Domino C Series Operation And Maintenance Manual
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Domino C Series Operation And Maintenance Manual

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C-SERIES PRINTERS
OPERATION AND
MAINTENANCE MANUAL
MODELS
C7, C16 AND C34

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  • Page 1 C-SERIES PRINTERS OPERATION AND MAINTENANCE MANUAL MODELS C7, C16 AND C34...
  • Page 2 Bar Hill, Cambridge, England CB3 8TU declare under our sole responsibility that the products, Domino C7, C16 and C34 Printers to which this declaration relates, are in conformity with the following standards: BS EN 60204 - 1:1992 Safety of machinery - electrical equipment of machines...
  • Page 3 MANUAL MODELS C7, C16 AND C34 This manual, Domino Part No. 77091, is for use in the maintenance of Domino C7, C16 and C34 printers. Users of this equipment are warned that it is essential to read, understand and act according to the information given in Health and Safety, page 9.
  • Page 4 This product has been designed for maximum safety, and has been certified as such by TÜV Product Services. Modifications to this machine that are not approved by Domino, or the use of non-Domino approved spares, will invalidate the CE mark and the TÜV certification.
  • Page 5 AMENDMENT RECORD Amendment Date All Parts at Issue 1 October 2001 All Parts at Issue 2 November 2003 77091 Issue 2 November 2003...
  • Page 6 77091 Issue 2 November 2003...

  • Page 7: Table Of Contents

    CONTENTS HEALTH AND SAFETY ........9 Introduction .
  • Page 8 CONTENTS Adjusting the Dot Size ........54 Adjusting the line print density .

  • Page 9: Health And Safety

    HEALTH AND SAFETY HEALTH AND SAFETY INTRODUCTION Domino supplies Safety Data Sheets (SDS's) giving specific safety information with each of its ink products. There are also warnings on each container. following notes are for general guidance only. Basic Requirements When used correctly, printing inks do not cause problems. However, everybody using them should be familiar with the appropriate safety standards and be aware of the precautions that should be taken.

  • Page 10: Storage

    HEALTH AND SAFETY Storage Store in a cool dry place, avoiding direct sunlight. Keep in the original container and keep the container fully closed. Fire Risk For an electrical fire, do not use water. If water must be used, the power MUST BE REMOVED first.

  • Page 11: System Overview

    SYSTEM OVERVIEW INTRODUCTION The Domino C-Series is a family of high quality ink jet printers enabling printing at speeds of up to 35 metres per minute. Each C-Series unit is designed to be compact and efficient, requiring no external connections except power.

  • Page 12: How It Works

    SYSTEM OVERVIEW The C7, C16 and C34 printers are robust, stand-alone units manufactured from high quality metal and will give many years of service in even the most demanding of environments. HOW IT WORKS Each printer is manufactured in two main parts. The base unit holds the ink storage and delivery system, power supply unit and in-built air pump.
  • Page 13 SYSTEM OVERVIEW valve is fitted in order to depressurise an empty ink bottle when changing to a fresh supply. Due to the air pump, there is a constant pressure of ink driven up the coiled supply tube linking the base unit to the print head (a second, separate coiled tube provides the print head with power).
  • Page 14 SYSTEM OVERVIEW The vertical component of text is produced by the vertical arrangement of openings in the nozzle plate. Since the printer is fixed in position, the horizontal component of text is produced by the movement of product on the conveyor.
  • Page 15 the actual height of the text in millimetres. Each character in the top row is formed using a 5 x 5 matrix; each character in the bottom row is formed using a 34 x 24 matrix. The number of jets per nozzle plate, and hence the largest matrix available, is fixed for each model.
  • Page 16 SYSTEM OVERVIEW An Example of a Printed Message 77091 Issue 2 November 2003...
  • Page 17 SYSTEM OVERVIEW 77091 Issue 2 November 2003...
  • Page 18 SYSTEM OVERVIEW C34 (continued) 77091 Issue 2 November 2003...
  • Page 19 SYSTEM OVERVIEW The printer is fixed to the side of a conveyor along which move the items to be printed. As an item reaches the print head it is detected by a built-in photocell mounted just above the nozzle plate. (The diagram left shows a C16 print head.

  • Page 20: Ink

    CAUTION: Do not use ink or cleaner not supplied by Domino. The use of any other ink or cleaner can cause serious damage to the printer. Contact your nearest distributor or Domino Service for advice on ink and printing applications.

