CTM 3600 PA, DAT, Corner Wrap, Powered Unwind printer applicator Maintenance & service manual

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1318 QUAKER CIRCLE PO BOX 589 SALEM, OHIO 44460

PHONE: 330-332-1800

FAX: 330-332-2144

www.ctmlabelingsystems.com

Designers And Manufacturers Of Pressure Sensitive Labeling

Equipment And Custom Product Handling

3600 PRINTER APPLICATOR

MAINTENANCE

SERVICE MANUAL

(REVISION 3600-2b5.x)

TABLE OF CONTENTS

(STANDARD 3600)

TABLE OF FIGURES …………………………………………………………. 1

INTRODUCTION ………………………………………………………….…... 2

WEB PATH ……………………………………………………………………... 3

MACHINE TERMS ……………………………………………………………. 4

APPLICATOR DISPLAY ……………………………………………………... 5

Key Descriptions ……………………………….………..… 5-1

Changing Variable Fields ……………………………...…... 5-2

Alarm Screens ………………………………………...….… 5-3

REAR PANEL ………………………………………………………………….. 6

Connector Descriptions ……………...……………………... 6-1

I/O Port Functions ………………………………………….. 6-2

APPLICATOR SETUP ……………………………………………………….. 7

Unwind Installation ………………………………………… 7-1

Air Filter Installation ……………………………………….. 7-2

Valve Bank Installation …………………………………….. 7-3

Standard Tamp Installation …………………………………..7-3

Extended Peel Edge Installation ……………………………. 7-4

Swing Tamp Installation ……………………………………. 7-5

Ribbon and Label Loading …………………………………..7-6

Applicator Nose Setup ……………………………………….7-7

Tamp Setup …………………………………………………..7-8

Static Stack Test ……………………………………………...7-9

Configuration Menus ………………………………..……….7-10

PRODUCT SETUP ……………………………………………………………. 8

Applicator Attitudes ………………………………………… 8-1

Applicator Position ………………………………………..… 8-2

Product Detect Sensor (SM312LV) ……………………….… 8-3

Product Detect Sensor (S18SN6FF50) ……………………… 8-4

APPLICATOR ALARMS ……………………………………………………. 9

Alarm Light …………………………………………………. 9-1

Systems Ready Output ………………………………………. 9-1

Alarm & I/O Port .………………………………………........ 9-2

Adjusting Low Label Sensor …………………………...…… 9-2

MAINTENANCE ……………………………………………….…………….. 10

Dancer Arm Adjustment …………………………………... 10-1

Rewind Clutch Adjustment ………………………………... 10-2

Changing Clutch Pad ……………………………………… 10-3

Belt Tension ……………………………………………….. 10-4

TABLE OF CONTENTS

TROUBLESHOOTING ………………………………………………………... 11

PRINTER SETTINGS ………………………………………………………… 12

Sato Printers ……………………………………………….. 12-1

Zebra Printers ……………………………………………… 12-7

RECOMMENDED SPARE PARTS ………………………………………….. 13

AND DRAWINGS

(DUAL ACTION TAMP)

The following section for dual action tamp applicators will discuss items that pertain only to this applicator type. Items not covered here will be covered in the standard 3600 section of this manual.

DAT INTRODUCTION …………………………………………………….. b1

DAT WEB PATH DIAGRAMS …………………………………………….. b2

DAT APPLICATOR DISPLAY …………………………………………….. b3

Key Descriptions ……………………………….………..… b3-1

Changing Variable Fields ……………………………...…... b3-2

REAR PANEL ……………………………………………………………….. b4

Connector Descriptions ……………...……………………... b4-1

I/O Port Functions ………………………………………….. b4-2

DUAL ACTION SETUP …………………………………………………….. b5

Air Filter Installation ……………………………………………. b5-1

Applicator Nose Installation ………………………….……….…. b5-2

General Applicator Setup ………………………………………... b5-3

Dual Action Tamp Setup ……………………………….……….. b5-4

Static Stack Test …...…………………………………………….. b5-6

Configuration Menus …………………………………..………… b5-7

PRODUCT SETUP …………………………………………………………… b6

Applicator Attitudes …………………………………………….. b6-1

Applicator Position ……………………………………………… b6-2

Standard Product Detect Sensor (SM312LV) ……………………b6-2

Optional Product Detect Sensor (S18SN6FF50) ………………... b6-3

Product Detect Sensor Position …………………………………. b6-3

RECOMMENDED SPARE PARTS ………………………………………… b7

AND DRAWINGS FOR DAT

TABLE OF CONTENTS

(Corner Wrap)

The following section for corner wrap applicators will discuss items that pertain only to this applicator type. Items not covered here will be covered in the standard 3600 section of this manual.

INTRODUCTION ………………………………………………………….…... c1

CORNER WRAP SETUP ………………………………………………………. c2

Apply Method 1 …………………………………………… c2-1

Apply Method 2 …………………………………………… c2-1

APPLY SEQUENCE …………………………………………………………… c3

DRAWINGS FOR CORNER WRAP …………………………………………. c4

(Powered Unwind)

The following section for powered unwind type applicators will discuss items that pertain only to this applicator type. Items not covered here will be covered in the standard 3600 section of this manual.

INTRODUCTION ………………………………………………………….…... d1

WEB PATH & LABEL INSTALLATION ..……………………..…………… d2

POWERED UNWIND SETUP ………………………………………………… d3

DRAWINGS FOR POWERED UNWIND ……………………………………. d4

TABLE OF CONTENTS

(STANDARD 3600)

TABLE OF FIGURES …………………………………………………………. 1

INTRODUCTION ………………………………………………………….…... 2

WEB PATH ……………………………………………………………………... 3

MACHINE TERMS ……………………………………………………………. 4

APPLICATOR DISPLAY ……………………………………………………... 5

Key Descriptions ……………………………….………..… 5-1

Changing Variable Fields ……………………………...…... 5-2

Alarm Screens ………………………………………...….… 5-3

REAR PANEL ………………………………………………………………….. 6

Connector Descriptions ……………...……………………... 6-1

I/O Port Functions ………………………………………….. 6-2

APPLICATOR SETUP ……………………………………………………….. 7

Unwind Installation ………………………………………… 7-1

Air Filter Installation ……………………………………….. 7-2

Valve Bank Installation …………………………………….. 7-3

Standard Tamp Installation …………………………………..7-3

Extended Peel Edge Installation ……………………………. 7-4

Swing Tamp Installation ……………………………………. 7-5

Ribbon and Label Loading …………………………………..7-6

Applicator Nose Setup ……………………………………….7-7

Tamp Setup …………………………………………………..7-8

Static Stack Test ……………………………………………...7-9

Configuration Menus ………………………………..……….7-10

PRODUCT SETUP ……………………………………………………………. 8

Applicator Attitudes ………………………………………… 8-1

Applicator Position ………………………………………..… 8-2

Product Detect Sensor (SM312LV) ……………………….… 8-3

Product Detect Sensor (S18SN6FF50) ……………………… 8-4

APPLICATOR ALARMS ……………………………………………………. 9

Alarm Light …………………………………………………. 9-1

Systems Ready Output ………………………………………. 9-1

Alarm & I/O Port .………………………………………........ 9-2

Adjusting Low Label Sensor …………………………...…… 9-2

MAINTENANCE ……………………………………………….…………….. 10

Dancer Arm Adjustment …………………………………... 10-1

Rewind Clutch Adjustment ………………………………... 10-2

Changing Clutch Pad ……………………………………… 10-3

Belt Tension ……………………………………………….. 10-4

TABLE OF CONTENTS

TROUBLESHOOTING ………………………………………………………... 11

PRINTER SETTINGS ………………………………………………………… 12

Sato Printers ……………………………………………….. 12-1

Zebra Printers ……………………………………………… 12-7

RECOMMENDED SPARE PARTS ………………………………………….. 13

AND DRAWINGS

SUPPLIMENTS TO STANDARD 3600 MANUAL

Dual Action Tamp ………………………………………….… Section B

Corner Wrap …………………………………………………. Section C

Powered Unwind …………………………………….………. Section D

TABLE OF FIGURES

FIGURE 1 (Unwind Assembly) ……………………………………………… 7-1

FIGURE 2 (Valve Bank) ……………………………………………………… 7-2

FIGURE 3 (Standard Tamp Assembly) ………………………………………. 7-3

FIGURE 4 (Extended Peel Edge Assembly) …………………………………. 7-4

FIGURE 5 (Swing Tamp) …………………………………………………….. 7-5

FIGURE 6 (Web Path) ……………………………………………………...… 7-6

FIGURE 7 (Applicator in Nose Down Attitude) ……………………………... 8-1

FIGURE 8 (Applicator in Upright and Above Attitude) ……………………… 8-1

FIGURE 9 (Applicator in Nose Up Attitude) …………………………………. 8-1

FIGURE 10 (Applicator in Bottom Up Attitude) ……………………………… 8-1

FIGURE 11 (Applicator in Reels Up Attitude) ………………………………... 8-1

FIGURE 12 (SM312LV Product Detect Sensor) ……………………………… 8-2

FIGURE 13 (S18SN6FF50 Product Detect Sensor) ………………………...… 8-3

FIGURE 14 (Alarm Light) …………………………………………………….. 9-1

FIGURE 15 (Low Label Sensor on Unwind Block) …………………………... 9-2

FIGURE 16 (Low Label Sensor) ……………………………………………… 9-2

FIGURE 17 (Unwind Brake Band) …………………………………………… 10-2

FIGURE 18 (Rewind/Clutch Assembly) …………………………………...… 10-3

FIGURE 19 (DAT Valve Bank) ……………………………………………… b5-1

FIGURE 20 (DAT Tamp Assembly) …………………………………………. b5-2

FIGURE 21 (DAT Tamp Adjustments) ………………………………………. b5-4

FIGURE 22 (DAT Nose Down Position) …………………………………….. b6-1

FIGURE 23 (SM312LV Product Detect Sensor) …………………………….. b6-2

1-1

TABLE OF FIGURES

FIGURE 24 (S18SN6FF50 Product Detect Sensor) ……………………………. b6-3

FIGURE 25 (Apply Sequence) …………………………………………………. c3-1

FIGURE 26 (Apply Sequence) …………………………………………………. c3-2

FIGURE 27 (Apply Sequence) …………………………………………………. c3-3

FIGURE 28 (Corner Wrap Valve Banks) ……………………………………….. c3-4

FIGURE 28 (Web Path Powered Unwind) ……………………………………… d2

1-2

INTRODUCTION

The 3600-PA printer applicator is a high-speed labeler used to thermally print and apply pressure sensitive labels to moving products. A thermal transfer printer is integrated into an applicator to form a self-contained unit that will print variable data onto a label. The printer/applicator can be mounted in almost any position adjacent to product flow to apply labels to top, sides or bottom of products as they pass by.

Labels are supplied on rolls that consist of a liner on which the labels are held with adhesive. The labels may be preprinted with the variable information added by the printer or blank labels with the printer printing the entire label.

The applicator can work in two different modes:

Normal Tamp Blow

Inverted Tamp Blow

In the Normal Tamp Blow mode, the label is printed, dispensed out onto the label pad and held there by vacuum. When the product detect sensor is made, the label and label pad are moved toward the product using a pneumatic slide. When the slide is extended, an air blast will blow the label off the pad and onto the product.

In the Inverted Tamp Blow mode, the label is printed, dispensed onto the label pad and the slide extends. The applicator will wait in this position until the product sensor is made. The label is then blown off the pad onto the product.

For safe and trouble free operation, the instructions in this manual must be followed carefully during the set-up, operation, media changes, cleaning and maintenance. Also the specified environmental conditions must be maintained.

Electrical Supply: 108-132 Volts, 5 Amps, 50-60 Hertz, Single phase

A three-meter long, three wire cable with 1.00mm conductors

rated at 10 amperes (in accordance with CENELEC HD-21)

is provided for the electrical connection to the IEC 320

receptacle of the applicator. The end of the power cord is

terminated with a NEMA 5-15 plug.

Air Supply: Clean and dry compressed air must be provided at pressures

90 to 100 P.S.I. with a minimum flow rate of 4 S.C.F.M.

Environment: Operating temperature range is 40 to 95

°F (5 to 35°C).

Operating humidity range is 20 to 85% RH, non-condensing.

Note: The model 3600-PA is not intended to be operated in an environment

where flammable or explosive gases are present. The model 3600-PA

MUST not be used in direct contact with food products.

2-1

INTRODUCTION

READ THE INSTRUCTIONS CAREFULLY AND COMPLETELY. This manual includes all of the information that you’ll need to set up the applicator under normal operating conditions.

The instructions include important safety precautions, which must not be ignored.

READ THE INSTRUCTIONS IN ORDER. The instructions are written as numbered steps that will take you safely and efficiently through the setup process. Any steps performed out of sequence may result in a hazard and the applicator may not operate properly.

WORK CAREFULLY. Although setting up the applicator is not difficult, it does take time. Do not rush through the process. Careful work will produce good results.

IF SOMETHING DOES NOT WORK PROPERLY TRY SETTING UP AGAIN. Although applicator malfunction is possible, most problems happen because the applicator was not setup correctly. If the applicator doesn’t operate correctly, back-up and start over.

FOLLOW ALL SAFETY INSTRUCTIONS. The 3600-PA has been provided with a number of safety features. Observe all safety warning and under no circumstances attempt to remove or defeat safeguards or operate the machine in a manner contrary to the instructions.

2-2

MACHINE TERMS

Adhesive Strings: Label adhesive that attaches to the label and liner while the label is dispensing onto the label pad. They can cause the label position on the label pad to become inconsistent.

Air Assist Tube: A small diameter tube with small hole in it mounted under the peel edge. The purpose is to direct a stream of air to help the label onto the label pad.

Air Assist: The stream of air from the Air Assist Tube.

Air Blast: A blast of compressed air that moves the label from the label pad to the product. The duration of the blast is controlled by the Air Blast time accessible through the applicator display.

Air Filter: A device on the inlet of the air supply that removes debris from the air supply.

Critical Alarm: An alarm that will stop the applicator from applying labels. Critical alarms include end of web, out of labels (from printer) and no ribbon (from printer).

Cycle Time: The amount of time it takes for the applicator to print and apply a label to a product, starting from the product detect signal.

Dancer Arm: The function of the dancer arm is to release the brake on the unwind when labels are being printed and to stop the unwind mandrel when printing stops.

Detector Lockout: Time span after the applicator starts the labeling sequence that will cause the applicator to ignore any additional product signals. This is useful if a product triggers the product detect sensor more than once.

