CPS COLOR COROB D200 Technical Manual

Automatic dispensers

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COROB™ Automatic Dispensers

Bellow Pump Technology

D200 - BANCO - D400

Version 1.0 - rev0 - May 2006

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Summary of Contents for CPS COLOR COROB D200

Page 1 COROB™ Automatic Dispensers Bellow Pump Technology D200 - BANCO - D400 Version 1.0 - rev0 - May 2006...
Page 2 COROB™ product. CPS Color Equipment S.p.A. shall not be liable for technical or editorial errors or omissions made herein; nor for incidental or consequential damages resulting from the performance or use of this material.
Page 3: General Information
General Information...
Page 4: Table Of Contents
Contents GENERAL INFORMATION ..................... 1-3 1.1 Purpose and structure of the manual................. 1-3 1.2 Intended user of this manual ................... 1-3 1.3 Symbols ........................1-4 1.4 General safety guidelines ....................1-4 1.5 Tools..........................1-6 1.6 Recommended spares..................... 1-7 COROB™ AUTOMATIC DISPENSERS...
Page 5: Purpose And Structure Of The Manual
The manual is aimed at qualified personnel, who must have precise skills and technical competence (mechanical and electrical) and has been trained by CPS Color (or by personnel authorized by CPS Color) in order to carry out interventions on the machine in a safe way.
Page 6: Symbols
1.3 Symbols The symbols used in this manual, in order to facilitate understanding and to highlight risky operations, are shown and described below. Safety symbols Equipment symbols Indicates information or MECHANICAL procedures that, if not TOOLS Indicates that for the work strictly followed can DANGER to be done the use of tools...
Page 7 • The machine is suitable for use with tinting products in general. Scrupulously follow the safety precautions and the instructions for use given on the colorant package and on the safety data sheet supplied by the manufacturer. When compulsory, use personal protection equipment for eyes and hands.
Page 8: Tools
1.5 Tools List of suggested tools required to operate with COROB™ equipment. Mechanical Tools Description Type All-purpose Toolbox Complete with all frequently used tools: Wrenches 6x7 - 8x9 - 10x11 - 12x13 - 14x15 - 16x17 - 18x19 - 20x22 - 21x23 - 24x27 - 25x28 - 30x32 (mm) - size 14 and 17 must be shortened Socket Wrenches: complete set Torque Wrench: 17 mm...
Page 9: Recommended Spares
1.6 Recommended spares List of recommended spare parts suggested to operate with COROB™ equipment. Description Type Recommended Electronic Boards CBMaster CBMono CBMOdule CBSlave CBMB CBShelf CBSafe Check valve SAPS (without board) Dispensing pipe Photocell (RX - TX) Sensor (Shelf) Power Supply Unit Motor (Shelf) Motor (Autocap) Set of control buttons...
Page 10 BLANK PAGE...
Page 11 The Dispensing Circuit...
Page 12 Contents DISPENSING CIRCUIT WITH BELLOW PUMP TECHNOLOGY............2-3 2.1 General description ......................2-3 2.2 Canisters ........................2-5 2.2.1 Automatic timed stirring ..................2-5 2.3 Pumping unit......................... 2-5 2.4 Check Valve ........................2-6 2.5 SAPS on-board electronics....................2-7 COROB™ AUTOMATIC DISPENSERS...
Page 13: Dispensing Circuit With Bellow Pump Technology
2 DISPENSING CIRCUIT WITH BELLOW PUMP TECHNOLOGY 2.1 General description The COROB™ automatic dispensers allow dispensing of fluid colorants into containers pre-filled with base product, to create paints of the desired hue, chosen by means of the machine management program. Any use other than that stated, implied or deduced, is to be considered prohibited.
Page 14 • suction check valve and delivery check valve. The dispensing group with 5-liter canister is available in the version with double pumping unit and valve group with a flow rate of 0.4 liters/min (only simultaneous version) (Figure 4). Figure 3 Figure 2 Figure 4 COROB™...
