8864-0900 Connector to RS-232 port Fig. 6-2: Connecting the infrared interface Fig. 6-3: USB to RS-232 adapter (order no. 8812-2001) EB 6493 EN...
Start-up and configuration at the device 7 Start-up and configuration at the device The work described in this section is only to be performed by personnel appropriately quali- fied to carry out such tasks. Before start-up, make sure the following conditions are met: −...
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Start-up and configuration at the device Operation in the configuration level Î See Annex A (configuration guide). The settings of the controller in the configuration level are shown in the form of schematic di- agrams: Open configuration level Enter menu Select function/parameter Show setting Activate editing mode for setting/value...
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Start-up and configuration at the device EB 6493 EN...
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Start-up and configuration at the device EB 6493 EN...
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Start-up and configuration at the device EB 6493 EN...
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Start-up and configuration at the device EB 6493 EN...
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Start-up and configuration at the device EB 6493 EN...
Start-up and configuration at the device 7.1.1 Configuring the compact controller To set a function or parameter, you need to know the abbreviated code used for the function/ parameter and the menu where it can be found (see example in "Configuration and parame- terization example"...
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Start-up and configuration at the device Î Open parameter level. Reading: code of the first parameter If you want to configure a different parameter: Î Select parameter. Î Activate editing mode for the parameter. The code of the function parameter blinks. Î...
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Start-up and configuration at the device , followed ....Parameter selec- Parameter name Value range 1) tion Proportional-action coefficient [0.1 … 1.0 … 100.0] u KH 6493 Reset time [1 … 120 … 9999 s] [1 … 10 … 9999 s] Derivative-action time TVK1 Derivative-action gain [0.10 …...
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Start-up and configuration at the device Î Enter menu. Reading: -CO- and C.PID (first function of CNTR menu) Î Open function. Reading: PI (current setting of C.PID function) Î Activate editing mode for the function. Reading: Prompt for key number Only for operation with key number: Î...
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Start-up and configuration at the device Î 2x Change PI to PID control algorithm. Î Confirm setting. The editing mode is exited. Î Change to the parameter level. Reading: -PA- and C.PID/CP.YP blink in alternating sequence Î Open parameter level. Reading: KP (first parameter of C.PID function) 7-12 EB 6493 EN...
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Start-up and configuration at the device Î Activate editing mode for the parameter. KP blinks. Î Set proportional-action coefficient KP to 1.5. Î Confirm setting. The editing mode is exited. Note If you want to change other parameters in the func- tion, select the parameters ( ) and repeat the steps (gray background).
Start-up and configuration at the device 7.2 Entering the key number The TROVIS 6493 Compact Controller can be operated with or without a key number. The controller is set to operate without key number by default. Operation with a key number is only activated after a user-defined key number has been assigned.
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Start-up and configuration at the device Operation with key number Î Enter valid key number. Î Exit prompt for key number. Note If you enter an incorrect key number, you are prompted again to enter the key number. In this case, 1 appears on the display instead of - - - -.
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Start-up and configuration at the device Î Activate prompt for key number. KEY blinks. Î Enter service key number. Note The overriding service key number is specified in the printed document IMPORTANT PRODUCT INFOR- MATION IP 6493, which is supplied with the device. This number allows configuration settings and pa- rameters to be changed regardless of user key num- ber operation.
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Start-up and configuration at the device Î Enter your own key number (12 in this example). Î To deactivate operation with key number, select - - - - on the display. Î Exit prompt for key number. The controller returns to the configuration level. Î...
Start-up and configuration at the device 7.3 Tuning the control parameters The controller must be adapted to the dynamic behavior of the controlled system over the pa- rameters KP, TN and TV to ensure that errors caused by disturbances can be eliminated or largely suppressed.
Start-up and configuration at the device Proceed as follows for a P controller 1. Switch to manual mode ( 2. In the CNTR menu, set the function -CO- C.PID = P CP.YP. 3. In the PAR menu, set the parameter KP = 0.1. 4.
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Start-up and configuration at the device Proceed as follows for a PI controller 1. Switch to manual mode ( 2. In the CNTR menu, set the function -CO- C.PID = PI CP.YP. 3. In the PAR menu, set the parameters KP = 0.1 and TN = 9999 s. 4.
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Start-up and configuration at the device 11. Change the set point slightly and check the transient behavior. If necessary, retune KP and TN until the closed loop shows a satisfactory control behavior. Proceed as follows for a P controller 1. Switch to manual mode ( 2.
