Incorporated with red marker. Suitable for high speed production line

Transcription

1 PARTICUAR USE SENSORS SERIES Hot Melt Glue Detector Quick, reliable and non-contact detection of hot melt glue EZ- Miniature sensor head Spot type The sensor head can be mounted in a congested and tight place as it has a miniature size of W H D mm W. H. D. in. Further, since a red alignment marker has been provided, setting can be done while confirming the detection point projected on the work-piece. Wide sensing area Conforming to EMC Directive (-CPS only) ong sensing range type Since the view field is " mm ". in at a sensing distance of mm. in, the hot melt glue can be detected even if its position of application varies slightly. Sensing range mm (. in) Incorporated with red marker View field " mm ". in approx. Sensitive and reliable detection The spot type reliably detects a hot melt drop of mm. in diameter at C F, or more, and the long sensing range type reliably detects a hot melt drop of mm. in diameter (equivalent to mm.. in) at C F or more. ong sensing range mm. in ong sensing range type A long sensing range of mm. in max. is possible. Hot melt glue can be reliably detected not only on small pharmaceutical or confectionary boxes, but also on large cardboard boxes. Suitable for high speed production line As the response time is ms or less, the series reliably detects hot melt adhesives even where product boxes flow extremely fast. However, for the long sensing range type, this is valid ( for a sensing distance of mm. in or less. ) Short beads of hot melt glue with operation indicator ong sensing range type Since the operation indicator lights up when hot melt glue is detected, position alignment of the sensor head is easy. Operation indicator (Red) Phone:.. - Fax:.. - Web: info@clrwtr.com

2 OUT OUT SYNC. EXT. OUT OUT SYNC. EXT. Easy start-up by teaching The optimum sensitivity can be easily set by the teaching method. Moreover, since the teaching is done with the boxes moving, it is not required to stop the production line for teaching. Non-glued articles Bad Bad Bad Ba Press the DOWN key while two or three non-glued sample boxes pass by the sensor. articles Good Good Good Good Press the UP key while two or three well-glued sample boxes pass by the sensor. Eight-channel registration Since sensitivity settings for eight channels can be stored, product changeover is smooth. The required channel can be selected either by the front panel or by external channel select inputs. evel indicators In the channel selection mode, the channels for which teaching has been done are indicated in green, but the selected channel is shown in red. channel select inputs EXT. (Orange) EXT. (Pink) EXT. (Violet) PARTICUAR USE SENSORS Three functions for inspecting hot melt glue application Sensitivity level set-up To inspect quantity of applied hot melt glue The sensitivity level (operating threshold level) can be adjusted over a scale of ten steps after the teaching. It enables detection of hot melt glue of a certain amount or more, but not inadequate glue. arge Quantity Small Default after teaching evel shifted up Presence evaluation evel shifted down The synchronization signal corresponding to box passage is input into the controller and if the sensor detects even a small amount of glue while the box is passing, the result is OK. Taught level with well-glued articles Threshold level shifted up Threshold level before shifting Threshold level shifted down Taught level with non-glued articles The level indicators show the operating threshold level over a scale of ten steps. The higher the threshold level, more difficult it is for small quantity of glue to be detected. Quantity of glue arge Small To inspect presence of hot melt glue on every box Not glued articles Glued articles OK Synchronizing sensor V (Blue) -delay timer The -delay timer extends the output signal for an approx. ms fixed time period. This is useful for detecting very short hot melt beads on a quick production line or for sending the signal to a device having a slow response time. Time chart Detection OUT operation Short beads of hot melt glue T T T T T ms approx. EZ- Note: An external synchronization signal (corresponding to box passage) is needed for using this function. ength evaluation To inspect the length of hot melt bead on every box The sensor evaluates the length of the hot melt bead as OK or. Since evaluation is done with the synchronization signal corresponding to the box passage input into the controller, the sensor adapts to any change in the line speed. Standard length A ong Short A Short OK ong Synchronizing sensor B C Incase B C A: OK Incase B C<>A: Note: An external synchronization signal (corresponding to box passage) is needed for using this function. Phone:.. - Fax:.. - Web: info@clrwtr.com

3 OUT OUT SYNC. EXT. OUT OUT SYNC. EXT. PARTICUAR USE SENSORS APPICATIS High speed packing line Hot melt length evaluation Bookbinding line Hot melt applicator Hot melt glue Magnetic disk assembly line Hot melt bead: ong Hot melt bead: Short Straw attachment line OK EZ- ORDER GUIDE Type Appearance Controller Sensing range Set model No. Output Spot mm.. in -CS NPN open-collector transistor ong sensing range NPN output PNP output to mm. to. in (Note) -CS -CPS NPN open-collector transistor PNP open-collector transistor Note: Teaching is possible for this sensing range. However, the sensing range varies with the size of the sensing object and its temperature, ambient temperature, etc. A sensor head and its respective controller comprise a set. Make sure to use the sensor head and the controller specified in the set model No. together as a set. [Please refer to SPECIFICATIS on p., p. for more details.] Phone:.. - Fax:.. - Web: info@clrwtr.com

