Ceia THS Instructions Manual
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Ceia THS Instructions Manual

Ceia THS Instructions Manual

Industrial metal detector
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THS – FI022GB2K8v3
i
Industrial Metal Detector
THS
: .........................
Serial number
Program Version: THSV3.390 ALMV1060
Rev.: FI 022 GB 2K8 v3
Date: 2004-10-26

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  • Page 1 THS – FI022GB2K8v3 Industrial Metal Detector : ......Serial number Program Version: THSV3.390 ALMV1060 Rev.: FI 022 GB 2K8 v3 Date: 2004-10-26...

  • Page 2: Instructions

    The equipment is marked with this symbol in the areas where there is dangerous voltage. Only trained maintenance personnel should carry out work in these areas. Warranty conditions The Warranty on all CEIA equipment relates to goods delivered from our factory, under our general and specific conditions of sale.

  • Page 3: Table Of Contents

    Selection of the power supply voltage for the metal detector only - Control Power Box Power Supply Unit.............21 CONNECTION OF THE COMPRESSED AIR SUPPLY .................................21 NON-INTEGRATED THS SYSTEM SUPPLIED WITHOUT CONVEYOR BELT: DETAILED CONSTRUCTION NOTES AND SELECTION OF OPERATING PARAMETERS ........................................22 Mechanical Installation........................................22...
  • Page 4 Procedure for minimising the "product effect" ................................56 ANALYSIS MODE SELECTION CRITERIA ...................................58 SENSITIVITY CHECK WITH REFERENCE SAMPLE ................................59 Test using a sample defined by the customer.................................59 Test using a CEIA sample ......................................59 Periodic test management .......................................59 Test procedure ........................................59 PROGRAMMING ...........................................61 GENERAL POINTS ON PROGRAMMING.....................................61...
  • Page 5 THS Accessories - Test pieces .......................................99 THS Accessories - MD CAD - 27185 ....................................100 CEIA reserves the right to make changes, at any moment and without notice, to the models (including programming), their accessories and optionals, to the prices and conditions of sale.

  • Page 7: Description

    THS – FI022GB2K8v3 --- I -DESCRIPTION DESCRIPTION General Information The THS is an extremely compact metal detector with very high sensitivity, controlled by a microprocessor and designed for industrial use. The device is made up of: the Metal Detector probe, complete with electronic control unit.
  • Page 8 THS-FB/3 reader Fig I-2c - Block diagram of a CEIA THS-FB integrated system including the conveyor belt, the THS unit, the Conveyor Control System power supply unit and the sensors and actuators needed for operation.

  • Page 9: Power-Supply And Control Unit

    THS – FI022GB2K8v3 --- I -DESCRIPTION Power-supply and control unit The power-supply and control unit is housed in a watertight box in stainless steel which is designed to be attached by means of four screws and through which pass the connecting cables. The power supply unit is available in two versions:...

  • Page 10: Conveyor Control System

    THS – FI022GB2K8v3 --- I - DESCRIPTION Conveyor Control System In addition to the functions provided by the Control Power Box, this includes a module to drive the conveyor belt motor. This module is available in two versions: • Card MDT, for fixed-speed applications; in this case, a three-phase input power supply (230V or 400V) is required;...

  • Page 11: Metal Detector

    Power Control Box • Conveyor Control System Fig. I-7 Order code: 2204 THS-DWxDH (see table I-3) Fig. I-8 TABLE I - 3 . THS/STD & THS/3F * Model (opening) 200, 250, ..., 1000 100, 125, TP+10 DW-20 DW+420 Series A...
  • Page 12 THS – FI022GB2K8v3 --- I - DESCRIPTION Application THS/MN model for mounting on a conveyor belt, with high discrimination between contaminating ferromagnetic metal and product, which can also be used with product packed in non-magnetic metal containers Application examples •...
  • Page 13 THS/G model with circular tunnel for products transported in tubing In the case of the THS/G model, the probe is designed to be fixed, generally, in an inaccessible position. The detector controls are therefore incorporated into the power supply unit, on the RCU card fixed to the casing cover.
  • Page 14 Computer or printer Fig. I-20a - Model THS/G: ALM & RCU cards Fig. I-20b - Model THS/G: Block diagram Fig. I-21 THS/G : probe dimensions (Drawing PM2581F) TABLE I - 7 THS/G* Model (opening) THS/G-50...

