Artisan Technology Group is your source for quality new and
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1. A rtisan Artisan Technology Group is your source for quality Tecmoboycrow new and certified used pre owned equipment FAST SHIPPING AND SERVICE CENTER REPAIRS WE BUY USED EQUIPMENT DELIVERY Experienced engineers and technicians on staff Sell your excess underutilized and idle used equipment TENS OF THOUSANDS OF at our full service in house repair center We also offer credit for buy backs and trade ins IN STOCK ITEMS www artisantg com WeBuyEquipment 7 EQUIPMENT DEMOS HUNDREDS OF Instra REMOTE INSPECTION LOOKING FOR MORE INFORMATION MANUFACTURERS Remotely inspect equipment before purchasing with Visit us on the web at www artisantg com 7 for more our interactive website at www instraview com information on price quotations drivers technical LEASING MONTHLY specifications manuals and documentation RENTALS ITAR CERTIFIED naia ala gaa tia Contact us 888 88 SOURCE sales artisantg com www artisantg com AB wy PRODUCT BULLETIN DATA 1745 SLC 100 Programmable Controller Processor Unit Catalog Nos 1745 LP101 LP102 LP103 LP104 The SLC 100 TheSLC 100 Programmable Controller is easy to program using the Pro gramma ble familiar ladder diagram format Functional capabilities include relay Controller logic timers counters sequencers and shift registers The controller can be used in a wide variety of applications including Machine tools Assembly machines Material h2. Fine time bases to 0 01 sec can be selected Timer Range 0 1 to 999 9 seconds Counter Capacity 9999 counts Sequencer Capacity 8 bits x 100 steps H Shift Register 8 bit groups Noise Immunity NEMA Standard ICS 2 230 Vibration DIN Rail Mounting 0 006 inch peak to peak displacement 1 0g peak max acceleration 1 Hr axis Screw Fastener Mounting 0 015 inch peak to peak displacement 2 5g peak max acceleration 1 Hr axis Ambient Temperature Rating 0 to 60 C operating 40 to 85 C storage Humidity Rating 5 to 95 without condensation Wiring 14 24 AWG stranded 3 64 insulation max Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 10 Processor Unit SLC 100 Input Specifica tions Input specifications for the various processor unit versions are shown below The 2 mA OFF state leakage current specification allows direct interface to solid state sensing devices Note that the 2 mA OFF state leakage current for 24V AC circuits applies to inputs 1 and 2 only When required you can also achieve a 2 mA OFF state leakage current for inputs 3 thru 10 as indicated in the specifications All input circuits include optical isolation as well as filtering and surge suppression to guard against damage by transients from external input devices ON State Voltage Range and Frequency 1745 LP101 85 132 VAC 50 60 Hz 1745 LP102 170 265 VAC 50 60 Hz 17
3. are three SLC 100 I O expansion units the basic expansion unit the relay output expansion unit and the analog input expansion unit These units can be interconnected with the processor unit to expand the number and type of I O circuits You can also connect the SLC 150 I O expansion unit to the SLC 100 processor unit The maximum number of I O circuits is 112 Publication 1745 2 1 October 1987 Supersedes Publication 1745 2 1 Dated August 1985 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 2 Features Processor Unit SLC100 The following features are pointed out in the illustration on Page 3 1 Incoming line wiring terminals Self lifting pressure plates allow for easy wire insertion and secure connections Terminals accept two 14 AWG wires A hinged cover is provided but not illustrated The cover needn t be removed to gain access to the terminals Wiring terminals for 10 inputs Same construction as line terminals The hinged cover not illustrated has write on areas for identification of external circuits Cover is color coded to identify the circuit voltage level The cover needn t be removed to gain access to the terminals Wiring terminals for 6 outputs Same construction as line terminals Hinged cover not illustrated has write on areas to identify external circuits The cover needn t be removed to gain access to the terminals The process
4. 2 in some units You can achieve a 2 mA current value for inputs 3 thru 10 by adding a resistor as indicated Maximum OFF Catalog Number State Leakage To achieve a 2 mA OFF state Current leakage current for inputs 3 1745 LP101 2mA all thru 10 connect a resistor 1745 LP102 inputs from the input terminal to the COM terminal as shown 1745 LP103 2 mA inputs 1 in the wiring diagram 1745 LP104 and 2 only Input terminal coverplates are color coded according to voltage 115VAC red 230VAC black 24VDC blue DC DC 10 30V DC L1 Hi L2 Lo AC Voltage Solid State Switch 3 Wire DC Solid State Switch EEN EES eS 2 See COM terminals are connected together internally COM terminals are connected together internally 1745 LP101 LP102 1745 LP103 LP104 DC input devices AC Hi AC Lo 10 30V AC AC Solid State Switch To achieve a 2 mA OFF state leakage current for inputs 3 thru 10 connect a resistor from the input terminal to COM 5 6K ohms 1 2 watt min COM terminals are connected together internally 1745 LP103 LP104 AC input devices Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com Output Wiring Connections 7 Processor Unit SLC 100 Wiring connections for output devices are shown below Note that the diagram shows the internally connected output contacts and parallel RC networks The R
