User`s Manual
Contents
1. Internal circuit diagram of ERNT ASQTXY10 Terminal Signal Terminal Signal number name number name TBI X00 TB1 X00 A1SX10 TB2 X01 B2 X01 AISX40EU o _TB3_ X02 TB3 X02 QX10 tarinifal block o __TB4 X03 TB4 X03_ terminal block mal noc TBS X04 B5 X04 Teer oo TB6 X05 TB6 X05 prez Bt TBA Hes o o TB7 X06 TB7 X06 TE g ui TB7 o o TB8 X07 TB8 X07 Te 187 Iaras TB9 COM TB9 X08 fers Teta oo TB10 X08 TB10 X09 reir Bidet oOo TB11 X09 TB11 X0A aa LE TB17 TB12 X0A TBi2 X0B a TB17 B20 E TB13 X0B TB13 X0C D TB14 X0C TB14 XOD o o B15 X0D B15 XOE o TB16 X0E TB16 XOF So Bi7_ XOF B17 _ COM _TBi8 COM TB18 Open TB19 Open B20 pen lt Specification Comparison Chart gt Model AISXt0 AISX10EU axto ification Number of input panis 76 76 T Insulation method Photocoupler insulation Photocoupler insulation Photocoupler insulation 100 120VAC 10 1599 Rated input current 100 120VAC 50 60Hz 100 120VAC 50 60Hz 50 60Hz 3H7 About 8mA 100VAC 60Hz Rated input voltage About 6mA 100VAC 60Hz About 7mA 120VAC 60Hz About 7mA 100V AC 50H In rush current 200mA maximum within Ims 132VAC 200mA maximum within 1ms 132VAC 200mA maximum within 1ms 132VAC OFF voltage OFF current Less than 30VAC less than 1 4mA Less than 30VACless than2. Mitsubishi General Purpose Programmable Controller Renewal Tool Conversion Adaptor Models ERNT ASQTXY10 ERNT ASQTX40 ERNT ASQTX80 ERNT ASQTY22 ERNT ASQTY40 ERNT ASQTY50 ERNT ASQTY80 Base Adaptor Models ERNT ASQB38 ERNT ASQBOO0J ERNT ASQB55 User s Manual ERNT ASQB35 ERNT ASQB33 ERNT ASQB68 ERNT ASQB65 ERNFASOTXY10 ERNI ASQB38 ERNTASOTX40 ERNT ASQB35 ERNT ASQTX amp 60 ERNT A ASOB98 ERNT ASQTY22 ERNT ASQBO0J ERNT ASQTY40 ERNT ASQB68 ERNT ASQTY50 ERNT ASQB65 ERNT ASQTY80 ERNT ASQB55 50CM D180020 B 1104 MEE SAFETY INSTRUCTIONS Always read these precautions prior to use Before attempting to use the Conversion Adaptor and the Base Adaptor or the Products read all instructions contained in this manual carefully to ensure safe and correct operation The safety instructions appearing in this manual are limited to those that apply to the Products For safety instructions to be heeded in regard to your programmable controller system as a whole refer to the user s manual supplied with the MELSEC Q Series CPU module you use In this manual the safety precautions are ranked as Warning and Caution 1 N f WARN NG Indicates an immediately hazardous situation which if not l A properly dealt with will result in death or serious injury l po Ld i i 1 1 I i a S I 1 Indicates a hazardous situation which if not properly deal with 1 A CAUTION Hace a l 1 will result in
3. Tez Hes X05 B6 X05 ma TB4 T55 o X06 B7 X06 TB4 Hes Tes e7 X07 TB8 X07 Heiter en COM TBO X08 BIOL Terka Je X08 TB10 X09 Bignety rere 25 X09 TB11 XOA pire e16 1817 X0A TBI2 XOB eater FES tra X0B TBI3 XOC X0C TB14 XOD X0D TB15 XOE XE TB16 XOF XOF TB17 COM COM TB18 Open Open Open E gt If your system is set to run on a rated input voltage of 12VDC when you make a switch from A1SX40 to QX40 it must be reset to run on 24VDC lt Module Specification Comparison Chart gt Model A1SX40 A1SX40 S2 QX40 Specification Sink type Sink type Positive common type Number of input points SSS a ee ee a ee eS Insulation method Photocoupler insulation Photocoupler insulation Photocoupler insulation 24VDC Rated input voltage TONOS PANG 20 15 ripple rate within 5 Rated input current About SmAvabout TMA about 7mA about 4mA ON voltage ON current OFF voltage OFF current More than 8VDC more than 2mA_ More than 14VDC more than 3 5mA More than 19VDC more than 3mA Less than 4VDC less than 1mA Less than 6 5VDC less than 1 7mA_ Less than 11VDC less than 1 7mA Input resistance About 3 3kQ About 3 3kQ About 5 6k0 OFF ON Tess than 10m Tess than 10m5 Tess than 1 5 10 20770ms Response time ON OFF Less than 10ms Less than 10ms Less than 1 5 10 20 70ms Internal power consumption SOMA TYP ON at all points
4. at power on 0 9VDC TYP 0 5A 1 5VDC MAX 0 5A 0 2VDC TYP 0 5A 0 3VDC MAX 0 5A Less than 2ms Less than 1ms Response time Surge killer Less than 2ms resistive load Zener diode Less than 1ms rated load and resistive load Zener diode Fuse Provided 6 7 A non replaceable Internal power consumption 120mA TYP ON at all points 80mA TYP ON at all points Common method External connection method 8 points common 20 point terminal block 16 points common 18 point terminal block Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g ERNT ASQTY80 A1SY80 16 ays0 75 Internal circuit diagram of ERNT ASQTY80 Terminal Signal Terminal Signal number name number name 3 _TBI YOO Bi YOO 7 TB2 YO1 TB2 YO1 A1SY80 i 83 voz a BS vor ayso i L 4 03 4 03 i terminal block T TBS Yod TBS You terminal block Taaha T TBE YO5 TB6 YO5 pezh TBA tras L TB7 YO06 TB7 YO6 TB4 bas Tee lTe7 E TB8 _ Y07 TB8 Y07 T56 Te7 brava 7
