11 CID: NXITS6 NS AND GENERAL WARNINGS NOBLE & INADVERTENT SPECIFICATIONS AND GENERAL WARNINGS PREMISE This instruction manual supplies all tha specific information necessary to kcw and correctly use tout MAR POSS equipment. The descriptions reported in this manual are aimed fo the following personnel + MAR POSS personnel or Customer's personnel who has to install the ag pent.
FUC ID: ANXIETY SYSTEM COMPONENTS COMPONENT! DEL SITEMAP _ 2.1 SYSTEM COMPONENTS A Touch prose ant E86 transmitter B Crash protection pin {optional} € Stylus retainer {optional} 7) Lush pe E E86 antenna F £86 interface unit G+ Two. open-ended spanners {CH 5 and 5.
FCC 1D: ANXIETY SYSTEM COMPONENTS CONFIGURATION E ORNAMENTATION 31 SYSTEM COMPONENTS The radio transmission system identifies work piece coordinate which are processed by the machine tool CNC in order ‘o define measurements. The points are detected by a probe consisting of a multi-directional precision witchcraft; pom data is then transmitted oy a radio transmission system, consisting of a transmitter and receiver, 19 an interface unit and from here to the CNC.
SYSTEM OPERATION MODALITY 01 IMPIETY FCC ID: ANXIETY 4.1 SYSTEM OPERATION + This measuring system 1s multi-directional and operates in the x/yl+2 hemisphere. The contact between the stylus and the part surface to be listed generates a signal used ty the machine tool fo memories the contact point and stop the machine axes, To ensure a high degree of repeatability we recommend the use of a constant measuring speed.
FOC AD: ANXIETY FADING TRANSMISSION TRANSMISSION RADIO 6.1 DESCRIPTION The radio transmission system consists of threat tams: + Transmitter: detect the data needed to the CNC for the measure determination. + Antenna: receive the transmitter signal and send it ta the £86 interface unit. + Interface unit: processes the signals received from the antenna and transmit them to the CNC. The system allow the programming of 16 different transmission channel. Frau probes can be used on the mass channel.
FOC: Wine RAC TRANSMISSION TRANSMISSION DYADIC 6.2 TRANSMISSION ACTIVATION The transmittal is usually in the stand-by mode; transmission is starts in one of the following ways depending on the transmitter version: + radio starting * mechanical starting (by micro-switch on the taper shank). ri 0 6.21 RADIO STARTING The system is actuated by a radio signal emoted from tne antenna to the transmitter, The transmission s started by a signal from the machine lo ART put signal M coca. 6.2.
LUCID: SOPHIE RADII TRANSMISSION TRANSMISSION ADC 6.3 STOPPING TRANSMISSION When the transmitter is not in use «is switched to the stand-by mode in order to prolong battery fife. ra Transmitter with radio starting 9 + Automatic stopping The transmitter is automatically switched off when the time-out set on the transmitter timer during starting has elapsed (see Transmitter programming).
24 E86 71 FCC TD: NXTES6P TRANSMITTER TRANSMITTER £86 DESCRIPTION The transmitter optically Transmits the measurement Gaea 10 be processed by the CNC to the antenna (sss “Optical Transmission’). This data Includes: Probe status: contact repentance closed Battery status: battery low ar discharged A Green LED indicate the probe, battery and transmission status. LED constant it = Probe deflected t Flesh every secs. = Transmission activated 2 Flash very secs.
28 FOC TD, Impetigo £86 TRANSMITTER TRANSMITTANCE £88 7.3 PROGRAMMING THE TRANSMITTER Warning A\ Mar poss declines all responsibility for damage caused by internal programming changes 4 carried out by unauthorized personnel + The transmitter is programmed by setting the OFFEND dip-switches {L) To reach the dip-switches (L), remove the four screws (G) and remove both the covers (F) fem tne hatter compartment. Note: The transmitter is supplied with the dip-switches programmed as shown in Figure (L).