  • Page 21: The Base Unit

    SYSTEM OVERVIEW The Base Unit Two different sizes of base unit have ink containers of different capacities.. The C7 and C16 printers are supplied with a one litre base as standard. The C34 is supplied with a three litre base as standard. The larger base with its larger capacity ink container, allows extended operation between ink changes.
  • Page 22 SYSTEM OVERVIEW To check the level of ink in the bottle, press the red push-button on the top of the base unit. This switches on the ink level indicator lamp inside the unit. The light from the lamp shines through the ink bottle. remaining ink can be seen through the ink level window at the front of the base unit.
  • Page 23 SYSTEM OVERVIEW To open the ink compartment door, grasp the door catch ring and rotate it 90° anti- clockwise to disengage the catch. The door will then fall forward on its hinge allowing access to the interior. A stopper beneath the door ensures that it will not trap the mains cable.
  • Page 24 SYSTEM OVERVIEW In this photo the ink level indicator lamp (which looks like a fuse) is visible on the left hand side of the back wall. Ink level indicator A pressure release valve is located just inside the door. This valve safely depressurises the Pressure ink bottle when it is exhausted.

  • Page 25: Three Litre Base

    SYSTEM OVERVIEW Three Litre Base The three litre base is identical in operation to the one litre base; the differences are in the location of the various components and, of course, in the size of ink bottle it uses. Ink level indicator switch Door catch...
  • Page 26 SYSTEM OVERVIEW To open the ink compartment door, pull open the door catch so that it disengages with the rear of the base unit (as shown right). The door can then be swung open on its hinge allowing access to the interior. To close the ink compartment door, reverse this procedure.

  • Page 27: The Print Head

    SYSTEM OVERVIEW The pressure release valve is located at the Pressure Release top of the base unit’s door. This valve safely Valve depressurises the ink bottle when it is exhausted, enabling the supply to be renewed. Full instructions on connecting up a new ink bottle are given in the INSTALLATION chapter of this manual.
  • Page 28 SYSTEM OVERVIEW section of this manual. When pressed in combination with the SHIFT key (see the following page) some of these keys access additional functions. Create and Edit Password Speed Messages Dot Size Delay Print Purge Direction Orientation Set the Product Set the Clock...
  • Page 29 SYSTEM OVERVIEW In the bottom left hand corner there are the SHIFT and DOWN SHIFT keys (in red). The SHIFT key is used in combination with the icon keys to access additional printer functions. It is also used in combination with the letter and number keys to enter the special characters and punctuation marks displayed in red in the top right hand corner of the key.

  • Page 30: Installation

    INSTALLATION INSTALLATION Where to Site the Printer WARNINGS: (1)The printer must not be sited where there is a risk of water splashing onto the machine. The printer is not water-resistant. (2)The printer must not be sited near a source of static or electromagnetic radiation, such as metal detectors or high current sealing machines.
  • Page 31 INSTALLATION Beware of trailing cables. For example, the printer requires a power cable. Therefore, ducting or some other form of cable management may be required. The printer is equally suited to right-to-left or left-to-right conveyor travel - legibility in the latter case achieved simply by reversing the direction of print using the operating software.

  • Page 32: Buffer Plate

    INSTALLATION Avoid locations where operators or machinery moving close to the printer are likely to trigger the photocell. Do not place the printer opposite a large reflective area as this may also trigger the photocell. When printing on both sides of product, never place the two printers exactly opposite - the photocells will trigger each other.
  • Page 33 INSTALLATION A Mounting Bracket MJ/605 B Base Mounting Bolts M5x10 C Mounting Bolts M8x20 Mounting Washers Mounting Nuts D Vertical Mounting MF006 Bracket E Height Adjustment M8x15 Knob F Slide Bar 005M G Print Head Fixing M5x6 Screws H Clamping Plate MF/008 I Overhang Adjustment M5x10...
  • Page 34 INSTALLATION (1) (One litre base only.) Using the mounting bracket (A) as a template, drill two holes at an appropriate place on the conveyor. (2) (One litre base only.) Fix the mounting bracket to the base unit using the M5 mounting bolts (B) provided.
  • Page 35 (5) Slot the vertical mounting bracket (D) into the square section of the mounting bracket/base unit and tighten the height adjustment knob (E). The horizontal arm may point towards or away from the conveyor depending on the application. (6) Turn the print head upside down. On its base are three slide bar mounting holes.