Extended Air Assist: The air assist is always on while the label is being printed (dispensed).

Extended air assist allows the air assist to stay on longer to aid in putting the label on the pad.

Extended Peel Edge: An applicator nose assembly that adds a peel edge that moves with label flow. This will enable the back feed option to be turned off to the printer so higher labeling rates can be obtained.

Inverted Tamp Blow (ITB): A mode of operation in which the tamp pad is in the extended position waiting for the product detect signal to start the labeling sequence.

Label Feed: The moving of the label stock through the machine.

Label Liner: The backing material that supports the labels before dispensing.

Label Manifold: The aluminum block mounted under the tamp slide. The label pad is mounted to it. Vacuum and the air blast are channeled through it to the pad.

Label Pad: Mounted under the manifold and is usually made from white delrin. This part supports the label before application.

4-1

MACHINE TERMS

Label Placement: The time from when the product sensor is made to when the labeling sequence starts.

Label Sensor: The sensor that detects the leading or trailing edge of the label.

Label Size: The width and length (or feed) of a label. Length equals the distance from the leading edge of the label to its trailing edge. Width is the distance across the label.

Leading Edge: Refers to the signal sent from a sensor when the first edge of a product or label is detected.

LED: Light Emitting Diode

Normal Tamp Blow: A mode of operation where a label is dispensed onto the label pad and the applicator waits for the product detect sensor to turn on before starting the labeling sequence.

Parity: A data bit that provides a means of checking for errors in the data stream.

Peel Edge: A machined part just before the label pad used to transfer the label onto the pad as the liner is pulled around the part.

Rewind: This is the rotating mandrel that takes up the liner after the labels have been removed.

Static Stack: When labels are applied to a stationary target on top of each other to check repeatability of the applicator.

Tamp/Swing Extend Time: The time allowed for the tamp slide to fully extend.

Tamp/Swing Retract Time: The time allowed for the tamp slide to return from it’s extended position to it’s retracted position.

Trailing Edge: Refers to the signal sent from a sensor when the last edge of a product or a label is detected.

Unwind: The rotating mandrel where the roll of labels is placed to be printed and applied.

Valve Bank: The typical valve bank for a tamp has three valves in it. Each valve has a built in regulator and gauge. The assembly is made to be bolted on either side of the applicator.

Warning Alarm: This alarm serves as a warning that the applicator is low on labels or ribbon.

Web Path: The path the label liner follows leading from the unwind, through the printer and ends at the rewind.

4-2

APPLICATOR DISPLAY

APPLICATOR DISPLAY PANEL

On power-up, the display will scroll the software version screen for 30 seconds. This will allow time for all of the different types of printers to go through their diagnostics. The applicator can be switched from Normal Tamp mode to Inverted Tamp Mode through the display. See the applicator setup section on how to do this.

The following is a list of the keys on the display and what they do:

Menu:

This key will allow the operator to scroll through the following sub-menus:

• Label Rate - Displays the rate in which labels have been applied per minute. After 61 seconds passes by with no apply signal 0 labels/min is displayed.

• Label Placement - Time from when the product detect sensor turns on until

the labeling sequence starts. Aid for putting the label in the right position on the

product.

• Tamp Extend Time - Time allowed for the tamp slide to extend before continuing with the labeling sequence.

• Tamp Retract Time - Time allowed for the tamp slide to return to receive a label from the extended position.

• Air Blast Time - Time the air blast valve will stay on.

• Extended Air Assist - The air assist is on as long as the applicator is printing a label.

Extended air assist is the time after the printing stops until the assist turns off. This can be useful in placing a label on the label pad.

• Detector Lockout - Used when receiving more than one product detect signal from a product. The detector lockout timer starts with the product detect and will ignore other signals until the timer has timed out.

• Product Counter - Pressing the Home key while within the Detector Lockout screen will access this screen. Pressing Ent will reset the counter.

5-1

APPLICATOR DISPLAY

Home/Tamp:

When scrolling through sub-menus, pressing “Home” will return you to the Home Page (main menu). If you’re at the main menu and tamp is enabled, press the “Home” key to extend the tamp slide (nothing will happen if in ITB mode). With the tamp extended, the print head on the printer can be opened. This function is also useful for setting the height of the applicator.

Arrow Keys:

Menus that have a numeric input (i.e. Label Placement menu) use the arrow keys to change values. On the main menu, the arrow keys “

↑“ “← “ are used to toggle the tamp enable/disable functions. See “Changing Variable Fields” in this section.

Esc:

Escape key stops the editing procedure and returns the value to original.

Ent:

Enter key is used to confirm a change or to clear current values so new values can be entered.

Changing Variable Fields

After the power-up procedure, the display will be at the Home Page (main menu). This menu will have two lines. The first shows the type of applicator and the second will tell whether the tamp is enabled or not. When disabled, the tamp will not move. This is helpful when setting up the applicator (getting the tamp pad in the right position). Also, when the tamp is disabled the product detect input does not work, only the “Jog” button works. This can be used to stop the applicator from applying labels when in production. To disable tamp, press “Ent”. The “Tamp Is Enabled” line should start to flash. Use the arrow keys to toggle the line so it says ”Tamp Is Disabled”.

Press “Ent” when the line matches what the applicator is to do.

Note: Short cuts to enable and disable the tamp are as follows:

Pressing “

←” will disable tamp.

Pressing “

↑” will enable tamp.

To change numeric data, go to the menu to be changed (i.e. Label Placement) using the “menu” key. Press “Ent” and the timer data will set itself to zero and start to flash. Only the right most column will be changed using the “

↑” key. Pressing the”←” will move the character just changed to the left. When you have the value you want, Press “Ent” to set it as current. If a mistake is made, press ”Ent” to start again; this will clear the data and let you start over. Note: If the “Ent” key is not pressed after data entry or data is not entered, the timer will default to the previous setting after 10 seconds.

Note: Entering more than 32 seconds for any time based setting will produce unsatisfactory results during label printing and application.

Example: Set Label Placement to “0.115” (115 ms)

-Press “Menu” until the Label Placement menu is displayed.

-Press ”Ent” to clear timer data (flashing zero).

-Press “

↑” until “1” is displayed in the right column.

-Press “

←” one time so the “1” will move to the left by one position.

-Press “

↑” until “1” is displayed in the right column.

-Press “

←” one time so the “11” will move to the left by one position.

-Press “

↑” until “5” is displayed in the right column.

-Press “Ent” when the value matches the desired value. If not, press “Esc” and start over.

Note: Each pressing of the “

↑“arrow key will increase the time value by 1 millisecond (ms).

5-2

APPLICATOR DISPLAY

Alarm Screens

The operator interface will display alarm screens for the following alarms:

• Low Label - signal from sensor mounted on the unwind of the applicator.

• Low Ribbon - signal from the printer.

• No Label/Ribbon - signal from the printer.

• End of Web - signal from sensor looking for the end of the label stock.

• Too Many Reprints - signal from the Label Reprint counter triggered when more labels have been pulled off the pad than the preset amount.

5-3

REAR PANEL

Connector Descriptions

VALVE: Valve bank connection. Valve banks come with a short cable and a plug.

ALARM: Alarm light connection . Will drive up to a three stack light stack.

(one light for printer ready, one light for warning, and one for critical alarms)

PRODUCT: Product detect sensor connection.

LOW LBL: Low label sensor connection.

AUX: Used for End of Web sensor connection or custom applications.

PARALLEL: Wired to the parallel port of the printer for data transfer.

ETHERNET: In place of parallel port. Used to transfer data to ethernet equipped print engines.

SERIAL: Wired to the serial port of the printer for data transfer.

I/O: This connector can be used for integrators to monitor applicator alarms and functions. See the next page for a list of pre-wired functions.

6-1

REAR PANEL

I/O Port Functions

The following is a list of the pre-wired functions of the I/O port. If other functions are needed

(i.e. tamp home switch), they can easily be added. All outputs are NPN (sinking) with 80 ma load. Inputs are also for sinking devices.

 Pin #1 (DC Power): 0 VDC

 Pin #2 (DC Power): 24 VDC at 200ma

 Pin #3 (System Ready): If there is no critical alarms, the tamp is enabled, inhibit input off, and the printer is online, the ready output is on.

 Pin #4 (Warning Alarm): This output will turn on when the applicator receives a low label or low ribbon signal. The signal will stay low until the alarm is reset.

 Pin #5 (Critical Alarm): This output will turn on when the applicator receives a no labels or no ribbon signal from the printer or if the end of web sensor is made. The signal will stay low until the alarm is reset.

 Pin #6 (Reissue): This is not an input for customer use. Please consult the factory before attempting any integration.

 Pin #7 (Tamp Home): The output turns on when ever the tamp home switch is made or the tamp retract timer times out.

 Note: Tamp home switch is an option and is purchased separately

 Pin #8 (Label on Pad): After a label has finished printing, the controller will look at the output of a vacuum switch to see if the label is on the pad. If so, the output turns on.

 Note: Vacuum switch is an option and is purchased separately

 Pin #9 (Air Blow Valve): This output is on when the air blow valve is on.

 Pin #10 (Air Assist Valve): This output is on when the air assist valve is on.

 Pin #11 (Product Detect): Taking this input low will start the labeling sequence of the applicator.

 Pin #12 (Inhibit): This input will stop the applicator from applying labels.

 Pin #13 (External Print): When the external print option is turned on, the printer will not print a label until this input goes low. This input is for custom applications.

6-2

APPLICATOR SETUP

When an applicator is shipped, it may be necessary to for some disassembly The following section will show different assemblies to aid in putting the applicator back together so it can be set up.

Unwind Assembly

The unwind assembly mounts to the applicator by fastening the unwind mounting plates(2) to the unwind and to the applicator face in alternate positions to suit various orientation and clearance requirements (refer to drawing # ASS-238-0123, MP-238-0236). The two plates are held together using four flat head screws; one end fastens to the unwind bearing block with three (3) flat head screws, and the other end fastens to the applicator face with four (4) screws. The mounting plates can be configured so the unwind can be positioned in different locations to aid in certain applications.

Figure 1 (unwind assembly)

Unwind disks

The unwind disks include a Lexan disk and hub screwed together. The inboard assembly will have two holes in the disk for the low label sensor. The outboard assembly will have a solid disk and hub assembly that includes a ratchet handle for locking it in place. Place the inboard assembly so that the inside face of the disk is approximately 7/8” from the applicator face. This should match the web path of the printer. When fastening the disk assembly to the unwind shaft, make sure the set screw is engaging against the flat of the shaft. Position the loose hub just short of the label width. This hub is for supporting the outboard end of the roll of labels. The outboard disk assembly will slide onto the shaft against the roll of labels and will lock in place by tightening down the ratchet handle.

7-1

APPLICATOR SETUP

Air Filter Installation

When the applicator is shipped, the air filter is off. The filter is sent with two 2” nipples and an elbow. The attitude of the machine will determine how the filter should be plumbed. Note: In all cases it is important to have the filter bowl pointing down.

Figure 2 Valve Banks

7-2

APPLICATOR SETUP

Valve Bank

Figure 2 shows two types of valve bank assemblies. At the bottom is a Mac Type Valve assembly which CTM started using in the Spring of 2007. If the valve bank was removed and needs to be re-mounted, decide on which side of the applicator the valves should be mounted. Normally, the valves are mounted on the opposite side from the applicator nose. In a nose up application, it may be best to position the valves on the same side as the applicator nose. Mount the valve bank by putting two ¼ shcs. through the two clearance holes on the side of the labeler housing. The bolts then screw into the valve bank mounting plate. Run the air lines into the manifold below the valve bank or directly into the applicator nose if the valves are mounted on the side as the applicator nose.

Standard Tamp Assembly

Although it is unlikely that this will be removed for shipping, it will, however, have to be adjusted. The assembly is held onto the faceplate by two ¼ shcs. marked as in/out adjustment in figure 3. These same two bolts will allow the label pad to be moved closer to the printer peel edge. To raise or lower the label pad, loosen two ¼ shcs. in the slide body (marked as up/down adjustment in figure 3). The label pad and manifold can be moved side to side using the four #10 shcs. in the manifold. The position will change slightly between the Sato and Zebra printers.

Run the air line from the “A” port of the tamp valve to the top cylinder port, and the “B” port of the valve to the bottom cylinder port. The label manifold is plumbed to the “A” port of the air blast valve. The “A” port of the air assist valve is connected to the assist tube inside the machine.

Note: If the valve bank is mounted opposite the applicator nose, it

will be plumbed into the manifold on the side of the machine.

Figure 3 (standard tamp assembly)

7-3

APPLICATOR SETUP

Extended Peel Edge Assembly

This nose assembly is used when it is desired to disable the backfeed option on the applicator to gain more labels per minute. With the backfeed off, the leading edge of labels will stop in different places with different length labels. To overcome this, the print engine is set to stop the label with the label leading edge under the print line of the printhead, and the tamp assembly is adjusted to where the label stops at the extended peel edge for proper dispensing.

Note: With this type of arrangement, there will always be one or more labels

between the printhead and the extended peel edge.

The extended peel edge assembly is mounted on the label feed side of the applicator using four ¼ shcs. and two 3/16 dowel pins. There are also two ¼ shcs. used to mount the two guide rods to the side of the machine. To move the label pad closer to the peel edge, loosen the two 1/4 shcs. marked as tamp in/out adjustment in Figure 4. When the label pad is in position, re-tighten the screws. To raise or lower the label pad to the peel edge, loosen the two ¼ shcs. in the slide body

(marked as up/down in Figure 4). The label pad can be moved side to side using the four #10 shcs. in the manifold. To move the whole assembly in or out so the peel edge lines up with the leading edge of the label, loosen the clamping screws on the guide rods and turn the assembly adjustment knob. Tighten all screws when finished.

The plumbing will be the same as the standard tamp assembly except for the air assist. Instead of it plumbing into the air assist tube, it will plumb into a straight tube at the same place. This tube will transfer air through the faceplate and across the printer between the web path going to the pad and the return path of the liner. This tube is held with same holder that was used to hold the assist tube on the standard tamp except it’s mounted on the inside of the machine. From the end of the pass through tube to the air assist tube, a ¼’ air line is attached.

Figure 4 (extended peel edge assembly)

7-4

APPLICATOR SETUP

Swing Tamp Assembly

This assembly is used to apply labels on the leading or trailing edge of products. The assembly is held on to the sideframe by four ¼ shcs. marked as side to side adjustment in Figure 5. These same four bolts will allow the assembly to move across web path to line the label to the pad. To raise or lower the label pad, turn the retract position adjustment screw on the rotary actuator.