Page 15: Canisters
2.2 Canisters (Figure 2) The canisters (1) are of different capacities and are suitable for containing the product to be dispensed. The canister is equipped with one stirrer with slanted blades (2), powered by one d.c. motor (3) attached beneath the canister itself. The 5-liter canisters contain two stirrers controlled simultaneously. According to the type of canister, one or two filters (4) are present, that serve to trap any impurities that may be present in the product.
Page 16: Check Valve
If the volume required for dispensing is less than the maximum volume of the bellow pump (approx. 10 cc), a fraction of a dispensing stroke (compression of the bellow pump) is sufficient to dispense the requested amount. If the volume requested for dispensing is greater than the maximum volume of the bellow pump, it will be necessary to: carry out a complete dispensing stroke (compression of the pump) –...
Page 17: Saps On-Board Electronics
2.5 SAPS on-board electronics Each SAPS is equipped with an electronic board, attached in the lower part. The control electronics differs based on the type of circuit: sequential or simultaneous. CBModule (sequential circuit) CBSlave (simultaneous circuit) Figure 7 Figure 8 The CBModule board is connected to the CBMono The CBSlave board is connected to the CBMaster board and to the CBMB board.
Page 18 BLANK PAGE...
Page 19: Control Electronics
Control Electronics...
Page 20 Contents CONTROL ELECTRONICS...................... 3-3 3.1 Introduction ........................3-3 3.2 CBMaster ........................3-4 3.2.1 Connectors ......................3-6 3.2.2 Indicator LEDs ...................... 3-6 3.2.3 Configuration switch ....................3-7 3.3 CBMono........................3-8 3.3.1 Connector to the CBMaster ..................3-9 3.3.2 Power supply connector..................3-9 3.3.3 Fuses........................
Page 21: Introduction
3 CONTROL ELECTRONICS 3.1 Introduction COROB™ automatic dispensers are managed and operated via a a dispensing application software installed on the management computer. The management computer sends high level commands to the machine firmware installed in the different control boards. The presence of some electronic boards depend on the type of dispensing circuits and optional the machine is equipped with.
Page 22: Cbmaster
3.2 CBMaster The CBMaster board is the interface between the computer and the machine and generates the signals necessary for the built-in machine electronics to execute commands. The board receives the commands from the computer via serial port. The commands are interpreted by the management firmware.
Page 23 CBMaster_E Version 1.0 - rev0 - May 2006...
Page 24: Connectors
Connectors Pin-outs Value J4 - J13 pin 1 +24V pin 2 +24V pin 3 signal pin 4 ground J18 - J21 - J29 pin 1 +24V pin 2 ground J103 pin 1 ground pin 2 signal pin 3 signal pin 4 3.2.1 Connectors Connectors Type...
Page 25: Configuration Switch
Status Description Relevant component / Notes +24V not present blinking signal present connector connected (RS485) connector connected (RS485) blinking signal present green connector connected (RS232) blinking signal present connector connected (USB) blinking data are transmitted via USB connector connected (USB) blinking data are received via USB 3.2.3 Configuration switch...
Page 26: Cbmono
3.3 CBMono The CBMono board is present when the machine mounts sequential circuits. The CBMono board is a power peripheral controlled by the CBMaster board. The purpose of this board is to activate, one at a time, the sequential pumping groups installed on the machine.
Page 27: Connector To The Cbmaster
3.3.1 Connector to the CBMaster The J19 connector connects the CBMono and the CBMaster. This connector carries all of the necessary logical signals to the CBMono board. Two voltages (+5V and +24V) are also present, needed to power the CBMaster. 3.3.2 Power supply connector The J100 connector connects the CBMono and the Power Supply Unit.
Page 28: Cbmb
3-10 3.4 CBMB The CBMB board is present when the machine mounts simultaneous circuits. Connectors Pin-outs Value J1 - J3 pin 1 pin 3 +24V pin 5 +42V pin 2 – 4 – 6 ground pin 1 pin 2 +24V pin 3 - 4 ground 3.4.1 Connectors...
