MicroLogix 1100 Programmable Logic Controller Systems
MicroLogix™ 1100 Programmable Logic Controller Systems add embedded EtherNet/IP™, on-line editing, and an LCD panel to the MicroLogix family. The built-in LCD panel shows controller status, I/O status, and simple operator messages. With 2 analog inputs, 10 digital inputs and 6 digital outputs, the MicroLogix 1100 controller can handle a wide variety of tasks.
- Includes built-in 10/100 MBpsEtherNet/IP™ port for peer-to-peer messaging
- Provides 8 KB memory (4 KB user program with 4 KB user data)
- Lets you access, monitor and program from any Ethernet connection
- Supports on-line editing
- Provides embedded web server so you can configure controller data to be displayed as a web page
- Contains isolated RS-232/RS-485 combination port for serial and networked communication
- Lets you monitor and modify controller data through an embedded LCD screen
- Compatible with 1762 MicroLogix Expansion I/Omodules (up to four modules per controller)
- Supports up to 144 digital I/O points
Allen-Bradley Micrologix 1100
System Overview
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The MicroLogix 1000 family are inexpensive compact PLCs. Its features configuration of 10 digital I/O (6 inputs and outputs), 16 digital I/O (10 inputs and 6 outputs), 25 I/O (12 digital inputs, 4 analog inputs, 8 digital outputs, and 1 analog output), or 32 digital I/O (20 inputs and 12 outputs) in multiple electrical configurations of digital I/O.
They are best suited for I/O options and electrical configurations.
Features
- Small design— Ideal for panels with small space.
- Several communication networks:
- Configuration with a RS-232-C port for: DF1 protocol directly connecting into an operator interface or device for programming; communications through a 1761-NET-AIC converter for DH-485 Communications; 1761-NET-DNI for communications with DeviceNet; 1761-NET-ENI provides networking to Ethernet/IP or for SCADA applications for half-duplex slave protocol.
- Choose your programming device with easy programming. These controllers can be programmed in ladder logic with MicroLogix 1000 A.I. Series Software®, PLC 500 A. I. Series Programming Software, RSLogix 500™ Windows Programming Software, or the MicroLogix Hand-Held Programmer (1761-HHP-B30).
- This programming language is based on relay ladder wiring diagrams to your control program simplifying troubleshooting of your control program.
- Extensive instruction set—Over 65 instructions including simple bit, timer, and counter instructions, as well as instructions for powerful applications like sequencers, high-speed counter, and shift registers.
- Rapid—The time of execution for a typical 500-instruction program is only 1.56 ms.
Product Design
The MicroLogix 1000 comes in a single package with processor, power supply, and all its I/O circuits packaged.
Four I/O sizes (10, 16, 25, and 32) are useful in many situations.
- Electrical needs works with various electrical configurations of digital I/O:
- 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.
- 24V DC inputs and relay outputs with a 120/240V AC power supply.
- 24V AC inputs and relay outputs with a 120/240V AC power supply.
- 120V AC inputs and relay outputs with a 120/240V AC 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.
Communication
MicroLogix 1000 has build in RS232C. The following communications can use this port.
