OPERATION MANUAL - Decision
Contents
1. H B ES EE 3 fe be 25 F x EE i sl z z 3 3 x x EU 0 20 9 m 40 a mm 100 It M 9 po 40 n m 100 120 AMBIENT TEMPERATURE Ta SO AMMEIENT TEMPERATURE To TLP820 2 S 3 TLP620 4 ipp DR 3 J si El E E E 4 2 3 E 3 3 DUTY CYCLE RATIO DR DUTY CYCLE RATIO DR e 18 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card Operations Manual 16 Relay 16 Photo Isolator Card 2005000000000 ee RE RRR ER E EEE EEE AVp ATs IP Wt F F ki rv ap E EE E i 2 gt 2 Be E i 8 E 5 ES E 5 8 3 B o s ES o 2 2 3 e E E 1 E E EEES ES ESE 94 oof 058 1 i2 14 io dH FORWARD VOLTAGE Vp Vi FORWARD VOLTAGE Vp V M di T 10 1l LE 13 ri PULSE WIDTH 1045 El FORWARD VOLTAGE Vp iV ox REPETITIVE 2 i S Y 3 E B E E El 8 PULSE FORWARD VOLTAGE Vpp iV 2 E Ic VCE 2 Ic lp Ip 2 E coo i i pasti si E U E d E B LL LIS e E2. Coil Resistance ohms 10 500 850 2200 Operate Voltage VDC max Release Voltage VDC min Schematics 1 I 7 a DECISION Computer International 23 Operations Manual 16 Relay 16 Photo Isolator Card SS SR EE EERE RRR ERE REE RRR ERE EE Contact Ratin DA1A NW Parameters Power W max Voltage VDC max 200 100 500 200 Switching Current A 0 5 0 25 2 0 0 5 max Carry Current A max 1 0 0 5 2 0 1 0 Contact Resistance 0 15 1A 0 15 0 15 04 ohms max initial 0 2 1B Open Breakdown 250 200 1000 250 Contact Voltage VDC Contact min 1500 1500 1500 1500 to Coil Open Insulation 101 108 1010 10 Contact Resistance i Contact ohms min 1010 1010 1010 1010 to Coil Operate Time mS max 1 0 NW 1 0 2 0 0 incl bounce 2 0 DW 1 0 Nw Release Time mS max 0 5 2 5 0 5 2 0 DW Low sx 10 10 10VDC 10 10mVDC 10 10mVDC 10yA Level 10VDC 4mA 4mA 10pA Electrical Life 2 X 108 105 50VDC 6 X 105 1 0A 20VDC 0 5A 6 X 105 20VDC 0 5A 12VDC 0 25A m mmm m m mm m m LL mm RRRREREEEEREEEEEEREREREEEEERREEEEERRERNEEREERRE 24 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card SE SR EERE ERR EEE REE EERE ERE EE Dimensions DA DB Series DF Series 14 13 9 8 14 6 7 TH 12 315 n ol c
3. Mv ee 25 E SE SE dI mo o o A EC Xe od mom s terne e 3 89 oo oo oo E Fosso 9 99h T ed r EMT wwe f s e p 0205 1472 p O1PO5 IA72 lo 7415273 m IL lt zs Eje 83 i ES Erre ga us ESE LM T 90 oo oo va paro Sa USA Ne Sal e el ele el ole el ole el c 1 Y E Sul hd 2 SS T E HE ES e s Sal Pi H a Jofii o e ol ol ol el E e ol S e e y ole e e A e e el e es S Dar ass DIPOS 1422 0205 122 ae x d ee 7 9e G op E 147 Oa E Moti A ae Us 0 Made in Toiga noc i RIGHT BY DECISION COMPUTER 2K OC12R040109 isc 432 481 96000000000000 0000 Ho00000000000000000 99009009000090200 0000000000000 m m m m m n m m m m LL LL LL LL LL LLLL LL LL LLLLLL LL LL LL LL LL LL LL LL LL LILLE 2 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card Operations Manual 16 Relay 16 Photo Isolator Card BE SR ERE ERE EERE EER EEE REE ER LIILIIIILILLILILLLILLILLLLLLLLLLLLLTITLL CHAPTER 2 HARDWARE CONFIGURATION PCI 16 PHOTO 16 RELAY INTERFACE CARD Before you use the PCI 16 channels relay output 16 channels photo couple input adapter Please check our technical web site http www smatlab com Observe the figure in the follows the proper settings for the PCI 16 channels relay output 16 channels photo couple input adapter is described in the f
4. COMMON output 21 NO 11 Relay Ch 11 Output 28 COMO09 Relay channel 9 COMMON output 22 COM 11 Relay Ch 11 Output 29 COMIO Relay channel 10 COMMON output 23 NO 12 Relay Ch 12 Output 30 COM11 Relay channel 11 COMMON output 24 COM 12 Relay Ch 12 Output a a DECISION Computer International 7 8 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card LL 25 NO 13 Relay Ch 13 Output 26 COM 13 Relay Ch 13 Output 27 NO 14 Relay Ch 14 Output 28 COM 14 Relay Ch 14 Output 29 NO 15 Relay Ch 15 Output 30 COM 15 Relay Ch 15 Output 31 NO 16 Relay Ch 16 Output 32 COM 16 Relay Ch 16 Output 