Operating instructions Multichannel Calibrator PASCAL 100 and PASCAL 100/IS GB Documenting Multivariable Multichannel Calibrator PASCAL100 / PASCAL100/IS
GB Operating instructions PASCAL 100 Page © 2012 WIKA Alexander Wiegand SE & Co. KG All rights reserved. WIKA® is a registered trademark in various countries.
Contents 1 2 2.1 2.2 2.3 2.4 2.5 3 4 4.1 4.2 4.3 5 5.1 5.2 5.3 6 6.1 6.1.1 6.1.2 6.2 6.2.1 6.3 6.3.1 6.3.2 6.3.3 6.3.4 6.3.5 6.3.6 6.4 6.4.1 6.4.2 6.5 6.5.1 6.5.2 6.5.3 6.5.4 6.5.5 General Information ............................................................................................................. 5 Safety .................................................................................................................................. 6 Intended use...........................................
Contents GB 6.5.6 Calibration Menu ............................................................................................................... 65 6.5.7 Graph Menu ...................................................................................................................... 66 6.5.8 Ramp Menu ....................................................................................................................... 67 6.5.9 Disk Menu ..................................................................
1 General Information 1 General Information ■ The Multichannel Calibrator model Pascal 100 or Pascal 100/IS described in the operating instructions has been manufactured using state-of-the-art technology. All components are subject to stringent quality and environmental criteria during production. Our management systems are certified to ISO 9001 and ISO 14001. ■ These operating instructions contain important information on handling the Multichannel Calibrator model Pascal 100 or Pascal 100/IS.
1 General Information / 2 Safety Explanation of symbols WARNING! ... indicates a potentially dangerous situation, which can result in serious injury or death, if not avoided. GB Information ... points out useful tips, recommendations and information for efficient and trouble -free operation. WARNING! ... indicates a potentially dangerous situation in a potentially explosive atmosphere, resulting in serious injury or death, if not avoided.
2 Safety 2.1 Intended use The Multichannel Calibrator model Pascal 100 or Pascal 100 IS gauge can be used as a calibration instrument and also for any application which requires accuracy pressure measurement. The Multichannel Calibrator model Pascal 100 or Pascal 100/IS has been designed and built solely for the intended use described here, and may only be used accordingly. The technical specifications contained in these operating instructions must be observed.
2 Safety 2.3 Additional safety instructions for instruments with ATEX approval only Pascal 100/IS WARNING! Non-observance of these instructions and their contents may result in the loss of explosion protection. GB ■ Battery operation: Use only the rechargeable battery which is supplied by WIKA! Only charge the battery outside of the hazardous area! ■ Operation of the serial interface in the hazardous area is prohibited.
2 Safety 2.4 Special hazards WARNING! ■ When measuring pressure, make sure that the process pressure line is shut off and depressurised before it is connected to or disconnected from the pressure module. ■Disconnect test leads before changing to another measurement or generation function. ■ ■ Observe the working conditions in accordance with chapter "3. Specifications". ■ Always operate the device within its overload limits.
2 Safety 2.5 GB Labelling / safety marks Explanation of symbols Pascal 100 and Pascal 100/IS Before mounting and commissioning the Multichannel Calibrator model Pascal 100 or Pascal 100/IS, ensure you read the operating instructions! CE, Communauté Européenne Instruments bearing this mark comply with the relevant European directives. This marking on the instruments indicates that they must not be disposed of in domestic waste.
3 Specifications 3 Specifications GB 1) WIKA Operating Instruction, Model Pascal 100 and Pascal 100/IS 11
3 Specifications GB 12 WIKA Operating Instruction, Pascal 100 and Pascal 100/IS
3 Specifications GB For further specifications see WIKA data sheet CT 18.01 and the order documentation.
4 Design and Function 4 Design and Function GB 4.1 Description Pascal 100 or Pascal 100/IS is the Professional Advanced Scandura Calibrator of latest generation. User friendly interface by a wide display with an industrial touch screen through which it is possible to manage the instrument completely.
4 Design and Function Pascal 100 or Pascal 100/IS includes different modules and can be ordered with different hardware configurations. The hardware configuration depends on the installation of different functional modules: ■ ■ ■ ■ ■ ■ ■ ■ ■ ■ GB Two electrical/temperature IN modules (IN A & IN B) Two electrical/temperature OUT modules (OUT A & OUT B) Two pressure modules (each one can support two internal and one external transducer.