| Communication | Description |
| Point-to-point communication | • Works with direct connection of programming and operator interface devices, and supports dial-in remote programming. |
| DF1 protocol | • Works with DF1 half-duplex slave protocol for connection to a modem in SCADA applications. |
| DH-485 communication | • Interface to a DH-485 network through an Advanced Interface Converter (1761-NET-AIC). • 32 devices can interface to the DH-485 network. • The communication port provides for program upload and download. |
| DeviceNet communication | •Interface a DeviceNet network of up to 64 devices through a DeviceNet Interface (1761-NET-DNI). • The DeviceNet Interface provides slave I/O and peer-to-peer controller communication. |
| EtherNet/IP communication | • Connect to an EtherNet/IP network through an EtherNet/IP-to-RS-232-C interface (1761-NET-ENI, 1761-NET-ENIW). • This module supports program monitoring and upload/download, data collection, and controller peer-to-peer communication. • It can also send e-mail messages via SMTP and display status and configuration information through a built-in Internet server. |
Specifications
General Specifications
| 24V DC Sensor Power | 200 mA max. with 200 mF capacitive load max. (for 1761-L10BWA, -L16NWA, -L16BWA, -L20BWA-5A, and -L32BWA only) |
| Power Cycles | 50,000 minimum |
| Operating Temperature | |
| Horizontal mounting | 0…55 °C (32…131 °F) |
| Vertical mounting | 0…40 °C (32…104 °F) |
| Nonoperating Temperature | -40…85 °C (-40…185 °F) |
| Relative Humidity | 5…95% noncondensing |
| Operating Shock | 10 g peak acceleration (7.5g DIN rail mounted)⋆ (11±1 ms duration), 3 times each direction, each axis |
| Nonoperating Shock | 20 g peak acceleration (11±1 ms duration), 3 times each direction, each axis |
| Vibration | 5 Hz…2 kHz, 0.381 mm (0.015 in) peak-to-peak, 2.5 g panel mounted, 1 hr per axis |
| Vibration, Non-Operating | 5 Hz…2 kHz, 0.762 mm (0.030 in) peak-to-peak, 5 g, 1 hr per axis |
| Terminal Screw Torque | 0.9 N•m max (8.0 lb•in) |
| ESD Immunity | 8 kV air (IEC801-2) |
| Radiated RF Immunity | 10V/m, 27…1000 MHz, 3V/m, 87…108 MHz, 174…230 MHz, and 470…790 MHz (IEC801-3) |
| EFT/B Immunity | 2 kV Power Supply, 1 kV I/O (IEC801-4) |
| Isolation Voltage | 1500V AC |
| Memory Type | EEPROM |
| Memory Size | 1K words (approximately 737 instruction words, 437 data-table words) |
| Timers/Counters, Max. | 40 timers; 32 counters (fixed) |
| Program Scan Time/Kword, Typical | 2 ms |
| I/O Scan Time, Typical | 0.21 ms |
| Communication Port | RS-232-C (Can be configured for communication through 1761-NET-AIC in a DH-485 network) |
| ⋆ Relays are derated an additional 2.5 g on 32 I/O controllers. ‡ DIN rail mounted controller is 1 g. |
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MicroLogix 1000 Controllers
| Cat. No. | I/O | Digital Inputs | Analog Inputs | Digital Outputs | Analog Outputs | Real Input Power | Apparent Input Power | Transformer Load |
| 1761-L10BWA | 10 | 6 inputs 24V DC sink/source |
0 | 4 contact outputs | 0 | 13 W at 120V AC 14 W at 240V AC |
24 VA at 120V AC 32 VA at 240V AC |
33 VA at 120V AC 35 VA at 240V AC |
| 1761-L10BWB | 10 | 6 inputs 24V DC sink/source |
0 | 4 contact outputs | 0 | 5 W at 24V DC | — | — |