Page 29: Fuses
3-11 3.4.2 Fuses Fuse Type Value Notes safety fuse T 4 A +24V safety fuse T 4 A Version 1.0 - rev0 - May 2006...
Page 30: Cbmodule
3-12 3.5 CBModule The CBModule board is mounted on the sequential circuit. CBModule_A CBModule_C The CBModule board houses the optic switch, whose signals are always conveyed on the connector J1. From each CBModule, wiring leads to the CBMono board. 3.6 Connectors Connectors Type Description...
Page 31: Cbslave
3-13 3.7 CBSlave The CBSlave board is mounted on the simultaneous circuit. This board is loaded with a firmware. See chapter 3.11 to know the firmware version installed on this board. The CBSlave board is capable of carrying out the following operations: •...
Page 32: Connectors
3-14 3.7.1 Connectors Connectors Type Description Notes input/output to the stirring motor input power supplies +5, +24, +42 input/output RS485 serial output to the stepper motor 3.7.2 Indicator LEDs Status Description +42V present +42V not present +24V present +24V not present +5V present +5V not present the receive bit is zero...
Page 33: Circuit Address
3-15 3.7.3 Circuit address The board includes 5 configuration jumpers which are used to make up the board address: JM1, JM2, JM3, JM4, JM6. description ON (1) group number 1 OFF (0) group number 2 group number 3 group number 4 group number 5 group number 6 group number 7...
Page 34: Cbshelf
3-16 3.8 CBShelf The CBShelf board is present only when the dispenser is equipped with semiautomatic shelf or lift-up autocap. This board is loaded with a firmware. See chapter 3.11 to know the firmware version installed on this board. COROB™ AUTOMATIC DISPENSERS...
Page 35: Connectors
3-17 Connectors Pin-outs Value pin 1 +24V pin 2 ground J5 ÷ J20 pin 1 +24V pin 2 +24V pin 3 signal pin 4 ground CNM1 ÷ CNM3 pin 1 +24V pin 2 ground 3.8.1 Connectors Connectors Type Description Notes output power supply to punching lamp with punch...
Page 36: Indicator Leds
3-18 3.8.2 Indicator LEDs Status Description Relevant component +5V present LD28 board +5V not present +24V present board +24V not present +42V present LD31 board +42V not present punching lamp is ON punching lamp is off +24V present +24V not present cap free sensor activated LD11 cap free sensor not activated...
Page 37: Board Address
3-19 3.8.3 Board address To set the CBShelf board address use the Dip Switch S1. The number must be set in binary format. The default board address is 62. Remember to set the correct address in case of board replacement. Version 1.0 - rev0 - May 2006...
Page 38: Cbsafe
3-20 3.9 CBSafe The CBSafe board is present only when the dispenser is equipped with semiautomatic shelf. Connectors Pin-outs Value pin 1 +24V pin 2 ground J3 ÷ J5 pin 1 +24V pin 3 signal on the machine Ground pin 1 +24V pin 2 ÷...
Page 39 3-21 3.9.1 Connectors Connectors Type Description input power supply (+24V) from CBShelf JMOT output power supply (+24V) to shelf motor input from shelf SAFETY button input from shelf UP button input from shelf DOWN button input power supply (+24V) from CBShelf output signal from buttons SAFETY, UP, DOWN and RELAY STATUS to CBShelf Version 1.0 - rev0 - May 2006...
Page 40: Connectors
3-22 3.10 CBLaser The CBLaser board is present only when the dispenser is equipped with the option Bung Hole Locator Laser. 3.10.1 Connectors Connectors Type Description output power supply (+24V) to the laser pointer output power supply (+24V) to the laser pointer output power supply (+24V) to the laser pointer input...
