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Endress+Hauser Topcal S CPC310 Operating Instructions Manual

Automation of ph/redox measurements field communication via hart protocol
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Operating Instructions
Topcal S CPC310
Automation of pH/Redox Measurements
®
Field communication via HART
protocol
BA409C/07/en/11.06
71028144
As of software version:
2.60

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Summary of Contents for Endress+Hauser Topcal S CPC310

  • Page 1 Operating Instructions Topcal S CPC310 Automation of pH/Redox Measurements ® Field communication via HART protocol BA409C/07/en/11.06 71028144 As of software version: 2.60...
  • Page 2 Brief overview 140107-1000-3A 71027539 CPG310 100 - 110 - 230 VAC Zusatzventile / Mycom SPS Eingänge / auxiliary valves PCS inputs Jumper 100-230V Programmwahl / program choice 230V 100V/ 110V 200 7.87 41 42 45 46 L+ L- Power Interne Eingänge / Steuer-Ausgänge / SPS Ausgänge / Interne Eingänge /...

  • Page 3: Table Of Contents

    Table of contents Safety instructions ....5 Medium connection....41 Designated use ......5 Compressed air pipe and additional valves .
  • Page 4 HART commands ......106 Technical data ....154 7.7.1 Universal commands .

  • Page 5: Safety Instructions

    Topcal S CPC310 is a fully automated measuring, cleaning and calibration system for pH and redox measurement. The system is fully equipped with power supply cables and hose systems. Topcal S CPC310 can be operated using the handheld terminal DXR375 or at a PC by means of the ® FieldCare program via a HART modem, e.g.

  • Page 6: Return

    Safety instructions Electromagnetic compatibility With regard to electromagnetic compatibility, this device has been tested in accordance with the applicable European standards for industry. The electromagnetic compatibility indicated only applies to a device that is connected in accordance with the instructions in these Operating Instructions. Return If the device has to be repaired, please return it cleaned to your sales center.

  • Page 7: Identification

    Identification Identification Device designation 2.1.1 Nameplate The transmitter and the control unit each has its own nameplate. Made in Germany, D-70839 Gerlingen MYCOM S pH / Redox Order code CPM153-A2C10A010 Serial no 55000505G08 Meas. range: -1500 mV ... +1500 mV IP65 -2 ...

  • Page 8: Product Structure

    Identification 2.1.3 Product structure Approval Basic features: Non-Ex With ATEX approval, ATEX II (1) 2G EEx, em ib[ia] IIC T4 With FM approval Cl. I, Div. 2, with NI input and output circuits, sensor IS Cl. I, Div. 1 With FM approval Cl. I, Div. 2, with NI input and output circuits With CSA approval, Cl.

  • Page 9: Certificates And Approvals

    Identification Certificates and approvals Declaration of conformity The product meets the statutory requirements of the harmonized European standards. The manufacturer certifies compliance with the standards by using the 4 mark.

  • Page 10: Installation

    Fieldgate FXA320 instead of HART modem min. 250 W a0006963 Fig. 3: Example of a measuring system Retractable assembly CPA475 PC with FieldCare ® pH/Redox sensor HART modem Commubox FXA191 ® Mycom S CPM153 HART handheld terminal DXR375 Topcal S CPC310 Recorder...

  • Page 11: Incoming Acceptance, Transport, Storage

    Installation Incoming acceptance, transport, storage • Make sure the packaging is undamaged! Inform the supplier about damage to the packaging. Keep the damaged packaging until the matter has been settled. • Make sure the contents are undamaged! Inform the supplier about damage to the delivery contents. Keep the damaged goods until the matter has been settled.

  • Page 12: Spacing

    PARAM max. 200 m (656 ft) max. 2.5 m (8.20 ft)* a0006069 Fig. 4: Maximum spacing for Topcal S CPC310 system components When using the multihoses supplied as standard Depending on the multihose version ordered 3.3.3 Assembly installation Installation angle of at least 15 ° to the horizontal.

  • Page 13: Dimensions

    Installation 3.3.4 Dimensions cxm153-dim.cdr Fig. 6: Dimensions of Mycom S 320 (12.60) 200 (7.87) 227 (8.94) (0.94) 250 (9.84) 300 (11.81) mm (inch) a0005790 Fig. 7: Dimensions of CPG310 control unit...

  • Page 14: Installation Instructions

    Installation Installation instructions 3.4.1 Securing rinsing block to assembly a0006202 Fig. 8: Mounting the rinsing block on the assembly (example CPA473) Proceed as follows to mount the rinsing block: Fit the securing clamps with the rinsing block (3 and 4) on the assembly cylinder. Fit the counterclamps (2) on the assembly cylinder from the other side.

  • Page 15: Wall Mounting

    Installation 3.4.3 Wall mounting " Caution! • Make sure the maximum permitted ambient temperature range of -20 ... +60 ° C (-4 ... 140 ° F) is observed. Avoid direct sunlight. • Always mount the wall-mount housing in such a way that the cable entries point downwards. Control unit a0004861 Fig.

  • Page 16: Post Mounting And Panel Mounting

    Installation Proceed as follows to wall-mount the unit: Bore the holes as per Fig. 10. Push the two securing screws from the front through the securing bores (item 1). Mount the transmitter housing to the wall as illustrated. Cover the bores with the plastic caps (item 2). 3.4.4 Post mounting and panel mounting Note!
  • Page 17 Installation Post mounting Proceed as follows to mount the transmitter to a post: a0003954 Fig. 13: Post mounting Vertical mounting Horizontal mounting Screw the four securing screws (item 1) into the threaded openings on the transmitter. Counter every securing screw with a nut (item 2). Set the transmitter to the desired position on the post or pipe.

  • Page 18: Post-Installation Check

    Installation Post-installation check • After installation, check the transmitter and the control unit for damage. • Check whether the transmitter and control unit are protected against rain and direct sunshine.

  • Page 19: Wiring

    Wiring Wiring Warning! • The electrical connection must only be carried out by an electrical technician. • The electrical technician must have read and understood these Operating Instructions and must adhere to them. • Before beginning the connection work, ensure no voltage is applied to any cable. Electrical connection 4.1.1 Overview...
  • Page 20 Wiring Installation and connection Mycom CPM153 CPG310 by operator E1: ext. Hold* L/L+ N/L– Power supply 12V DC – L– E2: Chemoclean Compressed air supply "Clean"* 4 ... 6 bar, filtered 50 µm, E3: Chemoclean comm. free of oil and "User"* condensate 15 V...

  • Page 21: Connection Compartment Sticker For Cpg310 Control Unit

    Wiring 4.1.2 Connection compartment sticker for CPG310 control unit 140107-1000-3A 71027539 CPG310 100 - 110 - 230 VAC Zusatzventile / Mycom SPS Eingänge / auxiliary valves PCS inputs Jumper 100-230V Programmwahl / program choice 100V/ 230V 110V 41 42 45 46 L+ L- Power Interne Eingänge /...