4 ORDER GUIDE Accessories MS-- ( mounting bracket for spot type) -B (Heat shield for spot type) PARTICUAR USE SENSORS Two M (length mm. in) screws with washers are attached. MS-- ( mounting bracket for long sensing range type) -B (Heat shield for long sensing range type) OS- (Slit mask for long sensing range type) EZ- Two M (length mm. in) screws with washers are attached. Phone:.. - Fax:.. - Web: info@clrwtr.com

5 PARTICUAR USE SENSORS SPECIFICATIS -CS Spot type l No. Item Applicable controller Sensing range - -C mm.. in Sensing object Environmental resistance Ambient temperature Ambient humidity Ambient illuminance Vibration resistance Shock resistance Visible targeting Material Cable " mm ". in or more hot melt glue (emissivity.) at C F or more, under ambient temperature of C F (Note) to C to F (No dew condensation), Storage: to C to F to % RH, Storage: to % RH Sunlight:, #x at the light-receiving face, Incandescent light:, #x at the light-receiving face to Hz frequency,. mm. in amplitude in X, Y and Z directions for two hours each m/s acceleration ( G approx.) in X, Y and Z directions for three times each Red ED Enclosure: Polycarbonate, Front cover: Sapphire glass. mm -core shielded cable, m. ft long EZ- Weight Accessories Applicable sensor head Supply voltage Current consumption Output (OUT, OUT ) g approx. MS-- ( mounting bracket): set, -B (Heat shield): pc. Note: A hot melt drop at C F or higher can be detected if it is " mm ". in or more. Controller Item l No. -C - to V DC % Ripple P-P % or less ma or less NPN open-collector transistor Maximum sink current: ma Applied voltage: V DC or less (between output and V) Residual voltage: V or less (at ma sink current). V or less (at ma sink current) Output operation Short-circuit protection Response time (operation freq.) Warm-up time Sensitivity setting evel storage function channel select function Timer function Environmental resistance Ambient temperature Ambient humidity Noise immunity Voltage withstandability Insulation resistance Vibration resistance Shock resistance Material Cable Cable extension Weight OUT : when hot melt adhesive in detected (Max. sec. approx.), OUT : when the evaluated result is (Max. sec. approx.) Incorporated ms or less ( to Hz) sec. approx. Teaching method (Push-button operation) Sensitivity levels of eight channels can be stored. Incorporated Incorporated with approx. ms fixed -delay timer, switchable either effective or ineffective to C to F (No dew condensation), Storage: to C to F to % RH, Storage: to % RH Power line: Vp, ms cycle, and.!s pulse width (with noise simulator), V AC for one min. between all supply terminals connected together and enclosure MΩ, or more, with V DC megger between all supply terminals connected together and enclosure to Hz frequency,. mm. in amplitude in X, Y and Z directions for two hours each m/s acceleration ( G approx.) in X, Y and Z directions for three times each Enclosure: Heat-resistant ABS, Terminal cover: Heat-resistant ABS, Front cover: Polycarbonate. mm -core cabtyre cable, m. ft long Extension up to total m. ft is possible with. mm, or more, cable. g approx. Note: Refer to Functional description on p. for controller indicator functions. Phone:.. - Fax:.. - Web: info@clrwtr.com

