Simple operation due to clear operation system

Transcription

1 57 Digita Sensor SERIES Reated Information Genera terms and conditions... F-7 Gossary of terms / Genera precautions... P.359~ / P.45 Sensor seection guide... P.3~ seection... P.5~ PHOTO PHOTO Conforming to EMC Directive isting series has been modificated from Juy production. The coor of encosure has been changed from white to dark gray and the protection cover has been attached. MEASURE panasonic-eectric-works.net/sunx PNP output type avaiabe Timer Automatic sensitivity Test input Interference ight intensity monitor prevention CONTRO Taking fiber sensors to the next eve Setup is made simpe, using a dua digita dispay The dua digita dispay aows users to check both the threshod vaue and incident ight intensity at the same time, aowing for cear and intuitive contro of the sensor s functions. Threshod vaue Incident ight intensity s Commerciay-avaiabe connectors are used so that ead time and spare part numbers can both be reduced The connectors used are commerciay-avaiabe connectors, so that processing costs and ead time required for carrying out processing after purchase of the sensors can be greaty reduced. The same connection parts as the DP- series of digita pressure sensors and the PM-64 series of micro photoeectric sensors can be used. Commerciay-avaiabe press-fit connectors are used, so that the processing costs for connection cabes can be greaty reduced. Conventiona (cabe type) 7/ Conventiona ead time Harness processing by outside order is needed after sensor preparation. Commerciay-avaiabe connector Customer Sensor preparation Sensor purchase and preparation Harness processing by outside order Sensor instaation Harness processor From now on (buit-in connector type) Sensor purchase and preparation Harness processing by outside order Sensor instaation Sensor instaation Harness processing ead time from now on Harness processing can be done by outside order at the same time of sensor preparation. No need junction connector. Customer Sensor preparation Sensor instaation Harness processor Using cabes with connectors Harness processing ead time further reduced Harness processing by outside order is not needed. ead time and spare part numbers can be reduced. Purchase of sensors and cabe with connectors Sensor instaation Reduced Customer Sensor preparation Sensor instaation Reduced Reduced ead time

2 Digita Sensor SERIES 58 Saving-space with a width of 9 mm.354 in Very sim at ony 9 mm.354 in. This is much thinner than existing fiber sensors. Even if the difference is sma when ony using one unit, when using many units this makes a very arge difference. 9 mm.354 in Simpe operation due to cear operation system Improved stabiity over both ong terms Utiizes the standard Panasonic Eectric Works SUNX digita fiber sensor eement Four-chemica emitting eement for ight emission. The ight emission is guaranteed to be stabe over ong periods of time. [Stabe sensing comparison] ight-emitting amount ong-term stabiity Three-chemica emitting eement We are using the operation system of digita pressure sensor DP-, which has been highy praised since it went on sae. We have separated the s eves into three eves: RUN mode, SET mode, and PRO mode, making operation simper and easier. Functions used during norma operation RUN mode Changing threshod vaues Key ock Quick s Code s Simpe Specia and detaied Time Functions used when initiaizing the sensor and carrying out maintenance SET mode Teaching -ON / D-ON Timer Attenuation function Interference prevention function Equipped with a fu compement of digita fiber sensor functions PRO mode Shift Externa input Reset GETA ECO Dispay reversing Surpus vaue dispay Copy Threshod tracking PHOTO PHOTO MEASURE CONTRO Quick code input function Simpy imputing the defaut Code (number) wi enabe sensor s. Even if the s are accidentay changed, imputing the code wi restore the defaut s. Confirmation can be carried out smoothy via teephone by simpy quoting numbers. This can be of great assistance when deaing with foreign country customers. Quick : Press and simutaneousy for sec. Code : Press and simutaneousy for 4 sec. RUN mode Quick numbers (summary) No Output Timer ight-emitting operation amount seection Dark-ON Dark-ON Dark-ON Dark-ON ight-on ight-on ight-on ight-on None None OFF-deay ms OFF-deay ms ON-deay 4 ms ON-deay 4 ms ON-deay ms ON-deay ms OFF ON OFF ON ON OFF ON OFF s 7/ Refer to Quick function and Code function in PRECAUTIONS FOR PROPER for detais.

3 59 Digita Sensor SERIES PHOTO PHOTO Teaching using ON / OFF buttons SET mode Simpy press the ON button when an object is present and OFF when it is not. There is no need to switch s or make judgments between ight-on ( ) and Dark-ON ( ). <Setting exampe> Thru-beam type / Retrorefective type Refective type Object present ON Object absent OFF Resoves variation in incident ight intensity dispay GETA function PRO mode Even when performing the same sensing operation, there may be variances in the digita vaues of the fiber amp. There is no probem with the sensor itsef, but the operator may find it troubing. Given vaue can be corrected with the GETA function, so the apparent variation can be eiminated and the creation of operation manuas can proceed smoothy. Variations in the amount of ight received Unify at 5 using the GETA function MEASURE CONTRO Object present ON Object absent OFF Teaching is possibe even without work. imit teaching function This carries out teaching and sets threshod vaues ony when no object is present (when the incident ight amount is stabe). This is usefu when sensing objects if there are other objects in the background and when sensing minute objects. Teaching can aso be carried out using externa input. Correcting an incident ight intensity dispay of dispay as 4, [digits] Incident ight intensity 5 current vaue 4, [digits], 5 Not dispayed to Because the origina vaue is 5, the dispays for the ower imit vaue wi be 5 and the upper imit vaue wi be 4,. Save maintenance time Threshod tracking function PRO mode Stabe detection of minute objects or transparent objects Attenuation function SET mode s 7/ This function seeks changes in the ight emitting amount resuting from changes in the environment over ong periods (such as dust eves), so that the incident ight intensity can be checked at desired intervas and the threshod vaues can be reset automaticay. Reduces the number of man-hours needed for maintenance. * Becomes active when the output operation is set to on, the beams are not received, and when using semi-transparent or mirrored refective cabe. Incident ight intensity Threshod vaue Current vaue The amount of ight received when there is no object Time If the ight receiving eve becomes saturated when sensing over short distances or when sensing transparent objects or minute objects, the ight emitting amount can be reduced so that stabe sensing can be provided without needing to change the response time. On previous modes, there was ony one ight reduction eve, but now there are 3 eves pus an automatic mode. As before, even when the fiber and distance s needed to be atered for proper sensing, this function can aow simpe s aterations. ight receiving eve saturated Actua digit difference: C A Upper dispay imit 4 B Incident ight intensity Saturated digit difference: D ight emitting amount changed Incident ight intensity Stabe sensing A, B, Actua digit difference: C