  • Page 22: Mycom S Cpm153

    Wiring 4.1.3 Connection compartment sticker, Mycom S CPM153 a0006259 Fig. 18: Connection compartment sticker, Mycom S CPM153 DRN Drain Source Reference Only order version -..1.. is applicable...

  • Page 23: Power Supply And Communication Connection

    Wiring 4.1.4 Power supply and communication connection between transmitter and control unit a0003960 Fig. 19: Connecting power supply Mycom S Mycom S power supply: Guide the power cable through the right Pg cable gland and into the Mycom housing. Connect the green/yellow core to the PE terminal. Connect the two other cable cores to terminals "L"...

  • Page 24: Level Probes For Buffer And Cleaner

    Wiring Control unit power supply Guide the voltage cable through a suitable Pg gland and into the control unit housing. Connect the green/yellow core to the PE terminal. Connect the two other cable cores to terminals "L+" and "N-" (bottom terminal block, left). Communication connection between Mycom and control unit Guide the end of the communication cable with the black shield wire through a suitable Pg gland on Mycom.

  • Page 25: Analog Sensors

    Wiring Guide the cables of the level probes for the buffer and cleaner through the threefold Pg gland behind the multihose connection (see Fig. 22). a0006021 Fig. 22: Guiding the level probe cable Threefold Pg gland Connect the cable cores as follows. Polarity does not matter here: Cable core Control unit connection Level probe, buffer 1...
  • Page 26 Wiring Preparing cables " Caution! Danger of inaccuracy. Make sure to protect connectors, terminals and cables against moisture. a0003976 Fig. 23: Outer screen connection with metal cable gland Slide the cable gland and the clamping ring over the cable. Remove the inner insulation. Remove the outer shield from the cable and fold it back over the clamping ring.
  • Page 27 Wiring pH/redox glass electrodes Connect the cable cores in the device as follows: Connection with PML (symmetrical) Connection without PML (unsymmetrical) Ref PA12 13 11 S Ref PA12 13 11 S Coax Coax d.n.c PA/PM a0003962 a0003961 Fig. 25: Connecting pH glass electrode without PML Fig.
  • Page 28 Wiring ISFET sensors Connect the cable cores in the device as follows: Connection with PML (symmetrical) Connection without PML (unsymmetrical) Ref PA12 13 11 S Ref PA12 13 11 S Coax Coax d.n.c PA/PM a0003963 a0003964 Fig. 26: Connecting ISFET sensors with PML Fig.
  • Page 29 Wiring a0003977 Fig. 28: pH terminal on housing cover Open the top housing section of the device. On the right-hand side of the housing cover, disconnect the red cable to the pH input at both ends (see Fig. 29). Attach the jumpers supplied as illustrated in Fig. 30. Connect the sensor cable in accordance with the ISFET assignment.

  • Page 30: Digital Sensors With

    Wiring 4.1.7 Digital sensors with Memosens technology Measuring cables You require the Memosens CYK10 data cable to connect digital sensors: Sensor type Cable Extension Digital sensors with temperature sensor CYK10 RM junction box + CYK81 cable Preparing cables a0003976 Fig. 31: Outer screen connection with metal cable gland Slide the cable gland and the clamping ring over the cable.
  • Page 31 Wiring Connecting digital sensors Connect the cable cores in the device as follows: NC 97 96 88 87 S a0003965 Fig. 32: Connecting digital sensors with Memosens technology Note! The outer shield of the cable is grounded by means of the metal gland.

  • Page 32: Current Outputs

    Wiring 4.1.8 Current outputs ® HART handheld terminal DXR375 ® The HART handheld terminal is connected by means of current output 1 of the transmitter. ® For connecting, please refer also to the documentation issued by the HART Communication Foundation. 31 33 A L+ 32 34 B L- ³...
  • Page 33 Wiring Note! ® Simultaneous operation of FieldCare and HART handheld terminal DXR375 is only possible if • One device is configured as the primary master and the other as the secondary master. • Neither of the two masters is constantly communicating. PC with operating program ®...
  • Page 34 Wiring 31 33 A L+ 32 34 B L- ³ a0003983 Fig. 36: Passive current output 1: Electrical connection of the Commubox FXA191 Current output 1 PC with operating software Power unit 24 V DC Shielding Recorder Other switching units, PLC with passive input HART modem Commubox FXA191 Current output coding With device versions CPM153-AxA/Bxx (2 current outputs) and CPM153-AxC/Dxx (2 current...

  • Page 35: Mycom Relays

    Wiring 4.1.9 Mycom relays In Mycom S CPM153, one fault-signaling contact and five additional contacts are available. You can use the additional contacts to control controllers, limit contactors and the supply of Chemoclean water and Chemoclean cleaner. The additional contacts are configured by means of the "Set up 1 >...

  • Page 36: External Inputs (Plc To Cpg310 ) And Outputs (Cpg310 To Plc)

    Wiring Function check assignment The function check as per NAMUR is active if: • Calibration is active. • The assembly is in the Service position. • Mycom is configured. • A Topcal cleaning and calibration program is running. • A Chemoclean program is running. •...

  • Page 37: External Inputs (Plc To Mycom)

    Wiring External outputs If you want to report the position of the assembly to an external PLC, connect the outputs of the control unit as follows: Feedback Control unit connection "Assembly in Measuring position" Terminals 61 and 62 feedback signal "Assembly in Service position"...

  • Page 38: Inductive Limit Position Switch

    Wiring 4.1.12 Inductive limit position switch The system is supplied with pneumatic feedback systems for the assembly position as standard. If you are using inductive limit position switches, connect them as outlined in the following instructions. Inductive limit position switches of the Cleanfit CPA471, CPA472, CPA475 assemblies D4 11 12 13 a0004880...
  • Page 39 Wiring Inductive limit position switches of the CPA473, CPA474 assemblies D4 11 12 13 a0004881 Fig. 43: Connecting inductive limit position switches of the CPA473, CPA474 assemblies "Service" feedback signal "Measure" feedback signal If you are using a CPA473 or CPA474 assembly with inductive limit position switches for reporting the assembly position, release the existing cable from terminals 11 ...

  • Page 40: Post-Connection Check

    Does the supply voltage match the specifications on the nameplate? 100 ... 230 V wide area 24 V AC / DC Do the cables used fulfill the required specifications? Use a genuine Endress+Hauser cable for connecting the sensor, see "Accessories" section. Are the mounted cables strain-relieved?

  • Page 41: Medium Connection

    Medium connection Medium connection Compressed air pipe and additional valves V1 V2 a0005767 Fig. 44: Connecting compressed air supply and controlling additional valves Compressed air Pressure reduction valve Additional valve 1 Additional valve 2 Compressed air supply " Caution! Note the following points when connecting: •...