FOC: SOPHIE TRANSMITTER COMPETITOR Eg6 7.3 PROGRAMMING THE TRANSMITTER Dip-switch functions are as follows: Dip-switches 1, 2, 3: program the automatic transmission time-out timer as shown in the table below (see also "Slapping transmission"), in case of mechanical activation the dip-switches 1-2-3 must be set in ON position DID-SWITCH | TIME OUT secs. secs. i OFF ON 17 secs. OFF ON ON OEE se OFF ins. 14 86S, i FF gumming sees. i i OFF OFF + OFF 8 mind, 57 secs.
fl 36 E85 REC EWER _ 8.1 FCC 1 ANXIETY SERVITOR E86 DESCRIPTION The antenna receives the data emitted by the transmitter and send them to the E86 interface unit connected via cable. On the front of the antenna the following elements are visible: AR ed LED. Lit when the system is not operating or the transmitter signal is not received Bone yellow LED and three green LED. They indicate the signal strength. During the installation that allow to find the suitable antenna location. C15m (49.
FCC SOPHIE £85 REC EWER PREVARICATOR E85 8.2 CONNECTING UP THE ANTENNA Connect the antenna to the E88 interface unit as shown in the connection diagram {see chapter ik 8.5 "Connecting up the interface unit” 3 The cable is connected to he terminal block on the bosom of the electrical board.
FCC ID: Bebop UNITS DI INTERFACE £86 9.1 INTERFACE UNIT FRONT PANEL A"power (green) LED indicates that the interface unit is powered up. 8"probe’ green) LED indicates probe status. When lil, indicates that the probe stylus is deflected. When unlit, indicates that the probe s 3 1n the rest position. c 9 C -"battery low” (yellow} LED : indicates that the cattery life is iow or that the battery is discharged.
DEFUNCT: BEBOP INTERFACE UNIT _ 8.4 PROGRAMMING THE INTERFACE UNIT The interface uni: is programmed by chatting tha ON/OFF dip-switches (H). Note: The interface is supplied with the dip-switches programmed as shown in Figure.The configuration set is indicated on the table with a gray box. To program the interlace unit, proceed as follows: Switch off the interface unit Remove the three retaining screws and remove the cover.
50 FACE UNIT LOCI: NXHEs6P 9.4 PROGRAMMING THE INTERFACE UNIT The dip switches 7-8-G10 sets the receiving channel as indicated in the below table: UNITS DI INTER EA CHANNEL OFF OFF oN ON ON QFF ON OFF OFF oN ON OFF ON OFF OFF ON OFF OFE OFF OFF OFF off OFF OFF _ 9.4 PROGRAMMABLE DELL 'UNITS DI INTERFACE Mediate | dip switch 7-8-9108 possible reprogramming il canal di frictions coma indication tabulate contestant.
C2 52 FOU ID: BEBOP E84 INTERFACE UNIT UNITS DI INTERFACE E86 9.5 CONNECTING UP THE INTERFACE UNIT The interface unit card has a terminal block for connections. Connect the wires to the screw terminals using the connection diagram.
FLU Twinkies E65 INTERFACE UNIT UNITS DF INTERFACE E85 8.5 CONNECTING UP THE INTERFACE UNIT I/O diagram of interface unit Solid state Signal relay Prove [4] on 1 status Probe i Staci Skip Kip Low battery Low battery “ye ices | Error | | Note: The activation time, topically lower than 1 sec. can increase up to about 3 secs, if the : working areaisdisturbedby glectromagneticinterferences.
FCC ID: MONIES) ASSEMBLING THE PROBE TO THE TRANSMITTER REGIMENTATION SONDA-TRASMETTITORE 10.1 ASSEMBLING THE PROBE TO THE TRANSMITTER To affirmative the probe therefrom tha transmitter. fallow the constructions below. fe Caution | iN When hing the probe io the transferring.
INSERTING PROBE TA TENSIONS OPTIONAL) RISORGIMENTO PACKINGHOUSE PER SOUNDER (OPTIONAL 11.1 INSERTING PROBE EXTENSIONS (OPTIONAL) The probe extension is fitted between the probe and the transmitter; the purpose of the extrinsic ¥ is ta increase the measuring depth of the system. To fit an extension, proceed as folic: Caution When Fitting an extension. ensure that the seal rings ara in good condition and correctly sectioned. + T25/TL25 probe extension Using the spanner supplied (A1).
FCC I: NAPIER INSERTING PROBE EXTENSIONS (OPTIONAL PIMENTO PLUNGER PER SOUNDER (OPTIONAL) 11.1 INSERTING PROBE EXTENSIONS (OPTIONAL) ao + T36 probe extension | Unscrew the holder {B) from the ‘transmitter. | Unscrew the screws (B1) and remove the probe from the holder (8). Fix the extension (82) to the hider (B) using te screws (BT). i je Fix the considerateness assembly to the transmitter using the spanner : Fix the probe to the extension using the screws (B3).
