1. Micrologix 1000
Prolific Pune

2. System Overview
Prolific Pune

3. Multiple Processor

4. Configuration

5. Configuration

6. MicroLogix 1000 Controller Selection
Catalog I/O Digital Analo Digital Analog Real Input Power Apparent Input
Number Inputs g Outputs Outputs Power
Inputs
1761- 10 6 24V dc 0 4 contact 0 13W @ 120V ac 24VA @ 120V ac
L10BWA inputs sink/source outputs 14W @ 240V ac 32VA @ 240V ac
1761- 10 6 24V dc 0 4 contact 0 5W @ 24V dc 5VA @ 24V dc
L10BWB inputs sink/source outputs
1761- 16 10 120V ac 0 6 contact 0 7W @ 120V ac 8W 15VA @ 120V ac
L16AWA inputs outputs @ 240V ac 21VA @ 240 ac
1761- 32 20 120V ac 0 12 contact 0 9.1W @ 120V ac 19VA @ 120V ac
L32AWA inputs outputs 10.6W @ 240V ac 25VA @ 240V ac
1761- 16 10 24V dc 0 6 contact 0 14W @ 120V ac 26VA @ 120V ac
L16BWA inputs sink/source outputs 15W @ 240V ac 33VA @ 240V ac
1761- 32 20 24V dc 0 12 contact 0 15W @ 120V ac 29VA @ 120V ac
L32BWA inputs sink/source outputs 16W @ 240V ac 36VA @ 240V ac
1761- 32 20 120V ac 0 10 triac 0 7W @ 120V ac 9W 16VA @ 120V ac
L32AAA inputs outputs, @ 240V ac 22VA @ 240V ac
120/240V
ac 2 contact
outputs

7. MicroLogix 1000 Controller Selection
1761- 16 10 24V dc 0 6 contact 0 5W @ 24V dc 5VA @ 24V dc
L16BWB inputs sink/source outputs
1761- 32 20 24V dc 0 12 contact 0 7W @ 24V dc 7VA @ 24V dc
L32BWB inputs sink/source outputs
1761- 16 10 24V dc 0 4 source 0 5W @ 24V dc
L16BBB inputs sink/source 24V dc 5VA @ 24V dc
outputs 2
contact
outputs
1761- 32 20 24V dc 0 10 source 0 7W @ 24V dc
L32BBB inputs sink/source 24V dc 7VA @ 24V dc
outputs 2
contact
outputs
1761- 25 12 120V ac 2 8 contact 1 12W @ 120V ac 20VA @ 120V ac
L20AWA-5 inputs voltag outputs voltage/ 13W @ 240V ac 27VA @ 240V ac
A e current
(_10V) (0-10V,
2 4-20mA)
current
(0-20m
A)

8. MicroLogix 1000 Controller Selection
1761- 25 12 24V dc 2 8 contact 1 18W @ 120V ac 30VA @ 120V ac
L20BWA-5 inputs sink/source voltage outputs voltage/ 19W @ 240V ac 38VA @ 240V ac
A (_10V) current
2 (0-10V,
current 4-20mA)
(0-20m
A)
1761- 25 20 24V dc 2 8 contact 1 7W @ 24V dc 10VA @ 24V dc
L20BWB-5 inputs sink/source voltage outputs voltage/
A (_10V) current
2 (0-10V,
current 4-20mA)
(0-20m
A)
Specifications
Power supply loading 83 mA @ 24V dc (1.99W)
Operating Temperature 0 to 50° C (32 to 122° F)
Storage Temperature -20 to 60° C (-4 to 140° F)
Humidity 5 to 95% (without condensation)
Display Type 2 line x 16 character (LCD)

9. MicroLogix 1000 Controller Selection
Transformer Memory Timer/Co Program I/O Communicatio Catalog No.
Load size unter Scan Time / scan n Port
Maximum K words Time
33VA @120Vac 1K 40 timers 2ms (typical) 021ms RS232-C (Can 1761-L10BWA
35 VA @240V ac words 32 (typical) be Configured
(approxi counters for
Not applicable mately communication 1761-L10BWB
Fixed
18 VA @120 V ac 737 thru 1761-NET- 1761-L16AWA
20 VA @240 V ac instructio A/C in a
n words DH-485
23VA @120V ac 437 data- network) 1761-L32AWA
27VA @240V ac table
38VA @120V ac words) 1761-L16BWA
40VA @240V ac
18VA @120V ac 1761-L32AAA
23VA @240V ac
Not applicable 1761-L16BWB
Not applicable 1761-L32BWB
Not applicable 1761-L16BBB
Not applicable 1761-L32BBB
30VA @120V ac 1761-L20AWA-5A
33VA @ 120V ac
45 VA@ 120V ac 1761-L20BWA-5A
48 VA @ 240V ac
Not applicable 1761-L20BWB-5A

