形 FQ-MS12 - -
Contents
1. UL UL II 6 a FQ MD FQ MWD FQ WN FQ MWN2. Ehem 065AE 1 35 85 RH EDR HOT SEEDS Oba MT _
3. 1 a M4 1 2N m M2 0 15N m 2 l OFF FQ MS12 ECT FQ MS12 M ECT
4. 5 6 CMOS 7 LED bo ise S OR OE OE ee x DO a 900 HOO 6 RP 1 EEN i E
5. EtherCAT ECAT RUN EthnerCAT ECAT ERROR EtherCAT 1 FQ MS ECT FQ MS M ECT FL DC24V 21 6 26 4V 30W 1 3A M4 1 2N m DC24V 21 6 26 4V S8VS 01524 15W 0 65A M4 1 2N m mt Bbk Me 46 Mtae EtherCAT NPN FQ MS120 FQ MS120 M FQ MS120 ECT FQ MS120 M ECT PNP FQ MS125 FQ MS125 M FQ MS125 ECT FQ MS125 M ECT 32
6. ADEs ERE 6 a NPN O09 il NPN peaa e O g O O 8 os TO O 0 24 f 44508 BC ae ps 252505252520202 lij 0 grea RE arsen VO O s ewonene 4 MOUNTING SCREW HOLES 1 d Eo is m 4M4 a t ENCODER Z 4 7 gt m 4A A s i Le acon GND ENCODER ate gt a d
7. FG 4
8. 1 agg EEE NPN OE ASO tet RN re OE ono Pee a EN PNP SEESEREEREES SEERERERERS a ai Sc ac PNP Ee P HL 4 OH RINT SSH Apts s lezz O1 20 91 9 066 B REISTE a ee 8 JA SHIELD ENCODER PHS IP 110 x2 1200 ORAL AXIS 055 982 501 D
9. Fi T SER 2 Ethernet Ethernet PLC EtherCAT EtherCAT 1 ElherCAT 00 99 8 C C CCTV C FL TCC1 10 OR ON Ethernet BUSY EtherCAT EtherCAT
10. ETN Ethernet EtherCAT L A IN Link Activity IN x1 L A OUT Link Activity OUT x1 RUNX1 ERRX1 0 5MO 250V 450mA FL 250mA 0 50C 20 65C 35 85 RH KEEL HELE 150m s 6 3 390g 480g 1 SD 2 5 OUT0 4 3 MACHR LER
11. DFF 4 M4 7max OFF 4M4 DEPTH Tmax 8 00 21 00 365 deeb a 8 age 2 FAX Web z p FAX 055 982 5051 www fa omron co jp e H i D n l Lu amonen fazes s Web RUNING Saath HOLES 2 ON OFF ON OFF OFF AW 2014 7 OMRON Model FO MS 12 LC Vision Sensor for Positioning INSTRUCTION SHEET Thank you for selecting OMRON product This sheet primarily describes precautions required in installing and operating the product Before operating the product read the sheet thoroughly to acquire sufficient knowledge of the product For your convenience keep the sheet at your d
12. FQ MWD010 FQ MWDLO010 gt mm 1 FGHMS12LLFECT FQ MS12LTM ECT 254 Hit us 2 OO 301 OO OOOO 6O Ln J INE State V4 R CHD Tj gt 1
13. ON OFF OFF COM_I I O O MSs tie aL mMM OR BUSY ERROR SHTOUT HESI STGOUT FQ_MS1 FQ MS1 M FRO SHEE APICAL AXIS i DC21 6 30V 98
14. N 6 x N g N UU UU oe _W 2523 Oo COO aa O fe hO O E O SQ 6 2 4 5 D KE EE Description I O connector An I O Cable is used to connect the Sensor to the power supply and external devices Ethernet connector To Liang connector 9 EnerCaT connector NT ie NO 1 2 3 4 6 7 8 10 Line driver input type 5 EherCAT connector OUT 1 Node address setting switch 1 Mounting hole C mount lens mounting C mount lens is mounted Decide a field of view based on the size of surface a measuring object and select a proper CCTV lens C mount lens Flash controller mounting hole Used for a flash controller FL TCC1 can be connected Lights in orange when the OR signal turns ON Lights in orange during Ethernet communication ERROR Lights in red when an error occurs BUSY Lights in green when the Sensor is executing a process EtherCAT L A IN Lights in green when connected to a EtherCAT device or blinks operation in green during c
15. ORO 31 OUT0 4 1 OFF ON 2 3 ON ON OFF O TRIG IN0 IN1 NPN PNP DC24V 10 DC24V 10 7mA TYP DC24V 7mA TYP DC24V DC19V 3mA DC5V 1mA Om 0 1ms 1 ON ON _ OFF ON ON COM_1 1 0 2 OFF OFF
16. ana MOUNTING SCREW HOLES 1 AOA PVA AAR C L 6 M2 DEPTH4 5 max 4 4 5 Dia P lt 30 0 1 MOUNTING SCREW HOLES 2 FQ MS12 ECT FQ MS12 M ECT 98 0 1 1 4 4 5 Dia MOUNTING SCREW HOLES 1 AQAA 6 M2 DEPTH4 5 max 36 0 1 4 4 5 Dia 30 10 1 MOUNTING SCREW HOLES 2 50 25 4 OPTICAL AXIS 10 000000000 O OO SR 50 5 4 6 G 000000000 49 000000 000000 000000 OO 98 110 OPTICAL AXIS 4 M4 DEPTH 7 max OPTICAL AXIS OO 000000000 I 4 M4 DEPTH 8 5 max 15 05 _ _ 000009 900000 50 5 49 000000000 000000 00000 i QOOOOe 98 PY V VV Ay i 4 M4 DEPTH 8 5 max 110 OPTICAL AXIS 4 M4 DEPTH 7 max 23 45 28 W Optical D
17. gt HDR 1 10 1 30000 sec 752 H x480 V 6 0 um x6 0 um 60fps 16 7ms FL 32000 1 20 1 O Ethernet PLC EtherCAT 9 TRIG INO IN1 TL I FAA AL B Z 3 5 2 OUTO OUT1 OR BUSY OUT2 ERROR OUT3 SHTOUT OUT4 STGOUT 100BASE TX 10BASE T EtherCAT EMherCAT 7nhJM100BASE TX O O 1 Ethernet Ethernet 1 EtherCAT EIherCAT 2 OR ERR BUSY BUSY