5. whether foreseen or unforeseen by MEE compensation for accidents compensation for damages to products other than MEE products or compensation for other work carried out by the user Changes in Product Specifications The specifications given in the catalogs manuals and technical documents are subject to change without notice This document is a new publication effective Apr 2011 Specifications are subject to change without notice The standard price does not include consumption tax Please note that consumption tax will be added at the time of purchase This manual was printed on recycled paper Developed Apr 2011 50CM D180020 B
6. Gratis Warranty Period The gratis warranty period of this product shall be one 1 year from the date of purchase or delivery to the designated place Note that after manufacture and shipment from MEE the maximum distribution period shall be six 6 months and the gratis warranty period after manufacturing shall be limited to eighteen 18 months In addition the gratis warranty period for repaired products shall not exceed the gratis warranty period established prior to repair Gratis Warranty Range The gratis warranty range shall be limited to normal use based on the usage conditions methods and environment etc defined by the terms and precautions etc given in the instruction manual user s manual and caution labels on the product Warranty Period after Discontinuation of Production 1 MEE shall offer product repair services fee applied for seven 7 years after production of the product has been discontinued Discontinuation of production shall be reported via distributors 2 Product supply including spare parts is not possible after production has been discontinued Exclusion of Opportunity Loss and Secondary Loss from Warranty Liability Regardless of the gratis warranty period MEE shall not be liable for compensation for damages arising from causes not attributable to MEE opportunity losses or lost profits incurred by the user due to Failures of MEE products damages or secondary damages arising from special circumstances
7. 0 point terminal block 6 points common 20 point terminal block TYP ON at all points 16 points common 20 point terminal block Hess than 1mA fless than 1 7mA Hess than 1 7mA fless than 1 7mA Input resistance About 3 3kQ About 3 3kQ_ About 3 3kQ About 5 6kQ Response OFF gt ON Less than 10ms Less than 0 4ms Less than 10ms Less than 1 5 10 20 70ms time ION OFF Less than 10ms Less than 0 5ms Less than 10ms Less than 1 5 10 20 70ms 50mA 50mA 50mA 50mA TYP ON at all points 16 points common 18 point terminal block Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g ERNT ASQTY22 A1SY22 16 ay22 75 Internal circuit diagram of ERNT ASQTY22 Terminal Signal Terminal Signal number name number name L TB1 YOO TBI YOO L TB2 YO1 TB2 YO1 A1SY22 L TB3 Y02 TB3 Y02 QY22 terminal block ji L TB4 Y03 TB4 YO3_ terminal block L TBS YO4 TBS Y04 TB2 m L TB6 Y05 TB6 Y05 TB2 ai TeaHeH 4 L TB7 Yo06 TB7 Y06 Tea 188 me TB7 F TB8 Y07 TB8 Y07 La TB7 Tol TES
8. 1 4mA Less than 30VACless than 1 7mA_ Input ax About 18kQ 60Hz About 18kQ 60Hz About 12kQ 60Hz eee 50Hz About 21kQ 50Hz EO 50Hz time e a than 35ms Less than 35ms_ tes fen rs than 20ms Intemal O 50mA TYP ON at all pois OMA TYP ON at all points 50m TYP ON at all points Common method 16 pairts oonmon 16 points oommon 16 pants ommon Extemal connection method 20 po int terminal block 20 point terminal block 18 pC int terminal block 2 b In the case of A1SY10 A1SY10EU QY10 Internal circuit diagram of ERNT ASQTXY10 Terminal Signal Terminal Signal number name number name Bt Heh SiE T TB3 Y02 TB3 Y02 avio Al SY10EU L B4 YO3 B4 Y03 terminal block terminal block L TBS Y04 TB5 Y04 Tezer L TB6 Y05 TBE YO5 pezli Te TBS L TB7 Y06 TB7 Y06 ua TBS Hes 187 L TB8 Y07 TB8 Y07 Hes 17 eto E B9 _ COM B9 Y08 e192 Terken 3 TB10 Y08 TBIO YOO mei Pettrsis L TB11 Y09 TB11 YOA mer ITB15 eee L TB12 YOA TB12 YOB Ferg 817 B20 8 9 L TB13 YOB B13 YOC LE TB14 YOC TB14 YOD
