DL105 PLC
Contents
1. a canteens oV Fixed EEPROM memory The DL105 units offer built in EEPROM memory NOTE Terminals accept 16 24 AWG For 16 AWG use type TFFN or Type MTW Other types of 16 AWG may be acceptable but it really depends on the thickness of the wire insulation INGENIEROS ASOCIADOS DE CONTROL S L Avda Manoteras 22 planta 3 nave 108 28050 MADRID Tif 34 91 383 13 90 Fox 34 91 383 12 33 www iac sl es comercial iac sl es Output terminal block removable S gt p _s S _ aN J 0 604 o Ico 9 I OVD A O 3 O oaie Il i Ly l PP Auxiliary 24VDC supply Input terminal block AC powered units only removable Input LEDs CPN statis LEDS Terminal covers Output LEDs 6 pin female connector Lre i 65 II 4321 LLL 3 5 Dimensions and Installation K lt is important to understand the installa N tion requirements for your DL105 system This will help ensure that the DL105 prod ucts operate within their environmental and electrical limits Installation Plan for safety This catalog should never be used as a replacement for the user manual The user manual D1 USER M contains important safety information that must be followed The system installation should comply with all appropriate electrical codes and stan dards Unit dimensions and mounting orientation Use the following diagrams to make sure the DL105 sy2. scan 0 0 0 00 cece e eee Variable 6 10 0 i eee 91 COMO TOLAYS odin aai 256 IGS EE EEE E E snes haters 64 C OUMES sc Shag ea a EEA EEEE 64 Immediate W O 2 2222 6 cece eeeeeee cesses Yes SUDIOULINES seats da niina ve sonnera siia 0 For next OOPS 6 cece eee e eee cece eee nee o Timed interrupt o oo 0 cece eee e cece eens Yes nteger MAL os weed ceaees cu dewy ee cdad dats ae bide Yes Floating point math 0 0 0 0 00 ee eeeee eee ees o PUD case pes Soensl see nni Ee TNE E ah 0 Drum Sequencers n n 0 0c cece eee eee eee Yes Bit of word 2 2 2 eee cette eee tees 0 ASCII DMN cc eanesetusingad sadonnaemesacmentees o Real time clock calendar 22eeeeeees 0 nternal diagnostics cece eee eee Yes Password secutity 0000005 Multi level System and user error lOg 0 cece eee ee o Communications Built in POMS 2c4 stetenaronssaasecas one RS 232 C K sequence proprietary protocol Yes DIneCtNET 5 ost aea E E ea No MODBUS master slave 00000ee eee ees No ASGIMOUt E EE E ceaciaeers No Baud rate fixed aoaaa 9 600 baud Specialty features Filteredtinputs 03 0 acnceigntcoenegsetdienniaete Yes INTSMUPEIN PU ame ea deiene ieee adaenceted aaeeleds Yes High speed counter 00000e Yes 5 kHz Pulse output 0 00 cece cece eee ee Yes 7 KHz Pulse catch input 0 c c
3. 0 DC inputs 4 inputs can be used as 5 kHz high speed counter interrupt inputs or pulse catch inputs 8 relay outputs 7 A point DeviceNet units F1 DVNET AR 10 AC inputs 8 relay outputs 7 A point F1 DVNET DD 10 DC inputs 8 DC outputs 6 outputs at 1A point and 2 at 0 5A point F1 DVNET DR 10 DC inputs 8 relay outputs outputs 7A point Programming Handheld programmer D2 HPP lt gt DirectSOFT Programming for Windows PC DSoft5 new lt gt PC DS100 lt gt PC R50 U upgrade lt gt 3 Note Either high speed input or pulse output can be used but not in the same configuration DL105 CPU Specifications System capacity Total memory available words 0 a aaan 2 4K Ladder memory words a an 2 048 EEPRO V memory WOrdS 60 000 c cece cece eee 384 WSR E A E E ET 256 Non volatile user V 0 128 Battery backup 0000000 neroeironi einan o Total O heia raa n ENEE EENT 18 IMPUS ene o aE E ESEA 10 QUPUS eresas reaa E a raa 8 WO expansion nananana aaeeea 0 Performance Contact execution Boolean 3 3 us Typical scan 1K Boolean 225 5 6 ms Instructions and diagnostics RLL ladder style 0 ccc cece cece eee eeee Yes RLL 5 flowchart style Stages Yes 256 Run time editing eee eee eee Yes Variable fixed