10. Divce Net interface
Catalog No./ Function Communicat Communication Rates Current Load
Product ion interface Supported (bit/s)
1761-NET- Lets You connect a Dual- DeviceNet RS-232-C DeviceNet:
DIN DeviceNet Micrologix controller shielded selectable selectable 0 - 200mA
RS232 C for other controller twisted pair 125k 1200 (@ 11 - 25V)
interface With an RS 232-C port)
(DeviceNet 250k
to the DeviceNet 2400
Network. This allows network) 500k 4800
the controller to
function as a device net 9600
slave node to Provide 19200
16 word of Input Data
& 16 word of Output
38400
Data that can be
exchanged with the
DeviceNet Scanner.
This also allows peer to
peer messaging
between controllers Lets
you connect a PC-
compatible computer to
the DeviceNet network
for peer-to peer
messaging, for
programming, and for
on-line monitoring.

11. MicroLogix 1000 Hand-Held Programmer

12. Advantages
The MicroLogix 1000 family provides small, economical programmable controllers. They are
available in configurations of 10 digital I/O (6 inputs and 4 outputs), 16 digital I/O (10 inputs and
6 outputs), 25 I/O (12digital inputs, 4 analog inputs, 8 digital outputs, and 1 analog output), or 32
digital I/O (20 inputs and 12 outputs) in 5 electrical configurations of digital I/O. The I/O options
and electrical configurations make them ideal for many applications.
• Compact design of hardware lets the MicroLogix 1000 controller fit in limited panel space.
• Choice of communication networks. An RS-232-C communication port is configurable for DF1
protocol for direct connection to a programming device or operator interface; thru a 1761-NET-
AIC converter in a DH-485 network; thru a 1761-NET-DNI interface in a Device Net network; or
for half-duplex slave protocol in SCADA applications.
• Programming is simple. You can program the controllers in familiar ladder logic. This symbolic
programming language is based on relay ladder wiring diagrams that simplify the creation and
troubleshooting of your control program.
• A comprehensive instruction set of over 65 instructions includes simple bit, timer, and counter
instructions, as well as instructions for powerful applications such as sequencers, high-speed
counter, and shift registers.
• Fast. Execution time for a typical 500-instruction program is only 1.56ms.
• Choice of programming device. You can program the controllers in familiar ladder logic with
MicroLogix 1000 A.I. Series
• Software, PLC 500 A. I. Series Programming Software, RSLogix 500L Windows Programming
Software, or the MicroLogix Hand-Held Programmer (1761-HHP-B30) using an enhanced
instruction list.
• Choice of languages. Software and documentation are available in 5 languages. The hand-held
programmer has 6 languages built in.

13. Functional Design
Four I/O sizes (i.e., 10, 16, 25, and 32 I/O) cover many applications.
• Various electrical configurations of digital I/O offer you a
controller that meets your electrical requirements:
- 24V dc inputs and relay outputs with a 120/240V ac
power supply
- 120V ac inputs and relay outputs with a 120/240V ac
power supply
- 24V dc inputs and relay outputs with a 24V dc power
supply
- 24V dc inputs and 24V dc FET and relay outputs with a
24V dc power supply
- 120V ac inputs and triac and relay outputs with a
120/240V ac power supply
• Isolated relay contact outputs (at least two per controller).
Allow outputs on the same unit to switch different control
voltages.
• The 25-I/O models include 4 analog inputs and an analog
output in addition to the 12 digital inputs and the 8 digital
(contact) outputs