9. 22 E gt 189 C TB9 Y08 feoj LEETE TB10 OV TB10 YOO ferzen Tei4 Sre E TB11 YO8 TBIT YOA er Pete ra17 E TB12 Yoo TB12 YOB petri EE E F TB13 YOA TB13 YOC 3 TB14 YOB TB14 YOD L B15 YOC B15 YOE L TB16 YOD TB16 YOF L B17 B17 L TB18 YOF TB18 ov TB TB20 oV Because the switch concerned causes the number of points per common to change from 8 two circuits to 16 an alteration to the wiring is required if the terminal numbers TB9 and TB19 and TB10 and TB20 on the MELSEC AnS side terminal block have been used in separation from each other lt Module Specification Comparison Chart gt Model A1 SY80 aY80 Specification Source type Source type Number of output points 16 16 Insulation method Photocoupler insulation Photocoupler insulation Rated load voltage 12 24VDC 12 24VDC A 0 8A point 0 5A point Maximum load curent 3 2A common 4A common Maximum in rush current Less than 8A 10ms Less than 4A 10ms Leak current at power off Less than 0 1A Less than 0 1A Maximum voltage drop at power on 1 5VDC MAX 0 8A 0 2VDC TYP 0 5A 0 3VDC MAX 0 5A OFF ON Less than 2ms Less than 1ms Response time Surge killer ON OFF Less than 2ms resistive load Zener diode Less than 1ms rated load and resistive load Zener diode Fuse 5A one common non replaceable 6 7A one common non replaceable In
10. 5VDC MAX 0 14 0 2VDC MAX 0 14 O 2VDC MAX 0 14 OFF ON Less than 2ms Less than 1ms Less than ims Response time on Less than Tms Less than Tms oN OrF bape than eine resists i9ad rated load and resistive load rated load and resistive load Surge killer Zener diode Zener diode Zener diode Fuse 7 6A one common non replaceable Not provided Not provided Thternal power consumption 270mA TYP ON at all points 79mA TYP ON at all points 65mA TYP ON atalll points Paaris NGG Not provided Provided overheat protection Provided overload protection and short circuit protection and overheat protection Common method Extemal connection method S pointsicommon 20 point terminal block 8 points common 20 point terminal block T6 points common 78 point terminal block Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g ERNT ASQTY50 A1SY50 16 QY50 75 Internal circuit diagram of ERNT ASQTY50 Terminal Signal Terminal Signal number name number name i
11. 5mA at 120V 60Hz Less than 3mA at 240V 60Hz Maximum in rush current Leak current at power off Maximum voltage drop at power on Less than 1 5VAC Response time OEE ON Less than ims Less than Tms ONZOFF Less than 0 5Hz 1ms Less than 1ms 0 5 cycles Surge Killer CR absorber CR absorber Not provided Fuse 5A one common non replaceable Itis recommended that a fuse be installed Internal power consumption Common method Extemal connection method 270mA TYP ON at all points 8 points common 20 point terminal block 250mA TYP ON at all points 16 points common 18 point terminal block Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g ERNT ASQTY40 AISY40 16 QY40P 75 A1SY40P Internal circuit diagram of ERNT ASQTY40 Terminal Signal Terminal Signal number name number name L TB1 YOO TBI YOO Aisy4o L TB2 Yol TB2 Yol Aisy4oP st 5 TB3 Yo2 TB3 Yo2 QY40P terminal block af E TB4 Y03 TB4 YO3 terminal block L T
12. 80 ERNT ASQTX80 A1SX80 S1 16 Qx80 75 A1SX80 S2 Internal circuit diagram of ERNT ASQTX80 Terminal Signal Terminal Signal number name number name o TB1 X00 TB1 X00 A1SX80 4 o o Tez Xo TB2 X01 A1SX80 S1 A TB3 X02 TB3 X02 0x80 A1 SX80 S2 o o TB4 X03 TB4 X03 terminal block terminal block o TB5 X04 TB5 X04 Tse Te2 HAL a TB6 X05 TB6 X05 mez Hey TB4 gs O TB7 X06 TB7 X06 TB4 les 186 737 5 TB8 X07 TB8 X07 186 PE pein TB9 COM TB9 X08 oi te9 rete O TB10 X08 TB10 X09 reve TB14 a6 O TB11 X09 TB11 X0A ltB14lT5Ts B16 Fre 47 ro TB12 XOA TB12 X0B Pe Sire 17 Tete eta TB13 _X0B TB13 Xoc TB14 X0C TB14 XOD TB15 XOD TB15 X0E TB16 X0E TB16 XOF TB17 XOF TB17 Open TB18 COM TB18 COM TB19 Open TB20 Open Not usable on sink input E Use the Adaptor to run on the source input The Adaptor cannot be used to run on a sink input E gt If your system is set to run on a rated input voltage of 12VDC when you make a switch from A1SX80 to QX80 it must be reset to run on 24VDC AISY10 AISY10EU ay10 Specification Number of output points 16 16 16 Tnsulation method Photocoupler insulation Photocoupler insulation Relay insulation K 240VACI2A COSO 1 Z40VACI2A COSO 1 ZAOVAC 2A COSO 1 ated open close Volisgsainort 24VDC 2A resistive load 24VDC 2A resistive load 24VDCI2A resistive load 8A
