Wiring Function K8AK-TH
Contents
1. 2 0 K8AK TH omRon 3 lt prz 4p oo 1 FROIN CsA RELET AC100 240V 5 i 5 z A INR DSO MASHER LCA 50 60Hz2. 3 20 55 C 0 49 0 59N m 10 HEL KE ERROR ZL ae iui A Cae 11 SRAME 25 85 OAI Rights Reserved EER REORAPRADRA INET RES 12 1 25 65C _ OR SE hE a o Tam 9 RC 2 eae Pp te fi 5 85 14 30 160g 15
3. 1200V MACK mm ORUL a a MERT DIN d S 225 100 O te i ee sone al 2 1 All 5 8BK Or lt 6 2 OO PHOENIX CONTACT AWG 16 por Not Ro Not eae 2 Al1 8RD OR os a PHOENIX conTacT AWG 18 BOA ooon a t r ON CONTACT AWGH18 I oi 5 dd i g POO 10 s gj Use 0 y ad ments 7 f Do Not g5i DIN t Use 5mm DOA oono PFP 100N 100cm 1 oti PFP 50N 50cm TH11S THi2S OOG nooo a 10 55Hz wy 1 50m s XYZ Smin x 108881 a Do Not Bo Not ue Use Use 150m s 100m s X Y Z 6 30 B B A a TH11S R swe 100 C F 0 9
4. 85 110 95105 5VALIF AC100 240V 2 RS KE EROBNDSSEZA 4VA AC24V S BO BROW BSAEVELS 2W DC24V 2 19 2ALI F AC100 240V 3 _ 13 6A AC DC24V 4
5. RAAN ON 1 5V 9 oo 20 g NPN OFF 0 1mA CR nmes SEN 21 LED LED 100 TA me Ta MOO AA EENE z I SERIA TIRE CORRS SLR RSM PRY Cie 22 65 EN61010 1 ha AC100 240V 250V
6. 2 C F Ubu R_SW2 10 C F 0 9 zor 0 R_SW1 1 C F 0 9 Pa a RSW 0 C a FERR O O al ed 1f2 3 4 5 6 7 I 3 C F i aa Eni HEF ot T HexH Aman fi e a 7 3 x10 5 TRER E K Hae ment Y 90 K a mS ae PWR_LED 4 A J AA i i rw Ie 7 MaA m s Gon R_sw2 E Mpp Eo O i i eee Eo Pr W PVOO MBE Ao YM2n 7 0 0 ALM_LED a c B Ptooo WAE All OFF F E Notuse REA R_SW1 AlOFF Notuse SW8 i LATCH_RST TH12S 1000 C F 0 3 E TO R_SW3 4 9 H SW
7. 30Vrms 60VDC TH11S F TH12S F A EN IEC AHER ERR R ER class A 3 Sal aaiall ano3 ik Soke 3 ae SD eae oe J 20 870 40 1039 u 20 870 40 1540 eines thee T 20 420 40 740 T 20 420 40 740 HERE ASDRMCHMSH ABs MGMAMSINUC_ ORME ALETA AAL RRM ERS CH gt COMMOREL 01 20 919 066 y z E 2
8. 1 5 amp o AC250 DC30V 5A 6 SRRESLOA TIE 5 Ek EE Ha P3 EE 7 AC250 DC30V 3A Ry ROR ARM RC SBN OUST TAR E 1058 490 ees 9 1 5 g AN
9. HEAD BREGUS LATCH_RST R_SW2 100 C F 0 9 Oa et mn it eal Swi 110 C CP 09 LATCH_RST 0 C 5 NN Li 0 02s LATCH ASTRA SPOLE E SVZOZ 9 ELE ALM_LED sw ee a a SSS SV PWR LED ae vey j SV 5 LATCH_RST 1 3 1 2 24 IM 1 M a Il BLED MF R paras er K SB Fete 2 ORRERA 3 B EBE ste 0 999 0 3200 E T B DE TH11S TH12S 5 Teo fa E Ipap ao Ez F SV PWR_LED Peek E B WBB or
10. If LATCH_RST or EXTERNAL INPUT has been ON more than again for at least 5 s Following 1 3 may occur 1121314 516 7 5s K8AK TH goes into or comes out from SV protect mode 1 Sensor burn out or Senor input Upper Limit i Input Type range over 7 3 Lower Limit K Setting range 2 Setting range over id Ll Behavior of LEDs 3 Inner error devices memories etc Latch J AAE imis 0 999 Tiis 0 3200 E Trouble shooting Non Latch T Aa Source 1 c F c F Comes out of SV protect mode Normal Open M E Anp wo SV protect mode i Reset the latch Normal close Wels fash iri OFF Input Type Lower Upper Lower Upper Input Type Lower Upper Lower Upper Sines the wiring and parameter rs r R EPE B PWR_LED K o 9 o see K o 1300 o 2300 Reset the SOURCE FF if K8AK return to normal state H LIL Sane EE J ol sso ol gallu ol o ol 1500 the cause may be the noise 3 ae MO PLT lu 1 If not there is need to replace it jiii Alarm t E T s oa a A a eee ee The state of latched output and the presale EN 61010 1 Other errs i i state of SV protect mode are backed teh a E 9 ae 9 TIE te a s by Non volatile memory EMI EN 61326 1 ALM_LED ji il EMC Pt100 0 850 0 999 B 400 1800 300 3200 The frequent operation will damage Non volatile memory ENS EN 61326 1 Pt1000 0 850 0 999 R 0 1700 0 3000 A Conformance to Safety Standards S 0 1700 0 3000 Reinforced insul
11. Fei R S AERO A Rn WAE e K o 999 of 999 K o 1300 olzsoo E s WEA KISHA AIOFF PLI BEE TR a J 0 850 0 999 J 0 850 oO 1500 SW8 i i i EE 1 T oj 400 9 700 T oj 400 9 700 a melee ALM_LED E oj 600 0 999 JE o 600 o 1100 SV EMC 100 EMS EN 2192071 Pt100 o sso ol 999 B 100 1800 300 3200 WT Pt1000 o 8so of 999 R o 1700 o 3000 0 1700 o 3000 poe ME 11 V