33 GND 34 GND 35 DC 5V DC 5V output 36 DC 5V DC 5V output 37 DC 12V DC 12V output 38 DC 12V DC 12V output 39 GND 40 GND 3 40 Pins Connector J3 Pin Single Description 1 IN 01 Opto isolator Ch 01 Input 2 IN 01 Opto isolator Ch 01 Input 3 IN 02 Opto isolator Ch 02 Input 4 IN02 Opto isolator Ch 02 Input 5 IN 03 Opto isolator Ch 03 Input 6 IN 03 Opto isolator Ch 03 Input y IN 04 Opto isolator Ch 04 Input 8 IN 04 Opto isolator Ch 04 Input 9 IN 05 Opto isolator Ch 05 Input 10 IN 05 Opto isolator Ch 05 Input 11 IN 06 Opto isolator Ch 06 Input 12 IN 06 Opto isolator Ch 06 Input 13 IN 07 Opto isolator Ch 07 Input 14 IN 07 Opto isolator Ch 07 Input 15 IN 08 Opto isolator Ch 08
5. channel 6 Normal open output Pin Single Description 7 NO07 Relay channel 7 Normal open output 1 NO 01 Relay Ch 01 Output 8 NOUR Relay channel 8 Normal open output 2 COM 01 Relay Ch 01 Output 9 NO09 Relay channel 9 Normal open output 3 NO 02 Relay Ch 02 Output 10 NO10 Relay channel 10 Normal open output 4 COM 02 Relay Ch 02 Output 11 NO11 Relay channel 11 Normal open output 5 NO 03 Relay Ch 03 Output 12 NO12 Relay channel 12 Normal open output 6 COM 03 Relay Ch 03 Output 13 NO13 Relay channel 13 Normal open output 7 NO 04 Relay Ch 04 Output 14 NO14 Relay channel 14 Normal open output 8 COM 04 Relay Ch 04 Output 15 NOI5 Relay channel 15 Normal open output 9 NO 05 Relay Ch 05 Output 16 NO16 Relay channel 16 Normal open output 10 COM 05 Relay Ch 05 Output 17 GND GND 11 NO 06 Relay Ch 06 Output 18 DC 5V DC 5V output 12 COM 06 Relay Ch 06 Output 19 DC 12V DC 12V output 13 NO 07 Relay Ch 07 Output 20 COMO1 Relay channel 1 COMMON output 14 COM 07 Relay Ch 07 Output 21 COMO2 Relay channel 2 COMMON output 15 NO 08 Relay Ch 08 Output 22 COM03 Relay channel 3 COMMON output 16 COM 08 Relay Ch 08 Output 23 COM04 Relay channel 4 COMMON output 17 NO 09 Relay Ch 09 Output 24 COMOS Relay channel 5 COMMON output 18 COM 09 Relay Ch 09 Output 25 COM06 Relay channel 6 COMMON output 19 NO 10 Relay Ch 10 Output 26 COMO07 Relay channel 7 COMMON output 20 COM 10 Relay Ch 10 Output 27 COMOS Relay channel 8
6. 1 5V 3 to 20V Short 0 to 20V 0 to 16 5V 18 to 30V The JP1 is used to select voltage signal opto and opto range of photo couple input channel 1 and the JP2 is used to select voltage signal range of photo input channel 2 etc When we short the jumper the input voltage range is 0 to 20V and open the jumper means input voltage range is 0 to 30V m m mm m mmm muRREERHRERERHRERRREERREEREERREERREERRRERRERREREREEREERENEH m m m m m mmm maRREEERERERERERERREEHRREEREEERREEREERRRERRRERREEREEREERENENH DECISION Computer International 5 6 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card Operations Manual 16 Relay 16 Photo Isolator Card EE ERE EREE EERE ERE A NM MO RI MN NI Mi LIILIILILILIILIILILLITLLLILLLLLLLLLILLIL 2 3 Connector Assignments 31 COMI2 Relay channel 12 COMMON output 32 COM13 Relay channel 13 COMMON output 33 COM14 Relay channel 14 COMMON output 1 DB 37 Connector Pin Assignments 34 COM15 Relay channel 15 COMMON output 35 COM16 Relay channel 16 COMMON output Pin Single Description 20 OND SND 1 NOOI Relay channel 1 Normal open output en DEE A 2 NO02 Relay channel 2 Normal open output 3 NO03 Relay channel 3 Normal open output 4 NO04 Relay channel 4 Normal open output 2 40 Pins Connector J2 5 NO05 Relay channel 5 Normal open output 6 NO06 Relay