6 SPECIFICATIS -CS -CPS ong sensing range type l No. Item Applicable controller Sensing range Sensing object Pollution degree Ambient temperature Ambient humidity Ambient illuminance Vibration resistance Shock resistance OUT operation indicator Material Cable Weight Accessories Environmental resistance Applicable sensor head Supply voltage Current consumption Utilization category Output operation Short-circuit protection Response time (operation freq.) Warm-up time Sensitivity setting evel storage function channel select function Timer function Pollution degree Ambient temperature Ambient humidity EMC Voltage withstandability Insulation resistance Vibration resistance Shock resistance Material Cable Cable extension Weight - -C, -CP to mm. to. in (Note, ) " mm ". in (equivalent to mm.. in) or more hot melt glue (emissivity.) at C F or more, under ambient temperature of C F (Note ) (Industrial environment) to C to F (No dew condensation), Storage: to C to F to % RH, Storage: to % RH Sunlight:, #x at the light-receiving face, Incandescent light:, #x at the light-receiving face to Hz frequency,. mm. in amplitude in X, Y and Z directions for two hours each m/s acceleration ( G approx.) in X, Y and Z directions for three times each Red ED [lights up when hot melt is detected (Max. sec. approx.)] Enclosure: Polycarbonate, Indicator: Polycarbonate, ens: Silicone. mm -core shielded cable, m. ft long g approx. MS-- ( mounting bracket): set, -B (Heat shield): pc., OS- (Slit mask): pc. Notes: ) Teaching is possible for this detection range. However, the detection range varies with the size of the sensing object and its temperature, ambient temperature, etc. Notes: ) Refer to Reference table for sensing distance on p. for the relation between the sensing distance and the hot melt condition. Controller Item Output (OUT, OUT ) Environmental resistance Type l No. NPN output (for -CS) PNP output (for -CPS) -C -CP - to V DC % Ripple P-P % or less ma or less NPN open-collector transistor Maximum sink current: ma Applied voltage: V DC or less (between output and V) Residual voltage: V or less (at ma sink current). V or less (at ma sink current) PNP open-collector transistor Maximum source current: ma Applied voltage: V DC or less (between output and V) Residual voltage: V or less (at ma source current) DC- or DC- OUT : when hot melt adhesive is detected (Max. sec. approx.), OUT : when the evaluated result is (Max. sec. approx.) Incorporated Sensing distance mm. in or less: ms or less ( to Hz), Sensing distance mm. in or less:. ms or less ( to Hz) sec. approx. Teaching method (Push-button operation) Sensitivity levels of eight channels can be stored. Incorporated Incorporated with approx. ms fixed -delay timer, switchable either effective or ineffective (Industrial environment) to C to F (No dew condensation), Storage: to C to F to % RH, Storage: to % RH EN -, EN -, EN --, V AC for one min. between all supply terminals connected together and enclosure MΩ, or more, with V DC megger between all supply terminals connected together and enclosure to Hz frequency,. mm. in amplitude in X, Y and Z directions for two hours each m/s acceleration ( G approx.) in X, Y and Z directions for three times each Enclosure: Heat-resistant ABS, Terminal cover: Heat-resistant ABS, Front cover: Polycarbonate. mm -core cabtyre cable, m. ft long. mm -core cabtyre cable, m. ft long Extension up to total m. ft is possible with. mm, or more, cable. g approx. g approx. PARTICUAR USE SENSORS EZ- Note: Refer to Functional description on p. for controller indicator functions. Phone:.. - Fax:.. - Web: info@clrwtr.com

7 PARTICUAR USE SENSORS EZ- I/O CIRCUIT AND WIRI DIAGRAMS NPN output type I/O circuit diagram Controller / -C, -C Sensor circuit Tr D Tr ZD Internal circuit Non-voltage contact or NPN open-collector transistor ow: to V High:. to V, or open Color code (Brown) V oad (Black) OUT ma max. ZD (White) OUT ma max. (Blue) V synchronization m (Gray) input (Note) (Orange) EXT. (Pink) EXT. (Violet) EXT. Users circuit or oad Note: The external synchronization input is active ow. Symbols... D: Reverse supply polarity protection diode ZD, ZD: Surge absorption zener diode Tr, Tr : NPN output transistor m to V DC % channel select inputs Specifying channel with external channel select inputs Input Channel No. EXT. (Orange) EXT. (Pink) EXT. (Violet) H H H H H H H H H H H H wiring diagram -CS cable -CS Color code cable Color code Blue OUT Pink OUT Black White Brown Shield OUT Black White OUT C SYNC. EXT. Brown Shield C SYNC. EXT. Terminal No. Terminal No. Color code Shield Brown White Black to Not connected (Note) Note: Do not make any connection to terminals to. If connected, the internal circuit may get damaged. Color code Shield Brown White Black Blue to Not connected (Note) Pink Note: Do not make any connection to terminals to. If connected, the internal circuit may get damaged. : ow ( to V), H: High (. to V, or open) Notes: ) The channel can be specified from the front panel only when all external channel select inputs (EXT., EXT., and EXT.) are High (corresponding to Channel No. ). Notes: ) The external channel select inputs take precedence over the front panel channel selection (except for Channel No. ). Notes: ) If channel specification is changed from front panel operation to external channel select inputs and Channel No. is to be selected by the external channel call inputs, make sure to specify a channel other than No. before setting all the external channel select inputs (EXT., EXT., EXT.) to High. If this operation is not done, channel specification by front panel operation gets precedence. Phone:.. - Fax:.. - Web: info@clrwtr.com