18. 24V GND 2 8 VDD ENCODER A A GND ENCODER Hk TRIG 7A ERROR CLR EFC RST K A COM ENCODER A ENCODER A IR ENCODER B _ ENCODER B asi reds J ENCODER Z ENCODER Z FQ MWDL SHIELD ENCODER g OUTO OR ii OUT1 BUSY OUT2 ERROR OUT3 SHTOUT OUT4 STGOUT A COMO 4V 24V GND 5 12 24V O COMI TRIG ERROR_CLR EFC_RST ENCODER A4 B Z SHIELD
19. ENCODER GND GND ENCODER OR OUTO OR OR ORO 31 OUT1 BUSY BUSY ORO 31 OUTZ ERROR ERROR ORO 31 OUT3 SHTOUT SHTOUT 1 ORO 31 OUT4 STGOUT STGOUT 2 3
20. ON voltage value is the potential difference between between GND of the terminal for encoder power supply and each input terminal 3 Pay attention to the cable length and response frequency of the encoder to be used Pulse input specifications when the line driver output type encoder is used Specifications Input voltage EIA standards RS 422 A line driver level Input impedance 1 1200 5 Differential input voltade 0 2 V min Hysteresis voltage 50 mV Max response frequency 2 200 kHz I O cable FQ MWDO005 FQ MWDLO05 FQ MWD010 FQ MWDL010 is used 1 The termination resistance function is used 2 Pay attention to the cable length and response frequency of the encoder to be used Input signal circuit diagram Open collector input NPN type Open collector input type NPN type Encoder power supply 24 12 5 VDC Note 1 Photocoupler jp Purple ENCODER A A fi 1120 QA J Gray ENCODER A Photocoupl ae Green ENCODER B F 11120 Q03 T White ENCODER B Red ENCODER Z Internal circuit Greenyelow SHIELD ENCODER ___ FQ M Note 1 Connect the same power supply 5 12 or 24 V as the encoder to be used Note 2 The 120 Q resistance is a termination resistance function used to connect a line driver encoder When using an encoder with open collector type set the termination resistance to OFF Initial value OFF Open coll
21. 0 1 K F F ma E o x ae 4 O00 OFF 0 1mA 1 f REER F z OO 8 8 8 _ O uzs7 8 lt 9 1 mtos 4 0 45 i 4450a 000000000 A z i 5 Ly 1 252505252520202 mm 1 000 RINTEN gt G i DRRR I Ai MOUNTING SCREW HOLES 1 fl 4 M4 8 5max ye as 4M4 DEPTH 8 5max t0 46 98 7 t5 5mm x SIRTE 200 Y mm 10 000 OOOOO O OONONN PV ON LW UI a TE ee DCI2CE0 Dstt i TT 48mA DC24V TYP 2 4mA DC12V TYP 1 0mADC5V TYP ct i I J T 14 000 ML0813 NPN 4 8V 1 0V i SET ot Cc E ML 1214 a 4 0VLE i isi PNP 19 2V 9 6V 4 0V EMD DEPTH4Smex ne ee OFF 2 4 8V 2 4v F 1OVUT Ge 3 50kHz FQ MWD005 FQ MWDLO005 _ 0 2 gi o 20kHz FQ MWD010 FQ MWDL010 OPTICAL Ms ML 5018 arn Ma R Tmax f 5 1kO 045 SHA DEPTH Zak o
22. DER Z FQ MWDL Green Yellow SHIELD ENCODER Black OUTO OR Orange OUT1 BUSY Light Blue OUT2 ERROR Yellow Green OUT3 SHTOUT Beige OUT4 STGOUT Black White COM_O Cut off the unnecessary signal wires to avoid contacting from other signal wires Category Application Power Power supply 24 V Terminals for an external power supply 24 V supply GND Wire the power supply separating from other devices Wiring them with other devices or to the same duct causes malfunction or damage of the Sensor due to electromagnetic induction Terminals for encoder power supply Connect the same power supply ether 5 12 or 24 V with the power supply of the encoder used Input I O A terminal for trigger signal input A terminal for error clear input An encoder free count reset input terminal COM_I Acommon terminal for TRIG ERROR_CLR and EFC_RST signal Input ENCODER A B Z A terminal for encoder input Encoder Shield wire SHIELD ENCODER A shield wire for encoder signal Connect it to GND GND ENCODER of the encoder power supply OUTO OR A terminal for output In the factory default the OR overall judgment signal is allocated as an output signal Allocation can be changed to ORO to 31 individual judgment signals OUT1 BUSY A terminal for output In the factory default the BUSY executing processing signal is allocated as an output signa Allocation can be changed to ORO to 31 individual judgment signals OUT2 ER