7. ICAL CHARACTERISTICS Ta 25 C CHARACTERISTIC MBOL TEST CONDITION MIN TYP MAX UNIT Current Transfer Ratio LR VCE 5V MERECEN Ip timA Vop 04V a aoe AL CE sat IC 0 2mA Ip 1mA Rank GB OfFSiate Collector Current log Vr 01V Vog 24V pa TEZ 5mAV Igdp 5mA 033 1 3 Voltage amA P Collector Emitter Saturation eren fi E Ip t8mA oa ee ee LL LL LL LL LLLL LILLE 16 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card SE SR EE ERE ERE EERE EERE ERE ER ISOLATION CHARACTERISTICS Ts cancro Tas comomos nx ew Capacitance Input to e To Vano fe Dite G ESE isolation Resistance Rg G gt gt gt AC 1 minute HA DC 1 minute in oil 1000 Vis SWITCHING CHARACTERISTICS Ta 25 C UTumofTime S t _ Turn on Time ton RL 19k0 Fig 1 Storage Time ts voc 5vV Ip 16mA Tumof Time torr Fig 1 Switching Time Test Circuit Ip Voc as A L ta Voc 4 5V Voe VCE 0 6V LON LOFF a DECISION Computer International 17 Operations Manual 16 Relay 16 Photo Isolator Card E ME SE ERE REE RRR EERE mm TLP620 2 TLP620 4 Ip Ta 5 2 8 ALLOWABLE FORWARD CURRENT lei mA El ALLOWABLE FORWARD CURRENT IFRS mA
8. Input a DECISION Computer International 9 Operations Manual 16 Relay 16 Photo Isolator Card E RR BRM RM RM BM RM MB MR HM MM MM NM HM MM MM N NM RM RR RR RI RI N 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 N 08 N 09 N 09 N 10 N 10 N 11 N 11 N 12 N 12 N 13 N 13 N 14 N 14 N 15 N 15 N 16 N 16 GND GND DC 5V DC 5V DC 12V DC 12V GND GND o ked ke bed kd kd be a ked ked a a a ked ked kd ao Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch Opto isolator Ch DC 5V output DC 5V output DC 12V output DC 12V output 08 Input 09 Input 09 Input 10 Input 10 Input 11 Input 11 Input 12 Input 12 Input 13 Input 13 Input 14 Input 14 Input 15 Input 15 Input 16 Input 16 Input a 10 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card BE SR EE ERE ERE EERE EERE ERR EERE APPENDIX A WARRANTY INFORMATION A 1 Copyright Copyright DECISION COMPUTER INTERNATIONAL CO LTD All rights reserved No part of SmartLab software and manual may be produced transmitted transcribed o
9. NI b peius 2 2 3 L3 ae a a o 5 8 ES E i E 8 da 5 0 93 04 06 05 10 12 14 ua 1 3 10 x 1 oa 1 E 10 1 COLLECTOREMITTER VOLTAGE Veg Vi COLLECTOR EMITTER VOLTAGE Veg V FORWARD CUEEENT Ip tA FORWARD CURRENT tp A SRE R RRR n n n a n m m m m m m a m m n m m n mun mun a aaa a nn SEE o a nno a nn n a nnn Ma a a a n n a n n n a n m m m m m m a m m n m m n mu n mun mm a a nn n a aaa a nno a nnn a nana DECISION Computer International 19 20 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card Operations Manual 16 Relay 16 Photo Isolator Card BE SR RE ERE ERE EERE EERE ERR EEE BE SR EE REE ERE EERE EER REE REE Ic Ta VCE sat Ta RESTRICTIONS ON PRODUCT USE TOSHIBA is continually working to improve the quality and reliability of its products Nevertheless semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress It is the responsibility of the buyer when utilizing TOSHIBA products to comply with the standards of safety in making a safe design for the entire system and to avoid situations in which a malfunction or failure of such TOSHIBA products could cause loss of human life bodily injury or damage to property In developing your designs please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent TOSHIBA products specifications Also please keep in mind the precaut
10. Operations Manual 16 Relay 16 Photo Isolator Card E ME SR ER ERR ERE EEE REE REE ERR EEE SMARTLAB PCI BUS 16 CHANNELS RELAY OUTPUT 16 CHANNELS PHOTO ISOLATOR INPUT ADAPTER OPERATION MANUAL i DECISION DEGISIONY Computer International Co Ltd S E e rrna a DECISION Computer International i Operations Manual 16 Relay 16 Photo Isolator Card E ME SR EE EERE N RM RM HB MR RM HB MM REE TABLE OF CONTENTS CHAPTERS A O 1 2 Hardware Configurati0N ooococcconcccncccnnoncnnnnnos 4 APPENDICES A Warranty Information eee e e K ennt entren 11 B Data SD Liria 14 ee LL LL LL LL LL LL LILLE ii DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card ee BL RM RI RI RI RI I Mi CHAPTER 1 INTRODUCTION The PCI 16 channels relay output photo isolator input adapter is a 32 bits PCI bus board