12. iP20 2000m Q 16 10mA TRY 17 ON 1kO 18 OFF OFF 100kQ 19
13. 0 SW Upper limit alarm _ Paint over the need _ 1121314 5 6 7 Lower limit alarm fu i less unit CIF f E Upper Limit Input Type Lower Limit K m PWR_LED GI ets HiNormal Open Close Ch LED Green Latch E J AAE lormal Open Close Change INon Latch E T Source a R_SW2 Normal Open E Mpp M N Alarm Other errs sw 1 1 Normal Close Pt100 j E Jo TENA a oF Relay NormalOpen 1 P p AEA Ap A A wel Relay Normal Close rs A oF R SW1 F H Notuse HEB Other errs Sensor burnout Input range over Setting range over Default All OFF Default ok oT Notuse MEE memory err a 5 n LATCH_RST Change the position of side SW while Button power is NOT being supplied TH12S MiLatch Holding the relay output until latch reset Side SW operation is effective after Extamalinput r sw3 1000 C F 0 3 power ON pene 4 9 Settng range over Soiree T Use the small screwdriver when you 11 operate the SWs or the Button R_SW2 100C F 0 9 Alarm Other errs if E Sensor input an rT e A R_SW1 10C F 0 9 LATCH_RST or External input G il m The SV protection will function when the put 1 latch reset button is pressed for at least 5 s X Default 0 C Relay Latch The power indicator will flash when the SV is protected Errors ALM LED flash 0 02s h B sw To release the protection press the latch reset button
14. 0 620 40 1039 E 20 620 40 1140 LENSE OLA OME MIO Me EE SANAU ARES OO RRS EE ae O55 082 5015 BnS RES Er 7 Ft pi aa el ael oeo DRBR DIAZ AE AFORE AF Le 248 SUREIEY AFL RS AT EEE FARE ORO MEM 8 00 21 00 MESH 3658 9 BLL EER TORA AICHE SHRM ERO BRO REAR A SRL RE STRESS HEINE FAX Web Pt1000 20 870 40 1039 R 20 1720 40 3040 OR FAX 055 982 5051 www fa omron co jp S 20 1720 40 3040 th ee eae EE MM TRENADIS S EENI EAN jA PLI 20 1320 40 2340 FAO SRA A gt ARIAL Web
15. 50VAC 30VDC resistive load Electrical life 50 000times 3A 250VAC 30VDC resistive load Electrical life 100 000times 1c contact 20 to 55 C Avoid freezing or condensation 25 to 85 25 to 65 25 to 85 Approx 160g IP20 Max 2 000m Output cumentapprox 10mA Contact input ON 1kO max OFF 100kQ min No contact input NPN ON residual voltage max OFF leakage current i 0 1mA min Non volatile memory Number of write operations 1 000 000 cycles T2A 250VAC time lag low breaking capacity Installation category II pollution degree 2 as per EN61010 1 100 to 240VAC type 2262081 3D life expectancy The life expectancy of output relay varies indicators to fail Periodically inspections and replacements Marne considerably with the output load and switchin
16. K8AK TH omRON Temperature Monitoring Relay Instruction Manual EN Thank you for purchasing the OMRON Product To ensure the safe application of the Product only a professional with an understanding of electricity and electric devices must handle it Read this manual carefully before using the Product and always keep it close at hand when the Product is in use OMRON Corporation All Rights Reserved Safety Precautions Warning Symbols Precautions for Safe Use Do not touch the terminals while power is being supplied Minor injury due to electric shock may occasionally occur Do not allow pieces of metal wire clippings or fine metallic shavings or filings from installation to enter the product Doing so may occasionally result in electric shock fire or malfunction Do not use the product where subject to flammable or explosive gas Otherwise minor injury from explosion may occasionally occur Q oe Never disassemble modify or repair the product or touch any of the internal parts Minor electric shock fire or malfunction may occasionally occur 5 n 3 Tighten the terminal screws to between 0 49 and 0 59 N m Loose screws may occasionally result in fire 9 Tighten the terminal screws to between 0 49 and 0 59 N m Tight screws may occasionally result in damage of screws Set the parameters of the product so that they are suitable for th