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Start-up and configuration at the device Proceed as follows for a PID controller 1. Switch to manual mode ( 2. In the CNTR menu, set the function -CO- C.PID = PI CP.YP 3. In the PAR menu, set the parameters KP = 0.1 and TN = 9999 s. 4.
Start-up and configuration at the device 7.3.3 -CO- TUNE: Start-up adaptation The purpose of the adaptation is to quickly determine the best settings for the control param- eters KP, TN and TV with minimum knowledge of the process to be controlled. The control parameters are calculated by the controller from the step response according to the rules introduced by Chien, Hrones and Reswick for the aperiodic control operation and a good reference action.
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Start-up and configuration at the device 1. In manual mode, set the manipulated variable Y to the operating point so that the con- trolled variable X has the same value as the set point W. 2. Raise the manipulated variable Y, for example by 10 % (with step change value of the manipulated variable Y.JMP = 20 %) and wait until the controlled variable X does not change anymore.
Start-up and configuration with TROVIS-VIEW 8 Start-up and configuration with TROVIS-VIEW The controller can be configured using the TROVIS-VIEW software. 8.1 Communication 8.1.1 Interface Holding bracket Order no. 1400-9769 Infrared adapter Order no. 8864-0900 Connector to RS-232 port Fig. 8-1: Connecting the infrared adapter Fig. 8-2: USB to RS-232 adapter (order no.
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Start-up and configuration with TROVIS-VIEW Connecting the infrared adapter 1. Connect the infrared adapter to the computer using the USB to RS-232 adapter. 2. Install the driver for USB to RS-232 adapter. NOTICE An IrDA driver will impair the functioning of TROVIS-VIEW. An IrDA driver must not be installed on the computer on which TROVIS-VIEW is installed.
Start-up and configuration with TROVIS-VIEW 8.1.2 Addressing If there is only one compact controller with an infrared interface in the send/receive range of the infrared adapter, data can be uploaded from the controller or downloaded to it directly. Addressing is not required. If there are several controllers with infrared interfaces at the same point of installation, con- trollers must be addressed using their serial number since only one controller may communi- cate with the computer at one time.
Start-up and configuration with TROVIS-VIEW 8.2 Folders in TROVIS-VIEW 8.2.1 Identification The 'Identification' folder contains device-specific data read from the TROVIS 6493 Compact Controller and transferred to the software. The System data (1) and System data (2) fields al- low you to describe a controller by entering short texts comprising a maximum of 30 charac- ters per field (a to z, A to Z, 0 to 9, -).
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Start-up and configuration with TROVIS-VIEW Set point switchover Conditions for the set point switchover: − The set points involved are activated in the controller (SETP main group), e.g. W = ON and W2 = ON. − If a set point switchover via the binary input BI1 is configured, the binary input must be deactivated during the switchover with TROVIS-VIEW.
Start-up and configuration with TROVIS-VIEW Note An infrared connection must exist during the switchover of the Current set point. Switchover only functions in offline mode. Manual/automatic switchover To change from manual to automatic operation, set Manual/automatic switch to 'Auto' and transfer the new setting to the controller.
Start-up and configuration with TROVIS-VIEW 8.2.3.1 Control parameters [PAR] The Control parameters [PAR] folder corresponds to the PAR main group of the controller. The control parameters KP, TN, TV and Y.PRE are set in this folder. 8.2.3.2 Input [IN] The Input [IN] folder corresponds to the IN main group of the controller. All functions of the two analog inputs IN1 and IN2 are determined in this folder.
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Start-up and configuration with TROVIS-VIEW Note The units are only intended for documentation and are only saved in the TROVIS-VIEW file and not in the controller itself. Example: User-defined unit for the controlled variable X 1. Double-click Unit X to activate the data point. 2.
Start-up and configuration with TROVIS-VIEW 8.2.3.3 Set point [SETP] The Set point [SETP] folder corresponds to the SETP main group of the controller. The set points, set point switchover and set point ramps are set in this folder. In addition, it is possi- ble to assign an input signal to the position feedback of an actuator or to the feedforward control.
Start-up and configuration with TROVIS-VIEW The 'Reset to default settings' function in the AUX folder causes all parameters, functions and calibration data to be reset to their default settings. The System data (1) and (2) saved in the controller are not cleared. 8.2.3.8 Start-up adaptation [TUNE] The Start-up adaptation [TUNE] folder corresponds to the TUNE main group of the controller.