  • Page 15: Options

    THS – FI022GB2K8v3 --- I -DESCRIPTION Options THS-FB Conveyor Belt Belt with speed adjustment, robustly built and with simplified maintenance, available in several versions Features • Belt available in PVC approved for food handling. • Adjustable speed: 19...58m/'. • Electrical characteristics: see Conveyor Control System unit.

  • Page 16: Ths-Fb Conveyor Belt Options

    Fig. I-23f – Airblow ejector Characteristics: Max. weight of pack (for pack with low sliding friction): 1 kg; Compressed air supply: pressure 200-1000 kPa; min. airflow 600 litres/min Code: 22477 Fig. I-24b conveyor belt with THS probe from Family B...

  • Page 17: Other Optionals For Ths Metal Detectors

    Power supply transformer unit • • • 115/230V~ transformer unit, to be used to power a THS fitted with an MDL module at 115V~. Order code: 23181 • • • • 400/230V~ transformer unit, to be used to power a THS, whether fitted with...

  • Page 18: Ths Metal Detector Accessories

    THS – FI022GB2K8v3 --- I - DESCRIPTION THS metal detector accessories Set of quality control test samples Available in the following versions: Code Samples in ferrous Samples in stainless Samples in non-ferrous metal AISI 420 steel AISI 316 metal 18711 ø0.8mm ...

  • Page 19: Technical Characteristics

    • THS/A model: model with tunnel that can be opened • Model THS/SL (Slim Line): extremely compact probe • Model THS/3F: detector for magnetic and non-magnetic metals, for use with different types of product thanks to selection of the operating frequency •...
  • Page 20 THS – FI022GB2K8v3 --- I - DESCRIPTION Control inputs Connector for link-up to • photocell • manual reset button • downstream belt authorisation • ejection confirmation • set-aside contained full sensor • encoder to detect the belt speed • emergency button •...

  • Page 21: Installation

    FOLLOWING SECTIONS, WHICH DESCRIBE: • OPERATIONS RELATING TO A CEIA INTEGRATED SYSTEM: models mounted on a CEIA conveyor belt or models that do not need any accessories to operate, such as the THS/PH. • DETAILED OPERATIONS RELATING TO A NON-INTEGRATED...

  • Page 22: Guide To The Applicable Installation Operations

    THS – FI022GB2K8v3 --- V - MAINTENANCE Guide to the applicable installation operations Operation Section / Paragraph to read CEIA integrated system with Non-integrated THS system, without conveyor belt conveyor belt Unpacking the device and checking that the various components of the system are all there.

  • Page 23: General Guidelines For Electrical Installation

    THS – FI022GB2K8v3 --- V - MAINTENANCE • Load-bearing structure During assembly the solidity of the load-bearing structure should be borne in mind, in order to ensure that the detector does not oscillate, causing false alarms • Metal structures surrounding the Metal Detector/conveyor belt system...
  • Page 24 THS – FI022GB2K8v3 --- V - MAINTENANCE Fig.II-4. QE: electrical board; M1: machine 1; M2: machine 2; MD: metal detector. • Warning! If metal ducts are used for production line power and control lines, it is advisable not to create an...

  • Page 25: Installation Of A Ceia Ths-Fb Integrated System With Conveyor Belt

    THS – FI022GB2K8v3 --- V - MAINTENANCE Installation of a CEIA THS-FB integrated system with conveyor belt Disconnect the system from the various power sources before carrying out any movement. Mechanical installation of THS-FB integrated system with conveyor belt Positioning the conveyor belt...