  • Page 42: Water Pipe And Rinse Chamber

    Medium connection Additional valves Connect the additional valves as follows: Valve number Function Control of additional valve 1 for sealing water etc. Control of additional valve 2 for sealing water etc. You can use the additional valves for "Sealing water" for example. The valves are assigned in "Set up 2 >...

  • Page 43: Multihoses

    Medium connection Connecting rinse water " Caution! Note the following points when connecting the water: • The rinse water pipe must be provided at the point of installation. • The diameter of the rinse water lines to the water filter and the rinse chamber of the rinse block must be ID 12 mm (0.47").

  • Page 44: Connecting Multihoses

    Medium connection 5.3.1 Connecting multihoses a0006018 Fig. 46: Connecting multihoses " Caution! Make sure you connect the multihoses strain-relieved without any buckling. Connect the multihoses as follows: Hose Topcal housing connection Assembly connection Canister tray connection number Pg 29 bayonet lock (3) Pg 29 bayonet lock (2) Pg 21 bayonet lock (4) Upper clamp (5)

  • Page 45: Assemblies

    Medium connection Assemblies 5.4.1 Cleanfit CPA471/472/475 With pneumatic limit position switches a0005751 Fig. 47: Connecting CPA471, CPA472, CPA475 compressed air control with pneumatic limit position switches a0004908 Fig. 48: Pneumatic limit position switch Input Output...
  • Page 46 Medium connection Connecting pneumatic assembly control system Connect the connections for moving the assembly and for position confirmation as follows: Hose Function Assembly connection number "Measure" position confirmation Lower limit position switch - output (=2) Move to "Measuring" position Lower limit position switch - input (=1) and upper G¼ coupling (via T-piece) "Service"...

  • Page 47: Cleanfit Cpa473/474

    Medium connection 5.4.2 Cleanfit CPA473/474 With pneumatic limit position switches a0005748 Fig. 50: Connecting compressed air for controlling CPA473, CPA474 assemblies The assembly is delivered with hoses ready connected. You just have to connect the compressed air for the pneumatic operation of the ball valve and the outputs for pneumatic feedback from the multihose M1 to the pneumatic connection block: Hose Function...
  • Page 48 Medium connection With inductive limit position switches a0005753 Fig. 51: Connecting CPA473, CPA474 compressed air control system with inductive limit position switches Pneumatic assembly control system The assembly is delivered with hoses ready connected. You just have to connect the compressed air for pneumatic operation of the ball valve: Hose Function...

  • Page 49: Pumps

    Medium connection Pumps 5.5.1 Compressed air control a0006015 Fig. 52: Compressed air control of the membrane pumps Cleaner Buffer 1 Buffer 2 Connect the individual hoses as follows for compressed air control of the membrane pumps: Multihose Hose number Membrane pump connection Cleaner compressed air connection Buffer 1 compressed air connection Buffer 2 compressed air connection...

  • Page 50: Buffer And Cleaner

    Medium connection 5.5.2 Buffer and cleaner a0006016 Fig. 53: Medium connection of the membrane pumps Cleaner Buffer 1 Buffer 2 Connect the individual hoses as follows for transporting buffer and cleaner: Multihose Hose number Membrane pump connection Cleaner medium connection Buffer 1 medium connection Buffer 2 medium connection...

  • Page 51: Venting

    Medium connection 5.5.3 Venting a0006017 Fig. 54: Venting membrane pumps Cleaner Buffer 1 Buffer 2 To vent the membrane pumps, connect the individual hoses of multihose M4 to the vent connections of the three membrane pumps. No specific order has to be followed. Post-connection check Device condition and specifications Notes...

  • Page 52: Operation

    Operation Operation Display and operating elements 6.1.1 Display Measure HOLD 7.54 Select [¯ ] F ailure MEAS DIAG PARAM a0004122-en Fig. 55: Operating elements Current menu Current parameter Navigation row: Arrows for scrolling; for scrolling on; notice for canceling Ò Measuring mode key Ï...

  • Page 53: Service Switch

    Operation Ï "CAL" takes you to the calibration menu to calibrate sensors. With the "Enter" key, you proceed one step further in the menu or you confirm the option selected. LED lit Green: Everything OK Red: An error has occurred •...

  • Page 54: Measured Value Display

    Operation 6.1.4 Measured value display Various measured value displays are available. Use the arrow keys to scroll between the different menus. Switch between the current measured value curve and the data logger with the Enter key Me asure Measure Measure 2.00 12.00 7.54...

  • Page 55: Menu Editor Types

    Operation Ñ To activate the codes (= lock the functions), please refer to the menu item " > Set up 1 > Access codes". You can enter your desired codes here. If the code is activated, you can only edit the protected areas with the rights mentioned above.

  • Page 56: Operation Via Fieldcare

    Operation Operation via FieldCare FieldCare is Endress+Hauser's FDT-based Plant Asset Management tool. It can configure all intelligent field devices in your plant and supports you in managing them. By using status information, it also provides a simple but effective means of checking their health.

  • Page 57: Commissioning

    Commissioning Commissioning Points to note when commissioning digital sensors pH sensors with Memosens technology save the calibration data. Consequently, the procedure for commissioning these sensors differs to that for standard electrodes. Proceed as follows: Install the transmitter and the assembly. Connect the transmitter and the sensor cable.

  • Page 58: Switching On

    Commissioning Switching on Before first startup, make sure you understand how to operate the device. Please refer to the "Safety instructions" and "Operation" sections in particular. We recommend the following procedure for commissioning: Connect Mycom S CPM153 to the power supply. Switch the service switch to the Service position Wait for CPM153 and the control unit to initialize.
  • Page 59 Commissioning Function Options Info Contrast Contrast setting where applicable You can increase or reduce the contrast of the 7.00 Hold display with the arrow keys Param Contrast [+- ] Next [E ] Edit Date + time Weekday Enter the complete date and time here. These data are used for the logbooks and the 7.00 Hold...
  • Page 60 Commissioning Function Options Info -20.0 ... 150.0 ° C MTC temperature, temp. sensor Only available with pH and MTC or input 1 MTC+Temp selected in the previous field. Factory setting 25.0 ° C 7.00 Hold Param MTC- T emp. C1 025.0°C - 20.0...

  • Page 61: Configuring Clean Program

    Commissioning Function Options Info Exit Quick Setup Options Specify whether you want to save the settings • end and exit the Quick Setup menu or run through 7.00 Hold • restart the menu again to make corrections. Param Start up Factory setting restart Edit...
  • Page 62 Commissioning Display Entry Use the arrows to set the required conveying time for water. Press to get back pH 7.00 Hold to selecting the program steps. P aram Time Water 0040s 0...9999s Edit [ ¯®] Next [E ] Where necessary, adjust the other program steps. pH 7.00 Hold The program time is calculated automatically.