Start-up and configuration with TROVIS-VIEW 8.2.3.9 Process data [I-O] The analog and binary input and output variables as well as the controller’s internal vari- ables are displayed in the View process data [I-O] folder. Differences between this folder and the I-O main group of the controller: −...
Operation 9 Operation Operating level While in operation, the controller is in the operating level. Key information on the control process is displayed in this level. The default reading shows the controlled variable X, error Xd, the currently valid set point W, W2 or WE, the active limit relay as well as information on the three-step output, if applicable (see Fig. 9-1).
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Operation Controlled variable X Cursor key (decrease, After pressing scroll backwards) W2, Y or Xd is displayed W, W2, WE, Y or Xd with the value in 2 Escape key Limit relay L2 active Bar reading of Xd in % Label (exchangeable) Three-step output –...
Operation 9.3 Switching over to manual mode and changing the manipu- lated variable Î Switch to manual mode. icon and the manipulated variable Y are shown on the display. Î Raise the set point. Î Lower the set point. Return to automatic mode. Î...
Operation 9.5 AUX menu, -CO- VIEW: Set viewing angle of the display The contrast for the top and bottom viewing angle of the display can be changed from Level 1 to Level 10 in the AUX menu. Î See Configuration Manual u KH 6493. The default setting (Level 6) only needs to be changed in extreme installation situations. -CO- VIEW Top/bottom viewing angle of display Level 1...
Operation 9.6.3 -CO- ANA: Show analog inputs and outputs The analog values are shown in this function. -CO- ANA Analog values Analog input IN1 Analog input IN2 CO.VA Controlled variable before function generation WE.VA WE before function generation FE.CO WE after function generation SP.CO Set point at comparator YPID YPID after limitation YOUT...
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Operation Calibrating analog inputs: 1. Connect a high-precision meter at the input (IN1, IN2). 2. In the I-O menu, select the ADJ function. 3. Use the cursor keys ( ) to select the input you want to calibrate (AdJ IN1, AdJ IN2). 4.
Table 10-1: Error list · Error messages shown on the device Error Possible reasons Recommended action 1 ERR EEPROM access not possible 2 ERR EEPROM cannot be programmed Î Return device to SAMSON for repair. 3 ERR Default calibration lost 4 ERR Functions changed without user interven- Î Check the function settings. tion 5 ERR Parameters changed without user interven- Î...
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36 ERR Error during adaptation Î Restart start-up adaptation. 256 ERR Basic calibration missing Î Return device to SAMSON for repair. Upper limit violation of rated signal range The error message depends on how -CO- __o1 MEAS is configured (u KH 6493). at analog input IN1 or at analog inputs...
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Malfunctions Table 10-2: Error list · Error messages in TROVIS-VIEW Error Possible reasons Recommended action Device does not respond. Interface incorrectly assigned Î Select 'Communication ...' from the 'Options' menu to open the Communication window. Click 'Settings' but- ton and assign a free serial COM port of the computer.
Malfunctions 10.2 Error messages generated by the compact controller Error messages saved in the error memory of the controller can be uploaded and read in TROVIS-VIEW. The internal errors generated by the controller and errors that occurred during a start-up adaptation are shown. The existence of an error message is indicated by the Internal error data point in the 'Oper- ation' and 'Start-up adaptation [TUNE]' folders.
− The product warranty becomes void if service or repair work not described in these instruc- tions is performed without prior agreement by SAMSON's After-sales Service. − Only use original spare parts by SAMSON, which comply with the original specifications. Table 11-1: Recommended inspection and testing...
Decommissioning 12 Decommissioning The work described in this section is only to be performed by personnel appropriately qualified to carry out such tasks. DANGER Risk of electric shock while performing electrical connection. For electrical installation, you are required to observe the relevant electrotechnical regula- tions of the country of use as well as the reg- ulations of the local power suppliers.
Removal 13 Removal The work described in this section is only to be performed by personnel appropriately qualified to carry out such tasks. 1. Remove infrared adapter and its bracket, if mounted. 2. Unscrew the threaded rods from the com- pact controller.
Risk of controller damage due to incorrect service or repair work. Î Do not perform any repair work on your own. Î Contact SAMSON's After-sales Service for repair work. 14.1 Returning devices to SAMSON Defective controllers can be returned to SAMSON for repair.