  • Page 26: Electrical Installation - General Notes

    Connect the apparatus to the mains power supply only after first carrying out all the other connections needed for complete installation These instructions for electrical installation apply to both the CEIA INTEGRATED THS SYSTEM, with conveyor belt, and the CEIA NON-INTEGRATED THS SYSTEM, without conveyor belt.

  • Page 27: Selection Of The Power Supply Voltage For The Metal Detector Only - Control Power Box Power Supply Unit

    If the power supply to the device is different from that specified on the plate and/or from that chosen at selector I1, permanent damage may be caused to the device. CEIA will not be held responsible for damage to people, animals or objects caused by failure to obey this instruction.

  • Page 28: Non-Integrated Ths System Supplied Without Conveyor Belt: Detailed Construction Notes And Selection Of Operating Parameters

    THS – FI022GB2K8v3 --- V - MAINTENANCE Non-integrated THS system supplied without conveyor belt: detailed construction notes and selection of operating parameters The following notes provide additional instructions necessary for installing the detector on a conveyor belt or other transport system set up by the customer.

  • Page 29: Ths/G : Mounting The Power Supply Unit

    T: diameter of the probe. t: plastic pipe Fig. II-12 – fixing the THS/G probe THS/G : mounting the power supply unit The power supply unit must be firmly fixed to the supporting structure with four screws, near the electronics unit and the slave devices connected to the power supply unit (photocell, ejector etc.).

  • Page 30: Conveyor Belt

    THS – FI022GB2K8v3 --- V - MAINTENANCE Conveyor belt The distances quoted below are indicative only, and subject to variation according to the sensitivity required and to the type of probe. When installation has been completed, therefore, correct operation should be checked.
  • Page 31 THS – FI022GB2K8v3 --- V - MAINTENANCE The motors must be located at a distance D from the antenna, adopting measures identical to those described for the rollers above. Fit electrical motors with special iron screens and mains filters of sufficient capacity.

  • Page 32: Inserting The Conveyor Belt On The Ths/A Model

    ≥ 3 DH ≥ 2 DH Fig. II-20. Position of the conveyor N.B.: THS/M Model: if the product is contained in an aluminium tray, the belt inside the probe optimum distance between the bottom of the tray and the surface of the tunnel is 20-30mm.

  • Page 33: Transit Speed

    THS – FI022GB2K8v3 --- V - MAINTENANCE Transit speed Programming Generally-applied setting Meaning parameters THS/STD THS/SL THS/3F THS/M THS/G THS/PH Transit speed 2 - 250m/’ 2 - 250m /’ 2 - 250m /’ 20 - 70m/’ 2 - 250m /’...
  • Page 34 THS – FI022GB2K8v3 --- V - MAINTENANCE • Variable-speed application BS should be assigned the desired value of the transit speed (the current speed is detected by the system based on the working location of the with inverter card, with inverter, or via an encoder if fitted).

  • Page 35: Accessory Devices

    THS – FI022GB2K8v3 --- V - MAINTENANCE Accessory devices Photocell – General rules Programming Meaning Generally applied setting parameters THS/STD THS/SL THS/3F THS/G THS/M THS/PH Distance between metal At the entrance to the probe: 0-2000 mm 50-2000 detector and photocell...

  • Page 36: Ths/M - Specific Instructions For Ejector

    THS – FI022GB2K8v3 --- V - MAINTENANCE Programming Meaning Generally applied setting parameters THS/STD THS/SL THS/3F THS/G THS/M THS/PH Length of 5-80cm product pack Mode B: halting of the production line and manual elimination of the Ejection mo contaminated material...

  • Page 37: Applications At High Speed (Belt Speeds Greater Than 60 M/Min)

    (m/min) speed belt speed (m/min) ejection pack length length of pack (cm, only for THS/M) ejection distance ed (mm) pack stop position photocell input NO: normally open /NC: norm. closed ejection time ejection time (hundredths of a second)

  • Page 38: Mechanical Installation Of A Bar Code Reader

    Turn the power off when opening the reader during maintenance or installation to avoid dangerous laser radiation. Barcode reader kit The barcode reader can also be installed on the THS system at a later date: a special kit is available for this purpose, and includes an enabling code.