Page 41: Firmware
3-23 3.11 Firmware The firmware allows communication between a computer’s software and a hardware component in which the firmware is installed, translating the instructions into actual operations. The firmware identification number code is written as follows: xx.yy.zz where: • xx indicates the type of board •...
Page 42 BLANK PAGE...
Page 43: Machine Installation
Machine Installation...
Page 44 Contents INSTALLATION........................5-3 1.1 Conditions for proper installation ..................5-3 1.2 Computer connection...................... 5-4 1.3 Machine connection and start-up ..................5-5 1.4 Software installation....................... 5-6 1.5 Machine configuration..................... 5-6 1.6 Machine check ....................... 5-9 1.7 First canister filling....................... 5-10 1.8 Moistening the cap sponge .................... 5-12 COROB™...
Page 45: Installation
5 INSTALLATION 5.1 Conditions for proper installation The installation area must be level and solid and the floor must guarantee a safe support for the machine. The installation environment must conform to current regulations in force in the country of installation, in terms of work safety and hygiene.
Page 46: Computer Connection
5.2 Computer connection Position the computer. If the computer is complete with monitor and keyboard, connect as needed. Connect the computer and monitor power supply cords to the auxiliary sockets on the back of the machine as shown in the picture. Connect the computer to the machine as shown in the following pictures: RS232 serial connection USB connection...
Page 47: Machine Connection And Start-Up
5.3 Machine connection and start-up The following are present at the back of the machine: Machine main switch_____________ (1) Fuse compartment ______________ (2) Main plug _____________________ (3) Auxiliary sockets ________________ (4) RS232 serial port _______________ (5) USB port ______________________ (6) To power up and start the machine, proceed as follows: Insert the power supply cable socket...
Page 48: Software Installation
5.4 Software installation Load the management application program onto your computer. Turn on computer and monitor. Power up and start the machine. When the computer is booted up, install the dispensing application program as well as the configuration and calibration program CorobTECH (see the programs user's manual). 5.5 Machine configuration To configure the machine, the easiest way is to follow the step-by-step procedure provided by CorobTECH called Dispenser Wizard.
Page 49 Not available. Enable the Autocap option if dispenser is equipped with lift-up Autocap. Version 1.0 - rev0 - May 2006...
Page 50 canisters present, configure here their capacity in cc. Remember to change also Warning reserve level and the Critical reserve level accordingly. COROB™ AUTOMATIC DISPENSERS...
Page 51: Machine Check
For bellow pump dispensers, it is necessary to use Standard (Bellow) as pump type. It is also necessary to enable the option Automatic change recalculation. To create a different pump type, suggested only if you need to dispense quantities lower than 0.1 ml, refer to the CorobTECH user’s manual for more specific information.
Page 52: First Canister Filling
5-10 Using the Dispenser commands… window in CorobTECH, check that: • all the circuits are working properly; • the Autocap, if present, opens and closes smoothly; • the Shelf is moving up and down and the punching, if present, is working. In case of errors during this checks, refer to the section “Troubleshooting”.
Page 53 5-11 finish refilling the canister, by pouring at least 1 liter of colorant. – From CorobTECH, send the command to expand all the bellows pumps of the machine: use the Reset or the Bellows > Down command. Repeat Bellows > Up and Bellows > Down commands at least 3 times. During this operation: - double check that all the colorants are filling the pipes and flowing out of the nozzle - double check the absence of leaking in FEDV area...
Page 54: Moistening The Cap Sponge
5-12 5.8 Moistening the cap sponge Installation now requires that you insert the sponge in the humidifier cap and moisten it for the first time. The sponge is available among the material supplied. The sponge serves to keep the dispensing nozzle center at a moisture level to prevent the colorant from drying out.
Page 55 Calibration...
Page 56 Contents CALIBRATION ........................6-3 6.1 Concept........................6-3 6.2 Procedure ........................6-6 6.3 Problem solving ......................6-7 6.4 Calibration check ......................6-7 6.4.1 Flow chart 1 ......................6-9 6.4.2 Flow chart 2 ....................... 6-10 6.5 Data backup........................ 6-10 COROB™ AUTOMATIC DISPENSERS...