13. B5 Y04 TB5 Y04 mHE f L TB6 Yo05 TB6 YO05 Taz et Tea ee L TB7 Yo06 TB7 Yoe aes IBe Tez L TBS YO7 TB8 YO7 Tee Te ss TBa TBS fi224v DC T9 Yo ta TBS Tera et E3 TB10 COM TB10 YOO fre fewest L TB11 Y08 TB11 YOA rehen HerStretz L TB12 YO9 TB12 YOB TBt6Te17 FetBiol 4 L TB13 YOA TB13 YOC i L TB14 YOB TB14 YOD E TB15 YOC TB15 YOE L TB16 YOD TB16 YOF t L TB17 YOE TB17 1224vDC L TB18 YOF TB18 COM TB19 iz24v DC J TB20 COM POINT E Because the switch concerned causes the number of points per common to change from 8 two circuits to 16 an alteration to the wiring is required if the terminal numbers TB9 and TB19 and TB10 and TB20 on the MELSEC AnS side terminal block have been used in separation from each other lt Module Specification Comparison Chart gt Model A1SY40 A1SY40P QY40P Specification Sink type Sink type Sink type Number of output points 16 16 16 Insulation method Photocoupler insulation Photocoupler insulation Photocoupler insulation Rated load voltage 12 24VDC 12 24VDC 12 24VDC 0 1A point 0 1A point 0 1A point Maximum load current OBAfcommon 0 8A common 1 6A common Maximum in rush current Less than 0 4A 10ms Less than 0 7A 10ms Less than 0 7A 10ms Leak current at power off Less than 0 1A Less than 0 14 Less than 0 1A Maximum voltage drop T OVDC TYP 0 10 0 1VDC TYP 0 1A O 1VDC TYP 0 1A at power on 2
14. E 1B9 COM TB9 Yos Mpm TB12 Kan TB10 200v AC TB10 Y09 TB12 a an CH Tet Yos TBIi YOA raisers TB 16817 L TB12 YOO TB12 YOB a TB17 Te Strata i T TB13 YOA TB13 YOC L TB14 YOB TB14 YOD L TB15 YOC TB15 YOE E TB16 YOD TB16 YOF L TB17 YOE TB17 _ COM L TB18 YOF TB18 Open __ _ _ _ TB19 COM TB20 200v Ac External power supply connected to TB10 and TB20 is unnecessary POINT E gt Because the switch concerned causes the number of points per common to change from 8 two circuits to 16 an alteration to the wiring is required if the terminal numbers TB9 and TB19 on the MELSEC AnS side terminal block have been used in separation from each other 2 External power supply connected to the terminal numbers TB10 and TB20 on the MELSEC AnS side terminal block becomes unnecessary lt Module Specification Comparison Chart gt Model Specification MaYa vee Number of output points 16 16 Insulation method Photocoupler insulation Photocoupler insulation Rated load voltage 100 240VAC 100 240 VAC 10 15 Maximum load current GEM pore Q eApoint 2 4A common 4 8Acommon TT BaVAC 100M N ANAC Oma Minimum load voltage current 100VAC 10mA 240VAC 20mA Less than 20A 10ms less than 8A 100ms 1 5mA at 120V 60Hz 3mA at 240V 60HzZ Less than 1 5VAC 0 1 0 6A Less than 1 8VAC 50 100mA Less than 2VAC 10 50mA 100VAC 25mA 240VAC 25mA Less than 20A one cycle 1
15. L TB15 YOD TB15 YOE L B16 YOE B16 YOF E B17 YOF B17 COM L e BBCN B18 Open B19 24V DC External power TB20 supply is not ov required E gt Because the switch concerned causes the number of points per common to change from 8 two circuits to 16 an alteration to the wiring is required if the terminal numbers TB9 and TB18 on the MELSEC AnS side terminal block have been used in separation from each other gt External power supply connected to the terminal numbers TB19 and TB20 on the MELSEC AnS side terminal block becomes unnecessary lt Specification Comparison Chart gt Model Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g A1SX40 QXx40 ERNT ASQTX40 A1SX40 S2 16 75 A1SX40 S1 QX40 S1 Internal circuit diagram of ERNT ASQTX40 Terminal Signal Terminal Signal number_ name number name A1SX40 o TBI X00 TB1 X00 ax40 A18X40 S2 o4 TBE Xol 152 xt QX40 S1 A1SX40 S1 oO terminal block terminal block o _TB4 X03 TB4 X03 o X04 TB5 X04
16. SOMA TYP ON at all points SOmA TYP ON at all points Common method 16 points common 16 points common 16 pointsicommon External connection method 20 point terminal block 20 point terminal block 18 point terminal block Model A1SX40 S2 QX40 S1 Specification Sink type Positive common type Number of input points 16 16 Insulation method Photocoupler insulation Photocoupler insulation 24VDC Rated Input voltage 24D 20 15 ripple rate within 5 Rated input current About 7mA about 6mA ON voltage ON current More than 14VDC more than 4mA More than 19VDC more than 4mA_ OFF voltage OFF current Less than 6 5VDC less than 1 7mA Less than 11VDC less than 1 7mA Input resistance About 3 3kQ About 3 9kO Response time _TON OFF Less than 0 2ms Less than 0 1 0 2 0 4 0 6 1ms__ Tmiemal power consumption Common method External connection method 20 point terminal block 78 point terminal block 4 Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g A1SX