  • Page 39: Distance Between The Reader And The Metal Detector Probe And Distance Between Packs

    The reader is mounted upstream of the probe in order to read a code stamped on the pack. If the code is recognised, the reader sends a command to the metal detector to select the relevant product type. The time required by the THS to process the barcode is usually insignificant, but becomes important if the band is changed due to a modification in the type of product..

  • Page 40: Reading Features

    THS – FI022GB2K8v3 --- V - MAINTENANCE Reading features The number of scans performed on the code by the reader, and therefore its decoding capability, is influenced by the following parameters: • number of scans per second • code motion speed •...

  • Page 41: Kit Installation Procedure

    • label dimensions Electrical connection to the ALM card Assignment of the CEIA enabling code to parameter BE Selection of parameters from the "barcode reader" menu Selection of the corresponding product type, or creation of a new one if necessary...

  • Page 42: Electrical Installation: Detailed Notes

    THS – FI022GB2K8v3 --- V - MAINTENANCE Electrical installation: detailed notes Fig. II -35a : Diagram of model THS connections...
  • Page 43 THS – FI022GB2K8v3 --- V - MAINTENANCE Fig. II -35c : Diagram of model THS/G connections...
  • Page 44 THS – FI022GB2K8v3 --- V - MAINTENANCE Fig. II -35d : Diagram of model THS-FB connections...

  • Page 45: Alm Card Electrical Connections

    THS – FI022GB2K8v3 --- V - MAINTENANCE Observe current regulations regarding electrical and personal safety for both the operator and the installer when installing the device. Connect the apparatus to the mains power supply only after first carrying out all the other connections needed for complete installation.
  • Page 46 LO=N: transistor LO=P: transistor Fig. II-36 Make all connections relating to input lines using screened cable, connecting the shielding only at the THS system end to the contacts marked with the symbol which are provided on the various connectors. Lay the...

  • Page 47: Conveyor Control System: Power-Supply And Motor Connections

    THS – FI022GB2K8v3 --- V - MAINTENANCE Conveyor Control System: Power-supply and motor connections MDT card E2199 E2199 MDT card connections for 230V power supply Fig. II-37a MDT card connections for 400V power supply Fig. II-37b Table II-E: MDT card connections for three-phase 230V power supply...

  • Page 48: Mdl Card ( Attention: 230V 1~ Only! )

    THS – FI022GB2K8v3 --- V - MAINTENANCE Dimensioning of the motor: the voltage and frequency values of the motor must correspond to the mains voltage available. The current limit values are shown in the table. Motor overload protection: to safeguard the motor, it must be fitted with a suitable thermic relay or a magnetothermic switch (see the diagram shown in the figure) Fig.

  • Page 49: Operation Of The Relays (J15 And J19 Connectors)

    THS – FI022GB2K8v3 --- V - MAINTENANCE Operation of the relays (J15 and J19 connectors) Ejector relay (Eject relay): Programmable relay with delayed action (with respect to the detector alarm); capacity; the programming parameters that relate to the functioning of this relay are ED, EM and ET (see Programming chapter).

  • Page 50: Conveyor Control System Power Supply Unit

    THS – FI022GB2K8v3 --- V - MAINTENANCE N.B.: The metal detector does not check if there are any subsequent fragments in the material immediately following: all material under the probe must therefore be eliminated along with the part that caused the alarm. To minimise waste of material it is advisable to select a low setting for the ED parameter.

  • Page 51: Automatic Ejection With Photocell Synchronisation (Em=S)

    THS – FI022GB2K8v3 --- V - MAINTENANCE Model THS/PH This model uses a dedicated line (OUT2) instead of the ejection relay. N.B.: standard values for parameters ED and AT are ED=0 and AT=A. Signal Waveform Function Preceding conveyor relay None...

  • Page 52: Serial Line Connection (J3 And J4 Connectors)

    The RS 232 connection allows: • connection of a personal computer to a single THS metal detector only • connection of a printer fitted with a serial interface...