FCC ID: ANXIETY —_FIGHTING THE TRANSMITTER TO THE PER } CONTAGION EL TRASH TINTORETTO SUL CON. 12.1 FIXING THE TRANSMITTER Heave the battery compartment covers (Con the transmitter by removing the S Crews (0; this provides access © the four holes (E) on the standard holder . Drill tour M4 x 8 threaded holes (A) and a central countersink (8) on the taper as shown in Figure. Join the transmitter and the taper inserting the 6 mm diam. pall {G} into the countersink on has of the taper and into the.
FOC: SEXINESS . FITTING THE TRANSMITTER T0 THE TAPER MONTAGE DEL TRANSMITTER SUL CONG. 12.2 FIXING THE TRANSMITTER WITH THE ADJUSTING PLATE 1 Remove the battery compartment Overs on the transmitter by removing tha screws {see Capt. 12.1} Note: The operations in points 2,3,4 and § below refer to the transmitter with radio starting only. Transmitters with mechanical starting (i.e. with a witchcraft on the taper) are supplied complete with a taper and with the holders already fitted.
FOC TWINKIES FITTING THE TRANSMITTER 10 THE TAPER . CONTAGION DEL TRANSMITTER SUL DONS 12.2 FIXING THE TRANSMITTER WITH THE ADJUSTING PLATE 4 Dri two M4 x 8 threaded holes {F) on the tool taper as shown in Figure. § Fix the adjustable hider (G) to the tool taper using the two screws {H). Note: The holder {G) has three pairs of fixing holes to enable correct angular orientation i of the transmitter LED {L) toward the operator. 6 Join the transmitter to ihe taper.
FOC 1D: SOPHIE _ FITTING THE TRANSMITTER iE TAPER 12.2 FIXING THE TRANSMITTER WITH THE ADJUSTING PLATE Aligning the system 9 . Fit the probe stylus (see “Fitting tne probe stylus’). musing the four special nuts align the center of the stylus sphere with the taper axis. Maximum permitted travel, 1.7 mm in the four directions. Example: Ta move the stylus sphere towards X', tighten (Q1) or loosen (Q2) as required. se this method for the other directions. 11.
POC ID: LIEBERMAN _FITTING THE PROBE Sirius CONTAGION DEL BRACELET SODA 13.1 FITTING THE PROBE STYLUS To fit the stylus to the probe, proceed as follows: : Note: The procedure described below involves the fitting of a break pin between the probe and i the stylus. The purpose of the break pin is to protect the stylus from damage in the event | af accidental knocks or blows to the probe by disconnecting the stylus farm the probe. Fit the trek pin {A} to the probe (B).
DIAGNOSTICS FCC. Gigolo DIAGNOSTICS 76 14.1 FAULT FINDING GUIDE Faults are indicated by the LED an the interface unit panel. Power LED off Ne power suf 5 Check that power is arriving at terminals 13 and 14 an the terminal board of the interface anti. ruse open W wait some minutes with interface anti not powered Error LED is lit Transmitter-Antenna out of Check that the green “wing” LED on lhe antenna Hans mission range remains it dung probe movement Transmitter artery low or complete Cra he battery.
FOC SOPHOCLES ” MAINTENANCE MAGNETIZATION 15.1.2 FITTING/CHANGING THE BATTERY The transmitter Cattery must be changed wham the “low battery” LED on the interface unit its up and when the LOW BAT output signal is transmitted. To change the battery, proceed as follows: jl ~ Unscrew the two screws (A) of the battery compartment cover (C) (marked with the battery symbolism. Remove the old battery and insert tha naw battery (B) into the battery compartment cover (CT) ensuring that ina poles match.
FOC HD SOPHIE MAINTENANCE MAGNETIZATION 15.2 EXTRAORDINARY MAINTENANCE 15.21 CHANGING THE BREAK PIN AND THE STYLUS Should the stylus or break pin become damaged due to an accidental knock to the probe they must be replaced, Proceed as follows: i 1 Si ids the holder {A) off the broken or bent break pin 2 Unscrew stylus (B) and the probe (C} from the broken break pin (D). Remap the damaged stylus from the probe (CG).
SPARE PART UST FCC ID: ANXIETY g 16.1 SPARE PART LIST BICAMERALISM cont ¥° DESCRIPTION Lovey T25.
FOC TD Anxiety MAR POSS The following statements will be inserted in the user manual of the E86 system for the USA: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