  • Page 36: Voltage Setting

    INSTALLATION (8) Thread the slide bar onto the horizontal arm of the vertical mounting bracket so that the upper of the two clamping plates (H) is inside the slide bar. Use the two overhang adjustment screws (I) to hold the print head securely in position.

  • Page 37: One Litre Base

    Do not attempt to remove the base unit case unless qualified to do so. If unsure about mounting or connecting the printer, call Domino Service or your local distributor for assistance. One Litre Base (1) Disconnect the printer from the power supply.

  • Page 38: Three Litre Base

    INSTALLATION (4) The printer power supply (PSU) is located in the top left hand corner of the exposed circuitry. Changing the voltage setting requires moving the jumper pins on this board. It may also require changing the fuse located nearby. (Jump to the section “ALL MODELS” to continue.) Three Litre Base (1) Disconnect the printer from the power supply.

  • Page 39: All Models

    INSTALLATION All Models (5) Set the jumpers and fuse to match the input voltage as shown below (1L base) and over the page (3L base) One Litre Base Link Settings and Fuse Ratings 0.25A Jumpers Fuse 240V 0.25A Location of Jumpers and Fuse in One Litre Base 220V 0.5A...
  • Page 40 INSTALLATION Three Litre Base Link Settings and Fuse Ratings Jumpers Fuse 0.25A 240V 0.25A 220V Location of Jumpers and Fuse in Three Litre Base 0.5A 110V (6) Carefully reassemble the base unit and tighten all the screws. Complete the installation process before switching on the machine. Note: The voltage setting on the serial number label must be changed to correspond to the PSU setting.

  • Page 41: Connecting An Ink Bottle

    INSTALLATION Connecting an Ink Bottle In the photos on this page a one litre base is shown; follow exactly the same procedure for the three litre base. The ink cap is attached to the inside of the base unit by its two feed pipes (air in and ink out).
  • Page 42 INSTALLATION (3) Push the air and ink probes into the correct holes in the ink bottle, puncturing the seals. Notice that the probes have different diameters which must be aligned correctly with the holes in the bottle, otherwise damage will result if the cap is forced on. Note: Ensure that the large and small...

  • Page 43: Connecting The Print Head

    Note: If the printer is not going to be used for periods of longer than three weeks, it is recommended that to replace all the ink in the system with Domino flushing fluid for the idle period. Connecting the Print Head...

  • Page 44: Priming The System

    INSTALLATION To remove the QD plug, push the locking plate to the right. The plug will then disconnect and can be easily pulled free. The tip of the QD plug contains a spring-loaded valve which will automatically seal when removed from the socket.

  • Page 45: Two Line Lcd Models

    INSTALLATION Like priming, a large container will be needed to catch expelled ink. Hold this container at an angle in front of the print head. Purging is an electronic command; it is achieved by pressing the PURGE key on the printer’s keypad.

  • Page 46: All Models

    INSTALLATION Ensure that the waste ink container in place, then briefly cover the photocell window on the front of the print head to begin purging. All Models On initial installation there may be a considerable amount of spluttering while air is driven out of the Correct print head.

  • Page 47: Programming And Printing

    PROGRAMMING AND PRINTING PROGRAMMING AND PRINTING Selecting a language The printer can communicate with the operator in one of several languages (as listed below). To select which language to use, press the key labelled: A list of available languages will appear. Use the keys to move up and down the list until the required language is located.

  • Page 48: Setting The Clock

    PROGRAMMING AND PRINTING The following screen will appear: 2 line LCD models: Enable password again Y or N 4 line LCD models: Press Y to enable the password, press any other key to leave it disabled Press to enable password protection or any other key to leave the option. Setting the Clock This option allows the current system time and date to be changed, and to set up the rollover time (the time at which the date changes as far as each production line...
  • Page 49 PROGRAMMING AND PRINTING The following screen will appear: 2 line LCD models: HR:MI DT/MO/YR D 14:51 28/08/01 2 4 line LCD models: use > < to move then replace numbers HR:MI DT/MO/YR 14:51 28/04/01 The top line gives a key for the current time (in 24 hour format) and date which are displayed on the bottom line.
  • Page 50 PROGRAMMING AND PRINTING To amend the date or time, use the arrow keys: to move the cursor to the part of the display requiring change then overtype this with the new entry. By default the rollover time is midnight. To change this value, press the arrow key. Press the key labelled: The following screen will appear: ROLLOVER TIME...