5. 45 LP103 LP104 10 30V AC DC Maximum OFF State Voltage 1745 LP101 35V 1745 LP102 50V 1745 LP103 LP104 5V Maximum OFF State Leakage Current 1745 LP101 LP102 2 mA 1745 LP103 LP104 2mA inputs 1 and 2 only To achieve a 2 mA OFF state leakage current for inputs 3 thru 10 connect a 5 6KQ 1 2 watt min resistor from the input terminal to the common terminal Nominal Input Current 1745 LP101 LP102 8mA 1745 LP103 LP104 Inputs 1 and 2 8 mA at 12V 18 mA at 24V Inputs 3 thru 10 6 mA at 12V 14 mA at 24V Specifications applying to all Catalog Numbers Input Filter Time Delay 10 25 msec Electrical Optical Isolation 1500 volts between input voltage and control logic Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 11 Processor Unit SLC 1 00 Ou tpu t Speci fications Output specifications for all versions of the processor unit are shown below Internal output circuitry includes surge suppression to guard against possible damage by transients from external output devices We recommend that you also use some type of contact protection when switching inductive load devices Refer to Pages 7 and 8 Voltage Range and Frequency 10 250 VAC 50 60 Hz 10 125 VDC Contact Ratings 240VAC 75A 0 75A 120VAC 15A 1 5A Contact Resistance 20 ma typical 2 5A 1800VA 180VA Electrical Isolation 2000 volts OFF S
6. C networks guard against possible damage by transients from external output devices External connections are shown for outputs 11 15 and 16 We ve added a suppressor in parallel with two of the external devices for the purpose of contact protection Contact protection is discussed on Page 8 Since the output contacts are isolated from each other each output circuit can be wired independently with its own ground return You can apply a different voltage in each output circuit as your application might require Power or ground wires can be jumpered between sets of terminals if desired You should provide appropriate fusing to protect the output devices and wiring from short circuits and overload conditions Output Contacts RC Network internal internal Output wiring terminals of a processor unit Pill b5 41415151619 Cm peg DC Voltage Suppressor L Suppressor mea 230VAC pia L1 Hi L2 Lo Solenoid 115VAC L1 Hi To limit the effects of leakage current use a loading resistor across the load as shown at the right L2 Lo 115VAC L1 Hi Resistor 115VAC 15K ohm 2 watt 230VAC 15K ohm 5 watt Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 8 Processor Unit SLC 100 Output Contact Protection Inductive output devices such as motor starters and solenoids may require that you use some type of surge suppression to protect t
7. andling Molding and casting machines The Processor Unit Contains the processor CPU and battery backed CMOS RAM memory a 40065 230 01 D power supply and 16 I O circuits It is available in four versions to meet various application requirements Peripheral devices EEPROM Memory Module Plugs into the processor unit for program loading and storage Pocket Programmer Connect the programmer to the processor unit to program monitor edit and troubleshoot The nine operating modes selected with the programmer 1 Clear Memory 4 Test Single Scan 7 Load Program from EEPROM 2 Program 5 Test Continuous Scan 8 Enter Change Access Code 3 Run 6 Store Program in EEPROM 9 Diagnostic Test Programmer Personal Computer Software Allows you to use an IBM or IBM compatible personal computer in place of the pocket programmer With the software you can select functions equivalent to the modes defined above Additional capabilities off line programming and program library development ladder diagram display and enhancements data display and cross reference table generation program print out An RS 232 C RS 422 interface converter is required for communication between the processor and computer Timer Counter Access Terminal TCAT Allows production super visory and maintenance people to monitor programmed timer counter and sequencer data on line Connected by cable to the processor unit I O Expansion Units There
8. arting of the processor unit after a power loss brown out or correction of a CPU fault Auto On power up the processor runs thru its normal diagnostic tests and then automatically enters the Run mode if it was in the Run mode at the last power down Manual On power up the processor runs thru its diagnostic tests but will not enter the Run mode To enter the Run mode you must move the switch to the auto position or use the pocket programmer or personal computer Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 3 Processor Unit SLC 100 5 Input power 1 incoming line fuse wiring terminals 2 Wiring terminals for 10 inputs 10 11 Ex i LARA pansion NGA aaah unit connection 1 a 6 Input status iif ah indicators 12 Battery compartment 4 Diagnostic indicators 9 EEPROM memory module compartment 8 Auto manual switch 7 Output status 3 Wiring terminals indicators for 6 outputs Features 9 EEPROM memory module compartment The optional memory continued module can be plugged into the processor The pocket programmer or personal computer software allows you to store your processor RAM program in the EEPROM You can also load a program from the EEPROM into the processor RAM l We recommend that you install an EEPROM memory module This will provide maximum protection against user prog