4 Digita Sensor SERIES 6 Interference prevention function SET mode Setting copy function to reduce man-hours and human error PRO mode FX- : Interference prevention for up to 3 units FX- : Interference prevention for up to 4 units The emission frequencies can be set separatey for each unit in order to avoid interference. The emitted ight fashes whie is in progress, so that you can see at a gance which fiber sensor is currenty being set. There is no need to pace the ampifiers cose together ike there was before, and so the ampifiers can be set up apart from each other. * When the emission frequencies are changed, the response times wi aso change. The emitted ight and output indicator fash at the same frequency. Muti-function externa input PRO mode Settings such as emission hat, imit / auto teaching, -point teaching and ECO s can be carried out via externa input. Aso, the threshod vaue can be memorized. (Brown) +V (Back) Output (White) Externa input (Bue) V Externa input ines are equipped as standard Digita dispay inversion Coor of ead wire of attached connector cabe PC etc, PRO mode The viewing orientation of the digita dispay can be inverted in accordance with the direction of the ampifier. By attaching a fiber sensor to each device that is to be the fiber sensor master, the master sensor s can be copied aong with data transmissions. By synchronizing the s on a the devices, troube from errors can be prevented, meaning fewer changes to the instruction manuas even when equipment design is changed. <Wiring inset coping> Master side (Brown) +V (Back) Output (White) Externa input (Bue) V Save side (Brown) +V Coor of ead wire of attached connector cabe (Back) Output (White) Externa input (Bue) V to 4 V DC ± % Copiabe Threshod vaue, output operation, timer operation, timer period, ight-emitting amount seection (attenuation function), shift, ECO, digita dispay inversion, and threshod vaue margin (aert function) Fexibe mounting without bracket You can choose either DIN rai mounting or mounting with M3 screws through penetrating hoes on the side of the ampifier. When mounting directy or instaing ony one ampifier or instaing to a moving part, there is no sippage. + PHOTO PHOTO MEASURE CONTRO Previous products (without inversion function) SERIES Turn OFF ø3. mm.6 in mounting hoes Can be attached with M3 screws. Aert function PRO mode When the amount ight received approaches the threshod vaue, the dispay can be made to bink in order to aert the operator. <When using at a shift amount of % and a threshod vaue of,> The amount of ight received ranges from about 9 to, when the digita indicator fashes. Incident ight intensity, 9 Turn ON Range of the digita indicator fashing (margin: sma) Threshod vaue of, Use norma or ong distance varieties Response time and sensing range differ with standard or ong sensing range types. Seect the best type for your needs. Mode No. Type Sensing range Response time FX- FX- Standard type ong sensing range type (FT-B8) Eectricity consumption saving possibiities 4 mm in Fastest 5 μs,5 mm in Fastest.5 ms ECO After, if about seconds go by without any key operations taking pace the digita dispay wi turn off and energy consumption is kept under 6 mw. (When iuminated it is under 7 mw) s 7/ The digita indicator fashes.

5 6 Digita Sensor SERIES CONTRO Standard type ong sensing range type ORDER GUIDE Type Appearance Mode No. M8 pug-in connector type M8 pug-in connector type Cabe set (Note ) M8 pug-in connector type M8 pug-in connector type Cabe set (Note ) FX- (Note ) FX--Z (Note 3) FX-P (Note ) FX-P-Z (Note 3) FX--CC FX-P-CC FX- (Note ) FX--Z (Note 3) FX-P (Note ) FX-P-Z (Note 3) FX--CC FX-P-CC Emitting eement Red ED Output NPN open-coector NPN open-coector PNP open-coector PNP open-coector NPN open-coector PNP open-coector coector NPN open-coector NPN open-coector PNP open-coector PNP open-coector NPN open-coector PNP open-coector Accessory CN-4A-C Connector attached cabe m 6.56 ft * Ony incude cabe set type FC-FX- (Protection cover) Notes: ) The connector attached cabe CN-4A-C is suppied with the ampifier. ) Make sure to use the optiona connector attached cabe CN-4A(-R)-C or the connector CN-4A, or a connector manufactured by J.S.T. Mfg. Co., td. (contact: SPHD-T-P.5, housing: PAP-4V-S) 3) Make sure to use the optiona M8 connector attached cabe CN-4A-C. s 7/ Designation Mode No. Description CN-4A-C m 3.8 ft Connector attached cabe CN-4A-C (Note ) CN-4A-C3 m 6.56 ft 3 m ft CN-4A-C5 5 m 6.44 ft CN-4A-R-C m 3.8 ft Connector CN-4A-R-C m 6.56 ft attached cabe (Fexibe type) CN-4A-R-C3 3 m ft CN-4A-R-C5 5 m 6.44 ft M8 connector CN-4A-C m 6.56 ft For M8 pug-in connector type attached cabe CN-4A-C5 5 m 6.44 ft Connector CN-4A Set of housings and 4 contacts Ampifier MS-DIN-4 mounting bracket MS-DIN-E End pates Two pcs. per set Mounting bracket for ampifier. mm 4-core cabtyre cabe with connector on one end Cabe outer diameter: ø3.7 mm ø.46 in The connector on one end Cabe outer diameter: ø4 mm ø.57 in When it moves depending on the way it is instaed on a DIN rai, these end pates ensure that a ampifiers are mounted together in a secure and fuy connected manner. Copy unit (Note ) SC-SU Copy the controer s to other controers. Notes: ) The connector attached cabe CN-4A-C is suppied with the cabe set type FX- -CC. ) Refer to the copy unit SC-SU pages for detais. Recommended connector Contact: SPHD-T-P.5, Housing: PAP-4V-S (Manufactured by J.S.T. Mfg. Co., td.) Note: Contact the manufacturer for detais of the recommended products. Recommended crimping too Mode No.: YC-6R (Manufactured by J.S.T. Mfg. Co., td.) Note: Contact the manufacturer for detais of the recommended products. M8 connector attached cabe CN-4A-C ø9 ø.354 Ampifier mounting bracket MS-DIN-4 Connector CN-4A Housing Connector attached cabe CN-4A(-R)-C ø4 ø.57 M8 connector attached cabe CN-4A-C Fixing ring Contact