8 I/O CIRCUIT AND WIRI DIAGRAMS PNP output type I/O circuit diagram Controller / -CP Sensor circuit Tr Tr D Internal circuit Color code (Brown) V E ma max. (Black) OUT ma max. oad (White) OUT oad (Blue) V synchronization (Gray) input (Note) m (Orange) EXT. m (Pink) EXT. (Violent) EXT. Users circuit Note: The external synchronization input is active High. Symbols... D: Reverse supply polarity protection diode E: Surge absorption varistor Tr, Tr: PNP output transistor m Non-voltage contact or PNP open-collector transistor to V DC % channel select inputs wiring diagram -CPS cable Color code Blue Pink Black White Brown OUT OUT CP SYNC. EXT. Shield Terminal No. Color code Shield Brown White Black Blue to Not connected (Note) Pink Note: Do not make any connection to terminals to. If connected, the internal circuit may get damaged. PARTICUAR USE SENSORS EZ- or ow: to V High: V or open m Non-voltage contact or NPN open-collector transistor or ow: to V High:. to V, or open Specifying channel with external channel select inputs Input Channel No. EXT. (Orange) EXT. (Pink) EXT. (Violet) H H H H H H H H H H H H : ow ( to V), H: High (. to V, or open) Notes: ) The channel can be specified from the front panel only when all external channel select inputs (EXT., EXT., and EXT.) are High (corresponding to Channel No. ). Notes: ) The external channel select inputs take precedence over the front panel channel selection (except for Channel No. ). Notes: ) If channel specification is changed from front panel operation to external channel select inputs and Channel No. is to be selected by the external channel call inputs, make sure to specify a channel other than No. before setting all the external channel select inputs (EXT., EXT., EXT.) to High. If this operation is not done, channel specification by front panel operation gets precedence. Phone:.. - Fax:.. - Web: info@clrwtr.com

9 PARTICUAR USE SENSORS SENSI CHARACTERISTICS (TYPICA) -CS Spot type EZ- Sensing fields Horizontal direction. Setting distance (mm in) # Hot melt adhesive " mm ". in at C F.. eft Center Right Operating point #(mm in) Setting distance (mm in) Center Up Down Operating point #(mm in) -CS -CPS ong sensing range type Sensing fields (without slit mask fitted). Setting distance (mm in) Horizontal direction # " mm ". in at C F Vertical direction " mm ". in at C F # mm. in. The figure on the left shows the measured characteristics with " mm ". in, C F hot melt glue (emissivity.) at setting distance mm. in, ambient temperature C F and with -level teaching. Setting distance (mm in).... Vertical direction. " mm ". in at C F # The figures on the left show the measured char- mm. in acteristics with " mm ". in, C F hot melt glue (emissivity.) at setting distance mm. in, ambient temperature C F and with -level teaching. " mm ". in at C F Horizontal direction # " mm ". in at C F Vertical direction # mm. in The figure on the left shows the measured characteristics with " mm ". in, C F hot melt glue (emissivity.) at setting distance mm. in, ambient temperature C F and with -level teaching.... Center. eft (down) Right (up) Operating point #(mm in).... eft (down) Center Right (up) Operating point #(mm in) Setting distance (mm in).... " mm ". in Vertical direction Horizontal direction at C F # mm " mm ". in. in # at C F The figure on the left shows the measured characteristics with " mm ". in, C F hot melt glue (emissivity.) at setting distance mm. in, ambient temperature C F and with -level teaching. Setting distance (mm in).... # " mm ". in at C F Horizontal direction " mm ". in at C F Vertical direction # mm. in The figure on the left shows the measured characteristics with " mm. in, C F hot melt glue (emissivity.) at setting distance mm. in, ambient temperature C F and with -level teaching. eft (down) Center Right (up) Operating point #(mm in) Sensing fields (with slit mask fitted) Horizontal direction Vertical direction.. " mm ". in at C F # Setting distance (mm in) eft Center Right Operating point #(mm in).. Setting distance (mm in)... " mm ". in at C F.. #. Center Up Down Operating point #(mm in) mm. in.... Center. eft (down) Right (up) Operating point #(mm in) The figures on the left show the measured characteristics with the enclosed slit fitted, " mm ". in, C F hot melt glue (emissivity.) at setting distance mm. in, ambient temperature C F and with -level teaching. If the slit mask is fitted, the sensing distance is about / of the sensing distance without the slit mask. (Refer to the Reference table for sensing distance on p.) Phone:.. - Fax:.. - Web: info@clrwtr.com