with Plug and Play PnP features it is a programmable I O interface card for PC 486 Pentium or compatibles The PnP features let hardware configuration for IRQ and VO address is detected by BIOS automatically you don t need set switch and jumper The PCI 16 channels relay output photo isolator input adapter provides relay output functions The relay output part provides 16 relays to drive 16 different output channels Each relay channel can be used to control ON OFF of external devices to drive external power relays to activate alarms etc The photo isolator in
11. Unit in mm AC DC INPUT MODULE TELECOMMUNICATION The TOSHIBA TLP620 2 and 4 consists of a photo transistor optically coupled to two gallium arsenide infrared emitting diode connected in inverse parallel The TLP620 2 offers two isolated channels in an eight lead plastic DIP while the TLP620 4 provides four isolated channels in a sixteen plastic DIP TOSHTRA 11 5R2 Collector Emitter Voltage 55V Min e Current Transfer Ratio 50 Min Rank GB 100 Min PIN CONFIGURATIONS TOP VIEW TLP620 TLP620 2 TLP620 4 TOSHIBA 11 10C4 1 ANODE CATHODE 2 CATHODE ANODE 3 EMITTER 4 COLLECTOR 1 3 ANODE CATHODE 2 4 CATHODE ANODE EMITTER 5 7 p val SI x Ly 6 8 COLLECTOR En 8 A Ti if S a 9223 0 j23045 z Jj nm 254 LT youn cre 2 4 6 8 CATHODE ANODE LIOSHIBA 112043 9 11 13 15 EMITTER Weight Lig 10 12 14 16 COLLECTOR 14 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card eh MADE IN JAPAN MADE IN THAILAND UL Recognized BSI Approved ae 7427 2 7426 7427 2 1 UL1577 2 BS EN60065 1994 BS EN60950 1992 Isolation Voltage i 5000 V rms Min e Option D4 type VDE Approved DIN VDE0884 06 92 Certificate No 68984 Maximum Operating Insulation Voltage 890Vpk Highest Permissible Over Voltage 8000Vpg Note When a VDE0884 approved type is needed please designate the Option D4 Creepa
12. ge Distance 6 4mm Min Clearance 6 4mm Min Insulation Thickness 0 4mm Min MAXIMUM RATINGS Ta 25 C RATING CHARACTERISTIC SYMBOL see zm TLP620 4 Forni Curent E T catches E Pale Form Creat i Dar pb ips ES ower Dissipation Cima Pp 100 Power Dissipation Derating 3Pp70 10 o7 mW Sarco Tempers tg G T voro P TV pp 0 LIE Pig OSS at Collector Power Dissipation 1 Circuit Collector Power Dissipation Dering Giai 250 ECO a ees Junction Temperature Tj 35 o Storage Temperature Range Tag 55 127 E Operating Temperature Range ee AA AE Lead Soldering Temperature _ 260 108 i mW 20 E Deine arti Cea IER EMEN Isolation Voltage 5000 AC 1 min RH 60 Vrma DECISION Computer International 15 Operations Manual 16 Relay 16 Photo Isolator Card E E RR MSN NONSNS ERR EERE EERE ERE ERE RECOMMENDED OPERATING CONDITIONS cancro naa wn rv jax os Supply Voltage T Vcc 5 v Forward Current Ip RMS 16 20 mA Collector Current IC 1j 10 mA Operating Temperature Tow 25 85 INDIVIDUAL ELECTRICAL CHARACTERISTICS n 25 C ST CA ua ow Ta Pe rr E Beta Jp resa A E lr A O IM Collector Emitter Emitter Collector es Collector Dark Current Ioro Vogemv Te apC 3 80 pa Capacitance Collector A e DETECTOR COUPLED ELECTR
13. ions and conditions set forth in the Handlimg Guide for Semiconductor Devices or TOSHIBA Semiconductor Reliability Handbook etc VOLTAGE Vex tat Y COLLECTOR EMITTER SATURATION COLLECTOR CURRENT ic mA The TOSHIBA products listed in this document are intended for usage in general electronics applications computer personal equipment office equipment measuring equipment industrial AMBIENT TEMPERATURE Ta CC robotics domestic appliances etc These TOSHIBA products are neither intended nor warranted for usage in equipment that requires extraordinarily high quality and or reliability or a malfunction or failure of which may cause loss of human life or bodily injury Unintended Usage Unintended Usage include atomic energy