  • Page 53: Inputs

    THS – FI022GB2K8v3 --- V - MAINTENANCE Inputs Make all connections relating to input lines using screened cable, connecting the shielding only at the THS system end to the contacts marked with the symbol which are provided on the various connectors. Bar-code reader The bar-code reader is supplied upon request: for connection, follow the indications in the plan on the previous pages.

  • Page 54: Operating Instructions

    THS – FI022GB2K8v3 --- V - MAINTENANCE Operating instructions List of preliminary checks If the equipment is being switched on for the first time, some checks must be carried out and the value of some operating parameters must be set. These operations, which are listed on the first page of the INSTALLATION section, are described in the subsequent paragraphs in this section.

  • Page 55: Controls And Indicators

    THS – FI022GB2K8v3 --- V - MAINTENANCE Controls and indicators Power switch On/Off switch On the Conveyor Control System model, the is located on the power supply unit cover; in the case of the Control Power Box, an external switch must be fitted.

  • Page 56: Controls

    THS – FI022GB2K8v3 --- V - MAINTENANCE Controls The control of the Metal Detector and the setting of the device parameters are performed through the control panel keyboard, as shown below: Function Access and exit from the programming phase Return back from the submenus to the main menu...

  • Page 57: Visible/Audible Alarm Signalling Device

    THS – FI022GB2K8v3 --- V - MAINTENANCE Visible/audible alarm signalling device The signalling device comprises a flashing light and a buzzer. The sound volume and the type of sound can be selected via minidips. 1 volume & sound selectors Fig. III-4...

  • Page 58: Signals At Power-Up

    THS – FI022GB2K8v3 --- V - MAINTENANCE It is strictly forbidden to start up the system if all safety features are not properly functional. Tampering with the safety features is also forbidden, and voids all responsibility of the manufacturer for any damage caused.

  • Page 59: Checking For Environmental Electromagnetic Interference

    Checking for environmental electromagnetic interference The THS Metal Detector has very high immunity to electromagnetic interference. However, it may happen that electrical devices, usually power devices, cause interference which is strong enough to lead to false alarms. To identify these sources of interference the indication of the signal received from the probe, which the detectors normally shows on the display, can be used.

  • Page 60: Display Of The Status Of The Metal Detector

    THS – FI022GB2K8v3 --- V - MAINTENANCE Display of the status of the Metal Detector If the (increase) key is pressed when the display shows normal operation, a list of information relating to the Metal Detector’s status is shown: THS/M Sensitivity THS/MN V3.xxx...

  • Page 61: Emergency Button

    Automatic operation using a bar-code reader The THS system can, upon request, incorporate a bar-code reader for automatic selection of the specific parameters of the product in transit. This avoids having to halt the production line frequently. The reader is installed upstream of the probe so as to read a code stencilled on the pack.

  • Page 62: Photocell Self-Diagnosis

    Set the Analysis Mode parameter to a suitable value (see the “Analysis Mode Selection Criteria” section). In the case of the THS/3F model, the correct value of the MB parameter must be selected (ON: autolearn with automatic selection of the operating band; OFF: autolearn with operating band pre-set using the BA command). In the case...
  • Page 63 (N.B.: in the case of loose product, the device automatically proceeds to analyse it correctly). N.B.: in the case of model THS/3F, if MB=ON, carry out 3 x TN transits, with TN=2,3..The message “Pass product” appears on the display, and the buzzer is activated (if enabled).

  • Page 64: Analysis Mode Selection Criteria

    THS – FI022GB2K8v3 --- V - MAINTENANCE Analysis mode selection criteria The THS detector offers the possibility of choosing between three different types of detection, using the command Analysis mode AM: Selection criteria Preferential applications Analysis mode AM THS/M Other THS models always Distance between products at least 1.5 times the depth of...