17. ation is provided between input power supply relay output and between other terminals x PLO O 1300 0 2300 To install a recommended fuse for this product according to the instruction manual is necessary Please do not use this Temperature Monitoring Relay for measurement of the circuit applicable to the Measurement es Fi t Category II III and IV ensor input range Do not use this product to measure energized objects which voltage values exceed 30Vrms or 60VDC If the equipment is used in a manner not specified by the manufacturer the protection provided by the TH11S F TH12S c F equipment may be impaired Input Type Lower Upper Lower Upper input Type Lower Upper Lower Upper A _ Conformance to EN IEC Standards OMRON EUROPE B V This is a class A product Wegalaan 67 69 NL 2132 JD Hoofddorp The Netherlands K 20 1019 40 1030 k 20 1320 40 2340 In residential areas it may cause radio interference in which case the user may be required to take adequate measures Phone 31 2356 81 300 to reduce interference FAX 313235B81 388 J 20 870 40 1039 J 20 870 40 1540 A B 717 A283 YSSA7 A ol 221E ASS A B UAHA EHIZA HAREE ASAE Ol HE FASHA BHA 73A AoA AS OMRON ELECTRONICS LLC P p ste Ae syez Buch One Commerce Drive Schaumburg IL 60173 5302 U S A T 20 420 40 740 T 20 420 40 740 5 wi Phone 1 847 843 7900 uitability se FAX 1 847 843 7787 k 20 620 40 f 109 j E E ned OMRON shall not be
18. e system being monitored If they are not suitable unexpected operation may occasionally result in property damage or accidents Change the position of side SW while power is NOT being supplied Key to Warning Symbols Indicates a potentially hazardous N situation which if not avoided is likely CAUTION to result in minor or moderate injury or property damage Read this manual carefully before using the product A malfunction in the product may occasionally make control operations impossible or prevent alarm outputs resulting in property damage to connected equipment and machinery Periodically check the product s operation To maintain safety in the event of malfunction of the product take appropriate safety measures such as installing a monitoring device on a separate line If the output relay is used past their life expectancy contact fusing or burning may occasionally occur Always consider the application conditions and use the output relay within its rated load and electrical 10 Use the recommended solderless terminals 11 Do not wire the terminals which are not used 12 Make sure that the rated voltage is attained within 1 second 13 Design system control panel etc considering the 2 seconds of delay that KBAK s 14 Make sure that K8AK has 30 minutes or more to warm up after power ON During wa
19. g conditions 22 Temperature of the terminal block is Max 65 C Please take note EU E Wiring Dimensions mm Mounting Dismounting Connections 6 _ F Source Diui H Solderless terminals Mounting to the DIN Rail Pull down on the hook with Recommendation 100 Insert the hook on the top of the a flat blade screwdriver and TENOS HE 225 _K8AK into the DIN Rail lift up on the K8AK Types Dameler Press the K8AK until the hook lock 42 CHOH into place Do Not All 5 8BK AWGH6 nae TET Use OW Use PHOENIX CONTACT RET Relay Output FE AT 8RD a See P PHOENIX CONTACT e o Extemal Input Al0 75 8GY 9 i pm OHO PHOENIX conTacT AWG 8 Use 6 coed 5 Do Not 7 a E Applicable DIN Rail ney H Tool Recommendation il Durability PFP 100N 100 cm Cross head screwdriver 5mm 7 PFP 50N 50 cm THS TH12S Be Te Acceleration 50m s Malfunction Frequency 10 55Hz In each direction x y z 5min x 10cycles a aie rot hook Malfunction Acceleration 150m s input Use input Use alfunction 100m s for the intemal relay In each direction x y z 3times Pt input B B A H Function Names of parts fai i 7s Switch Operation Time Chart urce OOQ TH11S Rsw3 100 c F 0 9 H Alarm type Hysteresis 2C or F 14 11 12 Relay 12 R_SW2 10C F 0 9 Ypa TY N l R_SW1 1 C F 0 9 Beel con etna o 4 R_SW3 Default