control instruments airplane or spaceship AMTIRNT TEMPERATURE Ta CE instruments transportation instruments traffic signal instruments combustion control instruments medical instruments all types of safety devices etc Unintended Usage of TOSHIBA products listed in this document shall be made at the customer s own risk 20 0 20 0 80 80 100 Gallium arsenide GaAs is a substance used in the products described in this document GaAs dust and fumes are toxic Do not break cut or pulverize the product or use chemicals to dissolve them When disposing of the products follow the appropriate regulations Do not dis
14. ng from incorrect use electrical interference accident or modification of the product All goods returned for warranty repair must have the serial number intact Goods without serial numbers attached will not be covered by the warranty The purchaser must pay transportation costs for goods returned Repaired goods will be dispatched at the expense of SmartLab To ensure that your SmartLab product is covered by the warranty provisions it is necessary that you return the Warranty card Under this Limited Warranty SmartLab s obligations will be limited to repair or replacement only of goods found to be defective a specified above during the warranty period SmartLab is not liable to the purchaser for any damages or losses of any kind through the use of or inability to use the SmartLab product a 12 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card LIILIIIILILLILILLLILLILLLLLLLLLLLLLTITLS SmartLab reserves the right to determine what constitutes warranty repair or replacement Return Authorization It is necessary that any returned goods are clearly marked with an RA number that has been issued by SmartLab Goods returned without this authorization will not be attended to a DECISION Computer International 13 Operations Manual 16 Relay 16 Photo Isolator Card LIILIIIILILLILILLLILLILLLLLLLLLLLLLTITLL APPENDIX B DATA SHEET TLP620 TLP620 2 TLP620 4 PROGRAMMABLE CONTROLLERS
15. o 2 54 10 16 400 2 54 D ossum 19 5 750 32 425 a DECISION Computer International 25
16. ollowing m mmm m mm m LL LL LLL LL LL LLLLL LL LLLLLLLLL LL LL LLC LL LLLLL LILLE m m m m m m mm m LL LL LL LL LL LL LL LL LLLLLLL LL LL LL LL LL LL LL LL LILLE DECISION Computer International 3 4 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card Operations Manual 16 Relay 16 Photo Isolator Card TELE LLL LE LL LLLLLLLLLLLLLLLLLLLLLLL TELE LL LL LL LLLLLLLLLLLLLLLLLLLLLLLL 2 1 Switch and Jumper Settings 2 2 I O Address 1 Card ID setting The PnP feature will get base I O address automatically where Base Address 0 ON 2 3 4 Relay output channel 1 to 16 FA RARA 15 14 13 12 11 0 9 8 RL16 RL15 RL14 RL13 RL12 RL11 RLIO RL9 Card No 1 All OFF 7 6 3 3 2 1 0 Card No 2 1 ON 2 3 4 OFF RL8 RL7 RL6 RLS RIA RL3 RL2 RL1 Card No 3 2 ON 1 3 4 OFF Card No 4 3 ON 1 2 4 OFF Base Address 0 Photo isolator input channel 1 to 16 The switch is used to identify card number Please set card number by card identifier switch the PCI BIOS will assign pre 15 14 13 12 11 10 9 8 allocated I O address to each adapter Please set different card IN16 IN15 INIA IN13 IN12 IN11 IN10 IN9 number to each adapter do not duplicate card number setting 7 6 5 4 3 2 1 0 2 JP1 to JP16 INS IN7 IN6 INS IN4 IN3 IN2 INI m Jumper Input Range Inactive Voltage Active Voltage Open 0 to 30V 0 to