14. Mechanical Design
• Compact size enables the MicroLogix 1000 Controller to fit into tight spaces.
• The MicroLogix 1000 controller contains the power supply, processor, and all its I/O
circuits packaged in a single unit.
Communication
• RS-232 communication port configurable for direct connection to your programming
device.
•RS-232 communication port configurable for DH-485 communication thru an AIC+
(1761-NET-AIC) converter. Lets you communicate with SLC processors, other MicroLogix
controllers, operator interfaces, or programming devices in a DH-485 network.
• RS-232 communication port configurable for communication thru a DevicNet interface
(1761-NET-DNI) to let the controller function as a slave node in a DeviceNet network.
• RS-232 communication port configurable for DF1 half-duplex slave protocol for
connection to a modem in SCADA applications.
Specifications
Power supply loading 83 mA @ 24V dc (1.99W)
Operating Temperature 0 to 50° C (32 to 122° F)
Storage Temperature -20 to 60° C (-4 to 140° F)
Humidity 5 to 95% (without condensation)
Display Type 2 line x 16 character (LCD)
Keypad 30 Rubber/carbon-based keys
Weight 0.3 kg (0.6 lb)

15. Sequential Logic Controller (SLC)
CPU
I/O Modules
Power Supply
Prolific Pune

17. SLC Feature
 Simple and affordable processors with broad capabilities to address
applications such as material handling HVAC control, assembly operations,
small process control, and SCADA applications
Advance instruction set based on PLC-5, mid-size processors
Board line of digital and analog I/O modules, including intelligent I/O
modules and I/O modules available from third-party (Encompass program)
vendor
Each SLC 500 or SLC 5/01 processor has a Dh-485 port for programming
and processor-to -process or communication initiated from the other node.
SLC 5/02, 03, 04 and 05 processors have communication ports (Ethernet,
DH+, DH-485 or RS-232-C) that can initiate communication.
And controlNet I/O (1771-,1746-,1793,1794-,1797-/O modules) with a 1747-
SCNR15 scanner module and DeviceNet I/O (1791D-1793-and 1794-I/O
module and 1792-I/O blocks) with a 1747-SDN scanner module)
Add Universal Remote l/O[1746-,1771-,1793-,and1794-l/O modules and
1791-l/O blocks] with a 1747- SN scanner module
Add BASIC programming capability and DH -485 and RS -232
communication ports with a 1747-BAS module
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18. Specifications
Battery -: SLC 5/01, 5/02, 5/03, 5/04, 5/05, 1747-BA
Module-: SLC 500 and 5/01 processor are not compatible with 1746-BLM,
1746-BTM, 1746-MPM, 1746-HS, 1746-HSCE, 1746-QV, 1747-SN,
1747-SDN and1747- SCNR15 modules
SLC5/02 are not compatible with 1746-BLM and 1746-MPM
modules
Shock-: Operating 30g (Modular Hardware)
Vibration-: Displacement : 0.015 inches peak to peak @5-75Hz
Acceleration: 2.5g@57-2000HZ
Duration:1hr per axis (x, Y, Z) (Fixed Hardware)
Environmental Condition – Operational temp. -: 0 to 600c (32-1400 F)
Strong Temp. -: 40-850 c (-40 to 185 0F)
Relative Humidity -: 5-95% (Without Condensation)
Programming devices- 1747-PT1 Hand-Held Terminal1
1747-PTA1, E Memory Park 1
IBMPC-AT compatible Component Prolific Pune
1 works with SLC 500, 5/01 and 5/02 processors only