6 Digita Sensor SERIES 6 IST OF S Thru-beam type (one pair set) s are isted in aphabetic order. Refer to p.5~ for detais of each fiber. Mode No. Sensing range (mm in) (Note ) Standard type FX- ong sensing range type FX- Type cabe ength : Free-cut Dimensions FT Super quaity, ø.5 mm ø. in, Fexibe m 6.56 ft P.9 FT M3, Fexibe m 6.56 ft P.9 FT Super quaity, ø mm ø.39 in, Fexibe FT Meta-free m 6.56 ft P.9 FT M4, Fexibe P.9 FT-A8, , (Note ) P.9 Wide beam FT-A3 3, (Note ) 3, (Note ) m 6.56 ft P.9 FT-AFM P.9 Array FT-AFME P.9 FT-B , M4 P.9 FT-E Utra-sma dia. 5 mm in P.9 FT-E Utra-sma dia., Fexibe m 3.8 ft P.9 FT-E Utra-sma dia. m 3.8 ft P.9 FT-E Utra-sma dia., Fexibe m 3.8 ft P.9 FT-FM M4 FT-FMS m 6.56 ft P.9 M4, Seeve FT-FMS P.9 FT-FM 9, , M4, ong sensing range m 3.8 ft P.9 FT-H3-FM Heat-resistant, 3 C 66 F m 6.56 ft P.9 FT-H-J-S (Note 3) mm in (Note 4) P.9 FT-H-J3-S (Note 3) Heat-resistant, Joint C 39 F 3 mm.8 in (Note 4) P.9 FT-H-J5-S (Note 3) mm in (Note 4) P.9 FT-H-M Heat-resistant, C 39 F m 3.8 ft P.9 FT-H-VJ5-S (Note 3) Heat-resistant, 5 mm9.685 in (Note 4) P.9 Joint C 39 F FT-H-VJ8-S (Note 3) Side-view 8 mm in (Note 4) P.9 FT-HW-M 3.8 Heat-resistant, C 39 F P.9 m 3.8 ft FT-H3-MV-S (Note 5) Vacuum-resistant, Heat-resistant P.9 FT-H35-M Heat-resistant, 35 C 66 F P.9 m 6.56 ft FT-H35-MS Seeve P.9 FT-H8Y , Chemica-resistant, Heat-resistant m 6.56 ft (Note 6) P.9 FT-K8, , 8. Narrow beam FT-KV m 6.56 ft P.93 Side-view FT-KV8, , 8. P.93 FT-8Y, 43.37,6.36 Chemica-resistant m 6.56 ft (Note 6) P.93 FT-NFM M3 FT-NFMS m 6.56 ft P.93 M3, Seeve FT-NFMS P.93 FT-P ø.5 mm ø.59 in, Fexibe m 3.8 ft P.93 FT-P M3, Fexibe FT-P m 6.56 ft P.93 M4, Fexibe FT-P P.93 FT-P8X M4, Tough fexibe m 3.8 ft P.94 Notes: ) Note that the sensing range of the free-cut type fiber may be reduced by % max. depending upon how the fiber is cut. ) The fiber cabe ength practicay imits the sensing range to 3,5 mm in ong. 3) Heat-resistant joint fibers and ordinary-temperature fibers (FT-FM) are sod as a set. 4) This is the fiber ength (fixed ength) for heat-resistant fibers. The ordinary-temperature fibers are free-cut to m 6.56 ft. 5) Sod as a set comprising vacuum type fiber + photo-termina (FV-BR) + fiber at atmospheric side (FT-J8). 6) The aowabe cutting range is 5 mm in from the end that the ampifier inserted. P.9 P.9 P.93 P.93 P.93 CONTRO s 7/

7 63 Digita Sensor SERIES CONTRO s 7/ IST OF S Thru-beam type (one pair set) s are isted in aphabetic order. Refer to p.5~ for detais of each fiber. Mode No. Sensing range (mm in) (Note ) cabe Type ength Standard type FX- ong sensing range type FX- : Free-cut Dimensions FT-PS ø mm ø.39 in, Fexibe 5 mm in P.93 FT-R M4, Ebow m 6.56 ft P.94 FT-S Super quaity, ø.5 mm ø. in, Fexibe m 6.56 ft P.94 FT-S ø.5 mm ø.59 in, Fexibe m 6.56 ft P.94 FT-S Super quaity, ø mm ø.39 in, Fexibe m 6.56 ft P.94 FT-SFM ø.5 mm ø.98 in P.94 FT-SFM , ø.5 mm ø.98 in, ong sensing range P.94 FT-SFMSV Side-view m 6.56 ft P.94 FT-SNFM ø.5 mm ø.59 in P.95 FT-T M3 P.95 FT-V, 39.37, m 6.56 ft P.95 FT-V Side-view m 3.8 ft P.95 FT-V m 6.56 ft P.95 FT-V8Y Chemica-resistant, Side-view m 6.56 ft (Note 3) P.95 FT-W M3, Sharp bending P.95 FT-W M4, Sharp bending P.95 FT-WA8, , (Note ) P.95 Wide beam FT-WA3 3, (Note ) 3, (Note ) P.95 FT-WKV , Narrow beam, Sharp bending P.96 FT-WR M4, Square, P.96 FT-WR , Sharp bending m 6.56 ft P.96 FT-WS ø3 mm ø.8 in, Sharp bending P.96 FT-WS ø.5 mm ø.59 in, Sharp bending P.96 FT-WS ø.5 mm ø.98 in, Sharp bending P.96 FT-WS , ø3 mm ø.8 in, Sharp bending P.96 FT-WV Side-view, Sharp bending P.96 FT-WZ P.96 m 3.8 ft FT-WZ4HB P.97 FT-WZ , P.97 FT-WZ7HB Rectanguar, Compact, Sharp bending P.97 FT-WZ P.97 FT-WZ8E , P.97 FT-WZ8H, 47.44,8.36 m 6.56 ft P.97 FT-Z , P.97 FT-Z8E , Rectanguar, Fexibe P.97 FT-Z8H, ,.47 P.97 FT-Z8Y ,.47 Chemica-resistant, Rectanguar P.97 Notes: ) Note that the sensing range of the free-cut type fiber may be reduced by % max. depending upon how the fiber is cut. ) The fiber cabe ength practicay imits the sensing range to 3,5 mm in ong. 3) The aowabe cutting range is 5 mm in from the end that the ampifier inserted.