5 Transport, packaging and storage 5 Transport, packaging and storage GB 5.1 Transport Check the Multichannel Calibrator model Pascal 100 or Pascal 100/IS for any damage that may have been caused by transport. Obvious damage must be reported immediately. 5.2 Packaging Do not remove packaging until just before mounting. Keep the packaging as it will provide optimum protection during transport (e.g. sending for calibration). 5.
6 Commissioning, operation 6 Commissioning, operation 6.1 Commissioning 6.1.
6 Commissioning, operation GB 6.1.2.1 Input module for electrical/temperature signals The input module for electrical/temperature parameters measurement is one of those modules inserted from the instrument’s front panel; two slides drive the module into its position. It is possible to have up to two input modules in the same instrument: IN A and IN B. This terminology is used also by the software to carry out the connection between physical input IN and software channel.
6 Commissioning, operation 6.1.2.3 Pressure module The pressure module is installed only at factory location in accordance with the Pascal 100 or Pascal 100/IS configuration required. It is possible to install two pressure modules, each one can support up to two internal and one external transducers. In total Pascal 100 can accommodate four internal and two external transducers. Transducer’s selection with range and their resolutions are in the following table.
6 Commissioning, operation GB 6.1.2.4 HART module The HART module allows communication with HART instruments (usually transmitters) permitting to acquire digital measurements, instrument data and modifying settings. It can be inserted in the front panel in place of OUT A or OUT B module. It is a fully galvanically isolated board (like IN and OUT modules) from internal electronics of the Pascal. The module allow the 24V to supply directly the output loop for the transmitter.
6 Commissioning, operation 250 Ω GB Transmitter HART slave Figure 5 - Case 2: 24V from module, 250Ω external 24V ext.
6 Commissioning, operation 250 Ω GB 24V ext. Transmitter HART slave Figure 7 - Case 4: 24V external, 250Ω external Transmitter HART slave Figure 8 - Case 5: 24V from module, 250Ω from module, mA reading by IN module 6.1.2.5 Environmental parameters module (optional) This module allows to measure: temperature, relative humidity and atmospheric pressure. These parameters represent the most important factors that affect the calibration results.
6 Commissioning, operation 6.2 Pressure 6.2.1 Pneumatic circuit Pascal 100 or Pascal 100/IS can be equipped with four internal and two external pressure sensors. The internal sensors work only with clean dry gas (like dry air) whereas the external sensors can work with gas or liquid. Gas is related to pneumatic circuit and liquid to hydraulic circuits.
6 Commissioning, operation There are three different pneumatic schemes available in a standard Pascal 100 or Pascal 100/IS configuration: ■ GB This is an example of pneumatic circuit with two sensors in parallel to the pump. One of them is protected by an overpressure valve, the other one is not protected because it has a full-scale equal to the maximum pressure generated by the pump.
6 Commissioning, operation ■ This is an example of pneumatic circuit with four sensors: three of them are connected in parallel to the pumps and one straight to external. Two of them are protected by overpressure valves, the other one is not protected because it has its full-scale equal to the maximum pressure generated by pump. See following: Transducer 1 Transducer 2 Transducer 3 Transducer 4 PressureVacuum variator Figure 12 - Circuit with four transducers 6.
6 Commissioning, operation GB 6.3.2 Thermocouple measurements The electrical module measures signals from the thermocouple and shows it in different engineering units (°C, °F, K).
6 Commissioning, operation 6.3.3 Thermoresistance measurements The electrical module measures signals from thermoresistance and shows it in different engineering units (°C, °F, K).
6 Commissioning, operation GB 6.3.4 Generation of electrical parameters The output module (OUT) allows to generate voltage, current, resistance and frequency. For the voltage there are three different ranges with different resolutions. Resistance has two ranges while current and frequency have only one range.
6 Commissioning, operation 6.3.6 Thermoresistance simulation Through the output module (OUT) it is possible to simulate thermoresistance. This function can be used to check and calibrate: temperature transmitters – analogue or digital indicators.