Page 57: Calibration
6 CALIBRATION 6.1 Concept Calibration is the procedure for determining the parameters needed to regulate the dispensing process, thus granting machine accuracy. The aim of calibration is to obtain a correlation chart between the volumes that we want to dispense and a parameter that can be regulated by the machine.
Page 58 9000 8000 7000 6000 5000 4000 3000 2000 1000 Offset Dispensed volume (ml) For bellow pumps technology, the Offset is always a positive value and it is mainly related to the rheological characteristics of the fluid and to its elasticity. This model still supposes that, once the colorant flow has begun, the volumetric efficiency is constant, whereas in real working conditions we have to consider that this is not always true;...
Page 59 The model used is complicated a little more by the fact that we need to use different speeds to dispense different quantities. The definition of different speeds is necessary to obtain a good accuracy on small quantities (using a low speed) and an acceptable dispensing time on big quantities (using a high speed). Normally we use low speed up to 1 ml and high speed for quantities higher than 1 ml.
Page 60: Procedure
As understood from the previous considerations the model is quite complicated and it is strictly connected to the firmware developed for this machine; therefore it is kindly suggested not to change the above shown file. This calibration file has to be used for both 2.5 l and 5 l circuits. The only value that can be necessary to change is the minimum volume dispensed.
Page 61: Problem Solving
The CorobTECH program allows you to automatically calibrate the machine starting from theoretical calibration parameters. The main steps are: Connect the scale and place it on the machine shelf, under the nozzles, taking care that it is in stable conditions (no draught or wind). Place an empty can on the scale, as for normal dispensing.
Page 62 The following are the most important parameters to check during the calibration or right after: Volume dispensed at 8000 steps Flow chart 1 Standard deviation values Flow chart 2 Offset at low speed When calibration is over, send the command Dispensing test to verify the calibration just carried out. COROB™...
Page 63: Flow Chart 1
6.4.1 Flow chart 1 8000 steps value (V) 9.5ml £ V £ 10.3ml? V < 9.5 ml? V > 10.3 ml? Is the specific Correct specific weight correct? weight Also: w bad std § Increase the deviation on Is the stirring and wait colorant full before...
Page 64: Flow Chart 2
6-10 6.4.2 Flow chart 2 Standard deviation: < 0.01 at low speed < 0.03 at high speed § Increase the Is the stirring and wait all standard colorant full before deviations out of recalibrating of air? the range? § change colorant Change circuit Check if the standard...
Page 65: Hardware Errors
Hardware Errors...
Page 66 Contents HARDWARE ERRORS ......................7-3 7.1 Introduction ........................7-3 7.2 Communication errors ....................7-3 7.3 Errors regarding the SAPS ....................7-3 7.4 Errors regarding the Shelf ....................7-5 7.5 Errors regarding the Autocap ................... 7-2 7.6 Errors regarding the Punch ....................7-2 COROB™...
Page 67: Introduction
7 HARDWARE ERRORS 7.1 Introduction The LCD Display of the CBMaster board can display error codes related to the firmware functions, that refer to machine error conditions. The following tables report also the suggested actions to solve the malfunctions occurred. 7.2 Communication errors Code / Range Actions...
Page 68 Code / Range Actions Message / Explanation 7D01-7DFF Bad stroke Check that From Remove the Check pipes colorant has Check that the CorobTECH, check valve and replace in Replace not spilled on dispensing reduce The optic switch is obscured and try to case of dried SAPS the optic...
Page 69: Errors Regarding The Shelf
Following is a Decimal / Hexadecimal format conversion table. 7.4 Errors regarding the Shelf Code / Range Actions Message / Explanation 8017 CBSafe: relay contact damaged Shut off the Replace the machine and CBSafe board restart it 8018 CBSafe: incorrect wiring check that motor cable wiring (Motor CBShelf) is correct the motor cable wiring is not...