Moving the label pad closer to the peel edge is done by loosening the in/out adjustment screws in

Figure 5. These also hold the actuator to the mounting bracket.

When plumbing the actuator, air that enters on a side on the top rack must also enter the lower rack on the opposite end. The “A” port on the tamp valve needs to connect to the top rack port farthest away from the applicator body and the lower rack port closest to the body. The “B” port will provide air to the other two actuator ports. The air blast and air assist valves plumb the same as the standard tamp.

Figure 5 (swing tamp assembly)

7-5

APPLICATOR SETUP

Ribbon Loading

1- At the main menu, press the “Home/Tamp” key (refer to the applicator display section). This will extend the tamp slide so the pad and manifold will not be in the way of opening the printhead. If using the extended peel edge, disabling the tamp is acceptable.

2- Open the printer cover.

3- Refer to the printer manual for ribbon loading instructions.

Label Loading

2- Load a roll of labels onto the hubs on the unwind shaft. Make sure the labels are against the inner disk and are right side up.

3- Remove the first three feet of labels from the liner.

4- Thread the label stock around the dancer and guide rollers into the printer. Refer to Figure 6 for the web path from the unwind to the printer. Refer to the printer manual as to how to thread the printer. Make sure the liner passes between the peel edge and the air assist tube.

Figure 6 (web path)

5- Remove the rewind pin and wrap the liner over the rewind mandrel. Replace the rewind pin and rotate the rewind mandrel to take the slack out between the rewind and printer.

6- Make sure the labels track straight from the unwind into the printer. Adjust the inner unwind hub if necessary.

7- Bring the guide collars within 1/64” of the liner.

8- Make sure the print head and any other latches are closed within the printer. Close the printer cover.

7-6

APPLICATOR SETUP

Applicator Nose Setup

1- Disable tamp (refer to Display Panel section). This way adjustments can be made without the fear of the tamp actuating and injuring someone. Also load label formats into the printer.

2- The label stop must be properly set for the applicator to work successfully. This is done through the printer and will be referred to as “Offset”, “Top of Form”, “Pitch Offset”, or other terms dependant on the printer model. a) With printing information in the buffer and the tamp disabled, press “jog” to dispense a label. b) If the label stop is correct, the label should feed off the liner. If the next label out is flagged past the peel edge, the label stop must be decreased. If the label doesn’t dispense completely off, then increase label stop. Refer to printer manual as to how to change label stop

3- Tamp height needs to be set so a label feeds out in contact with the label pad. If the pad is too high, the label will not land consistently on the pad and the trailing edge of the label could come into contact with the peel bar of the printer when the tamp slide extends. If the label pad is too low, the label will dispense into the back of the pad and jam.

4- The inboard edge of the label pad must match the inboard side of the label. Refer to the side to side adjustments to move the pad.

5- Position the air assist tube so the hole or holes are centered on the label and pointing approximately ¼”in from the label pad. The air pressure should be set at 20-30 P.S.I. Press

“Jog” to dispense a label. If the label doesn’t feed out against the label pad and the vacuum doesn’t capture it, try increasing the air pressure. Continue until the vacuum captures the label.

Warning: There are other factors that can keep the label from staying on

label pad. You may need more vacuum, increased or decreased

label dive, or the air assist tube may need to be rotated.

6- Air pressure for the tamp slide should start at 40 P.S.I., for the air blast at 30-40 P.S.I., and for the vacuum pump at 20-40 P.S.I.

7- Air blast time is set through the display and should be set long enough to apply a label firmly

to the product. Setting the time too high will result in less labels/min. Start at .03 seconds.

7-7

APPLICATOR SETUP

Tamp Setup

Go to the display and enable the tamp. Press the “Jog” button and observe the tamp action. The tamp slide should move smoothly. If the action is fast and slams into it’s stops, adjust the flow controls so the action slows. To slow down the extend, turn the bottom flow control (standard tamp) clockwise. The retract flow control is on top. By turning counter-clockwise, the slide will move faster.

Note: The flow controls on the swing tamp are integrated into the rotary

actuator (reference Figure 5).

Tamp extend and retract times are changed through the applicator display. Refer to the display panel section as to where these menus are. Tamp extend time needs to be set so the slide fully extends before the air blast turns on. If the blow off occurs too soon, the label application will not be accurate. If the time is too long, it adds to cycle time and will slow label rate. Tamp return time is the time allowed for the slide to return home before printing another label. If this time is too short, the label will dispense into the back of the label pad. If too long it will add to the cycle time of the machine.

Note: If tamp switches are added, the tamp extend and retract times should be left high and the

switches will over-ride time values.

Changing Tamp Modes

The applicator can work in two different modes:

Normal Tamp Blow

Inverted Tamp Blow (ITB)

See the “Configuration Menus” section on how to select tamp mode.

7-8

APPLICATOR SETUP

Label Static Test

It’s important to know if the applicator can repeat putting labels in the same place over and over.

Without knowing this, when label placement problems occur on the line, you won’t know whether the machine is not repeating or the problem lies with the product.

To test repeatability, position the applicator so when the tamp is extended the label pad is approximately 1/8” away from the product. Jog several labels onto the product. If the label stack is within the tolerances you have to work with go on to the “Product Setup” section. If not go through the following suggestions to help find the problem.

1- Make sure the labels are consistently stopping in the same place on the label pad. If this is

OK go to step 7; if not, go to step 2.

2- Check label stop. One label should be completely dispensed off the liner while the next label should be 1/32” away from the peel edge. If this varies more than 1/32” with each cycle, refer to the printer manual to correct. When this is corrected, go back and try the static test again.

If this was OK, go to step 3.

3- Make sure the label pad surface is clean. If clean, go to step 4 and if not, clean and try static test again.

4- Make sure the vacuum is set right. If the label flutters when feeding across the pad then the vacuum is too high. If the label falls off or moves after the label has left the liner, then it’s not high enough. If the label feed looks smooth go to the next step.

5- Work with the air pressure and the position of the air assist tube until the label feeds more consistent onto the pad. Re-try the static test. If the results are still not good enough, go to step 6 but if they-re OK, go to 7.

6- Make sure you are working with good label stock. Try another roll of labels and see if you get the same results.

7- Check the distance from the label pad to the product. If the distance is too large, the labels may float too much. Try lowering the machine so the label pad just clears the product (within

1/8”).

8- Is the label pad made for the label you’re using? Look to see if the labels are laying down flat and stacking well. If the hole pattern does not match the label, results will be uncertain.

7-9

APPLICATOR SETUP

Configuration Menus

The Configuration Menu can be entered two different ways. One way is to power the applicator off, press the jog switch and power the applicator back on, releasing the jog switch a couple of seconds after power on. The second way is to go to the main menu, disable the tamp, take the printer offline, hold the jog key in and press “Home/Tamp”. The menu that comes up on the display will be the start of a series of menus that gives the operator access to turn different options on or off. The following is a list of the menus and their function.

Tamp Mode

The applicator can work in two different modes:

Normal Tamp Blow

Inverted Tamp Blow (ITB)

In the Normal Tamp Blow mode, the label is printed, dispensed out onto the label pad and held there by vacuum. When the product detect sensor is made, the label and label pad is moved toward the product using a pneumatic slide. When the slide is extended, an air blast will blow the label off the pad and onto the product. In the Inverted Tamp Blow mode, the label is printed, dispensed onto the label pad and the slide extends. The applicator will wait in this position until the product sensor is made. The label is then blown off the pad onto the product. The ITB mode should be more accurate.

To change from one mode to the other, press “ENT” and the last word on the second line should start to flash. Use the arrow keys to toggle between ‘Normal” and “ITB”. When you get what you want, press “ENT”. Press “MENU” to go to the “Printer Type” screen.

Printer Type

The 3600-PA will support both Sato and Zebra printers. There are some slight differences between the printers on how they handle the recovery from a fault condition. The Zebra printer will dispense a group labels after a critical fault whether it gets a print start signal or not. This may cause the labels to dispense into the manifold if the product detect is turned on at the wrong time or if you’re running in ITB mode. The Sato will wait for a print start before it dispenses it’s labels after a critical fault. Using a Sato printer and setting the “Printer Type” to Sato will allow the online button on the printer to pause the applicator from applying labels. The Zebra option will cause a label to feed after going off pause.

To change from one mode to the other, press “ENT” and the last word on the second line should start to flash. Use the arrow keys to toggle between ‘Sato” and “Zebra”. When you get what you want, press “ENT”. Press “MENU” to go to the “External Print” screen.

External Print

This is an option that will inhibit the printing of a label until the external print input is turned on.

To turn this option on, press “ENT” and the last word on the second line should start to flash.

Use the arrow keys to toggle between ‘On” and “Off”. When you get what you want, press

“ENT”. Press “MENU” to go to the “Label on Pad” screen.

Note: You cannot have both the External Print Option and the Label Reprint Option on at the same time. If you turn one on, the other will automatically be turned off.

7-10

APPLICATOR SETUP

Label on Pad

With this option on, the controller will look for an input from a vacuum switch after the air assist shuts off and the label on pad filter times out. If the vacuum switch is on then that means there is a label on the pad and the label on pad output turns on. The output will stay on until the air blast valve turns on. If the label falls off the pad anytime between when it first turned on and the air blast valve, the output will turn off. An integrator will be able to monitor the air assist valve, air blast valve and the label on pad output and determine if a label has been removed from the pad.

Note: Vacuum switch is an option and is purchased separately

Vacuum Switch Setup

CTM # PE-SW1074

Set-up of threshold value:

With the back cover removed, labels sent down to printer and a label on the pad, take the printer

“offline” or on “pause”. Make note of the “value” on the pressure switch’s main “L.E.D. display.

For example, we will say the value is –2.0. Next, remove the label from the label pad. Make note of the pressure switch’s main display “L.E.D.” value – example: -0.5. Add these two values together: -2.0 + -.5 = -2.5, then divide by 2 = -1.2. This value (-1.2) is your “threshold value.

Enter this value in the sub display by the “up and down” arrow keys.

Note: If the vacuum pressure is increased or decreased, you may have to adjust the “threshold” value per above example

Vacuum-Off Option

This option is used to turn the vacuum to the label pad on and off to save air and to keep particles from entering the pad when there is no label available. When the option is on, the vacuum will turn on when the air assist is on and turns off at the beginning of the air blast. To turn this option on, press “ENT” and the last word on the second line should start to flash. Use the arrow keys to toggle between ‘On” and “Off”. When you get what you want, press “ENT”. Press “MENU” to go to the next screen.

Note: The applicators are pre-wired and logic is provided for this option but there is still some hardware items needed to make this option work (i.e. valve bank). Please consult your distributor for the necessary items when installing this option in the field.

Tamp Enabled/Disabled on Power-up

This option lets the operator chose whether the tamp is enabled or disabled on power-up. To turn this option on, press “ENT” and the first line will begin to flash. Use the arrow keys to toggle between “Tamp is Disabled” or “Tamp is Enabled”. When you get what you want, press “ENT”.

7-11

APPLICATOR SETUP

Disable Tamp on Pause

This option will disable the tamp when the printer goes offline or into pause. To turn this option on, press “ENT” and the last word on the second line should start to flash. Use the arrow keys to toggle between ‘On” and “Off”. When you get what you want, press “ENT”. Press “MENU” to go to the next screen.

Rewind Delay On and Delay Off Timers

Timers were added to change how soon the rewind motor will turn on after the printer starts to print and how long it will run after the printing is finished. In some cases where label stop varies, this can help control it. These values should only be changed after consulting with the factory.

The rewind delay on timer controls when the rewind motor will turn on compared to when the print engine starts to print a label. Putting a delay will cause the motor to wait that amount of time before turning on. On narrow labels where label stop can be a problem, this will keep the rewind motor from putting tension on the web until the backfeed is finished or until you’re sure the labels are moving forward through the printer. The delay off time will determine how long the rewind motor stays on after the printer is finished printing. This timer can be decreased to keep the pull on the web to the minimum.

Note: Factory default values are:

Delay On: 0 seconds

Delay Off: 1 second

To change timer variables, see the “Changing Variable Fields” of the “Applicator Display” section.

Tamp Home Option

With software version 2b5.4 a Tamp Home Option was added in the configuration menu to determine the Tamp Home output by the Tamp Retract Time or Tamp Home switch. When the

Tamp Home Option is selected as “Tamp Retract Time” the next label will print /feed out onto the pad when the Tamp Retract time has timed out or the Tamp Home sensor input is made, whichever happens first. If the Tamp Home option is selected as “Tamp Home Sensor” the label will not feed/print out onto the pad until the Tamp Home Sensor is made.

Label Reissue Option

Label Reissue is a separate option than Label Reprint. This screen comes up right after the rewind off delay screen in the configuration menu. When the Label Reissue option is turned on it allows the applicator to reprint the last label format sent to the printer until another label format is received. To use this option with a Zebra printer the operator must enable the Reprint option in the Zebra menu. When using the Zebra printer, the Label Reissue option will continue to Reissue the original format sent to the printer until this format is manually cancelled with label software and a new format is sent down. To use this option with an M8400 series Sato printer the operator must turn DSW 3-8 on. If using the S8400 series Sato print engines the operator has to enable

External Reprint in the Advanced Mode settings of the print engine. When using the Sato printer, the Label Reissue option will print the last format sent until a new format is received.

7-12

APPLICATOR SETUP

Label Reprint Option

With this option is turned on and a vacuum switch installed, the applicator will dispense another label when the label is removed from the label pad. This option is useful when an extra label is needed on line but you do not want to actuate the applicator to replace the label you took from the label pad. You simply pull the label off the pad and another label is printed and dispensed. The

“Number of Reprints” screen will appear after the Label Reprint screen only if Label Reprint was turned on. Here the number of reprints can be preset up to 99 labels.

Note: You cannot have both the Label Reprint Option and the Label on Pad Option on at the same time. If you turn one on, the other will automatically be turned off. Label Reprint is not available while the applicator is set to ITB (Inverted Tamp)

7-13

PRODUCT SETUP

The applicator should be setup and have successfully passed the static test before going on in this section. If you have skipped the applicator setup section and have trouble with the application here, it will leave you with more areas to troubleshoot to fix the problem.

Applicator Attitudes

The applicator can be positioned in a number of positions. Below applicators are shown in different attitudes with the proper name under it.