17. TB1 Yoo TBI Yoo L TB2 YOT TB2 Yol A1SY50 L TB3 YO2 TB3_ _Yo2 aso terminal block t the yos ue aes terminal block Tea Tet E TB6 YO5 TB6 YO05 TaaHEL IBA TBS L TB7 YO6 TB7_ _Y06 TB4 Hips TBS Te7 TBs Y07 TB8 Y07 186187 pio E2 TB9 1224v DC TB9 YO8 frei 82 ree Ea T810 com TBi0 Yoo erT B1413 L TB11 Y08 TB11 YOA menfes mete Te17 L TB12 Y09 TB12 YOR MtSfe17 Fao ata L TB13 YOA TB13 YOC 18 L TB14 YOB TB14 YOD L TB15 YOC TB15 YOE L TB16 YOD TB16 YOF L TB17 YOE TBI7 fiaeav oc L TB18 YOF TB18 COM TB19 1z24v DG _ TB20 COM E Because the switch concerned causes the number of points per common to change from 8 two circuits to 16 an alteration to the wiring is required if the terminal numbers TB9 and TB19 and TB10 and TB20 on the MELSEC AnS side terminal block have been used in separation from each other lt Module Specification Comparison Chart gt Specification Number of output points A1SY50 Sink type 16 QY50 Sink type 16 Insulation method Photocoupler insulation Photocoupler insulation Rated load voltage 12 24VDC 12 24VDC Maximum load current 0 5A point 2A common 0 5A point 4A common Maximum in rush current Less than 0 4A 10ms Less than 0 4A 10ms Leak current at power off Less than 0 1A Less than 0 1A Maximum voltage drop
18. Upon unpacking your Adaptors check to see that the following items are included in their shipping carton 1 Conversion Adaptor Item name Quantity Adaptor 1 Fittings 1 Fittings attaching screws M3 5 x 6 2 Terminal block cover 1 2 _ Base Adaptor Item name Quantity Base adaptor Q base module attaching screws M4 X 10 Base Adaptor attaching screws M5 X 12 KS Product Specification 2 1 Conversion Adaptor For detail specification and general specification which do not appear in the specification comparison charts contained herein see the user s manual supplied with the MELSEC Q Series module you use Those parts of the specification that differ between the MELSEC AnS Series and the MELSEC Q Series are where a switch from the first series to the second is subjected to specification related restrictions Check the specification of the devices to be connected for more details Conversion Adaptor MELSEC AnS Number of MELSEC Q Mass of Conversion model name Series points Series Adaptor g msa a ERNT ASQTXY1 75 er l a A1SY10EU a In the case of A1SX10 A1SX10EU QX10
19. ase Adaptor securely with retaining screws and tighten the screws by applying torque within specified limits Loose screws can lead to the dropping of the converter adaptor fittings or base adaptor possibly causing breakage thereof Excessive tightness of the screws can lead to breakage of the screws converter adaptor fittings base adaptor or MELSEC Q Series Module possibly causing the dropping shorting and malfunction thereof 6 Use care to prevent foreign materials including cuttings and wiring debris from entering the Conversion Adaptor or the MELSEC Q Series module These will be cause for fire failure or malfunction 7 Do not drop the Conversion Adaptor Fittings and the Base Adaptor and avoid giving a strong impact to them Otherwise breakage will result 8 If the existing system is installed on a DIN rail the Base Adaptor is not necessary The MELSEC Q Series Base Module you use can be mounted onto the DIN rail 3 2 Instructions for Use Item Description Width dimension Because the module is reduced in width dimension 34 5mm 27 4mm and thus in of module area available for wiring check dimensional data before installing the module lt MELSEC AnS Series gt lt MELSEC Q Series gt Senecenaae PEE iTeeey lez i In mm Depth dimension Because the module is increased in depth dimension check dimensional data of module before installing the mo
20. circuit failure or malfunction Component attached with screw Range of tightening torque Base Adaptor attaching screw M5 2 75 3 63N m Q Series module attaching screw M4 1 39 1 89N m Mounting bracket securing screw M3 5 0 68 0 92N m Conversion Adaptor attaching screw M3 0 43 0 57N m MELSEC AnS Series terminal block attaching screw M4 0 78 1 18N m 5 Dimensional Outline Drawing 5 1 Conversion Adaptor Fittings Terminal block cover lal a Fl e 2 a 27 4 mr In mm 5 2 Base Adaptor amp j ll as ll B L14 A In mm Base Adaptor model name A mm B mm ERNT ASQB38 430 410 ERNT ASQB35 325 305 ERNT ASQB33 255 235 ERNT ASQB00J 330 310 ERNT ASQB68 420 400 ERNT ASQB65 315 295 ERNT ASQB55 260 240 12 Prod arra Deta Please confirm the following product warranty details prior to product use Gratis Warranty Terms and Gratis Warranty Range If any fault or defect hereinafter referred to as Failure attributable to Mitsubishi Electric Engineering Company Limited hereinafter referred to as MEE should occur within the gratis warranty period MEE shall repair the product free of charge via the distributor from whom you made your purchase