10 OUT OUT EXT. OUT OUT SYNC. EXT. OUT OUT SYNC. EXT. PRECAUTIS FOR PROPER USE Mounting This product is not a safety sensor. Its use is not intended or designed to protect life and prevent body injury or property damage from dangerous parts of machinery. It is a normal object detection sensor. Mounting sensor head <In case of -CS> The tightening torque should be. N m or less. Use the attached heat shield -B, if the sensor head is installed nearby a hot melt applicator. <In case of -CS, -CPS> The tightening torque should be. N m or less. Use the attached heat shield -B, if the sensor head is installed near a hot melt applicator. When length evaluation, etc., of a short hot melt glue is to be done, install the attached slit (OS-). However, if the slit is used, the sensing range reduces. Mounting controller <Using DIN rail> OS- (Accessory) Push the DIN rail stopper in the direction of the arrow to lock it. Hook the front (nonstopper) side of the bottom slot on the mm. in width DIN rail. When pushing in the stopper, lightly press the stopper ( ) groove downwards. Now, press down the rear side of the bottom slot on the mm. in width DIN rail to fit it. For removing, insert a minus screwdriver into the hole of the DIN rail stopper and pull it out. <Using screws> Use two M pan head screws. The tightening torque should be. N m or less. mm. in width DIN rail SYNC. C -B (Accessory) M (length mm. in) screws with washers -B (Accessory) M (length mm. in) Screw with washers DIN rail stopper mounting bracket MS-- (Accessory) mounting bracket MS-- (Accessory) DIN rail stopper Minus screwdriver M pan head screw Please arrange ( separately. ) Wiring Make sure that the power supply is off while wiring. Verify that the supply voltage variation is within the rating. If power is supplied from a commercial switching regulator, ensure that the frame ground (F.G.) terminal is connected to an actual ground. In case noise generating equipment (switching regulator, inverter motor, etc.) is used in the vicinity of this product, connect the frame ground (F.G.) terminal of the equipment to an actual ground. Do not run the wires together with high-voltage lines or power lines or put them in the same raceway. This can cause malfunction due to induction. The sensor head cable cannot be extended. Others Since the series employs a differential method for sensing, if the length of the box or its traveling speed is different from that at the time of teaching, proper sensing may not be possible. Make sure to teach under the actual sensing conditions. If the sensor is used in an environment of marked temperature changes, perform the teaching periodically for stable detection. Do not use the series during the warm-up time ( sec. approx.) after the power supply is switched on. Further, do not touch any key during the warm-up time, as this may erase the sensitivity settings stored in the controller. In case the power supply is switched off in a mode other than the mode, take care that operation commences in the channel selection mode when the power supply is switched on again. Avoid dust, dirt, and steam. Take care that the product does not come in direct contact with water, oil, grease, or organic solvents, such as, thinner, etc. Wipe the lens of the sensor head clean with a cloth damped with ethanol if hot melt glue, dirt, etc, sticks to it. Make sure to detect the hot melt glue with the sensing object moving. Stationary hot melt glue cannot be detected. The time duration for detecting hot melt glue should be sec. or less. If this time duration exceeds sec., OUT automatically turns. Take care that, in this case, it may take approx. sec. max., after being brought to the no-detection state, for the sensor to return to the stable sensing condition. Do not place any heat source such as an incandescent lamp around the sensor head or the hot melt glue application area. It may cause a malfunction. If some thermal reflector (glossy object, etc.) exists near the hot melt glue application area, the Hot melt applicator Heat source Controller reflected heat may cause an error. In this case, install a heat shield, etc., to make sure that the reflected heat does not reach the sensor head. Make sure that sunlight, or light from an incandescent lamp or fluorescent lamp does not enter the sensor head directly. In addition, also take care against reflected sunlight or reflected light from an incandescent lamp. PARTICUAR USE SENSORS EZ- Phone:.. - Fax:.. - Web: info@clrwtr.com