Figure 7 (nose down) Figure 8 (upright and above)

Figure 9 (nose up) Figure 10 (bottom up)

Figure 11 (reels up)

8-1

PRODUCT SETUP

Positioning the Applicator

The product must be presented to the applicator in a consistent manner. Label accuracy cannot be maintained if the surface being labeled changes speed or distance relative to the label pad.

Note: The following directions are for conventional tamps and do not include swing tamps.

Extend the tamp slide by pressing “Home/Tamp” key on the display. Move a product in front of the applicator on the same path as it will run down the line. Move the applicator so the label pad is within 1/8” from the product. Also make sure nothing is in the way of the moving parts.

Move the product and applicator so the label pad is over the application point. Now position the product detect sensor slightly upstream of the leading edge of the product. Now go to the product sensor setup that matches your sensor and follow directions.

Standard Product Sensor Setup (Banner SM312LV --- 4”- 15’ range)

1- Plug the sensor into the back of the machine.

2- Turn the power on and disable the tamp.

3- Remove the back cover of the sensor and set the light/dark switch to DO by turning the switch counter-clockwise.

4- Make sure the sensor is pointing at the reflector (tape). When the LED indicator is flashing at the fastest rate, the two are at the best alignment.

Figure 12 (standard product detect)

5- Place a product between the sensor and the reflector. The LED indicator should go out. a) On translucent products, the sensitivity may have to be turned back

so not to burn through.

6- Replace back cover of sensor.

8-2

PRODUCT SETUP

Optional Product Sensor Setup (Banner S18SN6FF50)

This sensor is a 18mm barrel type with a 50mm far limit cut-off. This means it will see objects that are less than 2” away and ignore the rest. There is nothing to adjust on the sensor except the physical position.

Sensor wiring determines whether the product detect will be setup for leading or trailing edge.

The #2 terminal in the product detect plug at the end of the sensor cable is for the output of the sensor. The black wire is for leading edge and the white wire for trailing edge.

Figure 13 (optional product detect)

Label Placement

Moving the label to the correct position to flow is best accomplished by moving the product detect. For fine adjustments or to adjust while the line is running, the operator can change the label placement value in the display. The higher the value the farther back the label will be placed. The lower the value, the label will move forward. See the “Applicator Display” for more details.

Note: The higher the label placement values, the slower the label rate.

8-3

APPLICATOR ALARMS

The 3600-PA is equipped with two alarms: Warning and Critical. Both alarms are wired to the alarm and I/O ports. The alarm port will support two lights that flash and the display will show the type of alarm (Optional feature).

The warning alarm will activate on the following conditions: Low Label and Low Ribbon. The low label signal comes from a photoelectric sensor mounted on the side of the unwind bearing block. This sensor can be adjusted to turn on at different roll diameters. The low ribbon signal comes from the printer (Consult the printer manual). On a warning alarm the applicator will continue to apply labels.

The critical alarm includes: Out of Labels, Out of Ribbon, and End of Web. Label and ribbon alarms come from the printer and you should consult the printer manual as to how the signals are set. The end of web signal comes from a sensor mounted to look for the label supply to end before entering the printer. On a critical alarm, the applicator will stop applying labels.

To reset the alarms, the display will instruct the operator to press the “ENT” key. Before clearing the alarm, make sure the problem has been corrected. If out of labels, replace with new label roll on the unwind; if out of ribbon, replace with new roll of ribbon. If the problem is not corrected before pressing “ENT”, the alarm will come back on again.

Warning: False alarms may occur if the printer is off while the applicator is on!

Alarm Light

The alarm light stack is usually a two stack light with amber and red lights. The red light for critical alarms and the amber for warning alarms. The alarm signal is a steady on output. The flashing of the lights are a function of the light modules. One light (red) can be used by wiring both alarm signals into one light. The display will still show the type of alarm.

Figure 14 (alarm light)

System Ready Output

If the applicator is not in a critical alarm state, the tamp is enabled, printer online and the inhibit input is not on, then the system ready output is on. This output is wired to the I/O port and the alarm connector. A green light can be added to the light stack to display this condition.

9-1

APPLICATOR ALARMS

Alarms and the I/O Port

The alarm signals from the applicator can be monitored through the I/O port. This is helpful if the applicator is being integrated into a packaging line and the system plc needs these signals as inputs. Check the rear panel section for an explanation of the I/O pins.

Adjusting the Low Label Sensor Mount

1- Plug the sensor into the back of the machine.

2- Turn the power on and disable the tamp.

3- Remove the back cover of the sensor and set the light/dark switch to DO by turning the switch counter-clockwise.

4- Look at the red dot shining from the sensor to the unwind disk. The red dot shows what the diameter of the roll will be when the alarm turns on. To turn the alarm on sooner, move the sensor up so that it is farther away from the core. To turn the alarm on later, move the sensor down closer to the core.

Note: The sensing range on the sensor is only 7/8”. Try to stay close to this

distance away from the inside disk to the end of the sensor.

5- Replace back cover of sensor.

Figure 15 (unwind/low label)

Figure 16 (low label sensor adjustment)

9-2

MAINTENANCE

CAUTION

:

DISCONNECT AIR AND POWER TO THE APPLICATOR

BEFORE PERFORMING THE FOLLOWING PROCEDURES.

INJURY FROM MOVING PARTS AND/OR ELECTRICAL SHOCK

MAY OCCUR.

General Maintenance

Daily Maintenance

1- Clean the print head and platen roller each time you change ribbon. Refer to the printer manual for the correct procedure and additional daily checks.

2- Examine the air filter for water or oil collection. Drain if necessary.

3- Examine the tamp pad and the rollers used to guide the web for adhesive build up. Clean if needed with alcohol or similar solvent.

4- Look for loose screws, rollers, etc.

Weekly Maintenance

1- Clean peeler bar, rollers, and tamp pad.

2- Examine machine for air leaks.

3- Wipe down the outside of the applicator and product detect lens.

4- On extended peel edge noses, check the uhmw tape on the peel edge for wear or nicks.

Replace if needed.

Semi-Annual

1- Replace filters.

2- Check vacuum pump for an accumulation of debris. Replace if necessary.

3- Examine pulleys, belts and rewind clutch for wear.

10-1

MAINTENANCE

Dancer Arm Adjustment

CAUTION: DISCONNECT AIR AND POWER TO THE APPLICATOR

BEFORE PERFORMING THE FOLLOWING PROCEDURES.

INJURY FROM MOVING PARTS AND/OR ELECTRICAL SHOCK

MAY OCCUR.

The figure below shows the layout of the unwind brake band. It’s important that the brake stops the unwind from turning but if it’s too tight the printer will have a hard time pulling the web off when the label roll nears the end.

Note: Even if the unwind brake is adjusted properly, it will be of little value if the core of the

label roll slips on the unwind hubs. Making sure the unwind disks are tight against the

roll of labels will help.

1- Hold the dancer arm in the position it should be when the brake is on. Loosen the collar that the brake band is anchored to, rotate it so the band is tight and tighten back down. Make sure the brake band is wound in the right direction.

2- Loosen the collar with the spring anchor and tighten so the dancer arm is held up with enough tension to stop the unwind from turning. It should not be so tight as to create too much pull off force when the printer is running. This may cause the printer motor to stall or cause print registration problems.

3- Check the performance of the unwind with a full roll of labels and a small diameter roll.

Make adjustments as necessary.

Figure 17 (adjusting brake band)

10-2

MAINTENANCE

Rewind Clutch Adjustment

CAUTION: DISCONNECT AIR AND POWER TO THE APPLICATOR

BEFORE PERFORMING THE FOLLOWING PROCEDURES.

INJURY FROM MOVING PARTS AND/OR ELECTRICAL SHOCK MAY

OCCUR.

The rewind is used to take-up the liner leaving the printer (after the labels have been dispensed).

It’s important to set the rewind tension so the liner is taken up even at the end of a roll when the rewind is full. Also, the tension should not be too high so the labels are being pulled through the print head. This will cause poor print quality and label stop will not be consistent.

Figure 18 (rewind/clutch assembly)

1- Remove power and air to the machine.

2- Remove the lower stainless cover.

3- CAREFULLY remove the tension adjustment screw and all washers (NOTE: the spring is under compression load). Keep track of how many flat washers are on the outboard and inboard sides of the “spring washer”.

4- If the rewind tension was too tight, move one or two of the flat washers from the outboard side of the “spring washer” to the inboard side (nested inside the compression spring). This will relieve the pressure on the clutch pad.

If the tension was too loose, move one or two flat washers from inside the compression spring to the outboard side of the “spring washer”. This will increase pressure on the clutch pad.

5- Carefully re-apply the power and air to the machine and test. Re-adjust if necessary.

6- Remove power and air and replace the cover on the machine if everything tests OK.

10-3

MAINTENANCE

Changing Clutch Pads

1- Remove power and air to the machine.

2- Remove the stainless cover on the back of the machine.

3- Carefully remove the tension adjustment screw, flat washers, spring washer, spring and thrush washer. NOTE: Keep track of how many flat washers are on the outboard and inboard sides of the “spring washer” to maintain the same pressure on the clutch pad when re-assembled.

4- Work the belt off the pulley/pressure plate and slip off the pressure plate.

5- Replace the clutch pad.

6- Re-assemble and adjust the tension for the new clutch pad.

Belt Tension

1- Remove power and air to the machine.

2- Remove the stainless cover on the back of the applicator.

3- Proper Tension: 1/4”- 3/8 ” Belt Deflection.

4- Loosen the two ¼” socket head cap screws that bolt through the side of the rewind motor mount assembly to the faceplate of the applicator.

5- Push the rewind motor assembly up and re-tighten the two ¼” socket head cap screws.

10-4

TROUBLESHOOTING

Nothing works.

Power switch on, printer is on, no display.

Power switch on, display is lit and working; printer not on.

Power cord is loose, defective or not plugged in.

A.C. line fuse blown.

PLC is off.

Cables are not plugged in on PLC or display.

Printer turned off.

Power cord going to the printer is disconnected.

Inspect the cord to find the problem.

Find the cause of the electrical short and correct.

Check power supply.

Make sure cables are plugged in.

Turn the printer on.

Inside the applicator, plug the printer power cord in.

Label liner breaking. Labels are not threaded correctly.

Unwind/rewind disks or guide collar not aligned with printer.

Adhesive build-up.

Label jammed in printer.

Bad roll of labels.

Re-thread labels.

Adjust disks and collars so the labels flow through the printer.

Clean as necessary.

Clear jam.

Replace label roll.

Labels are not consistently stopping on label pad.

Vacuum pump not working.

Too little or too much vacuum.

Air assist too high or too low.

Tamp pad not positioned correctly to the peel edge.

Air assist tube not positioned correctly.

Adhesive build-up on the pad.

Clean or replace pump.

Adjust vacuum pressure.

Adjust air pressure.

Check with the applicator setup section on how to position the label pad.

Adjust the position of the air assist tube.

Clean label pad.

11-1

TROUBLESHOOTING

Labels are consistent on the label pad, but not on product.

Product is not consistently presented to the applicator.

Air blast is too high or too low.

Product detect sensitivity or position.

Labels are blown off before tamp is fully extended.

Label pad does not match the label.

Valves do not turn on.

Air pressure is too low.

Valve bank plug is not connected to the applicator.

Valve spool is stuck.

Bad solenoid.

Dwell times to short.

Make sure product speed is consistent. Make sure the product is the same distance from the label pad every time.

Adjust the air pressure.

Move and adjust the product detect sensor so it is repeatable.

Enter a higher value for the tamp extend time.

Install the right label pad.

Turn air pressure above 20 psi and try again. The air assist valve is different and can operate at a lower pressure.

Connect the valve bank plug.

Consult factory for the procedure to remove spool.

Replace solenoid.

Increase dwell times through the applicator display.

Tamp valve turns on but the slide does not extend.

Air pressure is too low.

Flow controls are closed too much.

Slide guide rods are bent.

Increase air pressure.

Open flow controls.

Replace slide.

11-2

TROUBLESHOOTING

Machine will not cycle.

Label application rate is too fast for the applicator to keep up.

Applicator cycles at random.

No label feed.

No label formats in print buffer.

No product detect signal.

Printer I/O cable not plugged in.

Printer fault.

The tamp is disabled

Printer is taking too long to process data or to print label.

Excessive dwell times for air blast, tamp extend/retract, or air assist.

The label print and apply cycle may be too long for the product rate.

Loose or vibrating product detect sensor.

Product detector alignment is marginal.

Loose wiring connections.

R.F. interference.

Printer is not configured correctly.

No label data in print buffer.

No external print signal sent.

Send label format.

Check printer manual for parameters.

Verify that that the product detect sensor works. Replace if necessary.

Reconnect cable.

Correct the printer problem.

Enable tamp (see Appl. Setup)

Check software and compiling time; increase print speed.

Go through the setup procedure for proper setting.

Slow product rate.

Check and correct.

Refer to product setup on how to set sensor.

Check cables and wiring harnesses inside applicator.

Isolate and correct.

Refer to printer manual.

Send label data to printer.

Investigate and correct.

11-3

TROUBLESHOOTING

Compressed print on labels.

Printing registration is early.

Elongated print on labels.

Printing registration is late.

Poor print quality

Labels print continuously without being applied.

Alarm messages will not clear.

Applicator unwind brake is too tight creating too much pull through the printer.

Worn or damaged platen roller.

Applicator unwind is not properly tensioned.

Rewind tension is too tight, not allowing a complete back feed.

Printer configuration is wrong.

Print end signal was not received from printer.

Lost 24 vdc power supply.

Printer turned off.

The problem was not fixed before telling the applicator to reset.

Loosen unwind tension.

Replace the printer platen roller.

Adjust unwind tension.

Rewind has too much tension on it.

Re-adjust slip clutch.

Refer to printer manual.

Check printer settings.

Call factory for help.

Turn printer on.

Correct the problem at the source of the alarm signal.

11-4

PRINTER SETTINGS

Sato Printers: M-8485SE/M-8490SE/M-8459SE/M-8460SE

Note: Pin 9 has to be defined in the service mode. It should be set to “Mode 2”.

Resetting the printer to factory default values will change this to “Mode 1” and

the applicator will malfunction.

These printers use dipswitches to setup the operating parameters. The dipswitch settings are read on power up. Therefore any changes in the switch settings will not take effect until the printer is shut off and powered back on.

There are two dipswitches (DSW2 and DSW3) located inside the cover. These switches are used to set:

-Thermal transfer or direct thermal

-Label sensor enable/disable

-Head check mode

-Hex dump mode

-Single job or multi-job receive buffer

-Operation mode

A third dipswitch is located on the RS232 serial adapter card (back of the printer). This is used to setup the serial communications.