  • Page 63: Device Configuration

    Commissioning Device configuration 7.6.1 Set up 1 - Sensor input Use this menu item to change the settings for measured value acquisition such as the operating mode, the measuring principle, the type of electrode etc. Apart from measured value damping, you have already made all the settings for this menu during initial commissioning with the Quick Setup menu.

  • Page 64: Set Up 1 - Display

    Commissioning 7.6.2 Set up 1 - Display To call the menu, select: Ñ " > Specialist > Set up 1 > Display" Function Options Info Language Options Note! • English ""Language ordered" refers to the language that pH 7.00 Hold •...

  • Page 65: Set Up 1 - Current Outputs

    Commissioning Note! Danger of misuse Make sure that the codes you entered and the general universal codes are protected against misuse by unauthorized persons. Note down the codes and keep them in a place where unauthorized persons do not have access to them (see also the "Access authorization - operation" section). 7.6.4 Set up 1 - Current outputs The transmitter is fitted with two current outputs.
  • Page 66 Commissioning Function Options Info Linear Measured value limits Activation and subsequent entry Enter the upper and lower measured value • 0/4 mA limit. -02.00 ... 16.00 pH The minimum distance between the upper and -50 ... 150 ° C lower measured value limit is 2 pH units (e.g. -0500 ...

  • Page 67: Set Up 1 - Relays

    Commissioning 7.6.5 Set up 1 - Relays To call the menu, select: Ñ > Specialist > Set up 1 > Relays Function Options Info Contact functions Activation and subsequent entry You can specify the function of the five relays • NAMUR here.

  • Page 68: Set Up 1 - Temperature

    Commissioning Function Options Info Controller contacts Options Only available if the controller has been • Active open (NC contact) selected as a relay function: • Active closed (NO contact) Select the assignment of the controller contacts as "Active open" or "Active closed". Factory setting Active closed (NO contact) Limit contacts...
  • Page 69 Commissioning Temperature compensation menu To call the menu, select: Ñ " > Specialist > Set up 1 > Temperature" Function Options Info Temperature measurement Options Only available with redox measurement • Off mV - Hold • On Param T emp.meas 1 Factory setting Edit [¯]...

  • Page 70: Set Up 1 - Alarm

    Commissioning Function Options Info Select table Medium Options Select a medium. • Medium 1 Off: No medium compensation • Medium 2 • Medium 3 • Off Factory setting Edit table Medium for compensation Options Select a medium. You can enter compensation curve •...

  • Page 71: Set Up 1 - Hold

    Commissioning Alarm menu To call the menu, select: Ñ " > Specialist > Set up 1 > Alarm" Function Options Info Alarm output Options Set the error current at which an error message • Min (2.4mA) is active. 7.00 Hold •...
  • Page 72 Commissioning Hold menu To call the menu, select: Ñ " > Specialist > Set up 1 > Hold" Function Options Info Activate hold Activation and subsequent Specify the menus for which the automatic hold selection should be activated. 7.00 Hold •...

  • Page 73: Set Up 1 - Calibration

    Commissioning 7.6.9 Set up 1 - Calibration pH operating mode To call the menu, select: Ñ " > Specialist > Set up 1 > Calibration" Function Options Info Calibration Options Select the initial settings for the calibration. • Offset Offset: Enter a fixed value by which the pH •...
  • Page 74 Commissioning Function Options Info Buffer 2 Options Only available for buffer table: • Buffer 2.0 Select the pH value for buffer 2 of the two-point • Buffer 4.01 calibration. • Buffer 9.18 • Buffer 10.90 (option depends on the buffer type) Factory setting Buffer 4.01...
  • Page 75 Commissioning Function Options Info Zero point 0.05 ... 2.00 pH If the zero point deviates from the target zero point by the value entered here, an alarm (error Factory setting no. 033) can be triggered (for error activation, 1.30 pH see "Set up 1 - Alarm"...
  • Page 76 Commissioning Function Options Info Autocal. Topcal Calibration parameters Options Specify the type of calibration for automatic • Fixed buffer calibration. • Auto. buffer recognition Buffer table: This function can be selected if the same buffer values are constantly used. Factory setting Auto.
  • Page 77 Commissioning Function Options Info Offset Enter offset Activation and subsequent entry Act. PV: The current measured value (primary • Act. PV 1/2 value) with an offset is displayed and can be 0000 ... 1500 mV edited. • Offset 1/2 Offset: The mV difference between the 0000 ...

  • Page 78: Set Up 1 - Topcal Validation Function

    Commissioning Function Options Info Autocal. Topcal Calibration solution -1500 ... 1500 mV Specify the calibration solution for the automatic Topcal calibration. Factory setting 450mV 7.6.10 Set up 1 - Topcal validation function If you are using a pH electrode, you can use the validation function to check whether there is a deviation between the target and actual value of your measurement and whether calibration is necessary.

  • Page 79: Set Up 2 - Data Log

    Commissioning 7.6.11 Set up 2 - Data log The data logger records two freely selectable parameters with their date and time. You can call it up by means of the measured value displays. Use the arrow keys to scroll through the measured value displays until you get to the record mode of the data logger.

  • Page 80: Set Up 2 - Check

    Commissioning 7.6.12 Set up 2 - Check SCS electrode monitoring The sensor check system monitors the pH and reference electrode for incorrect measurement and total failure. SCS detects the following reasons for incorrect measurement: • Electrode glass breakage • Fine short circuits in the pH measuring circuit, including moisture or contamination bridges at the terminal points •...
  • Page 81 Commissioning PCS alarm (Process Check System) The measuring signal is examined for deviations with the PCS. An alarm is triggered (E152) if the change in the measuring signal is smaller than 0.5% (of the full scale value of the selected measuring range) within the time entered.

  • Page 82: Set Up 2 - Controller Configuration

    Commissioning 7.6.13 Set up 2 - Controller configuration Note! The following sections describe the controller configuration of the transmitter. Detailed information on the general functioning of controllers is provided on the CD-ROM D+ supplied. Configuration of the transmitter Please configure the relays of the transmitter in the following order: Type Sensor input Characteristic...
  • Page 83 Commissioning Function Options Info Pulse frequency Actuator Activation and subsequent entry Select the settings for the actuator. • Relay: Relay: Select the relay; you can choose from n.c., rel. x the relays that you assigned to the controller in • Max. frequency "Set up 1 - Relays".
  • Page 84 Commissioning Function Options Info 2 outputs Control type Activation and subsequent entry Select the type of control for your process. • Acid Note! – Pulse length Detailed information on the types of control is – Pulse frequency provided on the CD-ROM D+. •...
  • Page 85 Commissioning Function Options Info Process character Options Select the character of the process. • Fast process If you have no values from experience for • Standard process setting the control parameters, these default • Slow process settings for a rapid/standard/slow process •...
  • Page 86 Commissioning Function Options Info Segmented curve characteristic values Activation and subsequent entry Enter the characteristic values for • Start neutral zone range-dependent control gain. -2.00 ... 7.00 pH Control point: The value that is to be set. • End neutral zone Start neutral zone: Start neutral zone 7.00 ...
  • Page 87 Commissioning Function Options Info Simulation on Activation and subsequent entry Function: Here you can specify whether the • Function manipulated variable calculated by the – auto controller should be output for "Automatic" or – manual whether a manipulated variable y to be entered •...