8 Digita Sensor SERIES 64 IST OF S Retrorefective type s are isted in aphabetic order. Refer to p.5~ for detais of each fiber. Mode No. Sensing range (mm in) (Note ) (Note ) Standard type FX- ong sensing range type FX- Type FR-KV 5 to.59 to 5 to to 4.73 Wafer mapping cabe ength : Free-cut Dimensions FR-KZ to.787 to to.787 to Narrow beam, Top sensing P.98 FR-KZE to.787 to to.787 to Narrow beam, m 6.56 in Side sensing P.98 FR-WKZ to 55 to.654 to 83 to Sharp bending P.98 Notes: ) Note that the sensing range of the free-cut type fiber may be reduced by % max. depending upon how the fiber is cut. The sensing range of FR-WKZ is specified for the RF-3. The sensing range of FR-KZ, FR-KZE is specified for the attached refector RF-3. The sensing range of FR-KV is specified for the attached refector. Refer to p.66 for sensing range when FR-WKZ is used in combination with a refector (optiona). ) The sensing range of retrorefective type is the possibe range for the attached refector. The fiber can detect an object ess than range for the refector. However, note that if there are any white or highy-refective surfaces near the fiber, refected incident ight may affect the fiber. If this occurs, adjust the threshod vaue of the ampifier unit before use. Refective type s are isted in aphabetic order. Refer to p.5~ for detais of each fiber. Mode No. Sensing range (mm in) (Note ) (Note ) Standard type FX- ong sensing range type FX- Type cabe ength : Free-cut P.98 Dimensions FD Super quaity, M3, Fexibe m 6.56 ft P.99 FD M3, Fexibe m 6.56 ft P.99 FD Super quaity, M4, Fexibe m 6.56 ft P.99 FD M4, Fexibe m 6.56 ft P.99 FD Super quaity, M6, Fexibe m 6.56 ft P.99 FD M6, Fexibe P.99 FD-A Wide beam P.99 FD-AFM Array, Top sensing m 6.56 ft P.99 FD-AFME Array, Side sensing P.99 FD-B M6 P.99 FD-E P. Utra-sma dia. m 3.8 ft FD-E P. FD-EG P. FD-EG M3, High precision P. 5 mm in FD-EG P. FD-EN5S P. M3, Seeve FD-ENMS m 3.8 ft P. Appicabe pipe diameter: Outer dia. ø6 to ø6 mm ø.36 FD-F4 to ø.4 in transparent pipe P (fuorine resin) or equivaenty transparent pipe, wa P. FD-F4 FD-F4Y thickness mm.39 in Appicabe pipe diameter: Outer dia. ø6 to ø6 mm ø.36 to ø.4 in transparent pipe PVC (viny choride), fuorine resin, poycarbonate, acryic, gass, wa thickness to 3 mm.39 to.8 in ø4 mm ø.57 in Protective tube: Fuorine resin, ength 5 mm in (cuttabe) iquid surface not contacted: Beam received, iquid surface contacted: Beam interrupted iquid sensing, Mountabe on pipe iquid/iquid eak sensing m 6.56 ft FD-F8Y iquid sensing m 6.56 ft (Note 3) P. Appicabe pipe diameter: Outer dia. ø8 mm ø.35 in or more transparent FD-9 pipe (When used with the tying bands: ø8 to ø8 mm ø.35 to ø3.5 in) iquid/iquid eak [P (fuorine resin), incuding transucent] sensing m 6.56 ft P. iquid absent: Beam received, iquid present: Beam interrupted FD-FM M6 P. Notes: ) The standard sensing objects of the sensing ranges vary depending on the fibers. ) Note that the sensing range of the free-cut type fiber may be reduced by % max. depending upon how the fiber is cut. 3) The aowabe cutting range is, mm in from the end that the ampifier inserted. P. P. CONTRO s 7/

9 65 Digita Sensor SERIES CONTRO s 7/ IST OF S Refective type s are isted in aphabetic order. Refer to p.5~ for detais of each fiber. Mode No. Sensing range (mm in) (Note ) (Note ) cabe Type ength Standard type FX- ong sensing range type FX- : Free-cut Dimensions FD-FMS P. M6, Seeve FD-FMS P. m 6.56 ft FD-G M4, High precision P. FD-G M3, High precision P. FD-G6X Tough fexibe m 3.8 ft (Note 3) P. FD-G P. Meta-free FD-G P. m 6.56 ft FD-H3-FM 8.4 Heat-resistant, 3 C 66 F P. FD-H8-3 to. to.394 to 5. to.984 Heat-resistant, 8 C 356 F P. FD-H Heat-resistant, M4 P. m 3.8 ft FD-H-M C 39 F M6 P. FD-H to 6.57 to.63 4 to 3.57 to.96 Heat-resistant, P.3 3 m ft FD-H to to to to.496 Convergent refective P.3 FD-H3-KZV-S (Note 4) 5 to to 3.5 to.394 to 8.66 Vacuum-resistant, Heat-resistant m 3.8 ft P.3 FD-H3-3 to 9.79 to.354 to 7. to.669 Heat-resistant, 3 C 57 F m 6.56 ft P.3 FD-H3-3V-S (Note 4).5 to to.56 to. to.433 Vacuum-resistant, Convergent refective 3 m ft P.3 FD-H35-S M4, Seeve m 3.8 ft P.4 FD-H35-M Heat-resistant, 35 C 66 F P.4 m 6.56 ft FD-H35-MS M6, Seeve P.4 ø4 mm ø.57 in FD-HF4Y iquid surface contacted: Beam interrupted Protective tube: Fuorine resin, ength 5 mm in (cuttabe) iquid/iquid eak iquid surface not contacted: Beam received, sensing P.4 FD-4 FD-4 5 to 8.97 to.35 (Convergent point 6.36) 3 to 4.8 to.55 (Convergent point 8.35) to 7.39 to.669 (Convergent point 6.36).5 to 6.59 to.63 (Convergent point 8.35) m 6.56 ft FD-43 to 9. to.748 to 5. to.984 P.4 FD-44 to 6. to.36 to 8. to.35 Convergent refective P.4 FD-44S to 4.5. to.77 to 5.5. to.7 P.4 FD-45 to 4. to.575 to 5. to.969 P.4 3 m ft FD-45A to to.99 (Note 5) P.5 FD-46 6 to 3.63 to.8 to 5.47 to m 3.4 ft P.5 FD m ft P.5 FD-NFM M4 P.5 FD-NFMS m 6.56 ft P.5 M4, Seeve FD-NFMS P.5 FD-P ø.5 mm ø.59 in, Fexibe m 3.8 ft P.5 FD-P M3, Fexibe P.5 FD-P ø3 mm ø.8 in, Fexibe P.5 m 6.56 ft FD-P M4, Fexibe P.5 FD-P M6, Fexibe P.5 FD-P8X M6, Tough fexibe m 3.8 ft P.6 FD-R M6, Ebow m 6.56 ft P.6 FD-S Super quaity, ø3 mm ø.8 in, Fexibe m 6.56 ft P.6 FD-S ø3 mm ø.8 in, Fexibe m 6.56 ft P.6 Notes: ) The standard sensing objects of the sensing ranges vary depending on the fibers. ) Note that the sensing range of the free-cut type fiber may be reduced by % max. depending upon how the fiber is cut. 3) The aowabe cutting range is 7 mm in from the end that the ampifier inserted. 4) Sod as a set comprising vacuum type fiber + photo-termina (FV-BR) + fiber at atmospheric side (FT-J8). 5) The sensing range is changed due to tit of senseing object. P.4 P.4

10 Digita Sensor SERIES 66 IST OF S Refective type s are isted in aphabetic order. Refer to p.5~ for detais of each fiber. Mode No. Sensing range (mm in) (Note ) (Note ) Standard type FX- ong sensing range type FX- Type cabe ength : Free-cut Dimensions FD-S ø3 mm ø.8 in P.6 FD-SFMSV Side-view P.6 FD-SNFM ø.5 mm ø.98 in P.6 FD-T M3 P.6 FD-T M4 P.6 FD-V Side-view P.6 FD-W M6, Sharp bending m 6.56 ft P.7 FD-W M4, Sharp bending P.7 FD-WG M4, High precision P.7 FD-WKZ to to 7.87 to to ong sensing range, Rectanguar P.7 FD-W4 7 to.76 to.47 (Convergent point 8.35) 6 to to.53 (Convergent point 8.35) Convergent refective FD-W48 to to.77.5 to 6.5. to.56 m 3.8ft P.7 FD-WS ø3 mm ø.8 in, Sharp bending P.7 FD-WSG ø3 mm ø.8 in, High precision m 6.56 ft P.7 FD-WT M3, Sharp bending P.7 FD-WT M4, Sharp bending P.7 FD-WV Side-view, Sharp bending P.8 FD-WZ4 to.79 to.787 to 7.39 to.756 P.8 m 3.8ft FD-WZ4HB to.79 to.787 to 7.39 to.756 Rectanguar, Compact P.8 FD-WZ7 to to Sharp bending P.8 m 6.56 ft FD-WZ7HB to 6.39 to.36.5 to 8. to 7.87 P.8 Notes: ) The standard sensing objects of the sensing ranges vary depending on the fibers. ) Note that the sensing range of the free-cut type fiber may be reduced by % max. depending upon how the fiber is cut. Sensing ranges (mm in) when using in combination with the FR-WKZ refector (optiona) Ampifier Refector FX- FX- FR-WKZ + RF- to 7 to to, to FR-WKZ + RF- to,3 to 5.8 to,6 to.36 FR-WKZ + RF-3 to, to to 4, to P.7 CONTRO s 7/