6 Commissioning, operation GB 6.4 User Interface The Pascal 100 or Pascal 100/IS calibrator has a wide display with touch screen through which it is possible to set up the instrument. The following picture is a typical display of the Pascal 100 or Pascal 100/IS.
6 Commissioning, operation 6.4.1 Channel configuration The assignment of a function to a software channel is a simple procedure that guides the operator step by step. The channel assignments are very similar, therefore only one assignment will be shown as example. The following procedure shows how to set up the Pascal 100 or Pascal 100/IS for temperature measurement through a Pt100 thermo resistance connected to the input pins of the IN A module (using 4 wires measurement).
6 Commissioning, operation Automatically the program shows the following screen and remains in this position till the operator select what type of parameter to associate to Channel 1.
6 Commissioning, operation Once a particular parameter is selected, for example pressing “T” for temperature, the instrument asks for the channel role: GB Figure 17 – Channel role selection NONE REF DUT to use the channel for simple measurement to use the channel as reference in a comparison calibration to use the channel as measurement of a Device Under Test in a comparison calibration Press one of the above button (NONE, REF, DUT) to define the channel role.
6 Commissioning, operation By selecting I/O the instrument requires now to specify whether to measure a signal or to perform a simulation: for example Measure. GB Figure 19 – Measure or Simulation selection At this point the operator needs to select on which physical channel the thermoresistance has to be connected, example IN A.
6 Commissioning, operation Selecting RTD the page for the thermoresistance set up is shown. Fourteen RTD’s types are available, plus one RTD User (with coefficient defined by the user). GB Figure 22 – Rtd type selection Once the type of thermoresistance connected to the input IN A is identified, the operator must indicate the measurement mode: 2 wires, 3 wires or 4 wires measurement; the engineering unit (°C, °F, K) and related number of decimal.
6 Commissioning, operation Once RTD USER is selected, it is possible to set the parameter of the RTD used. GB A B C Ro X = = = = = X * 10-3 °C-1 X * 10ˉ7 °C-2 X * 10-12 °C-3 Resistance @ t = 0,01 °C Value Next step is to define the measurement range. The range selection is necessary during the calibration procedure to define the relationship between the REF and DUT channels.
6 Commissioning, operation 6.4.2 Other assignments 6.4.2.1 Pressure measurement The following procedure illustrates the setting of Pascal 100 or Pascal 100/IS for pressure measurement.
6 Commissioning, operation The instrument requires the channel role: GB Figure 28 – Channel role selection NONE REF DUT to use the channel for simple measurement to use the channel as reference in a comparison calibration to use the channel as measurement of a Device Under Test in a comparison calibration Press one of the above button (NONE, REF, DUT) to define the channel role. Pressing REF or DUT the procedure continues as shown below: I/O to assign a particular I/O module to the software channel.
6 Commissioning, operation By selecting I/O the procedure requires to select the type and the range of the sensor to be used. The sensor is identified by the measurement range and the measurement mode (g = gauge pressure or a = absolute pressure). This information is displayed under the writing PE-1 (first external sensor) or PE-2 (second external sensor).
6 Commissioning, operation GB The next screen shows the Span parameter (measuring range). For default the sensor has its maximum range equal to the measuring range (Span). If the Span has to be redefined, or to be reduced, the same can be changed by using a numeric keyboard. The redefinition of the Span is used during a calibration for comparison where a relationship between a REF and a DUT channel has to be done.
6 Commissioning, operation 6.4.2.2 Thermocouple signal measurement The following procedure shows the setup of Pascal 100 or Pascal 100/IS for temperature signal measurement, for example, through a thermocouple connected to the input module. The channel for measurement is selected by pressing one of the four large displays, once the menu CHANNEL is selected, press ASSIGN as shown in the below figure.
6 Commissioning, operation Press T for Temperature. The instrument requires the channel role: GB Figure 37 – Channel role selection NONE REF DUT to use the channel for simple measurement to use the channel as reference in a comparison calibration to use the channel as measurement of a Device Under Test in a comparison calibration Press one of the above button (NONE, REF, DUT) to define the channel role.