  • Page 51: Creating A Message

    Creating a Message A “message” is the line or lines of text that are printed whenever the photocell is triggered. A total of fifty messages can be stored in the printer, each given a reference number from 0 to 49. It is this number which must be entered whenever editing or printing a message.
  • Page 52 PROGRAMMING AND PRINTING Note: Each message line can be up to 40 characters in length, including formatting codes - refer to the FORMATTING MESSAGES chapter of this manual for further information). If there is already a message in the chosen location it will be displayed. To leave the message without making any changes, press the ENTER key a second time.

  • Page 53: Printing A Message

    PROGRAMMING AND PRINTING To preview the message on the LCD screen, press together the keys labelled: This displays the message as it will actually print within the limitations of the screen. Left and right arrow keys will assist to view the whole message. Formatting codes such as date codes and sell-by-dates will show values correct for the time at which print preview was accessed.

  • Page 54: Adjusting The Dot Size

    PROGRAMMING AND PRINTING Type in the number of the message to print then press the ENTER key. The next time the photocell is triggered the selected message will be printed. Adjusting the Dot Size Use this option to set up the optimum print quality for the system. Dot size adjustment can be applied to one particular message or to all the messages in the printer’s memory.

  • Page 55: Adjusting The Line Print Density

    PROGRAMMING AND PRINTING If a specific message is chosen the screen will change to: 2 line LCD models: Dotsize = New value: 4 line LCD models: Type in a new number or press EXE to quit Dot size = Enter new value: If all messages are chosen, the screen will change to: 2 line LCD models: All messages...

  • Page 56: Adjusting The Speed

    PROGRAMMING AND PRINTING The following screen will appear: 2 line LCD models: Dotsize 0...3 Note: This screen presumes a printer capable of two line messages. 4 line LCD models: Dot size 1 2 3 4 0...3 0 0 0 0 Note: This screen presumes a printer capable of four line messages.
  • Page 57 PROGRAMMING AND PRINTING Correct speed Speed set too low Press the key labelled: The following screen will appear: 2 line LCD models: For which msg (* for all) 4 line LCD models: For which message Enter number or press * for all... Enter the number (0-49) of the message to change, or press the key labelled: to change the setting for all the messages held in the printer.
  • Page 58 PROGRAMMING AND PRINTING 4 line LCD models: Type in a new number or press EXE to quit Speed = Enter new value: If you chose all messages the screen will change to: 2 line LCD models: All messages new value: 4 line LCD models: Now altering the setting for all the...

  • Page 59: Adjusting The Delay

    PROGRAMMING AND PRINTING Adjusting the delay The delay setting determines the time gap between the photocell being triggered and the nozzle plate beginning to emit ink. Since the photocell is triggered by the leading edge of the items on the conveyor, the larger the delay setting the further along the side of the item each message will begin to print.
  • Page 60 PROGRAMMING AND PRINTING Enter the number (0-49) of the message to change, or press the key labelled: to change the setting for all the messages held in the printer. Now press the ENTER key. If a specific message is chosen, the screen will change to: 2 line LCD models: Delay = New value:...

  • Page 61: Setting The Print Direction

    PROGRAMMING AND PRINTING Setting the Print Direction Use this option to set the print direction for the printer. Messages can be printed in either forward or reverse direction, enabling products moving in either direction on conveyors (right to left (forward print) or left to right (reverse print)) with respect to the print head.

  • Page 62: Setting The Print Orientation

    PROGRAMMING AND PRINTING Press: for forward or reverse printing respectively. Then press the ENTER key to confirm. Setting the Print Orientation Use this option to set the print orientation for the printer. Messages can be printed in either normal or inverted orientation, enabling the message to be printed upside down.
  • Page 63 PROGRAMMING AND PRINTING 4 line LCD models: Set orientation press N for normal, I for inverse or EXE to leave Press: for forward or reverse printing respectively. Then press the ENTER key to confirm the choice. When printing inverted, each individual line of the message is inverted, not the whole message.

  • Page 64: Product Count

    PROGRAMMING AND PRINTING Product Count This option displays the total number of product triggers registered by the printer so far - in other words since the last time the value was reset to zero. It is not the same as the box count automatic attribute. Press the key labelled: The following screen will appear:2 line LCD models: Count...