11 67 Digita Sensor SERIES CONTRO s 7/ ens (For thru-beam type fiber) For thru-beam type fiber Designation Mode No. Description Expansion ens (Note ) Superexpansion ens (Note ) Side-view ens Expansion ens for vacuumresistant fiber (Note ) Side-view ens for vacuumresistant fiber FX-E FX-E FX-SV FV-E FV-SV Increases the sensing range by 5 times or more. Ambient temperature: 6 to +35 C 76 to +66 F (Note 4) Tremendousy increases the sensing range with arge diameter enses. Ambient temperature: 6 to +35 C 76 to +66 F (Note 4) Beam axis is bent by 9. Ambient temperature: 6 to +3 C 76 to +57 F (Note 4) Sensing range increases by 4 times or more. Ambient temperature: 6 to +35 C 76 to +66 F (Note 4) Beam axis is bent by 9. Ambient temperature: 6 to +3 C 76 to +57 F (Note 4) Sensing range (mm in) [ens on both sides] Ampifier FX- FX- FT-B8, , (Note ) FT-FM, FT-T8 3, 8. 3, (Note ) FT-R8, , (Note ) FT-W8 3, 8. 3, (Note ) FT-P8, FT-P6 3, (Note ) 3, (Note ) FT-P8X, (Note ), (Note ) FT-H35-M, , (Note ) FT-HW-M,3 5.8, (Note ) FT-H-M, (Note ), (Note ) FT-H-J-S, FT-H-J3-S,, FT-H-J5-S 3, (Note ) Sensing range (mm in) [ens on both sides] Ampifier FX- FX- FT-B8, FT-FM, FT-R8, FT-W8, 3, (Note ) 3, (Note ) FT-P8, FT-P6 FT-P8X, (Note ), (Note ) FT-H35-M 3, (Note ) 3, (Note ) FT-HW-M, FT-H-M, (Note ), (Note ) FT-H3-FM 3, (Note ) 3, (Note ) FT-H-J-S, FT-H-J3-S, FT-H-J5-S 3, (Note ) 3, (Note ) Sensing range (mm in) [ens on both sides] Ampifier FX- FX- FT-B , FT-FM, FT-T , FT-W ,3 5.8 FT-P , FT-P FT-P8X , FT-H35-M FT-HW-M FT-H-M FT-H-J-S, FT-H-J3-S, FT-H-J5-S Sensing range (mm in) [ens on both sides] (Note 3) Ampifier FX- FX- FT-H3-MV-S , Sensing range (mm in) [ens on both sides] (Note 3) Ampifier FX- FX- FT-H3-MV-S , Notes: ) Be carefu when instaing the thru-beam type fiber equipped with the expansion ens, as the beam enveope becomes narrow and aignment is difficut. Especiay when instaing a fiber with many cores (sharp bending fibers and heat-resistant gass fiber), pease be sure to use it ony after you have adjusted it sufficienty. ) The fiber cabe ength practicay imits the sensing range to 3,5 mm in ong (FT-HW-M, FT-P8X and FT-H-M:,6 mm 6.99 in). 3) The fiber cabe ength for the FT-H3-MV-S is m 3.8 ft. The sensing ranges in FX- (ong sensing range type) take into account the ength of the FT-J8 atmospheric side fiber. 4) For detais on the ambient temperatures for the fibers which being combined, refer to p.76~.

12 Digita Sensor SERIES 68 ens (For refective type fiber) Designation Mode No. Description Pinpoint spot ens FX-MR Pinpoint spot of ø.5 mm ø. in. Enabes detection of minute objects or sma marks. Distance to foca point: 6 ± mm.36 ±.39 in Appicabe fibers: FD-WG4, FD-G4 Ambient temperature: 4 to +7 C 4 to +58 F (Note ) Sensing range for FX- (mm in) (Note ) For refective type fiber Zoom ens Finest spot ens Finest spot ens FX-MR FX-MR3 FX-MR6 Screw-in depth Distance to foca point Distance to foca point Spot diameter Spot diameter The spot diameter is adjustabe from ø.7 to ø mm ø.8 to ø.79 in according to how much the fiber is screwed in. Appicabe fibers: FD-WG4, FD-G4 Ambient temperature: 4 to +7 C 4 to +58 F (Note ) Accessory: MS-EX-3 (mounting bracket) Extremey fine spot of ø.3 mm ø. in achieved. Appicabe fibers: FD-WG4, FD-G4, FD-EG, FD-EG, FD-EG3, FD-G6X, FD-G6 Ambient temperature: 4 to +7 C 4 to +58 F (Note ) Extremey fine spot of ø. mm ø.4 in achieved. Appicabe fibers: FD-WG4, FD-G4, FD-EG, FD-EG, FD-EG3, FD-G6X, FD-G6 Ambient temperature: to +6 C 4 to +4 F (Note ) Screw-in depth Distance to foca point Spot diameter 7 mm.76 in ø.7 ø.8 mm.47 in 7.63 ø. ø.47 4 mm.55 in ø. ø.79 Sensing range for FX- (mm in) (Note ) mode No. Distance to foca point Spot diameter FD-EG3 FD-EG FD-EG FD-WG4/G4, FD-G6X/G6 7.5 ±.5.95 ±. 7.5 ±.5.95 ±. 7.5 ±.5.95 ±. 7.5 ±.5.95 ±. ø.5 ø.6 ø. ø.8 ø.3 ø. ø.5 ø. Sensing range for FX- (mm in) (Note ) mode No. Distance to foca point Spot diameter FD-EG3 FD-EG FD-EG 7 ±.5.76 ±. 7 ±.5.76 ±. 7 ±.5.76 ±. ø. ø.4 ø.5 ø.6 ø. ø.8 CONTRO FD-WG4/G4, FD-G6X/G6 7 ±.5.76 ±. ø.4 ø.6 Sensing range for FX- (mm in) (Note ) Zoom ens Side-view type FX-MR5 Distance to foca point Screw-in depth Spot diameter FX-MR is converted into a side-view type and can be mounted in a very sma space. Appicabe fibers: FD-WG4, FD-G4 Ambient temperature: 4 to +7 C 4 to +58 F (Note ) Screw-in depth Distance to foca point Spot diameter 8 mm.35 in 3.5 ø.5 ø. mm.394 in 5.59 ø.8 ø.3 4 mm.55 in 3.8 ø3. ø.8 s Notes: ) The sensing ranges are the vaues when used in combination with FX- (standard type). Pease contact our office for detais on sensing ranges for other types of ampifier. ) For detais on the ambient temperatures for the fibers which being combined, refer to p.76~. 7/