6 Commissioning, operation By selecting I/O the instrument requires now to specify whether to measure a signal or to perform a simulation: for example Measure. GB Figure 39 - Measure or Simulation selection At this point the operator needs to select on which physical channel the thermocouple has to be connected, example IN A. Figure 40 - Input module selection It is necessary now to select a thermocouple (Tc) or a thermoresistance (Rtd), for example Tc.
6 Commissioning, operation Selecting Tc the page for thermocouple set up is shown as follow: GB Figure 42 – Tc type selection Next page helps the operator to select: the engineering unit (°C - °F - K) and the type of reference cold junction (internal or external). Selecting “internal cold junction”, a Pt100 is directly connected to the TC input pins, measures the environmental temperature; whereas by selecting “external cold junction”, the temperature value must be inserted by using the keyboard.
6 Commissioning, operation GB Figure 44 – Tc range selection Now it is possible to finalize the procedure by pressing the YES button or come back to the previous step pressing NO. Figure 45 - Channel setup confirmation Pressing the key YES, the channel is set up with selected parameters and the screen with four channels is displayed again.
6 Commissioning, operation GB 6.4.2.3 Electrical parameter measurement The following procedure shows the settings of Pascal 100 or Pascal 100/IS for the electrical parameters measurement through the input module. To select the channel press on one of the four large displays, then press CHANNEL: once menu is displayed press ASSIGN.
6 Commissioning, operation The instrument requires the selection of the role: GB Figure 49 - Channel role selection NONE REF DUT to use the channel for simple measurement to use the channel as reference in a comparison calibration to use the channel as measurement of a Device Under Test in a comparison calibration Press one of the above button (NONE, REF, DUT) to define the channel role.
6 Commissioning, operation By selecting the input/output (I/O) the procedure requires to select MEASURE (to measure a signal) or GENERATION (to generate a signal) GB Figure 51 – Measure or generation selection By pressing MEASURE, automatically the Pascal 100 or Pascal 100/IS requires to select input module (IN A- IN B) to be used. Double input will be displayed when the calibrator has a double input configuration and both modules are not assigned yet.
6 Commissioning, operation The next step shows the span parameter (measuring range). In the default settings, the maximum range is equal to the measuring range (span). If the span has to be redefined or reduced, it can be changed by using a numeric keyboard. To access to the keyboard use the arrows displayed on the right side of the screen. Change of the span is used during a calibration for comparison where a relationship between a REF and a DUT channel has to be assigned.
6 Commissioning, operation GB 6.4.2.4 Temperature Simulation The procedure for the temperature simulation assignment is similar to the measurement one as described previously, except for the step “Select measure or simulation” where the operator needs to press SIMULATION instead of MEASURE. In the following step the user needs to select one of the output OUT A or OUT B available. Figure 56 – Generation module selection 6.4.2.
6 Commissioning, operation The next selection ask if a passive or active loop is required (with 24 V supply for the loop). GB Figure 58 – mA loop generation setup 6.4.2.6 Channel 4 – mathematic functions Channel four has an additional setting named CALC. This function enables to display on channel n. 4 a value, result of the combination of the values displayed in channel 1 and 2. To access, press on the display of channel 4, then Channel on the bottom bar and then assign.
6 Commissioning, operation Pressing CALC the followings are displayed: GB Figure 60 – Calculation types CH1 + CH2 CH1 - CH2 Cell Load channel 4 displays the total value of the values displayed on channel 1 and 2 channel 4 displays the difference value of the values displayed on channel 1 and 2 channel 4 displays the ratio mV/V of the load cells CH1+CH2 and CH1-CH2 functions can be used only if channel 1 and 2 are set with the same values: same engineering unit, same number of digits, no channel assigne
6 Commissioning, operation Otherwise the channel 4 will be displayed as: GB Figure 62 – Calculation not possible on Channel 4 For the Cell Load, the channel 4 can calculate the result coming from a load cell connected as per the below scheme: Figure 63 – Cell Load connection WIKA Operating Instruction, Model Pascal 100 and Pascal 100/IS 53
6 Commissioning, operation GB Calculation is possible only when channel 1 is assigned for mV measurement (bridge signal) and channel 2 is assigned for V generation, range 0÷20 V (bridge supply). Moreover channel 1 should not be set in error mode. In this case, below what will be displayed: Figure 64 – Cell Load calculation Pascal 100 or Pascal 100/IS allows to manage the sensitivity of the load cell from 0 mV/V up to 9.99999 mV/V.