19. Selecting the Processor category
Max I/O I/O Communications Max User General Processor
Memory Communication
port
84 thru Processor-resident local I/O 1K instruction DH-485 (Can not SLC 500
104 initial message
960 Processor-resident local I/O 1K or 4K DH-485 (Can not SLC 5/01
instruction initial message
4096 in + Processor-resident local I/O 4K instruction DH-485 SLC 5/02
4096 out IO at remote location1
4096 in + Processor-resident local I/O 8K or 16 K words DH-485 SLC 5/03
4096 out IO at remote location1 total RS-2322
4096 in + Processor-resident local I/O 16K, 32K or 64K DH+ SLC 5/04
4096 out IO at remote location1 words total RS-2322
4096 in + Processor-resident local I/O 16K, 32K or 64K Ethernet SLC 5/05
4096 out IO at remote location1 words total RS-2322
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20. Selecting the Processor category
 1This type of I/O in this type of controller system requires a separate I/O scanner installed
in an I/O Module slot to provide a control Net, Device Net, or universal Remote I/O port
 2Configurable for communication thru a 1761-Net-AIC in a DH-485 network or thru a
1761-net-DNI in a Device Net network.
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21. SLC 500 catalog Numbers-Fixed Hardware style
I/O Inputs outputs Line Catalog
Configuration Power No
20 ac contact 120/240 ac 1747-L20A
20 ac Triac 120/240 ac 1747-L20B
24 dc slink (Source Load) Contact 120/240 ac 1747-L20C
24 dc slink (Source Load) Triac 120/240 ac 1747-L20D
24 dc slink (Source Load) 24 dc transistor sources 120/240 ac 1747-L20E
24 dc slink (Source Load) 24 dc transistor sources 24V dc 1747-L20F
24 dc slink (Source Load) 24 dc transistor sources 24V dc 1747-L20G
12 inputs and 24 dc slink (Sink Load) 24 dc transistor sources 120/240 ac 1747-L20L
8 output
24 dc slink (Sink Load) 24 dc transistor sources 120/240 ac 1747-L20N
240V ac Contact 120/240 ac 1747-L20R
240 V ac Triac 120/240 ac 1747-L20P
120V ac Contact 120/240 ac 1747-L30A
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22. SLC 500 catalog Numbers-Fixed Hardware style
I/O Inputs outputs Line Catalog No
Configuration Power
120V ac Triac 120/240 ac 1747-L30B
24V dc Sink (Source Load) Contact 120/240 ac 1747-L30C
24V dc slink (Source Load) Triac 120/240 ac 1747-L30D
18 inputs and 12 24V dc slink (Sink Load) 24 dc Transistor sink 120/240 ac 1747-L30L
outputs
240V ac Triac 120/240 ac 1747-L30P
120Vac Contact 120/240 ac 1747-L40A
120Vac Triac 120/240 ac 1747-L40B
24 dc slink (Source Load) Contact 120/240 ac 1747-L40C
24 dc slink (Source Load) 24 dc transistor sources 120/240 ac 1747-L40E
24 inputs and
24 dc slink (Source Load) Contact 24V dc 1747-L40F
16 output
24V dc slink (Sink Load) 24 dc transistor sources 120/240 ac 1747-L40L
240V ac Triac 120/240 ac 1747-L40P
2-Slot Expansion Chassis 1746-A2
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23. SLC 500 catalog Numbers-Fixed Hardware style
With addition of 2 Slot expansion chassis to the fixed-Hardware-style controller, a maximum of 32
Additional I/O of any type (ac/dc/contact) can be installed. However, the following modules are
Incompatible with these controllers; 1746sc-INI41, 1746-HSCE, 1746-QV, 1747-SN, 1747-SDN
Also some combination of module are incompatible because to back plane current loading.
Prolific Pune

24. SLC 500 Processors
Processor & maximum No. of O/I Local Program Scan I/O Scan
Catalog No User Memory analog I/O Time/K word Time
Max
SLC 500
1747-L20 1 K instructions 84 4 8ms(typ) 2.6ms(typ)
1747-L30 1 K instructions 94 4 8ms(typ) 2.6ma(typ)
1747-L40 1 K instructions 104 4 8ms(typ) 2.6ma(typ)
SLC 5/01
1K instructions 960 absolute 96 8ms(typ) 2.6ma(typ)
1747-L511 maximum (Local2
4K instructions 960 absolute 96 8ms(typ) 2.6ma(typ)
1747-L514 maximum (Local2
SLC 5/02
4K instructions 4096 in+ 4096 96 4.8ms(typ) 1.6ma(typ)
174-L524 out absolute
maximum2
Prolific Pune

25. SLC Processors
Processor & maximum User No. of O/I Local analog Program Scan I/O Scan
Catalog No Memory I/O Max Time/K word Time
SLC 5/03 1
1747-L531 8K words total 4096 in+ 4096 96 1ms(typ) 0.225ms(typ)
(4 K word for out absolute
Data & Program) maximum
2
4 K for Data Only
16K word total 4096 in+ 4096 96 1ms(typ) 0.225ma(typ)
(12 K word for out absolute
1747-L532
Data & Program) maximum
2.3
4 K for Data Only
SLC 5/04
16K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ma(typ)
(12 K word for out absolute
1747-L541
Data & Program) maximum
2.3
4 K for Data Only
32K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ma(typ)
(12 K word for out absolute
1747-L542 Data & Program) maximum2.3
4 K for Data Only Prolific Pune

26. SLC Processors
Processor & maximum User No. of O/I Local Program I/O Scan
Catalog No Memory analog I/O Scan Time/K Time
Max word
SLC 5/04
1747-L541 16 words total (12 4096 in+ 4096 96 0.9ms(typ) 0.225ms(typ)
K words for Data out absolute
& Program) maximum2.3
4 K for Data Only
32K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ma(typ)
(28 K word for out absolute
1747-L542 Data & Program) maximum2
4 K for Data Only
64K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ma(typ)
(50 K word for out absolute
1747-L543 Data & Program) maximum2
4 K for Data Only
Prolific Pune