If the switches are down, they are off. Factory settings are that all switches are off.

Parallel port is always on regardless of switch settings.

Note: The older “S” version of this printer (M-8485S) also has three dipswitches. All three switches are mounted inside the cover. DSW1 has some differences with the “SE” model.

Checking with the appropriate manual will clarify the differences.

12-1

PRINTER SETTINGS

RS232 Transmit/Receive Switches

Data Bit Selection: This switch sets the printer to receive either 7 or 8 bit data for each byte transmitted.

DSW1-1 SETTING

Off 8 data bits

On 7 data bits

Parity Selection: These switches select the type of parity used for error detection.

DSW1-2 DSW1-3 SETTING

Off Off Disabled

Off On Even

On Off Odd

On On None

Stop Bit Selection: Selects the number of stop bits to end each byte transmission.

DSW1-4 SETTING

Off 1 Stop Bit

On 2 Stop Bit

Baud Rate Selection: Selects the data rate (bps) for the RS232 port.

DSW1-5 DSW1-6 SETTING

Off Off 9600

Off On 19200

On Off 38400

On On 57600

12-2

PRINTER SETTINGS

Protocol Selection: Selects the flow control and status reporting protocols. See Interface

Specification section in the printer manual for more details.

DSW1-7 DSW1-8 SETTING

Off Off Rdy/Bsy

Off On Xon/Xoff

On Off Bi-Com

Printer Set-Up Switches

Print Mode Selection: Selects between direct thermal printing on thermally sensitive paper and thermal transfer printing using a ribbon. This switch is not used on the M-8459.

DSW2-1 SETTING

Note: It is recommended that this be set to “Off”.

Sensor Type Selection: Selects between the use of a label gap or a reflective Eye-Mark detector.

DSW2-2 SETTING

Off Gap

On Eye-Mark

Note: It is recommended that this be set to “Off”.

Head Check Selection: When selected, the printer will check for head elements that are electrically malfunctioning.

DSW2-3 SETTING

Off Disabled

On Enabled

12-3

Hex Dump Selection: Selects hex dump mode (refer to printer manual).

DSW2-4 SETTING

Off Disabled

On Enabled

Receive Buffer Selection: Selects the operating mode of the receive buffer.

DSW2-5 SETTING

PRINTER SETTINGS

Protocol Code Selection: Selects the command codes used for protocol control.

DSW2-7 SETTING

Off Standard

On Non-Std

M8400 Emulation Mode: For emulating special M8400S series software commands. Should be used only if problems are encountered when using existing M8400S software.

DSW2-8 SETTING

Off Disable

On Enable

12-4

PRINTER SETTINGS

Backfeed Selection: Backfeed is used to correctly position the label for application and then retract the next label to the proper print position. This operation can be performed immediately after a label is printed and used, or immediately prior to printing of the next label.

DSW3-1 SETTING

Off Before

On After

Note: It is recommended that this dipswitch be left off for applicator.

Label Sensor Selection: Enables or disables the label sensor. If the sensor is enabled, it will detect the edge of the label and position it automatically. If it is disabled, the positioning must be under software control using line feed commands.

DSW3-3 SETTING

Note: It is necessary to leave this switch off for the applicator to work.

Backfeed Selection: When backfeed is enabled, the printer will position the last printed label for dispensing and retract it before printing the next label. The amount of backfeed offset is adjustable. See printer manual for details.

DSW3-4 SETTING

Off Enable

On Disable

Note: When using the extended peel edge assembly, the backfeed option should be disabled. In most other applications, it should be left on. Backfeed will slow label rate.

12-5

PRINTER SETTINGS

External Signal Interface Switches

External Print Signal Selection: Allows an external device to initiate a label print for synchronization with the applicator.

DSW3-5 SETTING

Off Enable

On Disable

Note: It is necessary to leave this switch off for the applicator to work.

External Signal Type Selection: Both the polarity and signal type (level or pulse) of the external print signal synchronizing signal can be selected.

DSW3-6 DSW3-7 SETTING

On On Type1

Note: Use Type 4 for use with the applicator.

Repeat via External Signal: Allows the applicator to reprint the current label in the print buffer.

DSW3-8 SETTING

Off Enable

On Disable

Note: This has become a standard option called “Reissue” with Software Revision 2b5.0.

Sato Printers: S-8400 Series

Advanced Mode

Before

Printer Type  Dispenser  Back Feed Motion  None

After

Transfer

Print Method Direct

External Signal  Enable

External Signal  Type 4

Service Mode

Ext. 9 Pin Select – Mode 2

12-6

PRINTER SETTINGS

ZEBRA PAX PRINTER SETTINGS

Below is a list of the printer parameters that affect the printer/applicator interface. They will be marked as required or recommended. The ones marked as required must be set as shown. The recommended parameters are for convenience of setup but will not stop the applicator portion from working.

There are other parameters that may need to be set that are not discussed in the chart below.

Refer to the printer manual for the total list.

PARAMETER SETTING

Print Mode

Media Type

Sensor Type

Applicator (required)

Non-continuous (required)

Web (required)

Applicator Port Mode 2 (required)

Start Print Signal Pulse Mode (required)

Resync Mode Feed Mode (required)

12-7

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

3600P/A SERIES CORE UNIT SPARE PARTS LIST

RECOMMENDED TOOL

Part Number

PE-TE6000

RECOMMENDED SPARE PARTS LIST

Part Number

ASS-238-0128L or

ASS-238-0128R

PE-FU2090

EXTENDED SPARE PARTS LIST

Part Number

ASS-200-0427

PE-RT1000

MP-IN1055

MP-PLC1015

PE-RE1015

Recommended Qty

WIRING TOOL

Description

LH 24VDC POWER SUPPLY ASSEMBLY

RH 24VDC POWER SUPPLY ASSEMBLY

6.3 AMP FUSE

Description

SM312LV PRODUCT DETECT W/CONNECTOR

1"W X 6"L REFLECTIVE TAPE

3600 OPER INTERFACE DISPLAY (Program specific)

PLC (Program specific)

MOTOR RELAY

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

NON-POWERED UNWIND ASSEMBLY

WEAR ITEMS (12" UNWIND)

Part Number

ASS-238-0180L or R

PM-BB1030

PM-FASP30434

Recommended Qty

Description

UNWIND BLOCK ASSY

UNWIND BRAKE BAND

DANCER ARM UNWIND SPRING

POWERED UNWIND ASSEMBLY

RECOMMENDED SPARE PARTS (16" POWERED UNWIND )

Part Number Recommended Qty

PM-FASP30434

PE-SE10108

PM-AC1428

PM-BE1305

PE-MC1109

PE-PO1030

PE-SI1050

Description

DANCER ARM SPRING (REWIND)

PROXIMITY SWITCH W/ QUICK DISCONNECT

DANCER SPRING LOADED CYLINDER

LINEAR BEARING

MOTOR DRIVE CONTROLLER

5K SPEED POTENTIONMETER

ISOLATOR BOARD

REWIND ASSEMBLY

WEAR ITEMS

Part Number

PM-BELT1015

MP-238-0274

Recommended Qty

REWIND BELT

3" CLUTCH PAD

Description

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

TAMP SPARE PARTS LIST

RECOMMENDED SPARE PARTS (STANDARD TAMP)

Part Number

MP-211-X217-X

Recommended Qty

Description

AIR ASSIST TUBE **JOB SPECIFIC** (SEE DWGS)

RECOMMENDED SPARE PARTS (EXTENDED PEEL BAR)

PM-T1010

Part Number Recommended Qty

MP-211-X217-X

PM-BEBF0985

ASS-238-0143

EXTENDED SPARE PARTS (STANDARD & EXTENDED PEEL BAR)

Part Number

ASS-238-0129M

Recommended Qty

PM-VA2395M

PM-VA2396M

PM-VA2397M

SLIDE ASSEMBLIES (STANDARD & EXTENDED PEEL BAR)

Part Number

ASS-214-0108-1

Recommended Qty

ASS-214-0108-2

ASS-214-0108-3

ASS-214-0108-4

ASS-214-0108-6

ASS-214-0108-8

ASS-214-0108-10

ASS-214-0108-12

Description

PEEL EDGE TAPE (6" WIDE x 4" LONG)

AIR ASSIST TUBE **JOB SPECIFIC** (SEE DWGS)

PEEL EDGE ADJUSTMENT BUSHING

ADJUSTMENT KNOB ASSEMBLY

Description

TAMP 3 STATION VALVE BANK ASSEMBLY

5.4 WATT DC SOLENOID

60 PSI AIR ASSIST REGULATOR

120 PSI TAMP/BLOW REGULATOR

1" SLIDE ASSEMBLY

2" SLIDE ASSEMBLY

3" SLIDE ASSEMBLY

4" SLIDE ASSEMBLY

6" SLIDE ASSEMBLY

8" SLIDE ASSEMBLY

10" SLIDE ASSEMBLY

12" SLIDE ASSEMBLY

Description

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

SWING TAMP SPARE PARTS LIST

RECOMMENDED SPARE PARTS (ROTARY SWING TAMP)

PM-SA0990

PM-SA1000

ROTARY ACTUATOR

Part Number

PM-AC1250

Part Number Recommended Qty

SHOCK ABSORBER (HOME)

Description

SHOCK ABSORBER (EXTEND)

RECOMMENDED SPARE PARTS (ROTARY SWING TAMP/CORNER WRAP)

PM-SA0990

Part Number Recommended Qty

1 SHOCK ABSORBER (HOME)

Description

PM-SA1000 1 SHOCK ABSORBER (EXTEND)

Recommended Qty Description

STANDARD DUTY ROTARY ACTUATOR

**NOTE** CONTACT SALES DEPARTMENT FOR HEAVY DUTY

ROTARY ACTUATOR

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

DUAL ACTION TAMP (DAT) SPARE PARTS LIST

RECOMMENDED SPARE PARTS (DUAL ACTION TAMP)

PM-SA0950

PM-SA0990

Part Number

PM-SA1000

PM-BELT1039

Recommended Qty

SLIDE ASSEMBLIES

Part Number

PM-AC1237 or

PM-AC1239 or

PM-AC1241

ROTARY ACTUATOR

Part Number

PM-AC1248

Recommended Qty

SHOCK ABSORBER

SHOCK ABSORBER (HOME)

Description

SHOCK ABSORBER (EXTEND)

TIMING BELT (NOT REQ'D FOR INLINE DAT)

3" SLIDE ASSEMBLY

6" SLIDE ASSEMBLY

8" SLIDE ASSEMBLY

ROTARY ACTUATOR

Description

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

3600P/A OPTIONS SPARE PARTS LIST

OPTIONS: RECOMMENDED SPARE PARTS (LOW LABEL, WEB BREAK ALARMS)

Part Number

PE-LI1088

ASS-200-0422

ASS-200-0423

Recommended Qty

Description

RED,YELLOW,GREEN LED ALARM LIGHT (BANNER)

LOW LABEL SENSOR (w/o BRACKET)

END OF WEB SENSOR (w/o BRACKET)

OPTIONS: RECOMMENDED SPARE PARTS (TAMP HOME SENSOR)

Part Number

ASS-238-0433

Recommended Qty

Description

TAMP HOME SENSOR (w/o BRACKET)

** CYLINDER MUST BE DESIGNATED WITH AN "E"**

OPTIONS: RECOMMENDED SPARE PARTS (TOUCH-AND-GO (TAG) - PHOTOEYE)

PE-SE0985

Part Number Recommended Qty

Description

SM312W-QD SENSOR ** JOB SPECIFIC **

OPTIONS: RECOMMENDED SPARE PARTS (TOUCH-AND-GO (TAG) - MECHANICAL)

Part Number

PE-SW1110 or

Recommended Qty

Description

OMRON LIMIT SWITCH (ARM STYLE)

PE-SW1105 or

PE-SW1100

OMRON LIMIT SWITCH (BUTTON ROLLER STYLE)

OMRON LIMIT SWITCH (BUTTON STYLE)

OPTIONS: RECOMMENDED SPARE PARTS (VACUUM OFF OPTION)

Part Number

ASS-200-0459

Recommended Qty

Description

VACUUM SWITCH ASSEMBLY

OPTIONS: RECOMMENDED SPARE PARTS (QUICK DISCONNECT PAD & MANIFOLD)

Part Number

PM-FASSBP11000

MP-238-0270

Recommended Qty

Description

BALL PLUNGERS

QUICK CHANGE SLIDE TRANSITION PLATE

3600 PRINTER APPLICATOR SPARE PARTS LIST

When ordering parts, present Serial Number of 3600

SPARE PARTS LIST FOR RETIRED ASSEMBLIES

OPTIONS: RECOMMENDED SPARE PARTS (AC INCANDESCENT ALARM LIGHT - ALLEN BRADLEY)

PE-LI2070

Part Number Recommended Qty

1 LAMP (ALARM LIGHT)

Description

PE-RE1001 1 RELAY (ALARM LIGHT)

1318 QUAKER CIRCLE PO BOX 589 SALEM, OHIO 44460

PHONE: 330-332-1800

FAX: 330-332-2144

www.ctmlabelingsystems.com

Designers And Manufacturers Of Pressure Sensitive Labeling

Equipment And Custom Product Handling

3600 DUAL ACTION TAMP

PRINTER APPLICATOR

MAINTENANCE

SERVICE MANUAL

(REVISION 3600-dat-2b5.x)

TABLE OF CONTENTS

(DUAL ACTION TAMP)

DAT INTRODUCTION …………………………………………………….. b1

DAT WEB PATH DIAGRAMS …………………………………………….. b2

DAT APPLICATOR DISPLAY …………………………………………….. b3

Key Descriptions ……………………………….………..… b3-1

Changing Variable Fields ……………………………...…... b3-2

REAR PANEL ……………………………………………………………….. b4

Connector Descriptions ……………...……………………... b4-1

I/O Port Functions ………………………………………….. b4-2

DUAL ACTION SETUP …………………………………………………….. b5

Air Filter Installation ……………………………………………. b5-1

Applicator Nose Installation ………………………….……….…. b5-2

General Applicator Setup ………………………………………... b5-3

Dual Action Tamp Setup ……………………………….……….. b5-4

Static Stack Test …...…………………………………………….. b5-6

Configuration Menus …………………………………..………… b5-7

PRODUCT SETUP …………………………………………………………… b6

Applicator Attitudes …………………………………………….. b6-1

Applicator Position ……………………………………………… b6-2

Standard Product Detect Sensor (SM312LV) ……………………b6-2

Optional Product Detect Sensor (S18SN6FF50) ………………... b6-3

Product Detect Sensor Position …………………………………. b6-3

RECOMMENDED SPARE PARTS ………………………………………… b7

AND DRAWINGS FOR DAT

DAT INTRODUCTION

INTRODUCTION

The 3600 dual action tamp printer applicator is a high speed labeler used to thermally print and apply pressure sensitive labels to the leading edge and side of moving products. A thermal transfer printer is integrated into the applicator to form a self-contained unit that will print variable data onto a label.