  • Page 65: Sensitivity Check With Reference Sample

    Test using a CEIA sample The reference sample is one of the CEIA spherical samples available in various sizes and in three types of metal (ferrous, non-ferrous and stainless steel) Determine by experiment the sensitivity needed to detect the sample, or carry out the procedure for minimising the...
  • Page 66 THS – FI022GB2K8v3 --- V - MAINTENANCE If the test fails, one of the following messages will be seen at point 4: Display Comment The sample is considered too large to carry out a valid test, Test FE NULL <...

  • Page 67: Programming

    THS – FI022GB2K8v3 --- V - MAINTENANCE Programming General points on programming The control of the Metal Detector and the setting of the device parameters are performed through the control panel keyboard, as shown below: Function Access and exit from the programming phase...
  • Page 68 THS – FI022GB2K8v3 --- V - MAINTENANCE Example of display output Parameter Param eter during operator-level value name programming. Sensitivity 265 <- Products Cursor Example of display during Parameter programming: supervisor name level. Products -> Autolearn Detection Cursor Ejection indicating...

  • Page 69: Programming Instruction

    THS – FI022GB2K8v3 --- V - MAINTENANCE Every level of programming allows access to various groups of operating parameters, as shown below: Operation Programming access level Parameters or Menu used Operator (if authorized) Sensitivity parameter Sensitivity adjustment Supervisor, Engineer Products Menu...

  • Page 70: Autolearn Menu

    If TN=1 the autolearn will change only the TP value. except THS/MN If TN>1 the autolearn will change both TP and SE. The number of product transits requested for autolearn is 3xTN. Selecting MB=ON. On THS/3F with MB=ON, if TN=1 the value is automatically changed to 2. Remote...

  • Page 71: Detection Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Detection menu Remote Possible settings Standard setting Parameter Related to the current Sensitivity 0 - 299 product Description Models Sensitivity All models Alarm trigger threshold: the smaller the object to be detected, the greater the sensitivity must be.

  • Page 72: Ejection Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Ejection menu Remote Possible settings Standard setting Parameter Related to the current Ejection mode B / F / S / SB product Description Models Ejection mode Selection of ejection mode for contaminated material.

  • Page 73: Ejection Time Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Remote Possible settings Standard setting Parameter Belt lower sp. Global See below Description Models Minimum transit speed This parameter appears only if the variable speed inverter module (MDL) is fitted (KT > 0.000) or an encoder is connected (KE>0).

  • Page 74: Counters Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Counters menu Remote Possible settings Standard setting Parameter Related to the current Cur. alar. 0 – 999999999 product Description Models Number of alarms caused by the current product (since last reset) All models...
  • Page 75 The time required by the THS to process the barcode is usually insignificant, but becomes important if the band is changed due to a modification in the type of product.

  • Page 76: Ths Configuration Menu

    THS/G Note: In order to function, a photocell for synchronisation of the packs must be installed. This photocell can be installed before or after the THS probe; HOWEVER, IT MUST BE INSTALLED AFTER THE BARCODE READER THS Configuration menu...
  • Page 77 6 alphanum. characters Description Models Enabling code for operation with bar-code reader All models, 6-character code which enables the THS to work with the bar-code reader: this is supplied by CEIA on delivery of an except THS/G upgrade kit. Remote Possible settings...

  • Page 78: Date Settings Menu

    If set to OFF it is possible to understand if a noise is electrical or mechanical. Refers to the Instructions manual. except THS/MN When TX=OFF the THS does not detect metals. The parameter is automatically set to ON if the THS is switched off and on again.