27. SLC Processors
Processor & maximum User No. of O/I Local analog Program Scan I/O Scan
Catalog No Memory I/O Max Time/K word Time
SLC 5/05
1747-L551 16K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ms(typ)
(12 K words for out absolute
Data & Program) maximum2.3
4 K for Data Only
32K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ma(typ)
(28 K word for out absolute
1747-L552
Data & Program) maximum
2.3
4 K for Data Only
64K word total 4096 in+ 4096 96 0.9ms(typ) 0.225ma(typ)
(60 K word for out absolute
1747-L553
Data & Program) maximum
3
4 K for Data Only
Prolific Pune

28. SLC Processors
1 Modules slave protocol is embedded in the RTU-5/03 processors available from an Encompass
partner. The modbus slave protocol is supported on the RS-232 port (Channel10)
2 The absolute maximum number of I/O for these processors only reflect the I/O addressing capability. If dose
not take in to account the amount of memory that may be required for a ladder logic program to monitor and
control the I/O.The practical ratio of memory per I/O is totally dependent upon your specific application
3 you can not configure this no. of I/O for these processors with local I/O only. To configure this no. of I/O for
these processors, you must add a 1747-SN Remote I/O scanner module to configure I/O on universal remote I/O
link, add 1747-SDN device Net scanner module to configure I/O on a Device Net scanner module to configure I/O
Module to configure I/O on a control Net.
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29. SLC 500 Processors
Processor & maximu Max. No. of Communicati Backup Backplane Current
Catalog No m No. O/I model on Memory Load
of local slots in the
I/O Local I/O
chassis chassis
SLC 500
1747-L20 1K 2 DH-4853 EEPROM or Not applicable (Fixed style
UVPROM
1K 2 DH-4853 EEPROM or Not applicable (Fixed
1747-L30
UVPROM style)
1K 2 DH-4853 EEPROM or Not applicable (Fixed style
1747-L40
UVPROM
SLC 5/01
3K 30 DH-4853 EEPROM or 350mA@5Vdc
1747-L511 UVPROM 105mA@2Vdc
3K 30 DH-4853 EEPROM or 350mA@5Vdc
1747-L514 UVPROM 105mA@2Vdc
SLC 5/02
32 30 DH-4853 EEPROM or 350mA@5Vdc
174-L524 UVPROM 105mA@2Vdc
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30. SLC 500 Processors (continued)
Processor & maximum Max. No. of O/I Communic Backup Backplane Current
Catalog No No. of model slots in ation Ports Memory Load
local I/O the Local I/O
chassis chassis
SLC 5/05
1747-L551 32 30 Ethernet Flash 1.0A @ 5Vdc
Rs-232 5 200mA @ 24V dc
32 30 Ethernet Flash 1.0A @ 5Vdc
1747-L552 Rs-232 5 200mA @ 24V dc
32 30 Ethernet Flash 1.0A @ 5Vdc
1747-L553 Rs-232 5 200mA @ 24V dc
1. I/O chassis-a physical assembly that houses I/O
2. With this processor, You an also install a 1747-SN Remote I/O Scanner Module to Configure I/O on a universal
remote I/O link and/or add a 1747-SDN Device net scanner module to configure I/O on a Device Net
network, You can configure 32 I/O chassis per Universal Remote I/O scanner using Complementary I/O, You
an configure 16 I/O chassis per universal remote I/O scanner with the Device Net Scanner, You can address a
maximum of 63 Device Net device Net Network.
3. An SLC 500 or 5/01 processor can only receive message and send replay message to command message send
from other nods on the Dh-485 network; it cannot initiate communication.
4. The SLC 5/03 has an RS-232 port, which can also be configured for a DH-485 network, enabling the SLC –5/03
to connect to two DH-485,network simultaneously.
5. The SLC 5/04 and SLC 5/05 have an RS-232 port, which can also be configured for a DH-485 network
Prolific Pune