11 PARTICUAR USE SENSORS EZ- PRECAUTIS FOR PROPER USE Emissivity The emissivity varies with the sensing object. This sensor can also detect other high emissivity objects besides hot melt glue (emissivity.). Further, detection of low emissivity objects is also possible depending on the temperature or surface area. Emissivity (ε) Emissivity of different objects Black body. Human skin. Wood, water, ice, frost, leaf. Rubber, fiber. Glass, concrete. Rock, paper, magnet, gypsum, asbestos. Hot melt glue, plastic, hollow resistance. Carbon resistance, nickel (oxidized). Paint... Oxidized copper Iron (oxidized), cast iron (oxidized) Molten cast iron Iron (glossy), cast iron (glossy) Glossy metal (aluminum, platinum, silver, steel) Reference table for sensing distance (-CS or -CPS) The relation between the sensing distance and the hot melt condition is given in the table below. Temperature [ C F] Hot melt Size [mm in] Without slit mask fitted With slit mask fitted " ". to. to. " ". to. to. " ". to. to... to. to... to. to. to. to. " ". to. to. Sensing distance [mm in] " ". to. to. to. to. " ". to. to. to. to... to. to. to. to... to. to. to. to. Functional description Controller (common) D C B Description synchronization input indicator (SYNC.) (Red ED) channel selection indicator (EXT.) (Green ED) ength evaluation mode indicator () (Green ED) -delay timer set-up mode indicator () (Green ED) UP key DOWN key OUT OUT SYNC. EXT. A key Teaching mode B indicator () (Green ED) C D evel indicators (-color EDs) Sensitivity level set-up mode indicator () (Green ED) OUT Operation indicator (Red ED) OUT Operation indicator (Red ED) selection mode indicator () (Green ED) mode indicator () (Green ED) A ights up when the OUT is. If the detection time is small, it is possible that the indicator on the sensor head may not light up synchronously with the controller indicator or may not light up at all. (-CS, -CPS) ights up when the evaluated results is. -CS: lights up when the OUT is. -CS, -CPS: lights up when the OUT is. Selects each set-up mode. / - Function In mode Indicate the sensing level in real time. In selection mode () Indicate the teaching state of each channel. (For details, see Sensitivity setting on p..) In teaching mode () Indicate the sensing level during teaching, in real time. After the teaching, the level indicators blink in green to indicate the allowable ambient temperature range for actual use. (For details, see Sensitivity setting on p..) When the teaching fails, all level indicators blink in red continuously. In sensitivity level set-up mode () Indicate the sensitivity level (operating threshold level) in ten steps. (For details, see Sensitivity level set-up function on p..) In length evaluation mode () Indicate the relative tolerance of the evaluated bead length in ten steps. For details, see Presence / absence detection ( function length evaluation function () on p.. ) In -delay timer set-up mode () Timer : the indicators numbered to light up. Timer : all indicators go off. ights up in the sensitivity level set-up mode (). ights up in all three modes,,, and, when teaching has been done. Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. ( ) ights up when the external synchronization input is (ow). (-CS, -CS) ights up when the external synchronization input is (High). (-CPS) ights up when either EXT., EXT., or EXT. is ow. Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. ights up in length evaluation mode (). ights up in mode also when the length evaluation is active at the selected channel. The synchronization signal should be input while teaching ( ) the series to effect the length evaluation. Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. ights up in -delay timer set-up mode (). ights up in mode also when the -delay is set at the selected channel. Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. Increments level in each set-up mode. Prompts the series to learn well-glued articles during teaching in mode. Decrements level in each set-up mode. Prompts the series to learn non-glued articles during teaching in mode. ights up in teaching mode (). Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. ights up in selection mode (). Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. ights up in mode. Blinks during the warm-up time ( sec. approx.) immediately after the power supply is switched on. Phone:.. - Fax:.. - Web: info@clrwtr.com

12 OUT OUT SYNC. EXT. OUT OUT C SYNC. EXT. PRECAUTIS FOR PROPER USE Sensitivity setting Starting up Channel selection Beam alignment Step Operation Switch on the power supply During the warm-up time ( sec. approx.), several indicators on the panel blink. The mode indicator then lights up. Do not operate the keys during the warm-up time ( sec. approx.). Press the key once to enter into the selection mode (). The level indicators indicate the teaching condition of each channel. The series has eight channels ( numbered from No. to. ) ights up green: Teaching done ights off : Teaching not done ights up red : Selected Select the channel. (Note ) Select the channel with UP and DOWN keys. (The channel selection is available from No. to.) The selected channel indicator lights up red. Press the key again to enter into the teaching mode (). Align the beam axis. In case of -CS Fix the sensor head after aligning the red marker emitted by the sensor head with the position through which the hot melt glue passes. In case of -CS, -CPS Fix the sensor head after aligning its front face along the direction in which the hot melt glue passes. The box on which hot melt glue has been applied is made to pass the sensor head. In case of -CS When hot melt glue is detected, OUT operation indicator of the controller lights up in red. Moreover, if you desire to perform the beam alignment accurately, carry out the alignment while confirming the detection level from the controller s level indicators. Hot melt applicator In case of -CS, -CPS When hot melt glue is detected, OUT operation indicators of the sensor head and the controller light up in red. m In case the detection time is short, it is possible that the sensor head indicator may not light up or light up at the same time as the controller indicator. Moreover, if you desire to perform the beam alignment accurately, carry out the alignment while confirming the detection level from the controller s level indicators. No. and are unassigned. evel indicators OUT operation indicator Controller Controller Hot melt applicator Teaching Teach in the teaching mode (). -level teaching <Teaching timing> reference () to non-glued boxes will pass through consecutively. After or boxes have gone through, continuously press the DOWN key for a moment while or are passing through. (Note ) () to well-glued boxes will pass through consecutively. After or boxes have gone through, continuously press the UP key for a moment while or boxes are passing through. Doing so will confirm the sensitivity setting. Make sure to perform the teaching when the box is moving. To effect either presence or length evaluation, the external signal synchronized with travelling boxes must be input during teaching. Non-glued articles must be taught earlier than well-glued articles. Refer to p. for Presence / absence detection function ( ength evaluation function (). ) Either, -level teaching, in which, both, well-glued and non-glued articles are taught, or -level teaching, in which only well-glued articles are taught, is possible. However, the -level teaching is recommended, unless you have only well-glued articles, because of its much more stable detection. () If using the Presence / absence detection function or the length evaluation function, in order to input the length determination data, make sure to let or boxes (well-glued) go through even after releasing the UP key. Result of teaching The temperature and the amount of thermal radiation from hot melt glue limit the operating ambient temperature range. The level indicators indicate this after the teaching. a) If use is possible over the ambient temperature range ( to C) ( to F), all the ten level indicators blink (green) twice after the teaching. b) If use is possible over the ambient temperature range [ to (ambient temperature during teaching C F)], all the ten level indicators blink (green) continuously after the teaching. c) If use is possible over the ambient temperature range [ to (ambient temperature during teaching C. F)], five level indicators blink (green) continuously after the teaching. d) If teaching is not done properly, all the level indicators blink continuously (red). In this case, press the key to change once to some other mode, then set to the teaching mode () and repeat the procedure from Align the beam axis. (Note ) () If the key is pressed to set to mode, the sensitivity level is set to evel and length evaluation level is set to evel automatically (presence / absence detection). m (sensitivity level set-up mode indicator) of the taught channel lights up in mode too. -level teaching Carry out the step (), () and (). Then the teaching is completed. Notes: ) Channel selection is possible from the front panel only when all external channel select inputs, EXT., EXT. and EXT., are High. Notes: ) When carrying out -level teaching, make sure to continuously press the Down key. If the Down key is not continuously pressed, -level teaching is carried out. Notes: ) If the teaching is repeatedly unsuccessful, some other heat source may exist around the sensor head or near the hot melt glue application area. Check the surroundings and screen the sensor head from extraneous heat radiation. Notes: ) The set data is not erased even when power is switched off. <Teaching timing> It s OK to stop the line in this interval () Input length determination data PARTICUAR USE SENSORS EZ- Non-glued Non-glued Non-glued Non-glued Non-glued Press Release Press Release () Non-glued boxes teaching executed between these intervals. () boxes teaching executed between these intervals. Phone:.. - Fax:.. - Web: info@clrwtr.com