4. DL105 I O Specifications F1 130DR lt gt Output point wiring Ground 4 4 p Wiring diagram T Neutra 7 H u H u O H H facon spr L Supply and specifications Could use Power requirements auxiliary supply Voltage range 2 2eeeceeeeeed 94 240 VAC 30 VA iets TUIE E EEE 100 240 VDC 30 W DC input specifications umber of input points o a aannaaien 10 sink source umber Of COMMONS 6 cee cece eee eee 3 isolated Di m m 0 v3 m o Ye 0 Input voltage range n nananana X0 X3 10 26 4 VDC IE ect 105 Singhs ieee unseen aetna X4 X11 10 26 4 VDC or Keyo cow Coie Guha ew erets ate ic ar aoben eure ae 21 6 26 4 VAC eG a Sa S E Input impedance Linii 28KO 12 24 VOC ON current voltage level 0 eee gt 3mA gt 9 VDC E a eee ee Sees J OFF current voltage level 0 0 006 lt 0 5mA lt 2VDC poe ites BACAR A SIRE KA LXE EOM XE LXT VALS SE OFF to ON response 00
5. e eee e eee X0 X3 50 us q fine a R aneaten oe ser 28 il AG SSS NUS SS r ON to OFF response o n niione X0 X3 50 us E J er ee re X4 X11 2 8 ms i SAA TEE EE EE E E ETS None bi d b 9 d i o auxiliary supply fo ould use Relay output specifications separate supply umber of output points 0 0 cece oe 8 Input point wiring umber Of COMMONS 0 6 cece eee eee eee 4 isolated Output circuitry aranna taerien Relay PA Output voltage range a ioa 12 250 VAC Equivalent circuit paa een a E a A E 12 30 VDC high speed inputs X0 X3 aximum voltage gt noana 265 VAC 150 VDC 4V aximum current 000 0 7 A point see deratin zz nput Optical i a Ap i o 2 WW iolair aximum inrush current o on naana 12A iiinn oad oco ari eenaa 10 mA inimum OFF resistance 100 MQ 500 VDC OFF to ON response 000 0ccc eee ee eee eeaee 15 ms Common ON to OFF response sii rinne na 5 ms g aa FUSES aaiisrariteccatadwaneeemed None external recommended To other circuits in bank Auxiliary 24 VDC Output VOWAGE TANCE sisi cic tes sneotaaratesaw ieee 21 6 26 4 VDC DUPUE eaer ie imag nabs 500 mA max isolated Equivalent circuit RIDPIG oenina ean A less than 200 mV p p standard inputs X4 X11 Typical Relay Life Operations ai N at Room Temperature oo wm etal Voltage and Type Load Current A T x of Load 50mA 5A 7A 24 VDC Resistive 10M 600K Commo
6. ece cece eee Yes 1 Our 1K program includes contacts coils and scan overhead If you compare our products to others make sure you include their scan overhead 2 Input features are only available on units with DC inputs Output features are only available on units with DC outputs DL105 Hardware Features CPU status indicators RUN ON oonan CPU is in RUN mode OOR OFF CPU is in PROGRAM mode PWR ON ee sete SES CPU power good RAEE REEE OFF CPU power failure CPW iseia ON eee eee CPU internal diagnostics a tawny cease a Sect has detected an error eran OFF ccs Seas coctaeen exeewves CPUISOK Mode control The DL105 units do not have mode switches like many of our modular CPUs You can set the unit using special V memory locations so that it will power up in RUN mode Communications port PHOtOCO ses siacteentchadrergeats ei K sequence slave DEVICES nnsa iraani rannis Can connect with HPP weft N one DirectSOFT DV 1000 acs A A cate cae E E E TS C More Panels SOS dra En EA 6P6C RJ12 connector A E LE E RS 232 C 9 600 baud A E T EE ae anaes Odd parity T EE E E EEE Fixed station address 1 MEENE AET ASAE 8 data bits one start a a A a e EE one stop bit E E TET Asynchronous half duplex DTE Pile aE E Signal eaa e E EAO OV r sais doh d E E S E E E alas 5V AAE IEE AS PE A LETE E RS 232 Data in A aean gtmtedacten RS 232 Data out E EE E E T E A EE 5V D aie e E E