The applicator is designed to be mounted in a nose-down attitude 90 degrees of product flow. A label is printed, dispensed out onto the label pad and held there by vacuum. When the product detect sensor is made, the label and label pad swing out in front of the moving product using a rotary actuator. When the rotary actuator is fully extended, the label is blow off the pad onto the leading edge of the product. The label pad rotates back home to receive a second label. After the second label placement time/distance has been satisfied, the label pad tamps toward the side of the product using a pneumatic slide. The label is blown off when the slide is fully extended and then returns home to repeat the cycle for the next product. Exceptions to this sequence can be addressed through a custom applicator.

The applicator can work in two different modes:

Normal Tamp Blow

Inverted Tamp Blow

In the Normal Tamp Blow mode, the label is printed, dispensed out onto the label pad and held there by vacuum. When the product detect sensor is made, the label and label pad are moved toward the product using a pneumatic slide and/or rotary actuator. When the slide or swing arm is extended, an air blast will blow the label off the pad and onto the product.

In the Inverted Tamp mode, the label is printed, dispensed onto the label pad and the slide or swing arm extends. The applicator will wait in this position until the product sensor is made. The label is then blown off the pad onto the product. See the DAT applicator setup section for details.

Electrical Supply: 108-132 Volts, 5 Amps, 50-60 Hertz, Single phase

A three meter long, three wire cable with 1.00mm conductors

rated at 10 amperes (in accordance with CENELEC HD-21)

is provided for the electrical connection to the IEC 320

receptacle of the applicator. The end of the power cord is

terminated with a NEMA 5-15 plug. b1-1

DAT INTRODUCTION

Air Supply: Clean and dry compressed air must be provided at pressures

90 to 100 P.S.I. with a minimum flow rate of 4 S.C.F.M.

Environment: Operating temperature range is 40 to 95

°F (5 to 35°C).

Operating humidity range is 20 to 85% RH, non-condensing.

Note: The model 3600-PA is not intended to be operated in an environment

where flammable or explosive gases are present. The model 3600-PA

MUST not be used in direct contact with food products.

b1-2

APPLICATOR DISPLAY

On power-up, the display will scroll the software version screen for 10-40 seconds depending on printer type. This will allow time for the printer to go through its diagnostics. After the software screen, the main menu will come up. From here you can toggle the applicator so it will respond to the product detect signal and apply labels or ignore the product detect signal (tamp enabled or tamp disabled). To enable the tamp, press the “

↑“ key and to disable, press the “← “ key at the main menu. The second line of the display will read either “Tamp is Enabled” or “Tamp is

Disabled” depending on the state of the applicator.

The following is a list of the keys on the display and what they do:

Note: When the encoder option is on, label placement values are in inches.

Menu:

This key will allow the operator to scroll through the following sub-menus:

• Label Rate - This will display the rate in which labels are being applied on a per minute basis. When the DAT applicator is in Dual Tamp Mode the label rate will update every apply cycle even though two labels are being applied.

• Swing Label Placement - This is the time or distance from when the product detect sensor turns on until the swing valve turns on.

• Side Label Placement - This is the time or distance from when the product detect sensor turns on until the tamp valve turns on.

• Air Blast Time - This is how long the air blast valve will stay on.

• Swing Extend Time - This is the time allowed for the rotary actuator to swing the label pad out in front of the product.

• Swing Retract Time - This is the time allowed for the label pad to swing back home from

the extended position to receive a label.

• Side Extend Time - This is the time allowed for the tamp slide to extend before

continuing with the labeling sequence.

b3-1

APPLICATOR DISPLAY

• Side Retract Time - This is the time allowed for the tamp slide to return to receive a label

from the extended position.

• Extended Air Assist - The air assist is on as long as the applicator is printing a label.

The

extended air assist is the time after the printing stops until the assist turns off. This can be

useful in placing a label on the label pad.

• Detector Lockout - This is used if you’re getting more than one product detect signal from a product. The detector lockout timer starts with the product detect and will ignore other signals until the timer has timed out.

• Product Clearance Time - This is used only when in ITB mode for the swing arm to stay clear of the recently labeled product before it extends back out to label the next product.

Home/Tamp:

When scrolling through sub-menus, pressing “Home” will take you back to the main menu. If you’re at the main menu and tamp is enabled, press the “Home/Tamp” key to extend the tamp slide. This will be helpful @ setup of the clearing with label jams.

Arrow Keys:

Menus that have a numeric input (i.e. Label Placement menu) use the arrow keys to change values. On the main menu, the arrow keys (“

↑“ “← “) are used to toggle the tamp enable/disable functions. See “Changing Variable Fields” in this section.

Esc:

This key will stop the editing procedure and put the values back where they were.

Ent:

Enter key is used to confirm a change or to clear current values so new values can be entered.

Printer type, mode of operation and different options can be turned on through the display. See the configuration menus in the applicator setup section on how to do this.

Changing Variable Fields

Variable fields will come in two forms. It may be words such as “On”, “Off”, “Tamp Disabled, etc. or numbers that represent a value of something. If its a word that needs changed to alter the way the applicator functions, press ”Ent” at the screen you what to change. The variable will start to flash. Press “

↑” to toggle the variable field and press “Ent” when the function you want is displayed.

Note: Entering more than 32 seconds for any time based setting will produce unsatisfactory results during label printing and application. b3-2

APPLICATOR DISPLAY

Changing Variable Fields

To change numeric data, go to the menu to be changed (i.e. Label Placement) using the “Menu” key. Press “Ent” and the timer data will set itself to zero and start to flash. Only the right most column will be changed using the “

↑” key. Pressing the”←” will move the character just changed to the left. When you have the value you want, Press “Ent” to set it as current. If a mistake is made, press ”Ent” to start again. This will clear the data and let you start over. If the “Ent” key is not pressed after data entry or data is not entered, the timer will default to the previous setting after 10 seconds.

Note: If you only need to change the numeric data by a few milliseconds or thousandths of an

inch, use only the arrow keys. Every time an arrow key is pressed, the value will be

increased or decreased by one unit.

Example: Set Label Placement to “0.115” (115 ms)

-Press “Menu” until the Label Placement menu is displayed.

-Press ”Ent” to clear timer data (flashing zero).

-Press “

↑” until “1” is displayed in the right column.

-Press “

←” one time so the “1” will move to the left by one position.

-Press “

↑” until “1” is displayed in the right column.

-Press “

←” one time so the “11” will move to the left by one position.

-Press “

↑” until “5” is displayed in the right column.

-Press “Ent” when the value matches the desired value. If not, press “Esc” and start over.

b3-3

REAR PANEL

VALVE: Valve bank connection. Valve banks come with a short cable and a plug.

ALARM: Alarm light connection . Will drive up to a three stack light stack.

(one light for printer ready, one light for warning, and one for critical alarms)

PRODUCT: Product detect sensor connection.

LOW LBL: Low label sensor connection.

AUX: Used for custom applications.

PARALLEL: Wired to the parallel port of the printer for data transfer.

ETHERNET: In place of parallel port. Used to transfer data to ethernet equipped print engines.

SERIAL: Wired to the serial port of the printer for data transfer.

I/O: This connector can be used for integrators to monitor applicator alarms and

functions. See the next page for a list of pre-wired functions.

ENCODER: Wired to the plc for encoder use. See b5-8 for more information on this option. b4-1

REAR PANEL

I/O Port Functions

The following is a list of the pre-wired functions of the I/O port. If other functions are needed

(i.e. end of web), they can easily be added. All outputs are NPN (sinking) with 80 ma load.

Inputs are also for sinking devices.

 Pin #1 (DC Power): 0 VDC

 Pin #2 (DC Power): 24 VDC at 200ma

 Pin #3 (System Ready): If there is no critical alarms, the tamp is enabled, inhibit input off and the printer is online, the ready output is on.

 Pin #4 (Warning Alarm): This output will turn on when the applicator receives a low label or low ribbon signal. It will also come on for a label rate too fast alarm. The signal will stay low until the alarm is reset.

 Pin #6 (Reissue Label): This is not an input for customer use. Please consult the factory before attempting any integration.

 Pin #7 (Tamp Home): The output turns on after the applicator has finished it’s labeling cycle. This means if the applicator is set to dual action tamp, the output will not turn on until the end of the second label application.

 Pin #8 (Reserved): For future use.

 Pin #9 (Air Blow Valve): This output is on when the air blow valve is on.

 Pin #10 (Air Assist Valve): This output is on when the air assist valve is on.

 Pin #11 (Product Detect): Taking this input low will start the labeling sequence of the applicator.

 Pin #12 (Inhibit/External Print): When the input is configured as an inhibit, the applicator apply cycle will not actuate when the input is on. When the input is configured as external print, the printer will not print a label until the input is turned on.

 Pin #13 (Remote tamp action): When the tamp action is set to “Remote” and this pin is pulled to 0 vdc, the applicator will swing only.

 Pin #14 (Remote tamp action): When the tamp action is set to “Remote” and this pin is pulled to 0 vdc, the applicator will side apply only. b4-2

DUAL ACTION SETUP

When an applicator is shipped, it may be necessary to disassemble some of the applicator. The following section will show different assemblies to aid in putting the applicator back together so it can be set up.

Note: Unwind assembly and ribbon/label loading are covered in the standard 3600 section.

Air Filter Installation

When the applicator is shipped, the air filter is off. The filter is sent with two 2” nipples and an elbow. The attitude of the valve bank will determine how the filter should be plumbed. Note: In all cases it is important to have the filter bowl pointing down. The filter should enter the valve bank on the opposite side as the vacuum regulator.

Figure 19 (valve bank)

b5-1

DUAL ACTION SETUP

Applicator Nose Installation

Depending on the length of the swing arm, some applicator noses will be too big to leave on the applicator for shipping. The following instructions will help in re-installing the applicator nose.

If the dual action tamp assembly is removed from the applicator in shipping, the mounting arm will still be installed. Remove the applicator and mount on a stand in a nose down attitude.

This faceplate is used for mounting the valve bank. The mounting arm that supports the dual action tamp is bolted to the side or what is now the bottom of the applicator and extends out in front of where the label comes out of the printer. There is a 1⁄4” recess in the plate with four 1⁄4” slots. This is where the slide of the dual action tamp is mounted. Take the tamp assembly and set it (slide body) in the recess and used the four 1⁄4” shcs. and the stainless nut plate to secure it in position. These same screws will be later be used for the up and down adjustment of the label pad to the peel edge.

Figure 20 (dual action tamp assembly)

With everything in place, reconnect the air lines. The air lines should be marked as to where they go. Make sure when routing the lines that they do not hit or rub anything when the assembly actuates. Pay special attention to the 3/8 air blast/vacuum line going to the manifold. b5-2

DUAL ACTION SETUP

General Setup Procedures

1- Disable tamp (refer to Display Panel section). This way adjustments can be made without the fear of the tamp actuating and injuring someone. Also load label formats into the printer.

4- The inboard edge of the label pad must match the inboard side of the label. Refer to the side to side adjustments in the next section to move the pad.

5- Position the air assist tube so the hole or holes are centered on the label and pointing approximately 1⁄4”in from the label pad. The air pressure should be set at 20-30 P.S.I. Press

Warning: There are other factors that can keep the label from staying on

label pad. You may need more vacuum, increased or decreased

label dive, or the air assist tube may need to be rotated. This will take

patience here but will pay big rewards later.

6- Air pressure for the tamp slide and rotary actuator should start at 40 P.S.I., for the air blast at

30-40 P.S.I., and for the vacuum pump at 20-40 P.S.I.

7- Air blast time is set through the display and should be set long enough to apply a label firmly

to the product. Setting the time too high will result in less labels/min. Start at .03 seconds.

The same air blast time applies to both the swing and tamp sequences. b5-3

DUAL ACTION SETUP

Dual Action Tamp Setup

(refer to figure 21 for the location of the adjustments.)

The tamp should still be disabled from the general setup section. Remove the stainless belt cover on the tamp assembly. Loosen the four 1⁄4” shcs. of adjustment “A” and slide the rotary actuator forward to loosen the belt and remove the belt. You may have to remove the slide extend stop in order to get to all the screws. Now you have access to up and down adjustment of the pad (“E” adjustment). Loosen the two 3/8” low shcs. Swing the label pad in front of the peel edge of the printer and move the assembly away from or closer to the peel edge. There should be about 0.030 clearance between the pad and the peel edge. Re-tighten the bolts when the adjustment is finished. Put air to the valve bank and replace the belt with the swing arm fully retracted. Move the rotary actuator to tighten the belt and secure the screws at the “A” adjustment. With the swing arm in the home position, make sure the pad is parallel with the peel edge. To rotate the label pad parallel, loosen the lock nut on the “D” adjustment (the one closest to the label pad) and turn the set screw in or out. When there is air to the actuator you should see the swing arm rotate.

When the pad is parallel, tighten the lock nut. Adjust the swing extend position later. To adjust how high the pad is in relation to the peel edge, loosen the four 1⁄4 shcs. at the “C” adjustment.

Move the assembly up or down so the label pad is about the thickness of a label higher than the peel edge. Retighten the screws. Feed several labels out of the printer and watch how they land on the label pad. If the label pad needs moved in or out loosen the screws at adjustment ”B” and move the pad. Retighten when the edge of the label matches the label pad.

Figure 21 (dual action tamp adjustments)

b5-4

DUAL ACTION SETUP

Dual Action Tamp Shock Absorbers and Flow Controls

Both the linear and rotary actuators have shock absorbers on them and need to be adjusted. Set both swing shock absorbers so they are engaged by 1/8”. Press the manual override on the rotary actuator valve and watch the movement of the swing arm. The arm should hit the shock and stop without bouncing. If it bounces too much and moving the shocks in or out doesn’t help, slow the actuator down by adjusting the flow controls. The flow controls are integrated into the actuator and are located on each end of the longer cylinders. Turning the screws in with a small screwdriver will slow the speed at which the arm rotates and turning them out will speed it up.

Warning: The shocks on the swing arm are not made to bottom out and doing so will reduce

the life of the shock.