  • Page 88: Set Up 2 - Limit Switch

    Commissioning 7.6.14 Set up 2 - Limit switch The transmitter has various methods of assigning a relay contact. An on-value and off-value can be assigned to the limit switch as can a pick-up delay and drop-out delay. Furthermore, if an alarm threshold is set an error message can also be output and a cleaning function can be started in conjunction with this.
  • Page 89 Commissioning Limit switch menu To call the menu, select: Ñ " > Specialist > Set up 2 > Limit switch" Function Options Info Limit switch Options Select the limit switch you want to configure. • Limit switch 1 There are five limit contactors available. pH 7.00 Hold •...

  • Page 90: Set Up 2 - Controller Quick Adjustment

    Commissioning 7.6.15 Set up 2 - Controller quick adjustment In this menu, you can make a quick correction to the controller set point: To call the menu, select: Ñ " > Specialist > Set up 2 > Contr. quick adj." Function Options Info...
  • Page 91 Commissioning Activating the types of control To activate the type of control for the cleaning and calibration programs, switch the desired function Ñ on. To do so, select " > Set up 2 > Topcal > Activate Topcal". Cleaning and calibration cycle With the interval program, you can start any cleaning or calibration program in a set timeframe (max.
  • Page 92 Commissioning Aborting programs A program that has been started (Clean, Clean C, Clean S, Clean CS) goes through the entire cycle (safety concept). During this time, no other programs can be started. The service switch on the front door of the control unit has the highest priority. If you move the switch to the "Service"...
  • Page 93 Commissioning Standard program cycles Clean Clean C Clean S Clean CS User 3 (quick test) Assembly Assembly Assembly Assembly service Assembly service service service service Water 60 s Water 60 s Valve 1 open Water 60 s Water 10 s Cleaner Cleaner Wait...
  • Page 94 Commissioning Optional program cycles User 1 - User2* Val. P1 Val. P2 Val. P1/2 Val+Cal. Assembly Assembly Assembly Assembly service service service service Water 60 s Water 60 s Water 60 s Water 60 s Cleaner Cleaner Cleaner Cleaner Wait 120s Wait 120s...
  • Page 95 Commissioning Programs for redox operating mode You cannot calibrate with the Clean C and Clean CS calibration programs in the redox operating mode. Instead, you can use the "Redox Cal." program in User program 1. RedoxCal Assembly service Water 60 s Cleaner Wait 120s...
  • Page 96 Commissioning Function Options Info Function of the cleaning system Options Select Program editor to adapt the cleaning or • Automatic calibration programs to your needs or select a • Interval program control type you want to assign a program to. •...
  • Page 97 Commissioning Function Options Info Edit line Options Select the editing function for the selected line. • Change Edit: The function for the selected item is • Delete changed, e.g. "Water" changed to "Cleaner". • Move to Delete: The selected function is deleted (you •...
  • Page 98 Commissioning Function Options Info Edit day Select programs Activation and subsequent entry Select the cleaning programs for the day and • Clean enter the times for the start of cleaning. 18:22 18:23 If you select the interval program, also enter the •...
  • Page 99 Commissioning Function Options Info Select program Options Select the program that should be started if the • No prog. network communication or air supply fails. • Clean • Clean C • Clean CS • Clean S • User prog. Factory setting Clean Activate Topcal Activate control programs...

  • Page 100: Set Up 2 - Chemoclean

    Commissioning 7.6.17 Set up 2 - Chemoclean Chemoclean is a system for automatic sensor cleaning. Water and cleaner are pumped to the sensor via the injector (e.g. CYR10) by means of two contacts. Use with Topcal S Chemoclean is a standard Mycom S function and can also be used in conjunction with Topcal S. The two contacts can be started as follows in Mycom S: •...
  • Page 101 Commissioning Automatic programming: Ñ You can program every day individually. Select " > Set up 2 > Chemoclean > Automatic" for this purpose: The following programs are available: • Clean: Cleaning start by entering the start time. • Interval program: Cleaning takes place at defined intervals. This program cannot be triggered directly by means of the binary inputs.
  • Page 102 Commissioning Chemoclean menu To call the menu, select: Ñ " > Specialist > Set up 2 > Chemoclean" Function Options Info Contr.progr. Activation and subsequent entry Select the function that should trigger • Automatic Chemoclean cleaning. pH 7.00 Hold – On Contr.
  • Page 103 Commissioning Function Options Info Edit line Options Select the editing function for the selected line. • Change Edit: The function for the selected item is • Delete changed, e.g. "Water" changed to • Move to "W.+Cleaner". • Insert Delete: The selected function is deleted (you are not asked to confirm you really want to delete) Move to: The selected function is moved to...

  • Page 104: Manual Operation

    Commissioning Function Options Info Copy day Select day Options Select the day to which you want to copy the • Tuesday day previously selected (e.g. Monday). • Wednesday Note! • Thursday Danger of data loss. When copying one day to another, the cleaning programs of the target day are overwritten.
  • Page 105 Commissioning Function Options Info Note Automatic off Displays the status of the system. Cleaning trigger off Ext. control off Start program Select program Options Select the program you want to start. • No prog. If a program is already running, the new •...

  • Page 106: Hart Commands

    Commissioning HART commands 7.7.1 Universal commands Command No. Command data Response data HART command/access type (numeric data in decimal form) (numeric data in decimal form) Read unique device identifier none The device identifier provides information on the device Access type = Read and manufacturer;...

  • Page 107: Common Practice Commands

    Commissioning Command No. Command data Response data HART command/access type (numeric data in decimal form) (numeric data in decimal form) Read sensor information on none • Byte 0-2: Serial number of the sensor primary value • Byte 3: HART unit ID of the sensor limits and Access type = Read measuring range of the primary value •...

  • Page 108: Device-Specific Commands

    Commissioning Command No. Command data Response data HART command/access type (numeric data in decimal form) (numeric data in decimal form) Simulate output current of the Simulation of the desired output current of the primary Byte 0-3: Output current in mA primary value value.