21. common 8Acommon 8A common Minimum open close load 5VDC 1mA SVDC IMA 5VDC 1mA Maximum open close voltage 264VAC 125VDC T32VAC 125VDC 264VAC 125VDC OFF ON Less than 10ms Less than 10ms Less than 10ms Response time GN OFF Less than 12ms Less than 12ms Less than 12ms Surge killer Not provided Not provided Not provided Fuse Not provided Not provided Not provided Common method 8 poinis common 8 points common 16 points common Extemal connection method 20 point terminal block 20 point terminal block 18 point terminal block Specification Number of input points Insulation method Rated input voltage Rated input current ON voltage ON current OFF voltage OFF current lt Module Specification Comparison Chart gt Model A1SX80 A1SX80 S1 A1SX80 S2 Sink Source type Sink Source type Sink Source type 6 16 16 Photocoupler insulation_ Photocoupler insulation Photocoupler insulation 12VDC 24VDC 24VDC 24VDC About smAvabout 7mA about 7mA about 7mA More than 8VDC More than 17VDC More than 13VDC more than 2mA Less than 4VDC more than 5mA Less than 5VDC more than 3 5mA Less than 6VDC ax8o Negative Common type 16 Photocoupler insulation 2AVDC 20 15 ripple rate within 5 about 4mA More than 19VDC more than 3mA Less than 11VDC Internal power consumption Common method External connection method TYP ON at all points TYP ON at all points 16 points common T 2
22. csesucseensaeencaeensseensseeucaeencsesnsenensaeensaeensaeeneaeeneaeees A 1 REVISION HIS ORY Mccoy 1 TABLE OF CONTENTS wt 1 General Description 4 2 Product Specification sssssssssssssessssseesssssseeeessssseesnsssseesunssseessnsssseesnsssseeesnsssesesasseenennssssseesnsseesesnnseseeesea 2 3 Mounting and Installation 4 Part Names and Installation Procedure 5 Dimensional Outline Drawing secceccsesescsecesoceccosecosssesessseososseesosesesosesesssesesssessssssssssessssseesssseessssessssesesssesssssesss 1 General Description This manual provides information about the Conversion Adaptor ERNT ASQTXY10 ASQTX40 ASQTX80 ASQTY22 ASQTY40 ASQTY50 ASQTY80 and the Base Adaptor ERNT ASQB38 ASQB35 ASQB33 ASQB00J ASQB68 ASQB65 ASQB55 available as Renewal Tools for the Mitsubishi General Purpose Programmable Controller The Conversion Adaptor is a product for effecting conversion to transcend difference in pin assignment between the MELSEC AnS Series and the MELSEC Q Series The Base Adaptor is a product which enables a MELSEC Q Series base module to be installed by utilizing the mounting holes in the MELSEC AnS Series base module No additional drilling is needed Before attempting to make a switch from MELSEC AnS Series to MELSEC Q Series in your installation consult the user s manual supplied with individual module under the latter series to learn about how they differ in various aspects including performance and function
23. dropping of the converter adaptor fittings or base adaptor possibly causing breakage thereof Excessive tightness of the screws can lead to breakage of the screws converter adaptor fittings base adaptor or MELSEC Q Series Module possibly causing the dropping shorting and malfunction thereof le Always check for correct match between MELSEC Q Series and the Conversion Adaptor Incorrect match can cause damage to the MELSEC Q Series module je When installing the converter adaptor take care not to get your hand snagged on the fittings or the like Injury may result When installing or removing the MELSEC Q Series Module complete with a converter adaptor be sure to hold it with both hands Dropping may lead to breakage iring Precautions Before attempting to install the Unit or carry out the necessary wiring make certain that the external power supply used in the system is shut off on all three phases Failure to do so may result in electric shock or damage to the product When energizing the Products or putting them into operation after the completion of installation or wiring work always have a cover placed over the terminal block for the MELSEC AnS Series components Without the cover placed in position electric shock can result Carry out wiring for the Conversion Adaptor correctly after checking the specification and terminal arrangement for the module used Connecting a power supply with a different voltage