  • Page 65: Setting Up A Second Password

    PROGRAMMING AND PRINTING Setting Up a Second Password The printer allows two passwords to be used. One password is set into the printer at the factory and cannot be changed. The other can be set to the operator’s own preference. When using the system, enter either password to access printer functions (presuming that password protection has been set).

  • Page 66: Clearing All Messages

    PROGRAMMING AND PRINTING Clearing all Messages This option will clear all the messages and settings from the printer’s memory. Both password protection and a confirmation prompt are provided to reduce the risk of accidental erasure. Note: Do not run this routine unless absolutely certain it is necessary. Once the messages have been erased, it will not be possible to retireve them.

  • Page 67: Formatting Messages

    FORMATTING MESSAGES FORMATTING MESSAGES Formatting Text When setting up messages, a wide range of different codes and attributes can be included which enables the way text is printed to be changed, or to include variable information in the messages such as production dates or shift indicators. Non-printing formatting information, included into messages, may include things such as square or curly brackets or letters in lower case.

  • Page 68: Slashed And Non-Slashed Zeros

    FORMATTING MESSAGES Slashed and Non-Slashed Zeros The printer can print zeros either with a slash (Ø) or without (0). This is set for all messages at once. The slash will appear on the screen during message editing but will print correctly. Choose which the printer will use by pressing together the keys labelled: Repeated pressing of this key combination “toggles”...

  • Page 69: Text Size

    FORMATTING MESSAGES Text Size The range of sizes of text available depends on the printer. Some text sizes may occupy more than one message line. All text sizes can be printed in bold by enclosing the relevant piece of text in curly brackets. This is 7x5 text.

  • Page 70: Standard Text Sizes

    FORMATTING MESSAGES Standard Text Sizes Refer to pages 15 to 17 for examples of the print. The standard text sizes is 7x5. Size of Text Start Code End Code 7 x 5 None None 5 x 5 7 x 5 None None 5 x 5...
  • Page 71 FORMATTING MESSAGES Text which fills more than one message line can also be printed. The C34, for example, allows text up to four lines high to be printed. Note that text larger than one line projects down from the line into which it is written.
  • Page 72 FORMATTING MESSAGES Where the large text comes in the middle or at the end of a line, it again takes priority over any text on lower lines. For example: SMALL TEXT C2LARGE TEXTe SMALL TEXT SMALL LARGE TEXT TEXT SMALL TEXT If the small text on line 2 was longer than the small text on line 1, the extra characters must jump to the end:...
  • Page 73 single- and two-line text can cause unexpected results, especially to inexperienced users. For example: c2BIGe c2MEDIUM TEXTe SMALL TEXT SMALL TEXT MEDIUM TEXT SMALL TEXT SMALL TEXT In this example nothing has been entered in line 2 (which is being occupied by the text in line 1), and the standard size text in lines 3 and 4 has been padded with a space to align with “Medium Text”.

  • Page 74: Box Counting

    FORMATTING MESSAGES Box Counting Incremental and decremental box counting is generated by a special code called an “automatic attribute” entered as part of a message. This automatic attribute code can be entered on any line and along with any other text or formatting information.
  • Page 75 FORMATTING MESSAGES Decremental box counting uses exactly the same method as incremental box counting, but in this case the brackets are reversed: >100< Here decremental counting will start at 100 - the next item to trigger the photocell will be printed 100, the next 099 and so on down to 001, after which the count prints 000 and then repeats the decremental count from 999.

  • Page 76: Pallet Counting

    FORMATTING MESSAGES Pallet Counting Pallet counting is used for logging multiple product counts for bundling onto a pallet. The incremental box and pallet count can both be included in messages for printing. Pallet 1 Box 1 Pallet 1 Box 8 Pallet 2 Box 13 For example, if there are 20 boxes per pallet, count each box up to 20 as belonging to pallet 1 - Pallet 1 Box 1, Pallet 1 Box 2 etc.

  • Page 77: Printing The Count

    FORMATTING MESSAGES Enter the message number (0-49) in which a pallet count will be set-up, then press the ENTER key. The screen will change to:2 line LCD models: Boxes/Pallet=99 New value: 4 line LCD models: Current number of boxes per pallet = 50 Enter new value: Enter the number of boxes per pallet (01 to 99).