13 69 Digita Sensor SERIES SPECIFICATIONS CONTRO s 7/ Type Standard type ong sensing range type Cabe set Cabe set NPN output FX-(-Z) (Note 5) FX--CC FX-(-Z) (Note 5) FX--CC Item PNP output FX-P(-Z) (Note 5) FX-P-CC FX-P(-Z) (Note 5) FX-P-CC Suppy votage to 4 V DC ± % Rippe P-P % or ess Mode No. Power consumption Output Output operation Short-circuit protection Externa input Response time Sensitivity Operation indicator Digita dispay Fine sensitivity adjustment function Timer function Attenuation function Interference prevention function Environmenta resistance Ambient temperature Ambient humidity Ambient iuminance Norma operation: 7 mw or ess (Current consumption 3 ma or ess at 4 V suppy votage) ECO mode: 6 mw or ess (Current consumption 5 ma or ess at 4 V suppy votage) <NPN output type> <PNP output type> NPN open-coector PNP open-coector Maximum sink current: ma Maximum source current: ma Appied votage: 3 V DC or ess (between output and V) Appied votage: 3 V DC or ess (between output and +V) Residua votage:.5 V or ess (at ma sink current) Residua votage:.5 V or ess (at ma source current) <NPN output type> NPN non-contact input Signa condition High: +8 V to +V DC or Open ow: to + V DC (Source current.5 ma or ess) Input impedance: kω Emission frequency : 5 µs or ess (factory defaut ) Emission frequency : 45 µs or ess Emission frequency : 5 µs or ess Emission frequency 3: 6 µs or ess Seectabe either ight-on or Dark-ON, at SET mode Incorporated <PNP output type> PNP non-contact input Signa condition High: +4 V to +V DC (Sink current.5 to 3 ma) ow: to +.6 V DC or Open Input impedance: kω -point teaching / imit teaching / Fu-auto teaching Orange ED (ights up when the output is ON) 4 digits (green) + 4 digits (red) CD dispay Incorporated Emission frequency :.5 ms or ess (factory defaut ) Emission frequency :.8 ms or ess Emission frequency 3: 3. ms or ess Emission frequency 4: 5. ms or ess ON-deay / OFF-deay timer, switchabe either effective or ineffective [Timer period: ms, 5 ms, ms, ms, 4 ms, 5 ms, ms, 5 ms,, ms] Incorporated Emission frequency seection method (Note ) (Functions at emission frequency, or 3) 3 eve + Auto Incorporated Emission frequency seection method (Note ) (Functions at emission frequency,, 3 or 4) to +55 C +4 to +3 F (If 4 to 7 units are mounted cose together: to +5 C +4 to + F, if 8 to 6 units are mounted cose together: to +45 C +4 to +3 F) (No dew condensation or icing aowed), Storage: to +7 C 4 to +58 F 35 to 85 % RH, Storage: 35 to 85 % RH Incandescent ight: 3, x at the ight-receiving face Votage withstandabiity, V AC for one min. between a suppy terminas connected together and encosure (Note 3) Insuation resistance MΩ, or more, with 5 V DC megger between a suppy terminas connected together and encosure (Note 3) Vibration resistance Shock resistance Emitting eement (moduated) Materia to 5 Hz frequency,.75 mm.3 in ampitude in X, Y and Z directions for two hours each 98 m/s acceeration ( G ) in X, Y and Z directions for five times each Red ED (Peak emission waveength: 63 nm.5 mi) Encosure: Poycarbonate, Key switch: Poycarbonate, ock ever: PBT Connecting method Connector (Note 4) Cabe ength Weight Accessory Net weight: 5 g Gross weight: 35 g Tota ength up to m ft is possibe with.3 mm, or more, cabe. Net weight: 5 g Gross weight: 75 g CN-4A-C (Connector attached cabe, m 6.56 ft ong): pc. Net weight: 5 g Gross weight: 35 g Net weight: 5 g Gross weight: 75 g CN-4A-C (Connector attached cabe, m 6.56 ft ong): pc. Notes: ) Where measurement conditions have not been specified precisey, the conditions used were an ambient temperature of +3 C F. ) When using the interference prevention function, set the emission frequencies for the ampifiers to be covered by the interference prevention function to different frequency vaues. However, the interference prevention function does not operate at emission frequency (factory defaut ) for the FX-(P)(-Z) / FX-(P)-CC. 3) The votage withstandabiity and the insuation resistance vaues given in the above tabe are for the ampifier ony. 4) Connector attached cabe CN-4A-C is not attached to the modes that have no -CC at the end of the mode Nos. Make sure to use the optiona connector attached cabe CN-4A(-R)-C or the connector CN-4A, or a connector manufactured by J.S.T. Mfg., td. (contact: SPHD-T-P.5, housing: PAP-4V-S). 5) Mode Nos. having the suffix -Z are M8 pug-in connector type. Make sure to use the optiona M8 attached connector cabe CN-4A-C.

14 Digita Sensor SERIES 7 I/O CIRCUIT AND WIRING DIAGRAMS FX- (-Z/-CC) NPN output type i r i t I/O circuit diagram Termina No. Coor code of cabe with connector Termina arrangement diagram Connector type * Sensor circuit +8 V D Tr ZD Interna circuit (Brown) +V oad (Back) Output ma max. (White) Externa input 3 (Bue) V 4 Users circuit Symbos D : Reverse suppy poarity protection diode ZD: Surge absorption zener diode Tr : NPN output Non-votage contact or NPN open-coector or * + to 4 V DC ± % 3 4 M8 pug-in connector type 3 4 Termina No. Function +V Output 3 Externa input 4 V Termina No. Function +V Output 3 Externa input 4 V High (+8 V to +V DC, or open): Ineffective ow [( to + V DC (source current.5 ma or ess)]: Effective CONTRO FX- P(-Z/-CC) I/O circuit diagram Termina arrangement diagram PNP output type Termina No. Connector type * u c r c o s n e S Tr D Z D Interna circuit Coor code of cabe with connector (Brown) +V (White) Externa input 3 ma max. (Back) Output oad (Bue) V 4 Users circuit Symbos D : Reverse suppy poarity protection diode ZD: Surge absorption zener diode Tr : PNP output Non-votage contact or PNP open-coector or * + to 4 V DC ± % 3 4 M8 pug-in connector type 3 4 Termina No. Function +V Output 3 Externa input 4 V Termina No. Function +V Output 3 Externa input 4 V s High [ +4 V to +V DC (sink current.5 to 3 ma)]: Effective ow ( to +.6 V DC, or open): Ineffective 7/