| 1761-L10BXB | 10 | 6 inputs 24V DC sink/source |
0 | 2 contact outputs 2 source 24V DC outputs |
0 | 5 W at 24V DC | — | — |
| 1761-L16AWA | 16 | 10 inputs 120V AC |
0 | 6 contact outputs | 0 | 7 W at 120V AC 8 W at 240V AC |
15 VA at 120V AC 21 VA at 240 AC |
18 VA at 120V AC 20 VA at 240V AC |
| 1761-L32AWA | 32 | 20 inputs 120V AC |
0 | 12 contact outputs | 0 | 9.1 W at 120V AC 10.6 W at 240V AC |
19 VA at 120V AC 25 VA at 240V AC |
23 VA at 120V AC 27 VA at 240V AC |
| 1761-L16BWA | 16 | 10 inputs 24V DC sink/source |
0 | 6 contact outputs | 0 | 14 W at 120V AC 15 W at 240V AC |
26 VA at 120V AC 33 VA at 240V AC |
35 VA at 120V AC 38 VA at 240V AC |
| 1761-L16NWA | 16 | 10 inputs 24V DC sink/source or 24V AC |
0 | 6 contact outputs | 0 | 14 W at 120V AC 15 W at 240V AC |
26 VA at 120V AC 33 VA at 240V AC |
35 VA at 120V AC 38 VA at 240V AC |
| 1761-L32BWA | 32 | 20 inputs 24V DC sink/source |
0 | 12 contact outputs | 0 | 15 W at 120V AC 16 W at 240V AC |
29 VA at 120V AC 36 VA at 240V AC |
38 VA at 120V AC 40 VA at 240V AC |
| 1761-L32AAA | 32 | 20 inputs 120V AC |
0 | 10 triAC outputs, 120/240V AC 2 contact outputs |
0 | 7 W at 120V AC 9 W at 240V AC |
16 VA at 120V AC 22 VA at 240V AC |
18 VA at 120V AC 23 VA at 240V AC |
| 1761-L16BWB | 16 | 10 inputs 24V DC sink/source |
0 | 6 contact outputs | 0 | 5 W at 24V DC | — | — |
| 1761-L16NWB | 16 | 10 inputs 24V DC sink/source or 24V AC |
0 | 6 contact outputs | 0 | 5 W at 24V DC | — | — |
| 1761-L32BWB | 32 | 20 inputs 24V DC sink/source |
0 | 12 contact outputs | 0 | 7 W at 24V DC | — | — |
| 1761-L16BBB | 16 | 10 inputs 24V DC sink/source |
0 | 4 source 24V DC outputs 2 contact outputs |
0 | 5 W at 24V DC | — | — |
| 1761-L32BBB | 32 | 20 inputs 24V DC sink/source |
0 | 10 source 24V DC outputs 2 contact outputs |
0 | 7 W at 24V DC | — | — |
| 1761-L20AWA-5A | 25 | 12 inputs 120V AC |
2 voltage (±10V) 2 current (0…20 mA) |
8 contact outputs | 1 voltage/current (0…10V, 4…20 mA) |
12 W at 120V AC 13 W at 240V AC |
20 VA at 120V AC 27 VA at 240V AC |
30 VA at 120V AC 33 VA at 240V AC |
| 1761-L20BWA-5A | 25 | 12 inputs 24V DC sink/source |
2 voltage (±10V) 2 current (0…20 mA) |
8 contact outputs | 1 voltage/current (0…10V, 4…20 mA) |
18 W at 120V AC 19 W at 240V AC |
30 VA at 120V AC 38 VA at 240V AC |
45 VA at 120V AC 48 VA at 240V AC |
| 1761-L20BWB-5A | 25 | 12 inputs 24V DC sink/source |
2 voltage (±10V) 2 current (0…20 mA) |
8 contact outputs | 1 voltage/current (0…10V, 4…20 mA) |
7 W at 24V DC | — | — |
Analog Input Specifications
| Voltage Range | ±10.5V -1LSB |
| Current Range | 0…20 mA -1LSB |
| Data Format | Natural binary 16-bit signed integer |
| Voltage Input Impedance | 210 kW |
| Current Input Impedance | 160 kW |
| Resolution | 16 bits⋆ |
| Overall Accuracy 0…55 °C | ±0.7% of full scale |
| ⋆ Also a function of the input filter selection. | |
Analog Output Specifications
| Voltage Range | 0…10V -1LSB |
| Current Range | 4…20 mA -1LSB |
| Data Format | Natural binary 16-bit signed integer |
| Step Response | 2.5 ms at 95%±10.5V -1LSB |
| Load Range | 0…500 W |
| Output Coding (4…20 mA -1LSB, 0…10V -1LSB) |
0…32,767 |
| Resolution | 15 bits |
| Overall Accuracy 0…55 °C | ±1.0% of full scale |