23. Each input I O terminal Internal circuit Internal circuit 1 ON current ON voltage A current value or voltage value that changes the status from OFF to ON The ON voltage value is the potential difference between COM_I and each input I O terminal 2 OFF current OFF voltage A current value or voltage value that changes the status from ON to OFF The OFF voltage value is the potential difference between COM_I and each input I O terminal Output I O Specifications Overall judgment output OR control output BUSY error output ERROR shutter output SHTOUT flash lighting output STGOUT Mode NPN Output circuit I l I Internal t 1 wo l nomal t a Ircui circui i circuit i N Connect a load corresponding to the output specifications Short circuiting the terminals may damage the Sensor Encoder Input Specifications Pulse input specifications when the open collector output type is used Specifications Input voltage 24 VDC 10 12 VDC 10 DC5V 5 1 0 V max PNP type 4 V min 2 4 V max Max response frequency 50 kHz I O cable FQ MWD005 FQ MWDLOO5 is used 3 20 kHz I O cable FQ MWD010 FQ MWDL010 is used Input impedance 1 A voltage value that changes the ON voltage from OFF to ON ON voltage value is the potential difference between GND of the terminal for encoder power supply and each input terminal 2 A voltage value that changes the OFF voltage from ON to OFF
24. OMRON FU MS12 2 1 9 1 9 0 3 3 B OMRON Corporation 2011 2015 All Rights Reserved AN ax oe
25. ROR A terminal for output In the factory default the ERROR signal is allocated as an output signal Allocation can be changed to ORO to 31 individual judgment signals OUT3 SHTOUT A terminal for output In the factory default SHTOUT shutter output signal 1 is allocated as an output signal Allocation can be changed to ORO to 31 individual judgment signals OUT4 STGOUT A terminal for output In the factory default STGOUT flash lighting output signal 2 3 is allocated as an output signal Allocation can be changed to ORO to 31 individual judgment signals Output A common terminal for OUTO to 4 output signals 1 A timing when an exposure of imaging elements is finished is output to the outside If you want to move the Sensor to the next measurement location after measurement move it after this signal changes from OFF to N 2 A control signal to turn ON the external lighting in synchronization with the imaging timing 3 You can change whether flashing ON during output or turning OFF OFF during output the external lighting when the signal is ON Flash output polarity Input I O Specifications Single measurement input TRIG error clear input INO encoder counter reset input IN1 Mode PN O 24 VDC 10 7 mA TYP 24 VDC 19 VDC min 3 mA min 5 VDC max 1 mA max 0 1 ms max 0 1 ms max Internal circuit diagram Input circuit rc Each input I O terminal 33 Input circuit
26. cluding ripple Between all lead wires and case 0 5 MQ at 250 V Current consumption 450 mA max FL Series Lighting Controller and lighting used ee 250 mA max External lighting not used immunity range condensation Ambient humidity range Operating and storage 35 to 85 with no condensation Vibration resistance 10 to 150 Hz single amplitude 0 35 mm X Y Z destruction directions 8 min each 10 times Shock resistance 150 m s 3 times each in 6 direction up down right left forward and backward Weight Approx 390 g main unit only Approx 480 g main unit only Instruction Manual this document 1 When using the touch finder the number of items that can be stored differs depending on the capacity of the SD card 2 The five output signals OUTO to 4 can be allocated for the judgments of individual inspection items 3 Refer to the encoder input specifications LED indicators EtherCAT indicators Ratings W Wiring Specifications Connect an I O cable into the I O cable connector at the bottom of the Sensor unit Wire each signal of the I O cable Brown 24V Blue GND Brown White VDD ENCODER Blue White GND ENCODER Pink TRIG Red White ERROR CLR Green White EFC RST Purple White COM_I Purple ENCODER A Gray ENCODER A Green ENCODER B White ENCODER B I O cable Red ENCODER Z FQ MWD Yellow ENCO