13 PARTICUAR USE SENSORS EZ- PRECAUTIS FOR PROPER USE Sensitivity level set-up function () This function enables adjustment of the sensitivity level (operating threshold level) in ten steps after the teaching. It enables fine sensitivity adjustment to accept only adequate hot melt glue. Step Operation Refer to Sensitivity setting on p., and teach the series. If the sensitivity has already been set, start from step. To adjust the sensitivity stored in another channel, select the channel by referring to Sensitivity setting on p.. Press the key for sec. or more. After that, the key enables you to select the,, and. modes in rotation. Select, the sensitivity level set-up mode. Adjust the sensitivity level with UP and DOWN keys. After teaching, the sensitivity level is set to evel, i.e., the center of well-glued and non-glued levels. As the sensitivity level is increased, it becomes more difficult to detect a hot melt glue of less quantity. mif decreasing the sensitivity level, there are instances when the level cannot be decreased beyond a certain point. Press the key for sec. or more to return to the mode. Presence / absence detection function ength evaluation function () Presence / absence detection function This function examines the presence of even a small quantity of hot melt glue during the external synchronization signal input period and if it is detected, the result is OK. Otherwise the result is and OUT is turned (-CS: ) ( sec. approx.). <Time chart> Applied hot melt glue -CS -CS synchronization input -CPS synchronization input OUT Box T No Box Box T Hot melt glue T T NO hot melt glue High ow High ow ength evaluation function This function examines the length of hot melt bead applied on every box. It measures if the time duration of detecting hot melt glue is longer or shorter than the criterion predetermined with well-glued articles. If the result is, OUT is turned (-CS: ) for sec. approx. As the evaluation is done by feeding the synchronization signal of the moving boxes into the controller, the series can adapt to a change in line speed. <Time chart> Minimum GOOD Maximum If the allowable range is set at Hot melt bead length -CS -CS synchronization input -CPS synchronization input OUT -CS OUT -CS -CPS OUT T T GOOD T T T T T T T GOOD High ow High ow Th sec., Th sec., Tj ms, Th sec. approx. T, the time duration of the external synchronization input pulse, is sec. max. Further, the upper limit of the hot melt glue detection time T is sec. and the time taken for stable operation of the length evaluation function is ms max. T, the time duration between two synchronization input pulses (box passage signal), should be ms or more. OUT is output when the external synchronization input rises to High level. (In case of -CPS, the external synchronization input operation is reversed.) If the next external synchronization signal is input while OUT is being output, in case of -CS, OUT becomes and, in case of -CS or -CPS, OUT becomes at that instant. In case the length evaluation function is used, do not change the sensitivity level from evel (condition immediately after teaching). -CS OUT OK T T OK -CS -CPS OUT OK T T OK T, the external synchronization input time at ow level, should be sec. or less. T, the time duration between two synchronization input pulses, should be ms or more. OUT is output when the external synchronization input rises to High level. (In case of -CPS, the external synchronization input operation is reversed.) If the next external synchronization signal is input while OUT is being output, in case of -CS, OUT becomes and, in case of -CS or -CPS, OUT becomes at that instant. Th sec., Tj ms, Th sec. approx. Phone:.. - Fax:.. - Web: info@clrwtr.com