Page 70: Errors Regarding The Autocap
7.5 Errors regarding the Autocap ERRORS REGARDING THE AUTOCAP Code / Range Actions Message / Explanation 8501 Error in cap movement, Check power Check that supply or cap closed during Check if connection and cap sensors dispensing Clean cap motor is communication are adjusted guides...
Page 71: Troubleshooting
Troubleshooting...
Page 72 Contents TROUBLESHOOTING ......................8-3 8.1 Introduction ........................8-3 8.2 Flow chart 1 ........................8-4 8.3 Flow chart 2 ........................8-6 8.4 Flow chart 3 ........................8-7 8.5 Flow chart 4 ........................8-8 8.6 Flow chart 5 ........................8-9 COROB™ AUTOMATIC DISPENSERS...
Page 73: Introduction
If the problem remains after exhausting the troubleshooting steps, contact your nearest local Service Center or CPS Color Italy Technical Service Department. WARNING Exercise estreme caution when servicing electrical equipment.
Page 74: Flow Chart 1
8.2 Flow chart 1 The management application program shows an error in the communication protocol Is ON Check lamp the machine lamp lit? bulb powered? the emergency Release the button emergency button pressed? Set main main switch switch to ON set to ON? Check connections cables...
Page 75 Check power supply cable Was one SAPS connection replaced? on the SAPS board Connect serial cable / replace it the serial cable connected? Use another port Does PC serial Check port CorobTECH port work or is it configuration with User’s Manual correctly CorobTECH configured?
Page 76: Flow Chart 2
8.3 Flow chart 2 Colorant is dripping from a nozzle Dispense approx. the colorant 100 cc of colorant the colorant always from the circuit still dripping? involved dripping? Replace the check valve Is the Possible Empty the circuit colorant dripping and substitute the presence of air only after the...
Page 77: Flow Chart 3
8.4 Flow chart 3 The pumping unit works but colorant does not flow out of the nozzle The canister User Manual may have Refill the canister emptied Ÿ bellows>up Ÿ lift the filter of First canister filling 10 cm from the Installation was not canister bottom...
Page 78: Flow Chart 4
8.5 Flow chart 4 The stepper motor does not run smoothly (looses steps) and the bellow pump does not move correctly. Dried colorant along the circuit Is the Clean the nozzle User Manual nozzle dirty? with a sharp tool Is the external Replace check valve...
Page 79: Flow Chart 5
8.6 Flow chart 5 A colorant different from that requested is dispensed the right Check actual colorant poured arrangement of into the right colorants inside the canister at machine canisters install.? With CorobTECH, check canister/ colorant colorants/canisters CorobTECH association, correctly associated? according to the User’s Manual (CorobTECH)
Page 80 BLANK PAGE...
Page 81: Wiring Diagrams
Wiring Diagrams...
Page 82 Contents General Electronics Power Supply Unit & Control panel connection Diagram 1 CBMaster connection Diagram 2 CBMaster CBMono SAPS connection (Sequential circuit) Diagram 3.1 CBMaster CBMB SAPS connection (Simultaneous circuit) Diagram 3.2 CBMaster SAPS RS485 line connection (Simultaneous circuit) Diagram 3.3 SAPS Electronics CBModule connection (Sequential SAPS) Diagram 4...
Page 83 Diagram 1 To 110/230V AC 0035300 Legenda - Wiring 0034900 Mono-Phase Line N1, N2, N3 - Blue - Neutral L1, L2, L3 - Black - Phase - Yellow/Green - Earth 0034900 Panel Wiring Cal4 Legenda - Cable 0034200 0035000 WH - White +42V 0034200 RD - Red...