31. Memory Devices
Catalog For this Product Function Memory Size
Number/Product
1747-M1 EEPROM SLC 500 Processor Program & Data table 8K byte, 1k
storage instructions
1747-M2 EEPROM SLC 500 Processor Program & Data table 32K byte, 4k
storage instructions
1747-M3 UPROM SLC 500 Processor Program & Data table 8K byte, 1k
storage instructions
1747-M4 UPROM SLC 500 Processor Program & Data table 32K byte, 4k
storage instructions
1747-M11 Flash SL 5/03 and 5/04 Program & Data table 28K instructions (4K-
Memory processors (at. No. storage word data table
1747-L541 or –L542
1747-M11 Flash SLC 5/03 OS302 Program & Data table 60K instructions (4K-
Memory Processor or higher storage word data table
Or SL 5/04 OS401
processor or higher
(Cat. No.1747-L543

32. Memory Devices
Max I/O I/O Type Memory Communication Control Systems Section
• 12 •Fixed digital I/O •1
k 3
•18 •Fixed Analog I/O PICO / 1760
Words
•10 4
•16 •1K •Devicenet4 MicroLogix
•Fixed Digital I/O
•25 Words •DH-485 4 1000/1761
•Fixed Analog I/O
•32 •RS-232-C
•Devicenet4 5
•Fixed Digital I/O •DH-485 4
• 6 Local I/O •6K •RS-232-C Micrologix
•88
module words • Modbus RTU 12001762
slave
•Devicenet4 6
•Fixed Digital I/O •DH-485 4
•152 7.65 K Micrologix
• 8 Local I/O •RS-232-C
•156 Words 15001769
module • Modbus RTU
slave

33. Memory Devices
Max I/O I/O Type Memory Communication Control Section
Systems
•Fixed Hardware
• 84 •Ethernet 5 3
•94
digital I/O Plus 2 local •Device net 4
I/O modules
•104 • DH+
•30 local I/O modules
•960 •1 k Words •DH-485 SLC/1746
•Control Net I/O
•4096 •RS-232-C
•Device Net I/O 3
•Universal Remote
•Universal Remote I/O
3 I/O
512 thru 4
3072 • Processor-resident •6K thru • Ethernet 5
(any local I/O 100K •Device net 4
Mix) 2 • Extended Local I/O Words • DH+ PLC-5/177
• Control Net I/O •Protected 1
•RS-232-C/422-
•Device Net I/O 3 A/423-A
•Universal Remote I/O •Universal Remote
I/O
•Ethernet/IP4 10
•Local I/O •Device net 4 Compact
•128 •64 K bytes Logix /
• DH-485 4
1769
•RS-232-C (DF-1)

34. Memory Devices
Max I/O I/O Type Memory Communication Control Section
Systems
• 256 •localI/O • 64 K •Ethernet FlexLogix/ 11
•Control Net I/O bytes •Control Net 1794
• Extended local I/O • 512 K •Device net
bytes •RS-232-C
•Extended local I/
O
512 thru •localI/O •160K • Ethernet Control 12
3072 •Ether Net IP/I/O bytes •Device net Logix /
(any •Control Net I/O • 672K • Control Net 1756
Mix) 2 bytes
•Device Net I/O 3 • DH+
•1 M bytes
•Universal Remote I/O •RS-232-C (DF/1/
•2 M bytes
DH –485)
•Universal Remote
I/O
•Ethernet 13
•Device net
•Not •ControlNet I/O •Not
• Control Net Softlogix58
applicab •Device Net I/O 3 applicable
• DH+ 00
le •Universal Remote I/O
•Universal Remote
I/O

35. Memory Devices
Max I/O I/O Type Memory Communication Control Section
Systems
896 thru •Extended local I/O •32k thru 100K • Ethernet Open 14
4096 •Device Net I/O 3 words plus 64 •Device net Automati
(any •Universal Remote I/O bytes for VME • Control Net on and
Mix) 2 Memory Industrial
• DH+
•4M-byte RAM Compute
•RS-232-C
•8M-byte RAM r
RS-232-C/422-A/
•16M-byte RAM
423-A
•32M-byte RAM •Universal
•64M-byte RAM Remote I/O
1. This includes Universal Remote I/O and Device Net I/O
2. This does not include Device Net I/O
3. This type of I/O in this type of Controller system requires a separate I/O scanner
installed in a modules slot
5. These are not on board ports. They are available only thru an interface
6. Only some have on-board Ethernet ports. But all have the capability to have an
Ethernet Port added thru an interface

36. Systems Overview

37. Ethernet Communication

38. ControlNet Communication

39. DeviceNet

40. Universal Remote I/O

41. DH+ Communication

42. DH-485 Communication

43. SCADA Remote Systems