6 Commissioning, operation 6.4.2.7 HART channel assignment To select the channel press on one of the four large displays, then press CHANNEL. Once menu is displayed press ASSIGN. Procedure is shown below: GB Automatically the program shows the following configuration and it remains in this position till the operator selects the parameter to be associated to the Channel 1. For example, press HART for HART measurement.
6 Commissioning, operation NONE to use the channel for simple measurement REF to use the channel as reference in a comparison calibration DUT to use the channel as measurement of a Device Under Test in a comparison calibration GB Press one of the above button (NONE, REF, DUT) to define the channel role.
6 Commissioning, operation After positioned to the parameter needed to modify press right arrow key, for example on the TAG parameter: GB If desired delete all the characters with backspace and insert the desired. After press ENTER to store the parameter inside the HART transmitter; the Pascal will return to the previous display. IMPORTANT NOTE: HART requires that all the characters must be in upper case in order to be properly stored. Press NEXT to continue.
6 Commissioning, operation GB Pressing YES, the channel is assigned to the selected parameter and the screen with four channels is displayed again. 6.4.2.8 HART trimmer calibration When the HART transmitter needs to be recalibrated or adjusted the HART menu can achieve these two types of possibilities: - ADJ.SCL - CAL.TRIM CAL.TRIM permits to correct the analog mA generation, of the HART transmitter, referred to the digital AO value displayed if the output DAC goes out of tolerance.
6 Commissioning, operation GB The instrument shows: Press “Zero Trim” or “Span Trim”, and the display shows (in this case Span Trim is selected): The HART instrument is put in fixed mode generation (4 or 20 mA) and the REF channel is measuring the true analog mA generation. To re-align to the correct 20 mA (or 4 mA) generation press “Calibrate” button. If needed follow the same procedure for “Zero Trim”.
6 Commissioning, operation GB 6.4.2.9 HART scale adjust ADJ.SCL permits to align the range of PV to the Lower and Upper mA generation values. The Lower value of PV is the value at which the transmitter will generate the 4 mA nominal value, and the Upper value is the value at which the transmitter will generate the 20 mA nominal value. Here is described the “automated” procedure that permits to align in “real-time” these values. The user can also change them manually in the “HART data” page as seen before.
6 Commissioning, operation 6.5 Menu The MENU is available in the bottom of the display and changes according to the step of the procedure that is running on the instrument. The MENU sections can be selected pressing on their screen portion respectively. Pressing it, a menu will be displayed on the left side of the display, showing all the possible options available in that moment for that specific configuration.
6 Commissioning, operation 6.5.
6 Commissioning, operation The CHANNEL menu for the electrical, temperature and pressure signals is shown here below : GB Figure 68 – Channel menu showing for pressure INC.DEC o DEC.DEC boxes are displayed: they enable to modify the number of DECIMALS to be displayed. More Information about the Channel Menu is available in chapter 6.6 6.5.2 Instrument Menu This menu enables to see and change the settings of the instrument. Pressing on INSTRUM the following menu is displayed.
6 Commissioning, operation 1) SETUP to set up the instrument configuration, as per below picture: GB Figure 70 – Instrument setup screen showing Different languages are available: 2 different ones are available on each instrument configuration. Standard languages are English and Italian. Serial Baud rate must be set up at 115200 to enable data transfer to the PC. 2) LOCK SCR To lock and unlock the screen.
6 Commissioning, operation 4) 2 CH To show 2 channels on the dispaly, as per picture below. GB Figure 72 – Two channels display 5) 6) 4 CH 24V OUT To visualize all the 4 Channels on the display. To power on /off the 24 Vcc to supply the power to the device under test 6.5.3 Report Menu This menu enables to access to the calibration reports and calibration procedures section. For more information please refer to Chapter 6.7 6.5.
6 Commissioning, operation GB 6.5.7 Graph Menu To display the behavior of a variable associated to a channel in a certain range of time, press GRAPHIC inside the active menu. The box SETUP is displayed in the new menu, enabling the selection of the following parameters: Sampling time (hh, mm, ss) Scale (automatic, manual) Lower limit (in manual) Upper limit (in manual) X Axis (fixed or tracked to cursor) Select the values with the arrows and then press START.