27. color Monochrome Real color Monochrome input method HDR High Dynamic Range white balance color type only Electronic shutter shutter speed 1 10 to 1 30 000 sec 752 H x 480 V 6 0 um x 6 0 um 60 fps 16 7 ms External Connection Lighting controller Data In Sensor 32 000 items max 1 loaaina Images In Sensor 20 images 1 Measurement trigger I O trigger encoder trigger communication trigger Ethernet non procedural PLC link via EtherCAT I O Input signals 9 signals specifications a e Single measurement input TRIG e Error clear input INO e Encoder counter reset input IN1 e Encoder input A B Z 3 Output signals 5 signals 2 e OUTO Overall judgment output OR e OUT1 Control output BUSY e OUT2 Error output ERROR e OUTS Shutter output SHTOUT e OUT4 Flash lighting output STGOUT Ethernet specifications 100BASE TX 10BASE T EtherCAT specifications _ EnerCATspecialprotocol 100BASE TX Connection Special connector cables method e Power supply and I O control 1 special I O connector cable e Touch finder PC Ethernet control 1 Ethernet cable e EtherCAT connection 2 EtherCAT cables OR Judgment result indicator Color Orange ERR Error indicator Color Red BUSY BUSY indicator Color Green ETN Ethernet communication indicator Color Green e L A IN Link Activity IN x 1 e L A OUT Link Activity OUT x 1 e RUN x 1 e ERR x 1 Power supply voltage 21 6 to 26 4 VDC in
28. ector input PNP type Open collector input type PNP type Encoder power supply 24 12 5 VDC Note 1 Note 1 Connect the same power supply 5 12 or 24 V as the encoder to be used Note 2 The 120 Q resistance is a termination resistance function used to connect a line driver encoder When using an encoder with open collector type set the termination resistance to OFF Initial value OFF Line driver input type Line driver input type Encoder power supply 5 VDC Brown White VDD ENCODER Photocoupler Purple ENCODER A Gray ENCODER A Phase A S TE as mete La 0 White ENCODER B z 5 3 As yo g g S air l Red ENCODER Z 1200 Note 3 Yellow ENCODER Z Blue White GND ENCODER Green Yellow SHIELD ENCODER jo Line driver encoder Note 3 The 120 Q resistance is a termination resistance function used to connect a line driver encoder The termination resistance function can be ON OFF hough the software settings Set the termination resistance function ON OFF according to your usage Initial value OFF Unit mm E Dimensions FQ MS12 FQ MS12 M 98 0 1 P 4 4 5 Dia
29. g 10 100 1 000 mm 1 0N OFF ON ON a Me ALS GND 2 0FF ON OFF ON mm 1 GND HEH DO D x Davis EERE mm WD mm 2 3 g mm P He mm a 2 mm ee Fae 1 Y EIA RS 422 A ETANG BOREU KOLESIA Ma Ta FER REAT AIOR AVG 1200 5 2 WD o 0 2V 50mV 2 200kHz FQ MWD005 FQ MWDLO05
30. iagram The diagram below shows rough values You need to adjust the camera after mounting 10 000 1 000 100 Camera installation distance A mm 3Z4S LE ad T f SV 0614V Ft200115115 HO j i j j SV 0813V B0 eee SV 1214V SV 1614V SV 2514V SV 3518V SV 5018V SV 7527V SV 10035V t Closeup ring Example t0 Closeup ring not required t5 A 5 mm closeup ring is required 1 000 Y field of view mm How to look at the Optical Diagram The horizontal axis shows the field of view mm 1 The vertical axis shows the camera installation distance mm or WD mm 2 Y Field of view mm X Lens HHFFFFHFFFHFH Camera installation distance mm 1 The length of the field of view described on the Optical Diagram represents the length in the Y axis direction 2 The vertical axis of the camera represents WD Field of view mm Suitability for Use Omron Companies shall not be responsible for conformity with any standards codes or regulations which apply to the combination of the Product in the Buyer s application or use of the Product At Buyer s request Omron will provide applicable third party certification documents identifying ratings and limitations of use which apply to the Product This information by itself is not sufficient for a complete de