9. he output contacts Examples are shown below These surge suppression circuits are connected directly across the output device The effect is to reduce arcing of the output contacts arcing can be caused by the high transient voltage which occurs when an inductive device is switched off Suitable surge suppression methods for inductive AC output devices include a varistor an RC network and an Allen Bradley surge suppressor These components must be appropriately rated to suppress the switching transient characteristic of the particular inductive device For inductive DC output devices a diode is suitable A 1N4004 diode is acceptable for most applications A surge suppressor can also be used refer to the User s Manual We recommend that you locate the suppression device as close as possible to the output device Suppressors recommended for use with Allen Bradley relays contactors and motor starters are listed in the User s Manual Surge Suppression for Inductive AC Output Devices Output Device Output Device Varistor RC Network Qutput Device Surge Suppressor Surge Suppression for Inductive DC Output Devices Output Device Note A surge suppressor can Diode also be used Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 9 Processor Unit SLC 100 General oth lake pia S pe cifications Voltage Ranges Incoming Power Input Circui
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11. or unit has relay hard contact output circuits Five LED diagnostic indicators DC POWER green Indicates that the processor unit is energized and DC power is being supplied PC RUN green Indicates the processor unit is in the Run mode CPU FAULT red Indicates the processor has detected an error in either the CPU or memory Operation is automatically stopped BATTERY LOW red A battery provides back up power for the CMOS RAM memory This LED alerts you when the battery voltage level has fallen below a threshold level FORCED I O amber Indicates that one or more input or output addresses have been forced to an ON or OFF state Input power fuse behind front cover If line terminal voltage is present but the DC POWER LED is not lit the fuse may be blown Refer to the User s Manual for fuse replacement procedure Input status indicators Ten red LEDs identified with address numbers 1 thru 10 corresponding to numbers 1 thru 10 on the input device wiring terminals When an input circuit is energized the corresponding status indicator will be lit Output status indicators Six red LEDs identified with address numbers 11 thru 16 corresponding to numbers 11 thru 16 on the output contact wiring terminals When a programmed output instruction is TRUE the corresponding output status indicator will be lit and the corresponding output contact will close Auto Manual switch This switch controls rest
12. power circuit One or more emergency stop switches should also be included Follow recommendations for component spacing within the enclosure to help keep the controller temperature within the specified limits e Wiring should be routed to minimize electrical noise effects Surge suppressors should be used for inductive loads in series with hard contacts and for other noise generating equipment Fusing should be provided to protect loads and wiring from short circuits or overloading Moun ting 1 Screw mounting The processor unit can be mounted directly to the back panel of your enclosure using four 10 screws Hole locations are shown in the dimension drawing below 2 DIN rail mounting The processor unit can be mounted in your enclosure on a 35 mm by 7 5 mm DIN mounting rail Catalog No 199 1DR Two DIN rail fasteners are provided on the processor unit The DIN rail can be screwed bolted or welded to the enclosure back panel Install the processor unit by hanging the unit on the top edge of the DIN rail then pressing the unit toward the rail until it snaps into place To remove the processor unit pry open the fasteners fe ee S ee 4 875 250mm hae 124 mm o a pina 3 312 kaya 838 84 mm aan 95 mm DIN Rail Mounting 35mm x 7 5 mm e 9 406 239 mm i 4 Mounting Holes 10 32 x 5 8 Screws Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE w