20. nd the input type set on K8AK are the same When extending the lead wires on a thermocouple be sure to use compensating conductors suitable for the thermocouple type When extending the lead wires on a platinum resistance thermometer use lead wires with a low resistance 52 max per line and be sure that the resistance is the same for all three lead wires output to be determined after power ON up K8AK does not measure correct temperature current power lines from other lines and avoid parallel or common wiring with the power lines when you are wiring to the terminals high frequencies or surge breaker should be within easy reach of the operator and must be marked as a disconnecting means for this unit environment the indicators and plastic parts may deteriorate faster than expected causing the Specifications Supply voltage Operating frequency Operating voltage range Operating frequency range Power consumption Inrush current Accuracy Relay output Ambient temperature Ambient humidity Storage temperature Storage humidity Weight Degree of protection Altitude External input Memory protection Recommended fuse Installation environment Temporary overvoltage 100 to 240VAC type 24VACIDC type 50760Hz 85 to 110 of the rated voltage 95 to 105 of the rated frequency SVA max 100 to 240VAC 4VA max 24VAC 2W max 24VDC 19 2A max 100 to 240VAC 13 6A max 24VAC DC 1 FS 5A 2
21. responsible for conformity with any standards codes or regulations which apply to the combination of the products in the customer s application or use of the product Pt100 20 870 40 10399 B o 1820 o 3240 At customer s request OMRON will provide applicable third party certification documents identifying ratings and limitations of OMRONASIA PACIFIC PT ae 2 Alexandra use which apply to the product This information by itself is not sufficient for a complete determination of the suitability of the Toohnopark Sinaanore 119007 y2 Pt000 20 go 40 1039 R 20 17201 40 3040 product in combination with the end product machine system or other application or use Customer shall be solely responsible Ph eat Pea a for determining appropriateness of the particular product with respect to customer s application product or system Customer lone OI shall take application responsibility in all cases FAX 65 6835 2711 s 20 1720 40 3040 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 A m PLI 20 1320 40 2340 PRODUCT S IS PROPERLY RATED AND INSTALLED FOR THE INTENDED USE WITHIN THE OVERALL EQUIPMENT OR OMRON Corporation SYSTEM Shiokoji Horikawa Shimogyo ku Kyoto 600 8530 JAPAN
22. rming 15 Separate the high voltage or la 16 Allow as much space as possible between K8AK and devices that generate powerful 17 Do not use a microwave receiver near K8AK Microwave interference may affect K8AK 18 A switch or circuit breaker should be provided close to this unit The switch or circuit 19 Do not use paint thinner or similar chemical to clean with Use standard grade alcohol 20 When discarding properly dispose of the product as industrial waste 21 Confirm that the power and alarm indicators are operating normally Depending on the operating The product is designed for indoor use only Do not use the product outdoors or in any of the following locations Places directly subject to heat radiated from heating equipment Places subject to splashing liquid or oil atmosphere Places subject to direct sunlight Places subject to icing and condensation Placas subject to dust or corrosive gas In particular sulfide gas and ammonia gas Places subject to intense temperature change Places subject to vibration and large shocks Yse store within the rated temperature and humidity ranges Provide forced cooling if required Install K8AK in a correct direction Be sure to wire propery with correct polarity of terminals Power supply terminals have no polarity Wire the input and output terminals correctly Use this product within the rated load and power supply Be sure that the temperature sensor type a
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