7. n 24 VDC Solenoid 150K 75K g gt i T10 VAC Resistive 600K To other circuits in bank 110 VAC Solenoid 500K 220 NAC Resistive am Equivalent output circuit 220 VAC Solenoid 250K Derating chart for DC inputs Derating chart for relay outputs Points Points 10 8 L AC or DC 6 Output Supply 47 Transorb 24 4 S Common 2 4 Vv To other circuits o p 0 10 20 30 40 50 60 C 0 10 20 30 40 50 60 C 32 50 68 86 104 122 140 F 32 50 6 8 amp 1 12 1400F Ambient Temperature C F Ambient Temperature C F 3 13 Features and Specifications The DL105 micro PLCs contain the CPU power supply and I O all in the same housing If you examine the CPU Specifications table you ll see that we included many features found in our modular CPUs Review the specs Make sure these features can satisfy the requirements of your application Since these units are completely self contained you cannot expand the system or replace the CPU as you would in a modular system System capacity System capacity is the ability to accommo date a variety of applications For ladder memory most Boolean instructions require one word Some other instructions such as timers counters etc require two or more words Our V memory words are useful for data storage etc Performance The performance is simply the scan time which is the amount of time required to read the inputs solve the RLL program and update the out
8. oh ot I THERA AAR AE jeer NEMA ICS3 304 a mai ie 4 cceeececcecccccinm ah J Atmosphere No corrosive gases Power Supply and Type of I O Power supply options This product family offers units that operate on 110 220 VAC and 12 24 VDC Choosing the power supply is prob ably the most important consideration when specifying a DL105 system since not all I O combinations are offered with each power supply option The table to the right provides the I O choices and power supply specifications for each type unit Choosing the I O The DL105 product family offers several different combinations of I O points Once you have chosen the power supply option you need to choose the unit that offers the type of I O points needed in your application Fixed I O All DL105 Micro PLCs have fixed I O that is updated on every scan This means that all units have 10 inputs and 8 outputs regardless of the actual type of points on the units DC in Relay out DC in DC out etc The DL105 micro PLC is non expandable so you cannot add I O points If you are concerned about future system expansion check our DLO6 36 base I O expandable to 100 total I O or the DL205 micro modular product family The DL205 also offers a wide array of features and flexible I O arrangements with several different base sizes INGENIEROS ASOCIADOS DE CONTROL S L Avda Manoteras 22 planta 3 nave 108 28050 MADRID Tif 34 91 383 13 90 Fo
9. oints use X10 and X11 If you Bassas A ae aae 8 DC out h FIMO Rc obs E E 10 DC plan on using the high speed counting 90 S 8 relay out features there is some very minimal setup FI DVNET AR ccceevseeeeveeeee 10 AC in required in special V memory locations ss eeeeeeveceec eee eeeeteet eee eee ete ees 8 relay out FI DVNET DD 0 cece cece cece aes 10 DC in Paaa eeN EE PETE EE E PETES N 8 DC out EDNA E REE 10 DC in Haste a e iea O E NNS 8 relay out DC powered units Part No 10 Mix F1 430DD D so icccviasce sentan canteens ewes 10 DC in Prena badhekt e ea oa at a 8 DC out FRODOR Donerer enaa ESEAS 10 DC in EA E E E eee eae 8 relay out AC supply Output addresses A He i i AS 0 50 60Hz 30VA 12 250VAC _12 30VDC_1A 7A N O RELAY OU oa in O in in in Indicates group per Direct 5 YO YT Y2 Ya Ya Y5 Y6 YZ common LOGIC XO pare X2 X3 X X6 X X10 ti 12 24VDC INPUT SINK SRC Input addresses