15 7 Digita Sensor SERIES SENSING CHARACTERISTICS (TYPICA) Contact our office for sensing characteristics that are not contained here. CONTRO s 7/ Horizonta direction Vertica direction Parae deviation Parae deviation 4, , FX- FX-,, 3, 3, FX FX- FX- FT-A8 Parae deviation, FX-, eft Center Right FD-B FX- FX- eft Center Right Refective type FX- FX- White non-gossy paper eft Center Right, 78.74, Thru-beam type FX- Down Center Up, FD-FM FX- FX- FX- 8 mm.35 in eft Center Right Refective type White non-gossy paper eft Center Right FT-B , FD-G Thru-beam type , eft Center Right FX- Refective type White non-gossy paper eft Center Right FT-FM FT-FMS FT-FMS4 FT-SFM FT-T8 Sensing fied Sensing fied Sensing fied Sensing fied FX- FX- FT-NFM FT-NFMS FT-NFMS4 FT-SNFM Thru-beam type FT-P8X Thru-beam type FT-W4 FT-WS4 FX- FX- Thru-beam type eft Center Right FX- Thru-beam type eft Center Right FT-W8 FT-WS8 Parae deviation Parae deviation Parae deviation Parae deviation FD-NFM FD-NFMS FD-NFMS4 FD-SNFM FD-T FX- Refective type White non-gossy paper eft Center Right FD-P8X Refective type FX- FX- White non-gossy paper eft Center Right FD-W8 FD-WS8 FD-WT FX- FX- Refective type White non-gossy paper eft Center Right FD-G6X Sensing fied Sensing fied Sensing fied Sensing fied 8 FX FX- FX- FX- FX- Thru-beam type eft Center Right Refective type White non-gossy paper eft Center Right FD-WG4 FD-WSG4 FX- FX- Refective type White non-gossy paper eft Center Right

16 Digita Sensor SERIES 7 PRECAUTIONS FOR PROPER Refer to Genera precautions, and to the Operation on our website for detais pertaining to operating instructions for the ampifier. Never use this product as a sensing device for personne protection. In case of using sensing devices for personne protection, use products which meet aws and standards, such as OSHA, ANSI or IEC etc., for personne protection appicabe in each region or country. Using in combination with the / series The series does not use the horizonta connectors that are used with the / series. Pease note that horizonta connection cannot be performed using a connector attached cabe. In addition, the optica communication function is not equipped on the series, so it is unabe to perform interference prevention for use with the / series. If using the series together with the / series side-by-side, pease set the same modes together in groups. Mounting <When using a DIN rai> How to mount the ampifier Fit the rear part of the mounting section of the ampifier on a 35 mm.378 in width DIN rai. Press down the rear part of the mounting section of the unit on the 35 mm.378 in width DIN rai and fit the front part of the mounting section to the DIN rai. How to remove the ampifier Push the ampifier forward. ift up the front part of the ampifier to remove it. 35 mm.378 in width DIN rai Note: Take care that if the front part is ifted without pushing the ampifier forward, the hook on the rear portion of the mounting section is ikey to break. <When using screws with washers> Use M3 screws with washers for mounting. The tightening torque shoud be.5 N m or ess. Wiring Make sure that the power suppy is OFF whie adding or removing the ampifiers. Note that if a votage exceeding the reted range is appied, or if an AC power suppy is directy connected, the product may get burnt or damaged. Note that short-circuit of the oad or wrong wiring may burn or damage the product. Do not run the wires together with high-votage ines or power ines, or put them in the same raceway. This can cause mafunction due to induction. Verify that the suppy votage variation is within the rating. If power is suppied from a commercia switching reguator, ensure that the frame ground (F.G.) termina of the power suppy is connected to an actua ground. In case noise generating equipment (switching reguator, inverter motor, etc.) is used in the vicinity of this product, connect the frame ground (F.G.) termina of the equipment to an actua ground. Make sure to use the quick-connection cabe (optiona) for the connection of the controer. Extension up to tota m ft is possibe with.3 mm or more, cabe. However, in order to reduce noise, make the wiring as short as possibe. Part description Operation indicator (Orange) Setting mode Setting mode appears after the MODE key is pressed for sec. in RUN mode. Setting item Factory Teaching mode Digita dispay (Green) (Threshod vaue) Output operation Timer operation [Dark-ON] [Without timer] ON key / Setting vaue UP key MODE key Digita dispay (Red) (Incident ight intensity) Description Threshod vaue can be set in -point teaching, imit teaching, or fu-auto teaching. ight-on or Dark-ON can be set. OFF key / Setting vaue DOWN key Without timer, ON deay timer, or OFF deay timer can be set. CONTRO s M3 screw with washer Timer Emission amount [ON-deay timer: ms] [OFF-deay timer: ms] eve 3 In case of ON-deay timer or OFF-deay timer in the timer operation mode, timer can be set. When timer is not set, this mode is not dispayed. Setting for reduced intensity of emission amount is possibe when the incident ight intensity is saturated. 7/ Emission frequency FX- (Response time: 5 µs or ess) FX- (Response time:.5 ms or ess) In case of using the fiber s in parae, interference can be prevented by different emission frequency. However, when emission frequency is set, interference cannot be prevented. Response time corresponds to emission frequency.