6 Commissioning, operation 6.5.8 Ramp Menu This menu is displayed when the parameter are associated to an ouput card. This function allows to set a ramp that automatically shift the generated value in configurable steps. If both generation outputs are available, each one associated to a channel, two ramps can be set up and can be run simultaneously.
6 Commissioning, operation Press SETUP to set the ramp: GB Figure 76 – Ramp parameters setup Here above a ramp has been set: starting from 0 V, in 11 steps it reaches 1 V after 20 sec.: then it remains standstill for 5 sec. The ramp will be executed 2 times (Cycles num.). Press OUT A to start the ramp function: the instrument will show the main screen and the writing RMP will be displayed to show that the function ramp is active.
6 Commissioning, operation 6.5.9 Disk Menu Data related to the Reports, Loggings and Calibration procedures are stored as files into the internal memory of the equipment. Press Menu DISK, and the following options will be displayed: GB Figure 79 – DISK Menu FORMAT allow to cancel completely the virtual DISK. This operation will cancel all the store data. Before proceeding the instrument will ask a final confirmation to the operator.
6 Commissioning, operation GB 6.6.1 Status Press CHANNEL and then press STATUS to visualize all the parameters related to the status of the channel (1, 2, 3, and 4): the configuration of each channel is displayed. Press the arrows in the bottom menu to change the channel. See the below picture: Figure 81 – Channel status page Press EXIT to return to the initial screen. 6.6.2 Res. MxMn Press Res. MxMn to restart the Max and Min value displayed on the channel. 6.6.
6 Commissioning, operation Once all parameters are set, press ON to enable the function: on the main display SCL writing will appear. The new value will be displayed with the new engeneering unit in big letters. The existing measurement will be displayed below in small letters. Example available here below: GB Figure 83 – Channel with Scaling enabled 6.6.4 Filter The FILTER can filter a measurement.
6 Commissioning, operation GB 6.6.6 Offset On – Offset Off OFFSET ON – OFFSET OFF is used to restar the measurement on a specific channel Press OFFSET ON to restart: zero will be displayed and OFFSET OFF will appear. Press to come back to the previous value. OFS indicates that the OFFSET is ON. Figure 85 – Channel with OFFSET enabled 6.6.7 Inc. Dec – Dec. Dec If channel is set up for pressure or temperature measurements in the CHANNEL menu the functions INC.DEC. e DEC.DEC. are displayed.
6 Commissioning, operation The keyboard can be accessed pressing on the right side of the displayed value as shown below: GB Press here, a small black square is shown Figure 87 – Generation value – how to modify Press to visualize at the bottom menu the 4 arrows as per the below image: Figure 88 – Generation value – how to modify Cursor can be moved right and left using the first 2 arrows starting from the left side.
6 Commissioning, operation GB 6.7 Report To create a report one channel has to be set as REF (Reference) and another one as DUT (Device Under Test): reference signal and direct measurement (or manual input by keyboard) are required. For the REFERENCE: remember to set the range equivalent to the one of the DUT. When the channel is assigned as reference, the symbol REF will appear. For the DUT: remember to define the max error and the declaration. A bargraph will be displayed on the DUT channel.
6 Commissioning, operation A standard Report configuration for the calibration of a pressure trasmitter 0-1 bar range is available here below GB Figure 90 – Report setup Once completed Press STORE per memorize the data. The following screen will appear: Figure 91 – Store Report request Press YES to store the report set up and then press again yes to run the report.
6 Commissioning, operation The main screen will be displayed as per below: GB Figure 93 – Report running display On the bottom menu, the report name (rpt1), the calibration point (1of 6) and the related reference value (0.00000) will be shown. Press STORE to store the first calibration point: the switch to the second point is done automatically (pnt 2 will be shown), and so on for all the predefined calibration points.
6 Commissioning, operation To visualize the report, access to REPORT menu and press VIEW RPT to view the stored reports: GB Right arrow Up & Down arrows Figure 95 – Display Report list The above picture shows the list of the existing report: name and status are displayed.