The slide shock absorbers are larger with longer strokes so when moving higher loads the stop will be smoother. The shocks should not be adjusted so they bottom out but instead there should be at least an 1/8” more travel available when the slide stop hits the body of the slide. To adjust the shocks, loosen the clamping screws on the shock mounts and screw the shock in or out.

When in position, re-tighten the clamp so the shock will stay in position. The flow controls for the slide are mounted on the valve bank. Screwing the knobs in will slow the speed of the slide and turning the knobs out will speed it up.

Note: The slide extend stop will have to be adjusted but this adjustment is discussed in the “Product Setup” section under “Positioning the Applicator”,

Extend and Retract Times

It’s important to make sure these timers are setup correctly. Power the applicator up and load label formats into the printer. Initiate a product detect input on the applicator and watch when the label is blown off on both the swing and tamp cycle. The swing arm and the slide should be fully extended. If not, increase the extend times. If the retract times are too short, a label will be fed out into the manifold and not onto the label pad. Increase the retract times if necessary. It’s better to have these times a little on the high side but they will affect the labeling rate. The higher the times, the fewer products per minute you can label.

Note: In program versions previous to 3600-DAT-2b5.0 it was possible to activate the linear and rotary actuators by pressing the Jog switch. For safety reasons this was changed in the newer program versions.

Note: In program version 3600-DAT-2b5.0 and later, the tamp has to be disabled in order to Jog a label onto the pad.

b5-5

DUAL ACTION SETUP

Label Static Test

It’s important to know if the applicator can repeat putting labels in the same place over and over.

Without knowing this, when label placement problems occur on the line, you won’t know whether the machine is not repeating or the problem lies with the product.

To test repeatability, configure the applicator for single/side tamp action and position the applicator so when the tamp is extended the label pad is approximately 1/8” away from the product. Jog several labels onto the product. If the label stack is within the tolerances you have to work with go on to the “Product Setup” section. If not go through the following suggestions to help find the problem.

1- Make sure the labels are consistently stopping in the same place on the label pad. If this is

OK go to step 7; if not, go to step 2.

If this was OK, go to step 3.

3- Make sure the label pad surface is clean. If clean, go to step 4 and if not, clean and try static test again.

6- Make sure you are working with good label stock. Try another roll of labels and see if you get the same results.

7- Check the distance from the label pad to the product. If the distance is too large, the labels may float too much. Try lowering the machine so the label pad just clears the product (within

1/8”).

8- Is the label pad made for the label you’re using? Look to see if the labels are laying down flat and stacking well. If the hole pattern does not match the label, results will be uncertain. b5-6

DUAL ACTION SETUP

Configuration Menus

Printer Type

The 3600-PA will support both Sato and Zebra printers. There are some slight differences between the printers on how they handle the recovery from a fault condition. The Zebra printer will dispense a group labels after a critical fault whether it gets a print start signal or not. This may cause the labels to dispense into the manifold if the product detect is turned on at the wrong time. If using a Zebra printer, you may want to turn on the option that will disable the tamp when the printer goes into pause. The startup time is different with either printer and depending on the printer type will depend on how long the software screen is displayed on power up. To change from one type to the other, press “ENT” and the last word on the second line should start to flash.

Use the arrow keys to toggle between ‘Sato” and “Zebra”. When you get what you want, press

“ENT”. Press “MENU” to go to the next screen.

Tamp Action Setup

This menu will let you chose from setting the applicator tamp type up from the display or from digital inputs from an external controller. When it is set to remote, the applicator will look at inputs 4 and F and decide how apply the label. The following are the configurations:

Both 4 and F are off –Dual Action Tamp

Input 4 is on and F is off –Swing Tamp

Input 4 is off and F is on –Side Tamp

If it is configured as “Thru Display”, the inputs will be ignored by the program. Press “ENT” and use the arrow keys to change how you want it set.

Note: The Remote Action Setup is not compatible with any Inverted Apply Actions.

Apply Action

This menu will allow the operator to choose between “Normal Action” or “Invert Action”.

Selecting normal action will leave the application sequences they way they were before software version 3600-DAT-2b5.0. Selecting invert action will allow the applicator to do one of the above sequences. This screen will appear right after where you chose whether the tamp action is determined through the display or remotely through inputs. Whether you chose invert or normal operation, you still will be able to setup the applicator to apply two labels or a single label using either the tamp or swing actions. b5-7

DUAL ACTION SETUP

Tamp Action (This menu will only appear if the previous menu is set to “Thru Display”)

The applicator can work in two different modes:

Dual Action Tamp

Single Action Tamp

With the applicator set for dual action tamp, the labeling sequence is a product detect signal is received, the applicator waits label placement and the swing arm rotates to put a label on the leading edge of the product. The label pad rotates home and feeds out a second label. After the second label placement the slide extends to put a label on the side of the same product. If the applicator were set to single action, you would get to choose whether the action was going to be swing or side only. This choice is done in the configuration menu.

To change from one mode to the other, press “ENT” and the second line should start to flash.

Use the arrow keys to toggle between “Dual Action Tamp” and “Single Action Tamp”. When you get what you want, press “ENT”. Press “MENU” to go to the next screen.

Swing or Tamp

If you picked single tamp action in the previous menu this menu would appear. It is here that you choose which type of single action you what: swing or side. Choosing swing will allow only the swing to actuate and will enable the applicator to only apply labels to the leading edge of the product. Choosing side will allow only the linear slide to actuate and will enable the applicator to only apply side labels. To change from one mode to the other, press “ENT” and the second line should start to flash. Use the arrow keys to toggle between “Swing Tamp” and “Side Tamp”.

When you get what you want, press “ENT”. Press “MENU” to go to the next screen.

Lead or Trail Apply

This menu appears if the applicator is configured for dual action tamp or remote tamp. This setting determines which actuator will fire first. If set to “lead”, the swing arm will apply the first label to the front of a box, then the tamp applies a label to the side. If the applicator is set to trail, the tamp slide will apply the side label then the swing tamp will apply a label to the trailing end of the product.

Note: If the applicator is set to single tamp action, this screen will be skipped.

Encoder Option

The dual action tamp applicators will support an encoder. The encoder port is pre-wired to the plc so an encoder can be plugged in at any time. With the encoder option on, label placement values change to inches instead of seconds.

Note: The encoder option is used to determine if the product stopped moving in between

the leading and side labeling sequence. The is no compensation like on the 360

applicators adjust label placement with a change of conveyor speed.

To turn the option on, press “Ent” and the second line should start to flash. Use the arrow keys to toggle between “Encoder is On” and “Encoder is Off”. When you get what you want, press

“ENT”. Press “MENU” to go to the next screen.

Note: When the Encoder option is on the Double Product Detect option will be disabled. b5-8

DUAL ACTION SETUP

Pulse Length

This menu only will appear if the encoder option is on. This is where you put in how far the product travels for every pulse of the encoder. To figure the pulse length use the following formula:

(Distance Product Moves/Rev)/(Encoder Resolution)= Pulse Length

Example: An encoder with a 50 pulse/rev resolution has a wheel attached to it that has a 12 inch

Circumference. This assembly is then put on a conveyor top. Therefore with one

revolution of the encoder the product will travel 12 inches.

12 inches/50 pulses = 0.240 Pulse Length

Follow the direction in “Applicator Display”/ “Changing Variable Fields” section on how to change the value.

Note: If a zero is entered for pulse length, a warning screen will appear telling the

operator “Value too Small”. Pressing “ENT” will bring the operator back to the

Pulse Length menu to put in a good number.

Encoder Rate

This screen will only appear if the encoder option is turned on. There is no variable data to change, it is used only to determine if the pulse length is correct or to make sure the encoder is turning the right way. To check the pulse length, you can use a tach on the conveyor and see if it matches the encoder rate screen. If not, press ”Tamp/Home” and the pulse length menu will come up. Increasing the pulse length will increase the encoder rate. Decreasing the pulse length will lower the encoder rate. If the encoder rate is zero when the encoder is turning, the encoder may be turning the wrong direction. You can physically turn the encoder around or you can reverse the white and black wires on TB1-17 and TB1-18.

Input 6 Configuration

This allows the operator to configure input 6 as an inhibit or as an external print input. When the input is configured as an inhibit, the applicator apply cycle will not actuate when the input is on.

When the input is configured as external print, the printer will not print a label until the input is turned on. To turn this option on, press “ENT” and the second line should start to flash. Use the arrow keys to toggle between "External Print” and “Inhibit”. When you get what you want, press

“ENT”. Press “MENU” to go to the next screen.

Tamp is Disabled/Enabled on Power Up

On power up, the tamp is disabled. This means the applicator will ignore the product detect signals and the operator has to enable the tamp so the applicator will work. This option will enable the applicator to power up ready to apply labels. To turn the option on, press “Ent” and the first line should start to flash. Use the arrow keys to toggle between “Tamp is Disabled” and

“Tamp is Enabled”. When you get what you want, press “ENT”. Press “MENU” to go to the next screen.

Disable Tamp on Pause

Turning this option on will cause the applicator to disable it tamp every time the printer goes into pause. This may be helpful when using a Zebra printer. To turn the option on or off, press “ENT” and the last word on the second line should start to flash. Use the arrow keys to toggle between

‘Off” and “On”. When you get what you want, press “ENT”. Press “MENU” to go to the next screen. b5-9

DUAL ACTION SETUP

Rewind Delay On and Delay Off Menus

Timers can be adjusted to change how soon the rewind motor will turn on after the printer starts to print and how long it will run after the printing is finished. In some cases where label stop varies, this can help control it. This should only be changed after consulting with the factory.

Note: Factory default values are:

Delay On: 0 seconds

Delay Off: 1 second

Follow the direction in “Applicator Display”/ “Changing Variable Fields” section on how to change the value.

Disable Label Rate Alarm

The operator can now turn the “Label Rate” alarm off if it seems more of a nuisance than help.

Even though it is important to know when the second label placement is not accurate because the product was faster than the ability of the applicator to keep up, for some customers, they don’t want to see the alarm. Please note the change in sequence of the label rate warning under “Misc.

Notes” since this may be better than turning the alarm off.

Double Product Detect Signal

This option was added so the customer could use the rising edge of the product detect sensor to trigger the first label of a dual action tamp sequence and the falling edge to trigger the second label. The sequence is as follows (leading/dual tamp is used for the example):

With the product detect sensor set so when a product is in front of it, the output is on, the applicator tamp enabled and label formats in the printer, a product moves down the conveyor.

When the product detect sensor turns on, the swing placement timer starts. At the end of the timer, the label on the pad is applied to the leading edge of the product. When the label pad returns home and a label is dispensed out onto the pad, the applicator will wait for the trailing edge of the product to go past the product detect sensor. When this happens, the side label placement starts timing down and when complete, the applicator will apply a label to the side of the product. If a label is not on the pad before the second label placement is finished, a label rate warning will occur (if alarm is turned on). To correct, lower the tamp or swing cycle times, speed the printer up or slow the product down.

Note: The Double Product Detect Option will not function if the Encoder Option is ON.

Remote Alarm Reset

With this option on, input “E” on the PLC acts as a remote alarm reset. When this input is pulled to 0 vdc and the option is on, all alarms will be reset and the operator interface will go to the main menu.

Note: You cannot have both this option and the reprint option on at the same time since

they share the same input. b5-10

DUAL ACTION SETUP

Label Reissue Option

3-8 on. When using the Sato printer, the Label Reissue option will print the last format sent until a new format is received.

Label Reprint Option

“Number of Reprints” screen will appear after the Label Reprint screen only if Label Reprint was turned on. Here the number of reprints can be preset up to 99 labels.

Note: You cannot have both this option and the remote alarm reset option on at the same

time since they share the same input

Misc. Notes

There was also a modification on how the label rate warning works when enabled. It will turn the amber light on and show a message on the display when the products are moving too fast for the applicator to keep up. If at anytime the rate slows to where the applicator starts keeping up, the alarm will automatically turn off and the display will go back to the main menu. This will serve as a tool as to what are the circumstances that cause the alarm to occur (i.e. products moving too fast).

All the new options are located in the configuration menus after the rewind menus. Consult the manual as how to change the state of the options. b5-11

PRODUCT SETUP

Applicator Attitudes

The applicator can be positioned in other positions but the standard configuration from the factory is nose down. Any other attitudes should be discussed with the factory before ordering.

Figure 22 (nose down)

b6-1

PRODUCT SETUP

Positioning the Applicator

The product must be presented to the applicator in a consistent manner. Label accuracy cannot be maintained if the surface being labeled changes speed or distance relative to the label pad.

Note: The following directions are for dual action tamp. The single tamp actions are not

discussed but you should be able to be interpret their setup from the following

instructions.

With the air and power off to the applicator, rotate the swing arm to the extended position. Make sure the slide is fully retracted. Push the product down the conveyor within the guides and stop in front of the label pad. Move the applicator in or out and up or down to position the pad where the label should go. Now retract the swing arm and move the product in front of the applicator.

Move the slide forward, making sure the swing arm is retracted, and stop when there is about 1/8” between the product and the label pad. Here you may need to move the slide extend stop (see figure 5). Loosen the clamping screw and slide the stop against the slide body. Some minor changes may have to be done when you start applying labels but this will get you close.

Standard Product Sensor Setup (Banner SM312LV --- 4”- 15’ range)

1- Plug the sensor into the back of the machine.

2- Turn the power on and disable the tamp.

3- Remove the back cover of the sensor and set the light/dark switch to DO by turning the switch counter-clockwise.

4- Make sure the sensor is pointing at the reflector (tape). When the LED indicator is flashing at the fastest rate, the two are at the best alignment.

Figure 23 (standard product detect)

5- Place a product between the sensor and the reflector. The LED indicator should go out. a) On translucent products, the sensitivity may have to be turned back

so not to burn through.

6- Replace back cover of sensor.

b6-2

PRODUCT SETUP

Optional Product Sensor Setup (Banner S18SN6FF50)

This sensor is an 18mm barrel type with a 50mm far limit cut-off. This means it will see objects that are less than 2” away and ignore the rest. There is nothing to adjust on the sensor except the physical position.

Sensor wiring determines whether the product detect will be setup for leading or trailing edge.

The #2 terminal in the product detect plug at the end of the sensor cable is for the output of the sensor. The black wire is for leading edge and the white wire for trailing edge.

Figure 24 (optional product detect)

Product Detect Sensor Position

Before going through this section. Make sure the extend and retract times properly set up.