17 73 PHOTO PHOTO Digita Sensor PRO mode PRO mode appears after the MODE key is pressed for 4 sec. in RUN mode. Setting item Factory Shift Externa input MEASURE CONTRO Threshod vaue-storing mode (Note ) Threshod vaue foow-up cyce (Note 3) GETA function (Note 4, 5) ECO Digita dispay inversion [OFF] [OFF] [OFF] [OFF] [OFF] s 7/ Setting copy Reset Be sure to use the copy function between the identica modes (Between FX- modes or FX- modes). This function cannot be used between different modes. Ony one sensor can be connected on save side with a master side sensor for the copy function. Threshod vaue, output operation, timer operation, timer, ight-emitting amount, shift, externa input, threshod vaue margin, ECO, digita dispay inversion, and threshod vaue margin can be copied. Threshod vaue set at the imit teaching, fu-auto teaching or -point teaching by externa input is stored. When seecting Auto in the emission amount mode, the set emission amount eve is aso stored. When incident ight intensity exceeds threshod vaue, this mode can change the threshod vaue with each set cyce depending on variations of the incident ight intensity. The foow-up shift amount is same as the one set in the shift mode. However, the threshod vaue is not stored. Variations can be reduced by correcting the present incident ight intensity in each ampifier to a target vaue. Target vaue to offset incident ight intensity can be seected from to, by unit each. For exampe, if the target vaue is set to, when the incident ight intensity is,5, the incident ight intensity becomes,. It is possibe to ight up / turn off the digita dispay. When ECO mode is ON, the dispay turns off in sec. in RUN mode. To ight up the dispay again, press any key for sec. or more. <Setting procedures> Set the copy mode of the master side ampifier to Copy sending ON, and press the MODE key so that is shown on the digita dispay and the sensor is in copy ready state. For the method, refer to Operation guide. Turn off the master side ampifier. 3 Connect the master side ampifier with the save side ampifier as shown beow. Coor code of cabe with connector Master side ampifier (Brown) +V (Back) Input (White) Externa input + to 4V DC ± % (Bue) V Save side ampifier (Brown) +V (Back) Input (White) Externa input (Bue) V [OFF] Threshod vaue margin Description Setting copy function This can copy the s of the master side ampifier to the save side ampifier. Refer to the copy unit SC-SU for detais. Shift amount can be seected from to 8 % in the imit teaching. Seect % when it is desired [Shift amount 5 %] to set the present incident ight intensity as a threshod vaue. Externa input can be seected from emission hat, imit teaching [+], imit teaching [-], fu-auto teaching, ECO (Note ), -point teaching or emission amount test. When the incident, output turns ON / ight intensity test OFF every ms when the rate of incident [Emission hat] ight intensity and threshod vaue is ess than haf of the set shift amount (for exampe, when the rate of incident ight intensity and threshod vaue is within ± % for % of shift amount) at externa input. Refer to Genera precautions, and to the Operation on our website for detais pertaining to operating instructions for the ampifier. PRECAUTIONS FOR PROPER SERIES [NO] [NO] Digita dispay can be inverted. 4 Margin for threshod vaue to the present incident ight intensity can be checked. When there is no margin, it is possibe to make the digita dispay bink. : Set to OFF : does not function. : Green binks. : Red binks. : Red and green bink. : When conducting imit teaching or -point teaching by externa input, in case the rate of reference incident ight intensity and threshod vaue after teaching is % or more, or in case it is ess than haf of the shift amount, output turns ON / OFF every ms. (Note 6) The s of the master side ampifier can be copied to the save side ampifier. For detais, refer to Setting copy function Returns to defaut s (factory s.) Notes: ) When ECO is seected at the externa input mode, key operation on the main body is invaid during externa input. ) This mode is not indicated uness any of,, or is set at the externa input mode. 3) If the incident ight intensity becomes 3 or ess, the foow-up operation stops. In that condition, threshod vaue [digita dispay (green)] binks. This function can be used when thru-beam type or retrorefective type fiber is appied to this product. If refective type fiber is appied, the function cannot be used depending on use conditions. 4) If MODE key is pressed in RUN mode when GETA function is used, the incident ight intensity before GETA function is dispayed on the red digita dispay for sec. 5) When GETA function is used in saturation of incident ight intensity (4, or more,) is indicated on the red digita dispay. Correction vaue is up to 4,. 6) This mode does not operate uness any of, or is set at the externa input mode. urn on the master side ampifier and the save side T ampifier at the same time. (Note) is shown on the green digita dispay of the master side ampifier and 4-digit code is shown on the red digita dispay of it, then the copying starts. During copy communication, is shown on the green digita dispay of the save side ampifier, and the ongoing copy communication indicator ( ) is dispayed on the red digita dispay. When the copying is competed, is shown on the green digita dispay of the save side ampifier, whie the 4-digit code (the same code as the master side ampifier) is shown on the red digita dispay of it. Turn off the power of the master side ampifier and the save side ampifier and disconnect the wire. * If copying the s to another ampifier repeatedy, foow the steps 3 to 7. Note: Take care that if the power is not turned on at the same time, the contents may not be copied. <To cance the copy mode of the master side ampifier> W hie the save side ampifier is disconnected, turn on the power of the master side ampifier. Press the MODE key for sec.

18 Digita Sensor SERIES 74 PRECAUTIONS FOR PROPER Others Do not use during the initia transient time (.5 sec.) after the power suppy is switched on. Take care that the product is not directy exposed to fuorescent amp from a rapid-starter amp, a high frequency ighting device or sunight etc., as it may affect the sensing performance. This product is suitabe for indoor use ony. Avoid dust, dirt, and steam. Take care that the product does not come in contact with oi, grease, organic sovents, such as thinner, etc., strong acid or akaine. This product cannot be used in an environment containing infammabe or exposive gases. Never disassembe or modify this product. EEPROM is adopted to this product. It is not possibe to conduct teaching thousand times or more, because of the EEPROM s ifetime. Quick function The quick function makes it possibe to set the content of the SET Mode (output operation, timer operation, amount of ight emitted, and frequency of ight emitted) simpy by seecting a number. Whie in the RUN Mode, pressing and hoding both the ON key ( ) and OFF key ( ) simutaneousy for seconds wi switch to the quick function. <Tabe of quick numbers> No. Output operation Timer Emission amount D-ON non eve 3 (OFF) D-ON non eve (ON) D-ON ofd ms eve 3 (OFF) D-ON ofd ms eve (ON) D-ON ofd 4 ms eve 3 (OFF) D-ON ofd 4 ms eve (ON) D-ON ond ms eve 3 (OFF) D-ON ond ms eve (ON) D-ON ond 4 ms eve 3 (OFF) D-ON ond 4 ms eve (ON) -ON ond 4 ms eve (ON) -ON ond 4 ms eve 3 (OFF) -ON ond ms eve (ON) -ON ond ms eve 3 (OFF) -ON ofd 4 ms eve (ON) -ON ofd 4 ms eve 3 (OFF) -ON ofd ms eve (ON) -ON ofd ms eve 3 (OFF) -ON non eve (ON) -ON non eve 3 (OFF) Code Refer to Genera precautions, and to the Operation on our website for detais pertaining to operating instructions for the ampifier. Code function The code function makes it possibe to set the output operation, timer operation, amount of ight emitted, frequency of ight emitted, ECO, externa input, and amount of shift by seecting a code of one s choice. Whie in the RUN Mode, pressing and hoding both the ON key ( ) and OFF key ( ) simutaneousy for 4 seconds wi switch to the code function. <Code tabe> Output operation D-ON -ON st digit nd digit 3rd digit 4th digit Timer (Note ) non Emission amount Emission frequency FX- FX- ond ms eve 3 (OFF) ond 4 ms 3 ofd ms 3 4 ofd 4 ms non eve (ON) ond ms 3 ond 4 ms 3 4 ofd ms eve ECO Externa input OFF Emission hat imit teaching [+] imit teaching [-] Fu-auto teaching Shift (Note ) 5 % % 5 % % ECO 5 % ON Emission hat imit teaching [+] imit teaching [-] Fu-auto teaching 3 % 35 % 4 % 45 % ofd 4 ms ECO 5 % Auto OFF ON -point teaching Incident ight intensity test -point teaching Incident ight intensity test CONTRO s 7/ 3 4 Notes: ) When the present is out of the code range, is shown. When is seected, the set content of the digit is not changed. ) The factory is.