  • Page 79: Change Password Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Change Password menu Remote Possible settings Standard setting Parameter Operator Global 6 alphanum. characters 000001 Description Models Operator’s password All models Select each character via the (increase) e (decrease) keys and confirm by pressing the key.
  • Page 80 THS – FI022GB2K8v3 --- V - MAINTENANCE Remote Possible settings Standard setting Parameter BIN_ABS input Global NC / NO Description Models Type of device connected to the “BIN_ABSENT” input NC: Normally Closed; NO: Normally Open. All models If set to NO the Metal Detector gives an alarm when the BIN_ABSENT input is closed.
  • Page 81 THS – FI022GB2K8v3 --- V - MAINTENANCE Remote Possible settings Standard setting Parameter Bin.Full al. Global ON / OFF Description Models Enabling of “BIN_FULL” alarm All models If the input remains active for more than 5 seconds, the malfunction signal is activated.
  • Page 82 Models Belt stop in case of fault All models, excepts THS/G SF=ON: if there is a fault in the THS, the belt stops; SF=OFF: if there is a fault the belt continues to run. Remote Possible settings Standard setting Parameter...

  • Page 83: I/O Status Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Remote Possible settings Standard setting Parameter Motor current Global 0.000 – 5.000 A Description Models Nominal motor current Set the nominal value for the motor connected to the MDL (this parameter is only significant on the version with MDL All models, card).

  • Page 84: Print Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Print menu Remote Possible settings Standard setting Parameter Print parameters Global Description Models Print list of parameters with their current settings All models The data are sent to the RS232 interface, if the #PT<ENTER>...

  • Page 85: Print Report Menu

    THS – FI022GB2K8v3 --- V - MAINTENANCE Print report menu Remote Possible settings Standard setting Parameter Ejection report Global ON / OFF Description Models Include Ejections in the personalized report All models Remote Possible settings Standard setting Parameter Param. mod.

  • Page 86: Quality Control Menu (Q.c.report)

    THS – FI022GB2K8v3 --- V - MAINTENANCE Quality Control menu (Q.C.Report) Remote Possible settings Standard setting Parameter Print period Global 00:00 – 23:59 00:00 Description Models Frequency of automatic printing of personalised report If PP=00:00 the automatic printing is disabled.

  • Page 87: Commands Accessible Only In Remote Programming

    Standard setting Parameter Global Description Models Exit from remote programming All models In case the remote programming is not used for 3 minutes, the PE command is sent automatically by the THS Remote Possible settings Standard setting Parameter Global Description...

  • Page 88: Remote Programming Via Serial Link

    Remote programming via serial link Programming is carried out through a remote computer fitted with an RS232 or RS485 interface, using a standard communications program (e.g. Windows™ Terminal) or the CEIA MDScope program, available on request. Communication parameter settings: •...

  • Page 89: Connecting To A Metal Detector In A Network

    THS – FI022GB2K8v3 --- V - MAINTENANCE Connecting to a metal detector in a network Run the communications program #PE <ENTER>* Execute the PE command (LineID)(password)<ENTER> On the same line, enter the ID code and password (Head of Quality Control) and key ENTER. The command prompt...

  • Page 90: Maintenance

    THS – FI022GB2K8v3 --- V - MAINTENANCE Maintenance Any maintenance or repair of the device while open and energised should be avoided, and in any case should only be carried out by trained personnel who are fully aware of the risks which the operation entails, following the instructions given in the “Maintenance”...

  • Page 91: Self-Diagnosis

    THS – FI022GB2K8v3 --- V - MAINTENANCE Self-diagnosis The internal diagnostic system monitors the operational status of the metal detector. If a fault is detected, the following are activated in addition to a message on the display: • the illuminating alarm indicators •...

  • Page 92: Storage

    THS – FI022GB2K8v3 --- V - MAINTENANCE Storage Store the system in its original packaging, or in a way that protects it adequately from atmospheric agents or other possible causes of damage (moving objects, weights, solvents etc.). Storage temperature (Regulation EN 60204): -25°C - +55°C long-term, +70°C for 24 hours maximum.

  • Page 93: Replacing The Belt

    THS – FI022GB2K8v3 --- V - MAINTENANCE Replacing the belt If the belt has to be joined, this should be done along a diagonal or, even better, in a zigzag, in order to minimise the increase in thickness due to the joint.
  • Page 94 Voltage Voltage Emergency Emergency regulators regulators switch switch ALM card ALM card Fig. V-8a block diagram of the THS system with MDT card, Fig. V-8b block diagram of the THS system with MDT card, 230V~ power supply 400V~ power supply...