Power the applicator up, turn the air on and send label formats to the printer. Position the product detect sensor about 6 inches upstream of the extended swing arm. Set the #1 label placement to

0.000 and turn the conveyor on. Put a product on and watch when the label is blown off the label pad. If the product hit the label pad before it retracted, move the product detect up stream more.

If it retracted too soon, move the sensor downstream. Ideally the label will be blown onto the front of the product and retract without ever touching the product.

Now look at the position of the label on the side of the product. If it’s be applied too late, decrease the #2 label placement. If it’s been applied too early, increase the label placement. If the #2 label placement is too low compare to the cycle time of the first half of the labeling sequence, a warning will be displayed saying “Label Rate Warning”. If you can’t increase label placement or reduce the time of the first half of the labeling sequence, then slow down the product. b6-3

1318 QUAKER CIRCLE PO BOX 589 SALEM, OHIO 44460

PHONE: 330-332-1800

FAX: 330-332-2144

www.ctmlabelingsystems.com

Designers And Manufacturers Of Pressure Sensitive Labeling

Equipment And Custom Product Handling

3600 CORNER WRAP

PRINTER APPLICATOR

MAINTENANCE

SERVICE MANUAL

(REVISION 3600-cnr-2b5.x)

TABLE OF CONTENTS

(Corner Wrap)

The following section for corner wrap applicators will discuss items that pertain only to this applicator type. Items not covered here will be covered in the standard 3600 section of this manual.

INTRODUCTION ………………………………………………………….…... c1

CORNER WRAP SETUP ………………………………………………………. c2

Apply Method 1 …………………………………………… c2-1

Apply Method 2 …………………………………………… c2-1

APPLY SEQUENCE …………………………………………………………… c3

DRAWINGS FOR CORNER WRAP …………………………………………. c4

INTRODUCTION

The 3600 Corner Wrap printer applicator is a high speed labeler used to thermally print and apply pressure sensitive labels to the leading edge and side of moving products. A thermal transfer printer is integrated into the applicator to form a self-contained unit that will print variable data onto a label.

The applicator is designed to be mounted in a reels up attitude 90 degrees to the product flow. A label is printed, dispensed out onto the label pad and held there by vacuum. When the product detect sensor is made, the label and label pad swing out in front of the moving product using a rotary actuator. When the rotary actuator is fully extended, the label is either blown off the pad onto the leading edge of the product or the product contacts the label as the vacuum is turned off.

There are two apply sequences depending on whether the vacuum off option is used. These are explained further in the next section. In either case when the rotary actuator is fully extended a low pressure valve turns on to give the swing arm a spring loaded condition. As the product moves on the conveyor this swing arm will follow the shape of the product essentially wrapping the label around the corner. Exceptions to this sequence can be addressed through a custom applicator.

Electrical Supply: 108-132 Volts, 5 Amps, 50-60 Hertz, Single phase

A three meter long, three wire cable with 1.00mm conductors

rated at 10 amperes (in accordance with CENELEC HD-21)

is provided for the electrical connection to the IEC 320

receptacle of the applicator. The end of the power cord is

terminated with a NEMA 5-15 plug.

Air Supply: Clean and dry compressed air must be provided at pressures

90 to 100 P.S.I. with a minimum flow rate of 4 S.C.F.M.

Environment: Operating temperature range is 40 to 95

°F (5 to 35°C).

Operating humidity range is 20 to 85% RH, non-condensing.

Note: The model 3600-PA is not intended to be operated in an environment

where flammable or explosive gases are present. The model 3600-PA

MUST not be used in direct contact with food products.

The following section for corner wrap applicators will discuss items that pertain only to this applicator type. Items not covered here will be covered in the standard 3600 section of this manual.

CORNER WRAP SETUP

Corner Wrap Setup

Position the applicator so the product will contact the extended label pad such that the label will wipe around the corner in the proper vertical and horizontal position. The “product detect” sensor, which should always be set to leading edge detection, will have to be positioned so the applicator will have enough time to swing out in front of the product. After the extend time, the tamp/swing pressure will be reduced so it will take less force to collapse the swing arm. This will help lighter products push through the swing arm. To reduce the pressure on the arm in this position, adjust the precision regulator that is mounted on the valve bank and is plumbed into the

“low pressure swing” valve. The swing arm will stay extended to fold the label around the product until the “swing back” sensor sees the product. This sensor should be positioned so the swing arm stays in contact to the product until the label is finished being applied.

Standard Corner Wrap Apply Sequence

If the customer wants to use the standard apply sequence, the ASS-214-0111RM or ASS-214-

0111LM valve bank assembly is required. The applicator is waiting with a label on the pad and label formats in the print buffer. When the product triggers the product detect sensor, the swing arm extends out into the product flow. At the same time, the “tamp extend” timer will start. At the end of the “tamp extend” timer, the tamp air pressure will lower to what was set on the precision regulator. This will cause the swing arm to act like it is spring-loaded. At same time the pressure is dropped to the swing arm, the vacuum is turned off to the pad and remains off during the apply cycle. This reduces the amount of “label drag” during the apply cycle. There could be a slight air blast to aid in getting the label onto the product, if required. The air blast pressure is factory set to

0 psi. When the product activates the “swing back” sensor, the air blast (if enabled) stops, vacuum resumes to the label pad, the valve switches to high pressure, and the swing arm returns to the home position. At the end of the tamp retract timer if formats are in the print buffer another label is printed and fed out onto the pad. The sequence is now ready to be repeated.

Vacuum Off Option: The vacuum off option is dependant upon the valve bank piping / configuration. If the customer wants to use the vacuum off option ASS-214-0112RM or ASS-

214-0112LM valve bank assembly is required. The following section will explain the “vacuum off” apply sequence.

Vacuum Off Apply Sequence

The Vacuum Off option can be useful in conserving air between label applications if only one format is sent to the printer for each product being labeled because the vacuum will remain off until the next label is printed and fed out onto the pad. This option also keeps dirt particles from entering the pad, which over time will affect labeling performance. The applicator is waiting with a label on the tamp pad and label formats in the print buffer. When the product triggers the

“product detect” sensor, the swing arm will extend out into the product flow. At the same time, the “tamp extend” timer will start. At the end of the “tamp extend” timer, the swing air pressure will lower to what was set on the precision regulator. This will cause the swing arm to act like it is spring-loaded. As the pressure is dropped to the swing arm, the vacuum is turned off to the pad.

The product will travel into the label pad splitting the label so half will be applied to the front of the product and the rest is wiped down the side. When the product activates the “swing back” sensor, the valve switches to high pressure, the tamp retract timer starts and the label pad returns home. If there are formats in the print buffer at the end of the tamp retract timer the vacuum to the label pad will turn back on as another label is printed and fed out onto the pad. The sequence is now ready to be repeated. c2-1

APPLY SEQUENCE

Figure 25

In the above figure the product has passed by the product detect sensor causing the swing arm to extend. As the swing arm extends, the adjustable “Tamp Extend” timer will start.

At the end of this time a low pressure valve turns on giving the swing arm a spring loaded characteristic which will allow the swing arm to give way as the product passes by during label application and typically the vacuum to the pad is turned off. This timing is critical so the label will not fall off the label pad before the product touches it.

c3-1

APPLY SEQUENCE

Figure 26

The figure above shows the apply sequence at the halfway point. The product has contacted the label pad firmly seating half of the label to the leading edge.

The swing arm is in a low pressure state and starts to give way to the moving product.

The swing arm and label pad follow the contour of the product as it pulls the label from the pad and wipes it onto the moving product.

c3-2

APPLY SEQUENCE

Figure 27

In the figure above the other half of the label has been applied to the side of the product.

When the product passes in front of the swing back sensor the low pressure valve will turn off and the swing arm will retract. At the same time an adjustable “Tamp Retract” timer will start. After the arm reaches the home position and the tamp retract time is over, another label will be dispensed onto the label pad and the applicator will be ready for the next product.

c3-3

APPLY SEQUENCE

Figure 28 c3-4

1318 QUAKER CIRCLE PO BOX 589 SALEM, OHIO 44460

PHONE: 330-332-1800

FAX: 330-332-2144

www.ctmlabelingsystems.com

Designers And Manufacturers Of Pressure Sensitive Labeling

Equipment And Custom Product Handling

3600 POWERED UNWIND

PRINTER APPLICATOR

MAINTENANCE

SERVICE MANUAL

(REVISION 3600-1a2.1pw)

TABLE OF CONTENTS

(Powered Unwind)

INTRODUCTION ………………………………………………………….…... d1

WEB PATH & LABEL INSTALLATION ..……………………..…………… d2

POWERED UNWIND SETUP ………………………………………………… d3

DRAWINGS FOR POWERED UNWIND ……………………………………. d4

INTRODUCTION

The 3600-PA Powered Unwind printer applicator is a high-speed labeler used to thermally print and apply pressure sensitive labels to moving products. This applicator is designed to handle larger diameter label rolls than the standard 3600. A thermal transfer printer is integrated into the applicator to form a self-contained unit that will print variable data onto a label. The printer applicator can be mounted in almost any position adjacent to product flow to apply labels to top, sides or bottom of products as they pass by. Labels are supplied on rolls that consist of a liner on which the labels are held with adhesive. The labels may be preprinted with the variable information added by the printer or blank labels with the printer printing the entire label.

The applicator can work in two different modes:

Normal Tamp Blow

Inverted Tamp Blow

Electrical Supply: 108-132 Volts, 5 Amps, 50-60 Hertz, Single phase

A three meter long, three wire cable with 1.00mm conductors

rated at 10 amperes (in accordance with CENELEC HD-21)

is provided for the electrical connection to the IEC 320

receptacle of the applicator. The end of the power cord is

terminated with a NEMA 5-15 plug.

Air Supply: Clean and dry compressed air must be provided at pressures

90 to 100 P.S.I. with a minimum flow rate of 4 S.C.F.M.

Environment: Operating temperature range is 40 to 95

°F (5 to 35°C).

Operating humidity range is 20 to 85% RH, non-condensing.

Note: The model 3600-PA is not intended to be operated in an environment

where flammable or explosive gases are present. The model 3600-PA

MUST not be used in direct contact with food products.

WEB PATH & LABEL INSTALLATION

Figure 28 Powered Unwind Web Path

Installation of Labels

When installing a new roll of labels, remove the outside unwind disk and install a new roll on the unwind mandrel. Move the unwind dancer roller toward the printer to unroll some labels off the roll of labels. Remove enough labels off the liner so there is only liner going through the print engine to the rewind mandrel. Thread the liner through the machine using the above diagram as a guide. Refer to the printer manual for the web path through the print section. Make sure the liner loops around the rewind dancer as shown above or the rewind will not work properly. When the labels are installed on the applicator, close up the printer and clear any printer fault. d2

POWERED UNWIND SETUP

Sequence of Operation of the Powered Unwind/Rewind

When the applicator applies a label, the printer will print a replacement label and feed it onto the label pad. During the printing process, label stock is pulled into the printer causing the unwind dancer to move toward the print engine. When the “unwind on” prox turns on, the motor will unwind stock until the dancer turns the “unwind off” prox on. At this point the motor stops and waits for the printer to use up the supply loop. The same time the printer is taking labels from the unwind, its giving the rewind more stock. The more excess stock on the rewind side will cause the rewind dancer to rise. When the “rewind on” prox turns on and the printer is dispensing a label, the rewind motor will turn on and will continue running until either the prox turns off or the printer quits printing.

Setting the Unwind Up

The unwind assembly consists of the unwind motor and everything attached to it and the dancer assembly. The dancer assembly is mounted inside the housing just to one side of the print engine.

The dancer assembly has three proximity switches. The “on” prox (prox closest to the print engine) should be set so when the unwind motor turns on. It has enough room to ramp up to speed before the printer pulls the roller to the end of the slot. This was set at 1.31” from the top of the slot closest to the printer at the factory. The “off” prox should be set far enough apart so both prox switches are not on at the same time. This spacing is factory set at 2”. The third prox is for the End of Web critical alarm. This switch will turn on when the tension is lost on the unwind dancer arm. This is either from the label roll running out or the web breaking. The prox switches should be moved in the mounting bracket so the face of the prox is 0.06”from the slide block. If positioned too far away, the prox will not turn on. The drive for the unwind motor is mounted on the electrical shelf and access to the drive can be obtained by removing the top cover plate on the applicator housing. The following is a list of settings that were in place when the applicator left the factory. Some settings may have to be changed in the field as needed.

Jumper Settings

J1-115v

J2-1.7A

J3-A90

J4-15V

J5-TRQ

J6-RTS

Trimpot Settings (0%=Fully CCW; 100%=Fully CW)

DB-25%

RESP-10%

IR-10%

RCL-100%

FCL-100%

MAX-100%

FACC-0%

RACC-0%

Note: Please consult the factory before making changes to these settings. d3-1

Setting the Unwind Up (continued) pg. 2

The “unwind torque” potentiometer is used to send more current to the motor, which will result in power and stiffness to the motor (not speed). This was set at 10.0 at the factory and is mounted on the electrical shelf with the drive. A lower setting will cause the unwind motor to start and stop smother and slower. It will be necessary to run with it at “10” to handle a longer label at higher speeds.

Note: The unwind motor will turn on anytime the “on” prox is made with a maximum

duration of 5 seconds.

Setting the Rewind Up

Unlike the unwind, the rewind only has one prox switch to turn the rewind motor on and off. The switch is not moveable and because of the dancer position and the thickness of the nuts, in and out adjustments are not necessary.

Dancer arm tension must be set before starting and before setting it, remove AC power and the stainless cover to the machine. To get the right tension on the dancer arm, put the applicator in the attitude that it will be applying labels. Without any liner around the dancer, tighten the spring on the backside of the faceplate so the dancer is just held against the stop. If the tension is too tight, the dancer may not move when the rewind diameter gets too big. To tighten the spring, loosen the setscrew on the lock collar that supports the spring anchor and rotate. When the right tension is achieved, re-tighten the setscrew. It will be important to observe the rewind from the beginning of a roll to the end to get the right tension setting.

The rewind motor is the same setup as a standard 3600-PA except it has a heavier clutch spring installed. This spring was set to the max torque at the factory, which means all the washers were positioned outside. If properly setup, the dancer arm will move up when the printer turns on.

When the prox turns on, the rewind motor will also turn on causing the dancer arm to pull down.

When the prox turns off, the rewind motor will turn off. If the printer is still printing, the dancer will rise up and the process starts over.

Note: -The rewind will only turn on if the printer is running and the prox turns on.

-A printer fault or opening the printer door will turn the rewind motor off.

-Follow web path drawing to insure the dancer arm will move. d3-2

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