14 PRECAUTIS FOR PROPER USE Step Operation Refer to Sensitivity setting on p. and teach the series. If teaching has already been done, carry out the operations from procedure. If a different channel is being set, select the channel by referring to Sensitivity setting on p.. While teaching, non-glued articles must be taught before well-glued articles. While teaching the series, make sure to input the external synchronization signal (box passage signal). In case OUT is used, input the external synchronization signal (box passage signal) even at the time of teaching. Press the key for sec. or more. After that, the key enables you to select the,, and modes in rotation. Select, the length evaluation mode. Press the UP key and the DOWN key to set the length evaluation level for presence / absence detection function and length evaluation function. Normally, it is set to presence / absence detection function. (evel ) In case of using presence / absence detection function Set to evel (presence / absence detection level). In case of using length evaluation function Set to evel to (length evaluation level). The allowable range of the bead length (detection time duration) is set as a ( ) percentage relative to the reference bead length of well-glued articles. The level indicators represent % each. evel indicator The allowable range for length evaluation can be adjusted from % to % % results in an operation which is the same as presence / absence defection function. (e.g.) In the right figure, the allowable range is set at %. If the reference bead duration of well-glued articles is. sec.;. sec. (. sec. %) h GOOD h. sec. (. sec. %) is formulated as the criterion for accepting articles. ength evaluation level Presence / absence detection level evel indicators -delay timer function () The controller is equipped with an approx. ms fixed -delay timer. Since it extends the output duration of OUT by a fixed time interval, it is convenient to detect short hot melt beads on a quick production line or to send the signal to a device having a slow response time. Time chart OUT operation Normal -delay ( timer ) With Timer -delay timer ( ) Note: The -delay timer is effective only for OUT. Step T T Operation Refer to Sensitivity setting on p. and select the channel. If the channel is not to be changed, start from Step. Press the key for sec. approx. or more. After that, the key enables you to select the,, and modes in rotation. Select, the -delay timer set-up mode. Press the UP key. The level indicators numbered from to light up in green to notify that the -delay timer is set. When the DOWN key is pressed, the -delay timer turns. (All level indicators go off.) Press the key for sec. or more to return to mode. The indicator always lights up even in the mode once the -delay timer is set. T T ms approx. evel indicators PARTICUAR USE SENSORS EZ- Press the key for sec. or more to return to mode. Phone:.. - Fax:.. - Web: info@clrwtr.com

15 PARTICUAR USE SENSORS DIMENSIS (Unit: mm in) The CAD data in the dimensions can be downloaded from the SUNX website: hjp/ -CS Spot type / - Center of sensing. -CS -CPS... Center sensing position.. -". ". mounting holes.. ". ". cable, m. ft long ong sensing range type... () (.) Controller / -C SYNC. OUT OUT EXT ". ". mounting holes " ". cable, m. ft long... Suitable for mm. in width DIN rail EZ- / - OUT operation indicator (Red) Controller / -C, -CP.... C OUT SYNC. OUT EXT... " ". lens aperture Center of sensing... -". ". mounting holes ". ". mounting holes " ". cable, m. ft long (-CP: m. ft long)... Suitable for mm. in width DIN rail " ". cable, m. ft long.. MS mounting bracket for spot type (Accessory for -)..... t. t. Material: Cold rolled carbon steel (SPCC) Two M (length mm. in) screws with washers are attached... -M... t. t. Assembly dimensions The drawing below shows MS-- mounted on - fitted with heat shield -B (accessory)... t. t.... (Note) (.) (.).. Heat shield [Stainless steel (SUS)] Center of sensing t. t. Note: mm. in when the heat shield is not used Phone:.. - Fax:.. - Web: info@clrwtr.com

16 DIMENSIS (Unit: mm in) The CAD data in the dimensions can be downloaded from the SUNX website: hjp/ MS ". " mounting bracket for long sensing range type (Accessory for -). -M... t. t. t. t.. (Note) Center of sensing.... Assembly dimensions The drawing below shows MS-- mounted on - fitted with heat shield -B (accessory) Heat shield [Stainless steel (SUS)] PARTICUAR USE SENSORS t. t. Material: Cold rolled carbon steel (SPCC) Two M (length mm. in) screws with washers are attached.... (.) (.).... t. t. Note: mm. in when the heat shield is not used.. EZ- OS- Slit mask for long sensing range type (Accessory for -) Assembly dimensions t... t (.) (.) Center of sensing. Slit.... -". ". mounting holes..... Material: Stainless steel (SUS) Phone:.. - Fax:.. - Web: info@clrwtr.com