17. pose of the products with other industrial waste or with domestic garbage ton toff te TEST CONDITION RI SWITCHING TIME The products described in this document are subject to the foreign exchange and foreign trade laws O The information contained herein is presented only as a guide for the applications of our products No responsibility is assumed by TOSHIBA CORPORATION for any infringements of intellectual property or other rights of the third parties which may result from its use No license is granted by implication or otherwise under any intellectual property or other rights of TOSHIBA CORPORATION or others O The information contained herein is subject to change without notice SWITCHING TIME os LOAD RESISTANCE RL oi m mmm n m m m LL LL LLL LL LL LLLL LL LL LLLLLLL LL LL LL LL LL LLLL LILLE m m m m m m m mm m LL LL LL LL LL LLLL LL LL LLLLLLLLLLLL LL LL LL LL LL LL LILLE DECISION Computer International 21 22 DECISION Computer International Operations Manual 16 Relay 16 Photo Isolator Card 4 PIN DIP DF Series UL models available e Industry standard package e Transfer molded for environmental protection e Miniature size e Compatible with DIP handling sorting and PCB insertion quipment e Optional shielding and diodes Coil Ratings Part Number DB1A BW D DA1A BW D Nominal Voltage VDC 5 12 24
18. put part provides 16 photo couple digital input channels which allow the input signals to be completely floated and prevent the ground loop The features of PCI 16 channels relay output 16 channels photo isolator input adapter are e 32 bits PCI bus with Plug and Play PnP features e Support 16 relay output channels and 16 photo couple input channels e Max contact rating for relay 70V AC 100V DC 0 25AMP e Response time for relay 1 ms minimum e Contact resistance for relay 0 2 OHM maximum e Support several operating modes that are programmable a DECISION Computer International 1 Operations Manual 16 Relay 16 Photo Isolator Card um ME EE EE EE U E EE EE EE Ei EL EE EL EE EE a EL EE a EE EE e Activation voltage When short jumpers input range from 0 to 20V Oto 1 5V inactive 3 to 20V active When open jumpers input range from 0 to 30V 0 to 16 6V inactive 18 to 30V active PACKAGE CONTENTS e SMARTLAB PCI bus 16 channels relay output 16 channels photo couple input adapter e User s manual e Warranty form DECISION COMPUTER MEL LTO RAD CEPARTMENT PONEFHOTOISRELAY o gt gt SIKSCREEN TOP SICE lt lt TEE pP HUE CAR i com co e ii p oros p opns gt 5 rasta Jeje amp je 539 18 og je Al Rl Marrero E9 Be 3 mos i ak kg RI NZ HE no El Lill Fait mA Ex E CIE CIE CB ga o Cuello erences Ha Ha Na af
19. r translated into any language or computer language in any form or by any means electronic mechanical magnetic optical chemical manual or otherwise without the prior written permission of DECISION COMPUTER INTERNATIONAL CO LTD Each piece of SmartLab package permits user to use SmartLab only on a single computer a registered user may use he program on a different computer but may not use the program on more than one computer at the same time Corporate licensing agreements allow duplication and distribution of specific number of copies within the licensed institution Duplication of multiple copies is not allowed except through execution of a licensing agreement Welcome call for details a DECISION Computer International 11 Operations Manual 16 Relay 16 Photo Isolator Card mu ME SR EE ERE ERE REE ERE EERE ERR EEE A 2 Warranty Information SmartLab warrants that for a period of one year from the date of purchase unless otherwise specified in the warranty card that the goods supplied will perform according to the specifications defined in the user manual Furthermore that the SmartLab product will be supplied free from defects in materials and workmanship and be fully functional under normal usage In the event of the failure of a SmartLab product within the specified warranty period SmartLab will at its option replace or repair the item at no additional charge This limited warranty does not cover damage resulti
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