6 Commissioning, operation Pressing POINTS, the list of the calibration points will be shown: GB Figure 97 – Display test points Report Pressing RESULT, the calibration results are shown: Scrolling menu Figure 98 – Display Report results Press the “scrolling menu”, menu with “As found”, “As left”, “Up”, “Down”, will appear to enable to see the calibration results related to the different calibration stages.
6 Commissioning, operation X axis represents the calibration points related to the reference (REF). Y axis represents the error in percentage (compared to the Reading range, as assigned to the DUT) related to the Device Under Test channel (DUT). GB From REPORT menu, select DEL.RPTS to cancel all the reports in the memory. 6.8 Data Logger The LOGGER function allows to store the data displayed on the 4 Channels simultaneously.
6 Commissioning, operation The flashing of the floppy disc icon, on the central part of the upper menu, shows that the LOGGER is active. The data will be stored on all 4 Channels (if assigned) simultaneously GB Flashing symbol Figure 102 – Logger running Pressing DEL.LOGS all the logs will be deleted: a confirmation will be asked to the user before proceeding.
6 Commissioning, operation 6.9 Communication Through the Software Program PascalLink, all reports can be downloaded to a PC. Through the Software Program PasLog, all logs can be downloaded to a PC. Following configuration is required for the download of the data: press INSTRUM.
6 Commissioning, operation 6.10 Calibration Examples GB 6.10.1 Example 1 – Calibration of two wires pressure transmitters Pascal 100 or Pascal 100/IS generates 24 V d.c. power supply to the transmitter. The 4-20 mA output signal from the transmitter is sent to be measured to an electrical input signals card IN A or IN B.
6 Commissioning, operation 6.10.2 Example 2 – Calibration of PTZ gas volume converters Pascal 100 or Pascal 100/IS can be used to calibrate a gas volume converter, where the absolute pressure, the temperature value and the Z factor are used to convert the gas volume measurement. Gas volume, calculated at standard conditions. The following figure shows the use of the calibrator.
6 Commissioning, operation GB 6.10.3 Example 3 – Calibration of four wires RTD’s A 4-wire RTD can be calibrated by using the method of comparison, connecting it to the input (IN A) as a DUT (Device Under Test) and comparing it with a reference RTD connected to the other input (IN B) as REF (Reference), In this way the two measures can be compared, the calculated error is reported on the calibration report.
6 Commissioning, operation 6.10.4 Example 4 – Calibration of Thermocouples The calibration of thermocouples is similar to that of RTDs, i.e. by comparison, except for the choice of the type of reference thermocouple to be used accordingly to the types of thermocouples to be calibrated. You must also select the cold junction compensation if the internal, external or assigning a compensation value.
6 Commissioning, operation 7 Maintenance, cleaning and servicing GB 7.1 Maintenance The Multichannel Calibrator model Pascal 100 or Pascal 100/IS is maintenance-free. Repairs must only be carried out by the manufacturer. 7.2 Cleaning CAUTION! ■ Before cleaning, correctly disconnect the Multichannel Calibrator model Pascal 100 or Pascal 100/IS from the pressure supply, and switch it off. ■ Clean the Multichannel Calibrator model Pascal 100 or Pascal 100/IS with a moist cloth.
8 Dismounting, return and disposal 8 Dismounting, return and disposal WARNING! Residual media in dismounted reference pressure sensors can result in a risk to persons, the environment and equipment. Take sufficient precautionary measures. GB 8.1 Dismounting Only disconnect test- and calibration installations once the system has been depressurised! 8.
Appendix 1: ATEX Approval of Pascal 100/IS GB Appendi x 1: AT EX Appr oval of Pasc al 100/IS 88 WIKA Operating Instruction, Pascal 100 and Pascal 100/IS
Appendix 1: ATEX Approval of Pascal 100/IS GB WIKA Operating Instruction, Model Pascal 100 and Pascal 100/IS 89
Appendix 1: ATEX Approval of Pascal 100/IS GB 90 WIKA Operating Instruction, Pascal 100 and Pascal 100/IS
Appendix 1: ATEX Approval of Pascal 100/IS GB WIKA Operating Instruction, Model Pascal 100 and Pascal 100/IS 91
Appendix 1: ATEX Approval of Pascal 100/IS GB 92 WIKA Operating Instruction, Pascal 100 and Pascal 100/IS
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