Disposal 15 Disposal We are registered with the German national register for waste electric equipment (stiftung ear) as a producer of electrical and electronic equipment, WEEE reg. no.: DE 62194439 Î Observe local, national and internation- al refuse regulations. Î Do not dispose of components, lubricants and hazardous substances together with your other household waste.
Certificates 16 Certificates The following certificates are included on the next pages: − EU declaration of conformity − TR CU certificate The certificates shown were up to date at the time of publishing. The latest certificates can be found on our website: u www.samsongroup.com >...
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Für das folgende Produkt / For the following product / Nous certifions que le produit Kompaktregler / Compact Controller / Régulateur compact Typ/Type/Type TROVIS 6493 wird die Konformität mit den einschlägigen Harmonisierungsrechtsvorschriften der Union bestätigt / the conformity with the relevant Union harmonisation legislation is declared with/ est conforme à...
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Certificates TR CU certificate EB 6493 EN 16-3...
Annex A (configuration guide) 17 Annex A (configuration guide) The functions and parameters are described in detail in the Configuration Manual u KH 6493. 17.1 Abbreviations Controlled variable Manipulated variable Internal set point W2 Internal set point WE External set point, feedforward control input value, external position feedback Error Minimum value of a variable ...
Annex A (configuration guide) 17.2 Configuration list Î The functions and parameters are described in detail in the Configuration Manual u KH 6493. … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Control parameters...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Proportional-action coefficient [0.1 … 1.0 … 100.0] Reset time [1 … 120 … 9999 s] Derivative-action time [1 … 10 … 9999 s] Y.PRE Operating point [–10.0 … 0.0 … +110.0 %] Lower measuring range value [–999.0 … 0.0 … IN1] IN1 Upper measuring range value [ IN1 … 100.0 … 9999] 2) IN1...
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) off FAIL Switch to manual F01 FAIL With constant output value Y1K1 MAN/FAIL mode in case of F02 FAIL With last manipulated variable value...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Y1K1 Constant output value [–10.0 … +110 %] parameters parameters TS.X Time constant X filter [0.1 … 1.0 … 100.0 s] TS.WE Time constant WE filter [0.1 … 1.0 … 100.0 s] parameters parameters Lower output signal measuring range value [–999.0 … 0.0 … MAX] 2)
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Set point SETP SP.VA on W SP.VA/W Internal set point W Internal set point W2 oFF W2 on W2 P.VA/W2 Input variable WE...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Internal set point [ WRAN … 0.0 … WRAN] Lower measuring range value W/W2 [–999 … 0.0 … WINT] WINT Upper measuring range value W/W2 [ WINT … 100.0 … 9999] WINT Lower adjustment limit W/W2 [ WINT … 0.0 … WRAN] WRAN Upper adjustment limit W/W2...
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Controller CNTR C.PID P CP.YP P behavior C.PID/CP.YP Control algorithm PI CP.YP PI behavior C.PID/CP.YP Pd CP.YP PD behavior...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Proportional-action coefficient [0.1 … 1.0 … 100.0] Reset time [1 … 120 … 9999 s] Derivative-action time [1 … 10 … 9999 s] TVK1 Derivative-action gain [0.10 … 1.00 … 10.00] Y.PRE Operating point [–10.0 … 0.0 … +110.0] DZXD Dead band error XD [0.0 … 110 %] ...
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Output functions SAFE oFF SA.VA Activate constant bi1 SA.VA By binary input BI1 SAFE/SA.VA output value MA.AU...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Y1K1 Constant output value [–10.0 … 0.0 … +110.0 %] parameters Min. manipulated variable [–10.0 … 0.0 … +110.0 %] Y Max. manipulated variable [–10.0 … +100.0 … +110.0 %] Y TSRA Running time [1 … 9999 s] Y1RA Initial value [–10.0 … 0.0 … +110.0 %] No parameter...