  • Page 78: Printing The Date And Time

    FORMATTING MESSAGES The codes can be included as part of a longer message including text or other formatting codes or automatic attributes. For example: BOX: b01 PALLET: p125 Note: Both box and pallet codes must be included in the message - this is not a substitute for incremental box counting.
  • Page 79 FORMATTING MESSAGES example, is always day 365, whether it is a leap year or not. To follow this system, use the UVW code. After the 29th of February in leap years, the KLM code will print a value one day ahead of the value printed by UVW.

  • Page 80: Printing A Sell-By-Date

    FORMATTING MESSAGES It is not necessary to use the whole code when printing. For instance, [IJ] included in the message will print the last two digits of the current year - 01 for instance. The code [J] in the message will only print the last digit - in this case 1. The punctuation marks available for use include colons, obliques and spaces.

  • Page 81: Start Code

    FORMATTING MESSAGES Start code This tells the system that what follows is a sell-by-date. Use the code cD for a sell- by-date based on an incremental number of days calculated from the current date. Use the code cM for a sell-by-date based on an incremental number of months calculated from the current date.

  • Page 82: Printing Shift Codes

    FORMATTING MESSAGES If two sell-by-dates are to be printed in the same message line, the second start code must be entered slightly differently - both letters must be in lower case: Start Code Value Date Code End Code cd or cm It is only possible to have two sell-by-dates in the same message line.
  • Page 83 FORMATTING MESSAGES This is the first of four similar screens, in each of which the start time of the relevant shift and the shift code letter to be included in messages needs to be entered. In this example the first shift starts at 04:00 and has been designated the shift code letter A.
  • Page 84 FORMATTING MESSAGES 4 line LCD models: Enter start time and letter to print for each shift 16:00 Repeat this procedure for the fourth shift setup screen. For example: 2 line LCD models: From . . SHIFT 4 22:00 D 4 line LCD models: Enter start time and letter to print for each shift...
  • Page 85 FORMATTING MESSAGES The examples so far assume a four-shift system. A two-shift or a three-shift system can also be set-up. To do this, enter the details of the last shift of the day in all the unused screens. So for a three-shift system, enter the same details - start time and shift code letter - in both the third and the fourth shift screens: SHIFT 1 06:00...

  • Page 86: Maintenance

    MAINTENANCE MAINTENANCE GENERAL CAUTION: Do not use needles or other pointed objects to clear the ink jet orifices, or use sharp objects such as screwdrivers to scrape off dried ink from the nozzle plate. Ensure the printer and ink is correctly configured for the application, otherwise print performance and component life span will be affected.

  • Page 87: Daily

    With a clean, lint-free cloth dipped in domino nozzle cleaner, wipe the front of the nozzle plate sideways to remove any contamination. Clean the photocell window.

  • Page 88: Six Monthly Check

    MAINTENANCE Six Monthly Check Every six months the printer should receive a complete examination. Check the external and internal tubing for signs of ageing, kinking or leaking, and have them replaced if necessary. Every six months the ink filter unit (IF/01) must be replaced. This involves opening the print head unit.

  • Page 89: Troubleshooting

    Drooling and feathering are generally caused Feathering by a build-up of contaminants on the nozzle plate and can be cleared by cleaning the nozzle plate with Domino nozzle cleaner Blocked and a soft, lint-free cloth. If this does not cure the problem, perform a purge.

  • Page 90: Flushing The Jets

    Listen for the sound of valves firing to see if this is the case. Check the LCD screen - if there is a display, check all setup parameters (is it an incorrect dot size value). If the parameters are satisfactory, contact Domino Service for further advice.

  • Page 91: Solenoid Valve Tubing Order

    TROUBLESHOOTING The presence of matter in the jets could be an indication that the ink filter (IF/01) has failed. If this is suspected, the ink filter should be replaced immediately. Qualified service personnel only. This operation requires specialist skills or tools. Solenoid Valve Tubing Order Note: The printer operates with solenoid valves which are not interchangeable with valves...
  • Page 92 TROUBLESHOOTING Model C7 Solenoid Valve and Nozzle Distribution (viewed from rear of chassis) Model C16 Solenoid Valve and Nozzle Distribution (viewed from rear of chassis) 16 15 14 13 12 11 10 Model C34 Solenoid Valve and Nozzle Distribution (viewed from rear of chassis) 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10...

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