  • Page 109: Diagnosis

    Commissioning Diagnosis Ð To call the menu, press Function Options Info Diagnosis Options Error list: Displays the error currently active. • Error list (Complete error list with description, see the pH 7.00 Hold • Error log "Troubleshooting" section). Diag Select Error list •...
  • Page 110 Commissioning Function Options Info Calibration data Slope: Displays the slope of the sensor. • Slope Isoth. point: Displays the mV and pH • Isoth. point component of the isotherm intersection. – pH C-zero pnt: Displays the chain zero point of –...
  • Page 111 CPC data: Topcal configuration, e.g. cycles of cleaning and calibration programs Service data: All data + logs + reset counters Note! Service data / logbooks: These functions are only for authorized service personnel. The service code is required. You can request the service code from Endress+Hauser.
  • Page 112 Commissioning Function Options Info Simulation Simulation of current outputs Activation and subsequent Adjust the simulation of the current outputs. entry Simulation off: The frozen values of the last • Simulation measurement are used for simulation. – On Simulation on: The current values for the –...
  • Page 113 Commissioning Function Options Info DAT download (only available if the DAT module is connected) DAT process Options Select the desired DAT process • DAT write DAT write: You save the configuration and the • DAT read logbooks of your transmitter to the DAT •...
  • Page 114 Commissioning Function Options Info Transmitter • SW version You can call up the transmitter module data 1.22 here. • HW version 1.11 • Serial No.: 12345678 • Card ID MKPx • Ex Relay • SW version You can call up the relay module data here. - - - - •...

  • Page 115: Calibration

    Commissioning Function Options Info Ext. inputs Note Start no prog. The status of the external digital inputs is AutoStop off displayed. Wait trigger off Ass. measuring off Ass. service off Hardware Valve test Options Select the components that should be tested. •...

  • Page 116: Calibration Ph

    Commissioning Procedure Ñ If you have not made any initial settings for local calibration, please make them in the " > Set up 1 > Calibration" menu. Set the service switch to "Service" (vertical) or move the assembly into the Service position Remove the sensor.
  • Page 117 Commissioning Function Options Info Sensor communication Waiting for sensor response ... (only available for digital sensors with Memosens technology.) The transmitter transmits calibration data to the sensor. Note • Data saved (only available for digital sensors with • Data NOT saved Memosens technology.) Indicates whether the calibration data could be saved in the sensor.

  • Page 118: Calibration Redox

    Commissioning Function Options Info Electrode condition notice Electr. condition: Good There are three status messages for the electrode status: "good", "OK.", "bad". If the status is displayed "bad", electrode replacement is recommended to ensure the quality of the pH measurement. Calibration Options Ending calibration...
  • Page 119 Commissioning Function Options Info Note • Data saved (only available for digital sensors with • Data NOT saved Memosens technology.) Indicates whether the calibration data could be saved in the sensor. Calibrate the sensor again if the process of saving the data failed. Note Electrode in medium? Ensure that the electrode is in the medium...
  • Page 120 Commissioning Relative data input (only for redox relative) Entry of two % calibration points to each of which one mV value is assigned. Ï Press to start calibration. Function Options Info Note Calibration with enter data rel. The type of local calibration selected in the calibration settings is displayed.
  • Page 121 Commissioning Function Options Info Stability check • Time: 10 s Wait until the measurement is stable: • mV 1: 0 Time no longer counts. mV value no longer flashes. Once these values are stable, confirm with Note! Specify the criteria for the stability check in the "Set up 1 >...

  • Page 122: Maintenance

    Maintenance Maintenance Take all the necessary measures in good time to ensure the operational safety and reliability of the entire measuring system. Measuring point maintenance comprises: • Calibration (see "Calibration" section) • Cleaning the transmitter, assembly and sensor • Inspecting cables and connections •...
  • Page 123 Maintenance Please clean fouling on the pH glass electrodes as follows: • Oily and greasy deposits: Clean with hot water or tempered detergent (grease remover, e.g. alcohol, acetone, washing up liquid where applicable). Warning! When using the following cleaning agents, make sure to protect your hands, eyes and clothing! •...

  • Page 124: Maintenance Of Digital Sensors

    Maintenance Reduced reference system The inner metal lead of the reference system (Ag/AgCl) of a combination electrode or a separate reference electrode is usually light-brown and matt. A silver-colored reference system is reduced and therefore defective. The cause is a current flowing through the reference element. Possible cau- ses: •...

  • Page 125: Assembly

    Maintenance 8.1.6 Assembly To perform maintenance and troubleshooting work on the assembly, please refer to the assembly Operating Instructions. These Operating Instructions contain information on assembling and disassembling, replacing the sensor and seal, resistance and information on spare parts and accessories.

  • Page 126: Control Unit

    Maintenance 8.1.8 Control unit Weekly inspections (recommended timeframe) • Check the compressed air connections for leaks: – Pneumatic valves – Pumps – Pressure switch • Check the level of the buffer and cleaning solution. Top up if necessary. • Check the multihose connections on the control unit and assembly for leaks. •...

  • Page 127: Accessories

    Accessories Accessories Sensors • Orbisint CPS11/CPS11D pH electrode for process engineering with dirt-repellent PTFE diaphragm; optionally with Memosens technology (CPS11D) Order depending on version, see Technical Information (TI028C/07/en) • Orbisint CPS12/CPS12D Redox electrode for process engineering with dirt-repellent PTFE diaphragm; optionally with Memosens technology (CPS12D) Order depending on version, see Technical Information (TI367C/07/en) •...

  • Page 128: Mounting Accessories

    Accessories CYK10 Memosens data cable • For digital sensors with Memosens technology (CPSxxD) • Order acc. to product structure, see Technical Information (TI376C/07/en) CYK81 Memosens data cable extension • Unterminated cable for extending sensor connection cables • 2 x 2 cores, twisted with shield and PVC-jacket (2 x 2 x 0.5 mm + shield), yard goods •...

  • Page 129: Assemblies

    Accessories • Universal post CYY102 Square pipe for mounting transmitters, material: Stainless steel 1.4301 (AISI 304); Order No. CYY102-A 60 x 60 / 2.36 x 2.36 120 / 4.72 mm/inch a0005742 Fig. 65: Universal post CYY102 Assemblies • Cleanfit P CPA471 Compact stainless steel retractable assembly for installing in tanks and pipes, for manual or pneumatic remote-control operation Order acc.

  • Page 130: Offline Configuration

    Accessories Offline configuration • Parawin Graphic PC program for offline configuration of the measuring point at the PC. You can switch the language via software. Offline configuration consists of: • One DAT module • DAT interface (RS 232) • Software Order No.: 51507563 Option available soon •...

  • Page 131: Housing Cyc310

    Accessories Housing CYC310 Housing for Topcal S CPC310, with removable rack for buffer and cleaner. Operating panel with alarm LED and locking to start the programs and move the assembly. For Ex and non-Ex applicati- ons. Material: Plastic or stainless steel.