24. dule MELSEC AnS Series MELSEC Q Series __ Conversion Adaptor Base Adaptor 110 135 5 Increased by 25 5mm Increased by 47 5mm with respect to ERNT AQSTY22 only In mm Terminal block The terminal block cover for MELSEC AnS Series is bigger than the width of the cover MELSEC Q Series Module Therefore it is necessary to replace it with the terminal block cover supplied with the converter adaptor MELSEC AnS Series MELSEC Q Series Terminal block cover for the AnS Series Replace the i terminal block Jcover with the one N supplied with the gt Conversion VW Adaptor Inmm 3 3 Installation Environment For detail information see the user s manual furnished with the MELSEC Q Series CPU module you use 10 4 Part Names and Installation Procedure Q Base Module attaching screw M4 10 supplied with Base Adaptor Base Adaptor attaching screw M5 x T2 supplied with Base Adaptor Mounting bracket retaining screw M35 x 6 supplied with Conversion Adaptor Conversion Adaptor attaching screw 3x25 MELSEC AnS Series terminal block attaching screw Ma MELSEC Q Series Base Module Base Adaptor Compatible module under MELSEC Q Series mati ar Mounting bracket If the existing system is installed on supplied with Conversion Adaptos a DIN rail the Base Adaptor is not necessary The MELSEC Q Series Base Module you use can be mounted onto t
25. he DIN rail Take note that a DIN rail installation adaptor made by Mitsubishi is required to mount MELSEC Q Series Base Module onto a DIN rail Conversion Adaptor MELSEC AnS Series terminal block MELSEC AnS Series terminal block cover supplied with Conversion Adaptor 4 1 Installation Procedure 1 Secure the MELSEC Q Series Base Module to the Base Adaptor with the supplied attaching screws M4 x 10 Secure it in four places 2 Mount a compatible module under the MELSEC Q Series onto the MELSEC Q Series Base Module 3 Secure the mounting bracket to a compatible module under the MELSEC Q Series with retaining screws M3 5 x 6 Secure it in two places top and bottom 4 Mount the Conversion Adaptor onto the mounting bracket and secure it with the Conversion Adaptor attaching screws M3 x 25 Secure it in two places top and bottom 5 Secure the Base Adaptor to the panel with the supplied attaching screws M5 x 12 Secure it in four places 6 Secure the MELSEC AnS Series terminal block to the Conversion Adaptor with the supplied attaching screws M4 7 Remove the terminal block cover from the MELSEC AnS Series terminal block and fit the terminal block cover supplied with the Conversion Adaptor in place 11 4 2 Tightening Torque Tighten the module attaching screws by applying torque listed in the table blow Application of improper tightening torque will cause dropping short
26. moderate or mild injury or property damage alone 1 1 1 w 1 s Even a safety instruction marked with A Caution could have serious consequences under certain conditions All the safety instructions regardless of their classification of criticality carry important points to be noted Observe them without fail Save this manual for reference when needed while at the same time ensuring that it is always passed on to the ultimate user Precautions Prior to use When making a switch from the MELSEC AnS Series to the MELSEC Q Series be sure to consult user s manual supplied with individual module under the MELSEC Q Series to confirm differences in various aspects including performance and function between the two series Installation Precautions Use the Conversion Adaptor and the Base Adaptor in the environmental conditions that are specified in the general specification contained in the user s manual supplied with the MELSEC Q Series CPU Module If the Products are used in any environment beyond the bounds of the general specification electric shock fire malfunction or damage to or degradation of the Products will result Do not touch live uninsulated part directly Contact will cause malfunction or failure in the system Fasten the Conversion Adaptor the Fittings and the Base Adaptor securely with retaining screws and tighten the screws by applying torque within specified limits Loose screws can lead to the