10. puts Instructions and diagnostics Make sure the unit offers the instructions you need Communications All DL105 units offer one RS 232 port capable of 9 600 baud Specialty features For the DC input and or DC output versions we also offer several high speed I O features DeviceNet ready models are also avail able to supply low cost I O nodes for DeviceNet networks AC powered units F1 130AA 10 AC inputs 8 AC outputs 1 7 A point F1 130AD 10 AC inputs 8 DC outputs 1 0 A point two outputs can be used as 7 kHz pulse output 0 5 A poin F1 130AR 10 AC inputs 8 relay outputs 7 A poi F1 130DA 10 DC inputs 4 inputs are filtered inputs can also be config red as a single 5 kHz high speed counter interrupt input or pulse catch input 8 AC outputs 1 7 A point F1 130DD 10 DC inputs 4 points are filtered inputs can also be config red as a single 5 kHz high speed counter interrupt input or pulse catch inp 8 DC outputs 1 0 A point 2 outputs can be used as 7 KHz pulse output 0 5 A point F1 130DR 10 DC inputs 4 inputs are filtered inputs can also be config ured as a single 5 kHz high speed counter interrupt input or pulse catch inp 8 relay outputs 7 A point DC powered units F1 130DD D 10 DC inputs 4 inputs can be used as 5 kHz high speed counter interrupt inputs or pulse catch inputs 8 DC outputs 1 0 A point two outputs can be used as 7 kHz pulse output 0 5 A point F1 130DR D 1
11. stem can be installed in your application DL105 units must be mounted horizontally to ensure proper airflow for cooling purposes It is important to check these dimensions against the conditions required for your application For example we recommend that you leave 2 depth for ease of access and cable clear Pane Ground braid ance however your distance may be ag Copper lugs greater or less Also check the installation guidelines for the recommended cabinet aig clearances N Panel or single V y Point ground Power source Star washers Note There is a minimum of 2 50mm clearance required between the panel door or any devices mounted in the panel door and the nearest DL105 component Dimensions and mounting Environmental Specifications Storage 40 oF 990 ol E N A F to 158 F 20 C to 70 C Ambient Operating 32 F to 131 F 0 to 55 C Temperature Ambient 30 to 95 relative humidity non Humidity condensing Vibration Rasistance MIL STD 810C Method 514 2 Shock ae i Resistance MIC STD810 Method SG idaw
12. x 34 91 383 12 33 wwwiac sl es comercial iac sl es 24 VDC auxiliary supply AC powered units only Power Supply Options Specification AC Powered Units 24 VDC Powered Units Part Numbers F1 130AA F1 130AR F1 130AD F1 130DA F1 130DD F1 130DR F1 DVNET AR F1 DEVNET DD F1 DVNET DR F1 130DD D F1 130DR D Voltage Withstand dielectric one minute 1 500 VAC between primary secondary and field ground Insulation Resistance gt 10 MQ 500 VDC External Power Requirement 85 132 VAC 110 nominal 170 264 VAC 220 nominal 100 264 VDC 125 nominal 10 30 VDC 12 to 24 VDC with lt 10 percent ripple Auxiliary 24 VDC Output 500 mA max Not available Maximum Inrush Current 12A 8A Maximum Power Addresses automatically 30 VA max 1 A approx 10 W AC powered units i Part No 10 Mix assigned pa AMi E E E E EE ET 8 AC out The DL105 uses automatic addressing so FI 130AD oo c cece eee cece eee eens 10 AC in for the vast majority of applications there 6 cece ee cec ec ececeseee ee eres eee 8 DC out is no setup required We use octal PIZISOAR Sats aera ndaskteamigssidinaeadens 10 AC in addressing for our products which means aaa afin there are no 8s or 9s The first eight input E a E points use addresses XO X7 and the last F4 430DD 0 eects 10 DC in two input p
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