  • Page 132: Product Structure

    Accessories 800 (31.5) (11.81) 750 (29.53) Ø 8 (Ø 0.31) (1.57) mm (inch) a0004966 Fig. 68: Dimensions of housing CYC310, plastic version 9.7.1 Product structure Certificates Basic features: Non-Ex With ATEX approval, ATEX II (1) 2G EEx, em ib[ia] IIC T4 With FM approval Cl.

  • Page 133: Operating Panel For Cpc310

    Accessories Operating panel for CPC310 Operating panel with alarm LED and key switch to start the programs and move the assembly. Order No.: 51512891 Clean Clean S OPERATOR PANEL Clean C Clean CS Alarm UserPRG1 UserPRG2 UserPRG3 a0006249 Fig. 69: Operating panel CPC310 81 82 83 84 85 86 87 88 89 90 91 92 93 94...
  • Page 134 Accessories Connect the twelve-core cable supplied to the control unit as follows: Cable core Control unit connection Cable core Control unit connection Terminal 93 Terminal 83 Terminal 94 Terminal 84 Terminal 91 Terminal 85 Terminal 92 Terminal 86 Terminal 81 11 + 12 Do not connect;...

  • Page 135: Troubleshooting

    Troubleshooting Troubleshooting 10.1 Troubleshooting instructions The transmitter continuously monitors its functions itself. If an error occurs that is recognized by the device, this is shown on the display. The error number is under the unit displayed for the main measured value. If several errors occur, you can call them up with the MINUS key. Use the following tables to locate and eliminate an error: •...

  • Page 136: System Error Messages

    Troubleshooting 10.2 System error messages You can read out the extended device status or current error messages via command 48. The command delivers bit-encoded information. Byte NAMUR Error no. Short error description Failure E000 Not used Failure E001 Memory error Failure E002 Data error in EEPROM...
  • Page 137 Troubleshooting Byte NAMUR Error no. Short error description Maintenance E040 SCC / electrode status of sensor 1 bad Maintenance E041 Not used Maintenance E042 Not used Maintenance E043 Buffer difference of circuit 1 too small Maintenance E044 Input 1 not stable Maintenance E045 Calibration aborted...
  • Page 138 Troubleshooting Byte NAMUR Error no. Short error description Maintenance E080 Current output 1 range too small Maintenance E081 Current output 2 range too small Maintenance E082 Not used Maintenance E083 Not used Maintenance E084 Not used Maintenance E085 Not used Maintenance E086 Delta limit, buffer 1 exceeded...
  • Page 139 Troubleshooting Byte NAMUR Error no. Short error description Function check E120 Not used Function check E121 Not used Function check E122 Not used Function check E123 Not used Function check E124 Not used Function check E125 Not used Failure E126 Not used Failure E127...

  • Page 140: Process-Specific Errors

    Troubleshooting Byte NAMUR Error no. Short error description Maintenance E176 Not used Maintenance E177 SCS reference electrode warning 1 (digital sensor) Maintenance E178 Not used Failure E179 Not used Failure E180 Data error sensor 1 (digital sensor) Maintenance E181 Not used Maintenance E182 Not used...
  • Page 141 Device has unpermitted operating Switch device off and on again. grounding, shielding and conduits or have status (no reaction to key being pressed) checked by Endress+Hauser service. Incorrect temperature sensor Check connections using the wiring Wiring diagram, "Electrical connection" connection...
  • Page 142 Troubleshooting Error Possible cause Tests and / or remedial action Equipment needed, spare parts Disconnect both (!!!) cables and measure Line open or short-circuited mA meter 0–20 mA DC directly at the device. Output defective Renew controller module. Recode current outputs to active (see Current outputs encoded as passive and No current output signal "Wiring - Current output"...

  • Page 143: Device-Specific Errors

    Central module defective (if all 6 LEDs Replace central module. Pay attention to Diagnosis by Endress+Hauser Service on in the M3G power unit light up) version. site, test module required Cable on the side of the M3G module Ribbon cable loose or defective Check ribbon cable, replace if necessary.

  • Page 144: Response Of Outputs To Errors

    Troubleshooting Error Possible cause Tests and / or remedial action Executed, equipment needed, spare parts If test negative: Replace module (observe version). Transmitter module defective (module: Test measuring inputs: Perform with the aid of the device view in Incorrect measured pH / MKxx).

  • Page 145: Response Of Contacts To Power Failure

    Troubleshooting Behavior with NAMUR setting (contacts configured as normally closed contacts) Device status Alarm relay Maintenance Function check Limit value / Controller relay Normal operation Picked up (failsafe Picked up Picked up Appropriate configuration behavior) and operating status Failure Dropped out Picked up Picked up Appropriate configuration...

  • Page 146: Device View Mycom S

    Troubleshooting 10.6.1 Device view Mycom S a0005847 Fig. 71: Interior view Slot for DAT module Fuse The interior view contains the components and spare parts of the device. You can take the spare parts and the corresponding order number from the following section. 10.6.2 Spare parts list Mycom S Item...

  • Page 147: Control Unit Device View

    Troubleshooting Item Kit name Contents / Use Order number Jumper set 5 sets of all three jumper types 51507102 Partition plate for connection compartment 5 piece, partition plates 51507103 Housing upper section Upper section with keyboard foil, connection 71003923 compartment cover, hinge, nameplate/non-Ex Housing base For one and two-circuit devices, cpl./non-Ex...

  • Page 148: And Level Sensor

    Troubleshooting Item Kit name Contents / Use Order number Individual valve Electrically operated valve (coil) / non-Ex 51507449 Assembly feedback pressure switch Pressure switch, NO contact/Ex and non-Ex 51507447 Mutihose coupling, air MS 8 Rapid coupling, connector and installation socket 71029977 8-pole MS, (assembly compressed air) / Ex and non-Ex...

  • Page 149: Spare Parts List For Canister With Membrane Pump And Level Sensor

    Troubleshooting 10.6.6 Spare parts list for canister with membrane pump and level sensor Item Kit name Contents / Use Order number Double-membrane pump with PVDF Double-membrane pump, individual, PVDF 71029963 membrane membrane (option) Canister with pump and fittings Canister module complete with membrane 71029969 pump, fittings, ball valve, level probe Level probe with coupling...

  • Page 150: Pneumatic And Hydraulic Control Unit

    Troubleshooting 10.6.7 Pneumatic and hydraulic control unit 4 5 6 1 2 A V1 V2 a0006027 Fig. 74: Pneumatic Compressed air supply Multihose connector Pg 29 Additional valve connection, V1 Multihose connector Pg 21 Additional valve connection, V2 S1-3 Pressure switch V1-9 Valves Valves...