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Y.SRC on Y.PID Output YPID noPA Y.SRC/Y.PID Source for analog on Y.X Input X noPA Y.SRC/Y.X output Y on Y.WE...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) parameters CA.K1 Constant 1 [0.0 … 100.0 %] CA.K2 Constant 2 [0.0 … 1.0 … 10.0] CA.K3 Constant 3 [–10.0 … 0.0 … +110.0 %] KPL1 Gain Y+ (BO1) [0.1 … 1.0 … 100.0] KPL2 Gain Y– (BO2) [0.1 … 1.0 … 100.0] TYL1 Cycle duration Y+ (BO1)
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Limit relay ALRM LIM1 oFF L1 Limit relay L1 Lo L1.X When X is not reached Hi L1.X When X is exceeded LIM1/L1.X...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) LI.X Limit for X [ IN1 … 100.0 … IN1] 2 3 [ IN2 … 100.0 … IN2] 2 3 LI.WE Limit for WE [ IN1 … 100.0 … IN1] 2 3 [ IN2 … 100.0 … IN2] 2 3 LI.YP Limit for YPID [ Y … 100.0 % … Y] LI.XD Limit for XD [–110.0 … 0.0 … +110.0 %]...
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Alarm functions RE.CO F01 MODE Manual, with constant output value RE.CO/MODE Restart conditions F02 MODE Y1K1 RE.CO/MODE...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Y1K1 Constant output value [–10.0 … 0.0 … +110.0 %] parameters parameters parameters No parameter parameters Default setting is in bold print. EB 6493 EN 17-17...
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Annex A (configuration guide) … …………… or …………………………………… ………………… ……………… Setting Menu Function -CO- options Description of functions Parameter level -PA- 1) Start-up adaptation TUNE ADAP oFF ADP.S Adaptation run ADP.S Start ADAP/ADP.S Process data Reading Firmware version S-No...
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Annex A (configuration guide) ……………… …………………… and followed by Parameter selection Parameter name Value range 1) Proportional-action coefficient [0.1 … 1.0 … 100.0] Reset time [1 … 120 … 9999 s] Derivative-action time [1 … 10 … 9999 s] Y.JMP Step-change value for adaptation [–100.0 … +20.0 … +100.0 %] Default setting is in bold print. EB 6493 EN 17-19...
Annex A (configuration guide) 17.3 Configuration protocol Menu Function -CO- Parameters -PA- (see -CO- C.PID) (see -CO- C.PID) (see -CO- C.PID) Y.PRE: (see -CO- C.PID) IN1: IN1: IN1: IN2: IN2: IN2: MEAS: No parameters MAN: Y1K1: (see -CO- SAFE and -CO- RE.CO) CLAS No parameters No parameters...
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Annex A (configuration guide) Menu Function -CO- Parameters -PA- CNTR C.PID: (see PAR) (see PAR) (see PAR) TVK1: (see PAR) DZXD: DZXD: DZXD: SIGN: No parameters D.PID: No parameters CH.CA: CLI.P: CLI.M: M.ADJ: No parameters DIRE: No parameters F.FOR: FC.K1: FC.K2: FC.K3: AC.VA:...
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Annex A (configuration guide) Menu Function -CO- Parameters -PA- FUNC: K3.Y: K4.X: K4.Y: K5.X: K5.Y: K6.X: K6.Y: K7.X: K7.Y: Y.VA: No parameters Y.SRC: No parameters CALC: CA.K1: CA.K2: CA.K3: C.OUT: KPL1: KPL2: TYL1: TYL2: TYL1: TYL2: XSDY: B.OUT B.OUT1: No parameters B.OUT2: No parameters ALRM...
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Annex A (configuration guide) Menu Function -CO- Parameters -PA- ALRM LIM2: LI.X: LI.WE: LI.YP: LI.XD: LI.HYS: RE.CO: Y1K1: (see -CO- MAN and -CO- SAFE) ST.IN: No parameters KEYL: No parameters VIEW: No parameters FREQ: No parameters No parameters TUNE TUNE: Y.JMP: 17-24 EB 6493 EN...
Annex B 18 Annex B 18.1 Accessories Infrared adapter (RS-232) Order no. 8864-0900 Fixture for infrared adapter Order no. 1400-9769 USB to RS-232 adapter Order no. 8812-2001 Driver for USB to RS-232 adapter u www.samsongroup.com > Service & Support > Download > TROVIS-VIEW > USB/RS-232 adapter (8812-2001) TROVIS-VIEW software (free of charge) u www.samsongroup.com >...
E-mail contact You can reach our after-sales service at aftersalesservice@samsongroup.com. Addresses of SAMSON AG and its subsid- iaries The addresses of SAMSON, its subsidiaries, representatives and service facilities world- wide can be found on our website (u www.samsongroup.com) or in all...