31. isposal TRACEABILITY INFORMATION Importer in EU Manufacturer Omron Europe B V Omron Corporation Wegalaan 67 69 Shiokoji Horikawa Shimogyo ku 2132 JD Hoofddorp Kyoto 600 8530 JAPAN The Netherlands Regulati Aw 7 7 J o Aal FA G7 EA z PPRT ess MM 3 oa A OMRON Corporation 2011 2015 All Rights Reserved PRECAUTIONS ON SAFETY Meaning of Signal Words Indicates a potentially hazardous situation which if not avoided will result in minor or moderate injury or may result in serious injury or death Additionally there may be significant property damage Alert Statements AN WARNING This product is not designed or rated for ensuring safety PRECAUTIONS FOR SAFE USE Always follow the rules below to ensure safety 1 Installation environment e Do not use in a location where there is flammable or explosive gas e To ensure safe operation and maintenance install away from high voltage equipment and power equipment e Tighten the mounting screws with the specified torque M4 1 2 N m M2 0 15 Nm 2 Power and cable connections e Be sure to turn OFF the power of the camera unit as it may result in malfunction when taking the following actions e Connecting or wiring cables e Mounting or removing connectors e Setting the node address setting switch FO MS12L LBCT and FQ MS12 _ M ECT types only e Do not reverse the polarity of the power connection Do not short the load of the o
32. ommunication data input indicator 1 Measurement operation indicator L A OUT Blinks in green when connected to a EtherCAT device or blinks in green during communication data input ECAT RUN Lights in green when EtherCAT communication is available ECAT ERROR Lights in red when EtherCAT communication is available ECT and FQ MS 1 Supports FQ MS M ECT E Power connection when a switching regulator is connected The following power supply is recommended option When a FL series flash controller and lighting are used Power supply voltage 24 VDC 21 6 to 26 4 V Output current 1 3 A min Recommended power supply S8VS 03024 30 W 1 3 A External power supply terminal screws M4 tightening torque 1 2 N m When an external lighting is not used Power supply voltage 24 VDC 21 6 to 26 4 V Output current 0 65 Amin Recommended power supply S8VS 01524 15 W 0 65 A External power supply terminal screws M4 tightening torque 1 2 N m E Ratings Performance Color Monochrome Color Monochrome PNP FQ MS125 FQ MS125 M FQ MS125 ECT FQ MS125 M ECT Field of view installation distance Select a lens according to the field of view and installation distance see the Optical Diagram Main Shape search search labeling edge position functions No of simultaneous 32 inspections 2 No of registered scenes 3 Image Image processing Real
33. pen collector output e Wire this product separately from the wiring of high voltage wires and power wires If wired together or in the same conduit induction may occur and cause malfunctioning or damage e Use a load that is equal to or less than the rating e Use the specified power voltage e Use the specified size of crimp terminals for wiring connections Do not connect wires that have been simply twisted together directly to the power supply or terminal block e Supply power from a DC power supply for which measures have been applied to prevent high voltages e g a safety extra low voltage circuit e If UL certification is required for the overall system use a UL Class II DC power supply e Use an independent power source for this product Do not use a shared power source 3 Other Rules e Do not use in safety circuits for atomic energy or that are critical for human life of persons either directly or indirectly Do not use it for such purpose High voltage part inside the unit may cause electric shock Do not open the cover of the unit e Do not attempt to disassemble deform by pressure incinerate repair or modify this product e Use the FQ MD Touch Finder and the FQ WN or FQ WD Cable Sensor malfunction or damage may occur if any other devices or cables are used e When disposing of the product treat as industrial waste e If you notice an abnormal condition such as a strange odor ex