  • Page 151: Rinsing Block

    Troubleshooting Multihose connections a0006449 a0006025 Fig. 75: Multihose connector M1 (Pg 29) at housing Fig. 76: Multihose socket M1 (Pg 29) at hose a0006446 a0006024 Fig. 77: Multihose connector M2 (Pg 21) at housing Fig. 78: Multihose socket M2 (Pg 21) at hose 10.6.8 Rinsing block a0006186...

  • Page 152: Replacing The Device Fuse

    Troubleshooting Kit name Contents / Use Order number VA rinsing block, NPT ¼", Viton Complete rinsing block, stainless steel 1.4404 71029948 (AISI 316L), NPT ¼'', Viton seals VA rinsing block, NPT ¼", Kalrez Complete rinsing block, stainless steel 1.4404 71029951 (AISI 316L), NPT ¼'', Kalrez seals Valves, rinsing adapter, PVDF, Viton Check valves for rinsing adapter, 5-piece, PVDF, Viton...

  • Page 153: Return

    Troubleshooting 10.8 Return If the device has to be repaired, please return it cleaned to your sales center. For returns please use the original packaging. 10.9 Disposal The device contains electronic components and must therefore be disposed of in accordance with regulations on the disposal of electronic waste.

  • Page 154: Technical Data

    Technical data Technical data 11.1 Input Mycom S CPM153 Binary inputs E1 to E3 Input voltage: 10 ... 50 V = 5 k Ω Internal resistance: Current inputs 1 / 2 Signal range: 4 ... 20 mA (passive optional) Input voltage range: 6 ...

  • Page 155: Power Supply

    Technical data CPG310 Digital outputs Optoelectronic coupler, max. switching voltage 30 V DC Max. switching current: 100 mA Max. switching power: 11.3 Power supply Mycom S CPM153 Supply voltage Version CPM153-xxxx0xxxx 100 ... 230 V AC +10/-15 % Version CPM153-xxxx8xxxx 24 V AC/DC +20/-15 % Cable specification Max.

  • Page 156: Environment

    Technical data 11.5 Environment -10 ... +55 ° C (+14 ... +131 ° F) Ambient temperature range –20 ... +60 ° C (-4 ... +140 ° F) Ambient temperature limits –30 ... +80 ° C (-22 ... +176 ° F) Storage temperature Electromagnetic compatibility Interference emission to EN 61326: 1997 / A1:1998;...

  • Page 157: Appendix

    Appendix Appendix 12.1 Operating matrix Sensor input Display PARAM Bus configuration PARAM Access codes Set up 1 Current output (not with Profibus) Relays Temperature Alarm Hold (not with Profibus) Calibration Data log Check systems Set up 2 Controller config. Limit switches Contr.quick adjustm.
  • Page 158 Appendix PARAM Set up 1 PARAM Set up 2 Manual operation First set up Select electrode Select Edit Damping Select Select operating type 1 Sensor ground (only pH) mode Glass electrode 7.0 pH/ORP: Back to Sensor input Glass electrode 4.6 solution ground Temperature: 00s return field...
  • Page 159 Appendix Info field Current ouput 1/2 Back to return field Linear active Edit table points Query Info field Info field Table status Current output 1/2 Back to Invalid table return field 00.00 04.00 Delete pair --> back Table active (000.0°C) (then back to Valid table the support points)
  • Page 160 Appendix PARAM Set up 1 PARAM Set up 2 Manual operation First start up Selection Warning, if "Min" Enter alarm delay Assignment to each Alarm for maximum Select error current and current range error number: dosing time Alarm Back to return 0...20 mA are Error no.
  • Page 161 Appendix...
  • Page 162 Appendix PARAM Set up 1 PARAM Set up 2 Manual operation First start up Enter Select Select measuring interval Data log Back to Data log 00005s return field Measuring interval (2 … 36000s) Data log 1/2 Display range Data log 1 / Meas.
  • Page 163 Appendix Current output 2: Assign 100% acid dosing Back to return field 0/4 mA 20 mA Back to return field Activate controller Controller simulation simulation Function auto Controller simulation Set: 07.00pH or back to Act.: 07.00pH return field 000% »Return field«: press the PARAM key to return to = Code entry required...
  • Page 164 Appendix PARAM Set up 1 PARAM Set up 2 Manual operation First start up Select Enter name of For selected day Status info field Select Topcal Automatic: Select for Select Topcal Select program: additonal valves of plant: operation List of weekdays selected day Select with ->...
  • Page 165 Appendix Select Select Select an edit programme source program function: Clean (Edit prog.) from list: Clean S Clean Insert default Clean C Clean C Clean CS User prog. 1 2 3 On selection follow- Delete: Change/ insert: Move to: Display of changed Display of ing block functions: program steps...
  • Page 166 Appendix PARAM Set up 1 PARAM Set up 2 Manual Operation First start up Info field: System Info field: system Selection Manual operation Select Select Topcal status status Manual operation operation Back to return Assembly in Service Automatic Automatic field Assembly in Topcal Run assembly...
  • Page 167 Appendix Sensor mode pH: Enter temperature Data input: Calibration Note: Window info Edit slope at which zero point Zero point calibration type and slope have 07.00pH Accept Electrode (selected in:PARAM\ been determined. (-2.00...16.00pH) Reject submersed? Set up 1\Calibration\ 57.19mV/pH 025.0°C ISFET: Repeat calibration Manual calibration):...
  • Page 168 Appendix DIAG Select List of current error messages Error list List of errors entered in Error log error log List of last 20 operations Operation log List and status of Calibration log last 20 calibrations Set to default Select With service data: Info field if incorrect Service values:...
  • Page 169 Appendix DIAG Select (Factory settings, simulation, instrument check, reset see above) Controller: Relay: Motherboard: Transmitter: Sensor: Serial number SW version: — Mycom: Instrument version SW version: 1.0 SW version: ---- SW version: ---- SW version: ---- HW version: — HW version: ---- HW version: ---- HW version: ---- HW version: ----...

  • Page 170: Wiring Example For External Program Start

    Appendix 12.2 Wiring example for external program start CPG310 Clean Clean C Clean S Clean CS User 1 User 2 bin 0 User 3 bin 1 bin 2 + – 10 … 40 V a0005030 Fig. 80: Power diagram for external control of the cleaning and calibration programs Buttons to start the cleaning programs 81-86 Terminals for program start 0/1/2 Binary inputs of the CPG310 control unit...

  • Page 171: Buffer Tables

    Appendix 12.3 Buffer tables The following buffer tables are stored in Mycom S CPM153. a0004718...

  • Page 172: Index

    Index Code ........64 Codes.
  • Page 173 Electrical connection ......19 Measured value display ......54 Electrical symbols .
  • Page 174 Sensor data Digital sensors ......109 Sensor input ........63 Service switch .
  • Page 176 www.endress.com/worldwide BA409C/07/en/11.06 Printed in Germany / FM+SGML 6.0 / DT 71028144...

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