13. ram loss or program alteration due to battery back up drain processor malfunction or excessive noise 10 Communication port The pocket programmer interface converter or TCAT cable is plugged into this socket 11 Expansion unit connection The expansion unit cable is plugged in this socket SLC 100 and SLC 150 expansion units can be inter connected to increase the I O capacity of the controller 12 Battery compartment Back up power for the CMOS RAM is provided by a replaceable battery assembly accessible from the front of the processor unit The lithium battery provides back up power for approx 2 3 years Battery replacement See the User s Manual Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 4 Processor Unit SLC 100 Installation Refer to the User s Manual for details on the following important Considerations installation considerations The enclosure should be adequate NEMA approved for the environmental conditions of the particular application e The processor unit expansion units and input output device circuits should have the same power source The processor and expansion units should be properly grounded Include an electrical disconnect in the enclosure An isolation transformer may also be required A master control relay circuit should be included to permit disabling of the I O devices independent of the processor and expansion unit
14. tate Leakage Current 2 mA AC voltage only To limit leakage current use a loading resistor across the load as shown on Page 7 Output Fusing for Overload Protection Bussman 3A 250VAC slow blow or equivalent Internal RC Network Values R 120 ohms C 0 022 microfarad Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com o ALLEN BRADLEY A ROCKWELL INTERNATIONAL COMPANY Industrial Control Group Milwaukee Wisconsin 53204 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com A rtisan Artisan Technology Group is your source for quality Tecmoboycrow new and certified used pre owned equipment FAST SHIPPING AND SERVICE CENTER REPAIRS WE BUY USED EQUIPMENT DELIVERY Experienced engineers and technicians on staff Sell your excess underutilized and idle used equipment TENS OF THOUSANDS OF at our full service in house repair center We also offer credit for buy backs and trade ins IN STOCK ITEMS www artisantg com WeBuyEquipment 7 EQUIPMENT DEMOS HUNDREDS OF Instra REMOTE INSPECTION LOOKING FOR MORE INFORMATION MANUFACTURERS Remotely inspect equipment before purchasing with Visit us on the web at www artisantg com 7 for more our interactive website at www instraview com information on price quotations drivers technical LEASING MONTHLY specifications manuals and documentation RENTALS ITAR CERTIFIED
15. ts Output Circuits 85 132 VAG 50 60 Hz i g5 132 170 265 VAC 170 265 VAC 00 0 85 132 VAC 1745 LP102 50 60 Hz 50 60 Hz 50 60 Hz PETE VAC 10300 tn Sooo 0 265 VAC 10 125VDC 170 265 VA 1745 LP103 Paanan ACDC SAPA VACI idek pan B30 MOE 30 VOC TOGO oe cs 1745 LP104 Full wave rectified AC DC AC voltage 18V RMS 20 30V peak Maximum Power Requirement 1745 LP101 LP102 LP103 20VA 1745 LP104 15VA Input Power Fuse Protection 1745 LP 101 LP102 LP103 315mA 250V 1745 LP 104 1 6 A 250V Fuse Types SAN O SOC SD4 Bussman MDL or GDC miniature Hold Up Time The processor can sustain operation for approx 300 milli seconds in the event of power interruption or removal It takes approx 85 milliseconds for the processor to reach full power from an initial power on condition Specifications applying to all Catalog Numbers Memory Type CMOS RAM with battery back up Provision for optional EEPROM module Cat No 1745 M1 Battery Back Up Lithium battery non rechargeable 2 3 year life User Memory Size 885 words maximum Most instructions require 1 word Typical Scan Time 15 msec depends on program length O Capacity 16 1 0 10 inputs 6 outputs Expandable to 112 I O Input specifications Page 10 Output specifications Page 11 Internal Relay Type Instructions 181 max regular or latched Timers Counters Sequencers 32 max any combination Retentive Time Base 0 1 sec
16. ww artisantg com 5 Processor Unit SLC 100 Line Wiring Make line connections as follows ion Connections CAUTION Incorrect wire connections can cause damage to the processor unit power supply Do not jumper 115VAC NEUT and 230VAC NEUT together Do notjumper unused 115VAC NEUT or unused 230VAC NEUT to the CHASSIS GND terminal To Lo Hipo i To Lo Hi Ground Ground Bus 115VAC Bus 230VAC CHASSIS 230VAC 115VAC 115 230 CHASSIS 230VAC 115VAC 115 230 GND NEUT NEUT VAC GND NEUT NEUT vat Processor Unit Terminals Processor Unit Terminals NO Catalog Nos 1745 LP101 LP102 LP103 Note An N E C Class Il To power supply is Ground required for UL listing Bus Pale aI CHASSIS NOT 2avoc x24 GND USED NEUT voc Processor Unit Terminals Catalog No 1745 LP104 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com 6 Processor Unit SLC 100 in put Wiri ng SLC 100 input circuitry is current sinking compatible with current Connections sourcing PNP input devices Circuitry includes optical isolation and surge suppression to guard against damage by transients from user input devices A direct interface to solid state sensing devices and SLC 100 controller output circuits is possible because of the 2 mA OFF state leakage current specification indicated in the following table Note that the 2 mA value applies only to inputs 1 and
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