34. re no incorrect connections such as a shorted load circuit and that the load current is suitable Incorrect wiring may cause damage and failures 3 Optical axis and detection range There is a certain amount of deviation among sensors in the center of the optical axis For this reason when installing the sensor be sure to check the center of the image and the detection range in the LCD monitor of the Touch Finder and in the sensor software 4 Maintenance and inspection e Do not use thinner alcohol benzene acetone or kerosene to clean the sensor or Touch Finder e If considerable foreign matter or dust collects on the panel on the front of the senor use a blower brush for camera lenses to blow off the foreign matter Avoid blowing it off with your breath e For a small amount of foreign matter or dust gently wipe with a soft cloth Do not wipe hard If the surface is damaged false detection may result 5 Connector cover Attach the covers of I O cable connector and Ethernet cable connector Be sure that they are fixed when attached This prevents extraneous material from making malfunction of sensor 6 Pixel defects e Although this product may have defective pixels due to CMOS image sensor light receiving element specifications it is not considered a product defect or malfunction 7 LED indicators are covered with protection sheets with shipment Peel them off before using E Part Names and Functions Oo We OG
35. termination of the suitability of the Product in combination with the end product machine system or other application or use Buyer shall be solely responsible for determining appropriateness of the particular Product with respect to Buyer s application product or system Buyer shall take application responsibility in all cases NEVER USE THE PRODUCT FOR AN APPLICATION INVOLVING SERIOUS RISK TO LIFE OR PROPERTY WITHOUT ENSURING THAT THE SYSTEM AS A WHOLE HAS BEEN DESIGNED TO ADDRESS THE RISKS AND THAT THE OMRON PRODUCT S IS PROPERLY RATED AND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR SYSTEM See also Product catalog for Warranty and Limitation of Liability OMRON Corporation Industrial Automation Company Tokyo JAPAN Contact www ia omron com Regional Headquarters E OMRON EUROPE B V Sensor Business Unit Carl Benz Str 4 D 71154 Nufringen Germany Tel 49 7032 811 0 Fax 49 7032 811 199 MB OMRON ELECTRONICS LLC 2895 Greenspoint Parkway Suite 200 Hoffman Estates IL 60169 U S A Tel 1 847 843 7900 Fax 1 847 843 7787 E OMRON ASIA PACIFIC PTE LTD No 438A Alexandra Road 05 05 08 Lobby 2 Alexandra Technopark Singapore 119967 Tel 65 6835 3011 Fax 65 6835 2711 Hi OMRON CHINA CO LTD Room 2211 Bank of China Tower 200 Yin Cheng Zhong Road PuDong New Area Shanghai 200120 China Tel 86 21 5037 2222 Fax 86 21 5037 2200 D Oct 2014
36. treme heating of the unit or smoke immediately stop using the product turn off the power and consult your dealer e The device surface becomes hot during use Do not touch during use PRECAUTIONS FOR CORRECT USE Observe the following to prevent failure malfunctioning and adverse effects on performance and the device 1 Installation site e Do not install in the following locations e Locations where the ambient temperature exceeds the rated temperature range e Locations subject to sudden temperature changes where condensation will form e Locations where the relative humidity is below or above 35 to 85 RH e Locations where there are corrosive or flammable gases e Locations where there is dust salt or iron powder e Locations where the device will be subject to direct vibration or shock e Locations where there is strong scattered light laser light arc welding light ultraviolet light etc e Locations exposed to direct sunlight or next to a heater e Locations where there is splashing or spraying of water oil or chemicals e Locations where there is a strong electrical or magnetic field 2 Power and cable connections e When using a switching regulator ground the FG pin of the switching regulator e If there are surges on your power line connect a surge absorber as appropriate for your conditions of use e Before turning on the power after the wiring is completed verify that the power is correct that there a
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