27. o the Adaptor Disposal Precautions When you dispose of the Products handle them as industrial waste EMC AND LOW VOLTAGE DIRECTIVES Compliance to the EMC Directive which is one of the EU Directives has been a legal obligation for the products sold in European countries since 1996 as well as the Low Voltage Directive since 1997 Manufacturers who recognize their products are compliant to the EMC and Low Voltage Directives are required to declare that print a CE mark on their products Authorized representative in Europe Authorized representative in Europe is shown below Name Mitsubishi Electric Europe B V EMC C C Division Address Gothaer strasse 8 40880 Ratingen Germany A 2 REVISION HISTORY Apr 2011 50CM D180041 A The first version is printed Apr 2011 50CM D180041 B Correction SAFETY INSTRUCTIONS Section 2 1 3 1 3 3 Appendix 4 Section 4 1 5 1 Nothing herein shall be construed as Mitsubishi s guarantee for or endorsement of the implementation of any industrial properties or other rights by any party or as granting any party a license for the use of such properties or rights Mitsubishi shall not be liable for any problems whatsoever which pertaining to such properties or rights arise out of the use of what is described herein 2011 MITSUBISHI ELECTRIC ENGINEERING COMPANY LIMITED TABLE OF CONTENTS SAFETY INSTRUCTIONS rssssessssessssessssesssseensscencsesncaesneseencseen
28. rating or incorrect wiring may cause a fire or failure Tighten the MELSEC AnS Series terminal attaching screws and terminal screw secirely by applying torque within the specified limits Loose screws will cause short circuit fire or malfunction Excessive tightening will damage the screws or the Conversion Adaptor which in turn will cause dropping of parts short circuit or malfunction Use care to prevent foreign materials including cuttings and wiring debris from entering the Conversion Adaptor or the MELSEC Q Series module These will be cause for fire failure or malfunction Startup and Maintenance Precautions Do not touch live terminals There is a danger of electric shock or malfunction Shut off the external power supply for the system in all phases before cleaning or retightening the terminal screws Failure to do so may result in electric shock or cause the MELSEC Q Series module to fail or malfunction Loose screws can lead to dropping shorting and malfunction Excessive tightness of the screws can lead to breakage of the screws converter adaptor fittings base adaptor or MELSEC Q Series Module possibly causing the dropping shorting and malfunction thereof Do not modify the Conversion Adaptor or take it apart Doing so will cause failure malfunction personal injury or fire The Conversion Adaptor comes in a resin case Do not drop the Adaptor or give a strong impact to it This will cause damage t
29. ternal power consumption 120mA TYP ON at all points 80mA TYP ON at all points Common method 8 points common 16 points common External connection method 20 point terminal block 18 point terminal block 2 2 Base Adaptor Specification Base Adaptor Compatible modules Mass model name MELSEC AnS MELSEC Q Outer dimensions mm g ERNT ASQB38 AiS38B Q38B 127 H x430 W x14 D 868 ERNT ASQB35 AiS35B Q35B 127 H x325 W x14 D 660 ERNT ASQB33 A1S33B Q33B 127 H x255 W x14 D 529 ERNT ASQBO00J A1SJCPU A1SJCPU S3 A1SJHCPU a aA 127 H x330 W x14 D 670 ERNT ASQB68 A1S68B Q68B 127 H x420 W x14 D 839 ERNT ASQB65 A1S65B Q65B 127 H x315 W x14 D 640 ERNT ASQB55 A1S55B Q55B 127 H x260 W x14 D 537 3 Mounting and Installation 3 1 Handling Instructions 1 Before attempting to install the Unit or carry out the necessary wiring make certain that the external power supply used in the system is shut off on all three phases Failure to do so may result in electric shock or damage to the product 2 Do not touch live terminals There is a danger of electric shock or malfunction 3 Do not modify the Conversion Adaptor or take it apart Doing so will cause failure malfunction personal injury or fire 4 Do not touch the energized part of the Conversion Adaptor directly Contact will cause malfunction or failure in the system 5 Fasten the Conversion Adaptor the Fittings and the B
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