  • Page 95: Replacing Card Scd

    NOT in the centre). In the case of models THS/PH and THS/G, make the probe vibrate. Repeat TL autolearn for each band (BA) and for each channel (CH).

  • Page 96: Checking Environmental Electromagnetic Interference

    To eliminate the interference, the first thing to do is to identify whether it is electrical or magnetic: Set parameter TX=OFF. . (NB: on model THS/MN, set the switch on the internal card of the probe power-supply unit to OFF) Examples of sources of electrical interference: electric motors, inverters, power cables, lighting...

  • Page 97: Appendices

    THS – FI022GB2K8v3 --- VI - APPENDICES APPENDICES DECLARATION OF CONFORMITY CE DECLARATION OF CONFORMITY CE DECLARATION DE CONFORMITE CE KONFORMITÄTSERKLÄRUNG CE DECLARACION DE CONFORMIDAD CE DICHIARAZIONE DI CONFORMITÁ CE Manufacturer CEIA S.p.A. Fabricant / Hersteller / Fabricante / Costruttore:...

  • Page 98: Spare Parts, Options And Accessories

    •description of the part •quantity ordered •shipping method CEIA is not responsible for any error in shipping due to incomplete and/or inaccurate orders. When ordering any component, please indicate the serial number of the device! THS standard model / THS/3F Validity: revision 3.30, 09/06/2003...

  • Page 99: Ths/Sl

    THS – FI022GB2K8v3 --- VI - APPENDICES Power supply card 00208ALM 18939 Motor control panel - card 00208STC 18944 Motor control card 00208MDL 18943 Motor control card 00208MDT 19946 Remote control card 00208RCU 18945 Picket-Fence bar code reader (code with vertical bars)

  • Page 100: Ths/Ph

    THS – FI022GB2K8v3 --- VI - APPENDICES Motor control card 00208MDL 18943 Motor control card 00208MDT 19946 Remote control card 00208RCU 18945 Auxiliary power supply unit 23400 Power supply card 00208MAG 23240 Picket-Fence bar code reader (code with vertical bars)

  • Page 101: Ths/G

    THS – FI022GB2K8v3 --- VI - APPENDICES THS/G Validity: revision 3.300, 30/06/2003 Spare parts Description Quantity Code Control panel 18736 SPM module 21853 Cable connecting the probe to the power supply unit: length 3 metres 18940 Cable connecting the probe to the power supply unit: custom length (max. 40m)
  • Page 102 "U" protection for cover - belt width 500mm for Family B 24872 Protective panel set at the exit of the antenna - belt width 2000 x 300 mm per THS/MN DH 150mm 24909 Cover - belt width 300mm per THS/MN DH 150mm 23262 "U"...
  • Page 103 2000 X 500 X 875 ± 75 Fam. C 24650 24915 24916 20354 21240 25361 21244 24718 2000 X 300 X 875 ± 75 per THS/MN 23532 23382 23383 20354 21240 25361 21244 24716 2000 X 500 X 875 ± 75 per THS/MN...
  • Page 104 150 mm 21416 175 mm 21417 200 mm 21427 225 mm 21418 250 mm 21419 275 mm 21420 Table D - THS/SL and Fam. A antenna fixing kit for belt length of 1000 mm Metal Detector aperture height THS/SL Fam. A...

  • Page 105: Ths Accessories - Test Pieces

    Fam. C with aperture heigth 325 mm 24907 Fam. C with aperture heigth 350 mm 24908 Table F - Exit Protective panel set for Fam C and THS/MN Metal Detector aperture height Code THS/MN H 150 on belt with width 300mm...

  • Page 106: Ths Accessories - Md Cad - 27185

    21494 Sample with a ø 6.0 mm in non ferrous material sphere 21495 Sample with a ø 6.5 mm in non ferrous material sphere 21496 THS Accessories - MD CAD - 27185 Validity: revision 1.0, 17/09/2002 Spare parts Description Quantity...

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