Page 84 Diagram 2 CBMASTER - COROB J27.1 Legenda - Cable 0033700 Master_RX - PC_TX 0033700 Master_TX - PC_RX CNF13.1 CNF9.1 Master_iso_GND - PC_GND FC10 COM.1F COM.1M Cal.A 0035200 Cal.B COM.A PX13 To RS232 - COM1 Open Cap sensor Can presence photosensor (MASTER COMPUTER) Process board connection - Simultaneous / Sequential Version Sheet no.:...
Page 85 To the SAPS To the SAPS To the SAPS To the SAPS To the SAPS To the SAPS To the SAPS To the SAPS group no. 1 group no. 2 group no. 3 group no. 4 group no. 5 group no. 6 group no.
Page 86 Diagram 3.2 0035400 J3.2 0034100 J2.505 J2.504 J2.503 J2.502 J2.501 To the SAPS group no. 5 To the SAPS group no. 4 To the SAPS group no. 3 To the SAPS group no. 2 To the SAPS group no. 1 (page 4.A) (page 4.A) (page 4.A)
Page 87 Diagram 3.3 0035700 J3.510 J3.509 J3.508 J3.507 J3.506 FC10 FC10 FC10 FC10 FC10 FC10 To the J26 connector of To the SAPS group no. 10 To the SAPS group no. 9 To the SAPS group no. 8 To the SAPS group no. 7 To the SAPS group no.
Page 88 Diagram 4 Stepper Motor 0033500 J2.5 GR/WH GR/WH /PHA CBMODULE - COROB RD/WH RD/WH PHB /PHB SAPS (Canister Stirring Pump Stepper) Connection for group 1 to 16 - Semplified Sequential Version Sheet no.: COROB S.p.a. TITLE of SHEET: Via dell'Agricoltura, 3 of : ..
Page 89 Diagram 5 CBSLAVE - COROB Stepper Motor 0033500 J2.5 GR/WH GR/WH /PHA RD/WH RD/WH PHB /PHB J3.5 0036100 CAF1 Stirring motor SAPS (Canister Stirring Pump Stepper) Connection - Simultaneous Version Sheet no.: COROB S.p.a. TITLE of SHEET: Via dell'Agricoltura, 3 of : ..
Page 90 J26.3 J3.2 J2.2 J1.2 CNM1 CNM2 CNM3 CBShelf.A.0 : CPS Color CBMONO - COROB CBMb.B : COROB CPS COLOR TITLE of SHEET: Sheet no.: 3.D1 Interface board connection from CPU to SAPS - Version modified for CBShelf board connection (*) Equipment S.p.A.
Page 91 Diagram 7 T0211 J26.7 J3.2 CNM1 CNM2 CNM3 CBShelf.A.0 : CPS Color CBMb.B : COROB CPS COLOR TITLE of SHEET: Sheet no.: 3.A3 SAPS: power supply connection - Simultaneous 16 circuit Version for Shelf controlle Equipment S.p.A. PROJECT: ..of :...
Page 92 RX photosensor High shelf sensor Low shelf sensor button button button SHELF CONTROL BUTTON T0234 CPS COLOR TITLE of SHEET: Sheet no.: OPTION CONFIGURATION - Semiautomatic shelf System controlled by CBSafe. Equipment S.p.A. PROJECT: of : D400 Via dell'Agricoltura, 103 41038 S.
Page 93 CNM1 CNF1 4,7ohm 25W 5% PX11 PX12 ATT2 Close Autocap sensor Open Autocap sensor Autocap motor with resistor CPS COLOR TITLE of SHEET: Sheet no.: OPTION CONFIGURATION - Automatic Cap System Equipment S.p.A. PROJECT: of : D400 Via dell'Agricoltura, 103 41038 S.
Page 94 "Cap free" "altezza perforazione" T0236 PX10 PX18 Punching Lamp Punching sensor Punching sensor CPS COLOR TITLE of SHEET: Sheet no.: OPTION CONFIGURATION - Punching System Equipment S.p.A. PROJECT: of : D400 Via dell'Agricoltura, 103 41038 S. Felice s/P DWG no.:...

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