The Allen-Bradley 1756-L83EP processor is a ControlLogix processor unit that is based on the EtherNet/IP Communication network. It comes with 32 tasks and it has 1000 programs per task as well as unlimited event triggers. This unit features a digital I/O count of 128,000 I/O at maximum along with an analog I/O count of 4000 I/O at maximum. The module provides the user with a communication speed of 12 Mbps and it has the option of supporting either 100 or 250 Ethernet Nodes. The 1756-L83EP processor has a user memory capacity of 10 MB and 50 Volts of isolation voltage (continuous). It has a thermal dissipation rating of 21.2 BTU per hour with a power dissipation rating of 6.2 Watts. This unit has a current draw of 1.2 Amps at 5.1 Volts as well as a current draw of 5 milliamps at 1.2 Volts DC.    The 1756-L83EP processor also supports other optional communication options including THE EtherNet, ControlNet, EtherNet/IP, and third-party options such as device networks. For the Ethernet communication unit, it is essential that the users consider the connections to the controller along with the input and output module connections. They support direct connection to the EtherNet/IP network without requiring a bridge module. This controller is intended for use with an SD card since these cards have been tested and confirmed to be compatible and usable with the 1756-L83EP processor. They can also withstand extreme industrial temperature levels. The Allen-Bradley 1756-L83EP processor unit features an optional non-volatile storage memory unit and it comes with a 2 GB SD card. It has a non-removable storage for energy.

10--30 V DC Fast Isolated Peer to Peer Output with PWM 16 Pts(36 Pin) Variety of voltages 8 to 32 points per module Isolated and nonisolated module types Point-level output fault states Direct-connect or rack-optimized communication Field-side diagnostics on select modules

Bulletin 2090 Cable compatibility note Cable Note: Cable Function Motor Feedback Only Cable Options SIN/COS High-Resolution/Resolver Encoder Type Drive End Connector Type Drive-end, Flying-lead Motor End Connector Type SpeedTec DIN Connector Flex Type Standard (Non-Flex) Encoder note Encoder Note: Cable Length 15 Meters

The Allen-Bradley 2711P-T7C22D9P is an Allen-Bradley PanelView Plus 7 Performance Operator Terminal. This operator terminal is powered by an external 18-30VDC supply voltage and has a 6.5-inch colored display with embedded Two (2) Ethernet and Two (3) USB communication ports. This operator terminal has a touchscreen input interface.

Graphic Terminal,PanelView Plus 7 Standard Model,15.0 in. Display,Standard Aspect Ratio,TFT Color, Touch Screen, Single Ethernet, 18 30 V DC (Series C)

The Allen-Bradley 20BC022A3AYNACC0 drive is a PowerFlex 700 series AC drive. Its voltage rating is 400 Volts AC for 3-phase voltage. The 20BC022A3AYNACC0 drive supports a power rating of 22 Amps at 11 kilowatts.

Allen-Bradley 80026-524-01-R Power Supply, In: 100-240VAC, Out: 56VDC 26.8A 1500W

E300 Overload Relays (193/592 IEC/NEMA), Current/Ground Fault Sensing Module (10...100 A) Mounts to 100-C60...C97 contactor

This PowerFlex 753 (750 series) assembled by Allen Bradley (AB) is a 132 kilowatt unit. In addition, this PF753 VFD is in an IP20/IP00 Open enclosure type. Additionally, it comes with an output rating of 260 A, has optional communication slot included in this VAC drive, and no internal transistor installed in the VFD. Furthermore, this Allen-Bradley AC Drive is operated through VAC Input. Furthermore, this VAC drive also has a Blank Cover in place of the display but an HIM module can be added.

Encoder, CIP Motion, Single-turn, Solid shaft 10 mm, 10-30V, M12 Connector, 18 Bit

The Allen-Bradley 2711P-T7C4D8 is a PanelView Plus 6 Graphic operator terminal. This operator terminal is a visualization component that is used to provide a graphical interface intended for machines and processes. This operator terminal enables an intuitive monitoring and control interface via the assembly of logic and display modules which contain the core components of this Human Machine Interface (HMI) device. The 2711P-T7C4D8 provides a colored graphic display via the 6.5-inch screen with viewing area of 132 x 99 mm (5.2 x 3.9 in.) and pixel resolution of 640 x 480 in 18-bit color graphics. Users are able to see a color-coded graphic display that is commonly used to depict a material flowing inside a pipe or stored in a vessel, area marker for typical production lines as well as status of instruments and devices. Operator interacts to the process via the analog-resistive touchscreen input interface that is designed to be operated up to 1 million actuations with an actuation force of 10-110 g. This operator terminal has 512MB Random Access Memory (RAM), used by the operator terminal during runtime environment only. This ensures fast transition from HMI screen to another as well as smooth interaction with runtime objects. The 512MB Flash memory is used by the operator terminal for storing HMI applications as well as system files such as trends, logs, recipes, manuals and other related files. The module has its own embedded Ethernet interface with configurable IP address. It has an RJ45, 10/100Base-T connector for network communication and supports MDI/MDI-X connections. The 2711P-T7C4D8 processor’s speed increased from 350 MHz to 1 GHz and the screen transition rate is approximately 70% faster. The system memory increased from 64MB of RAM to 512MB of RAM and flash storage space increased from 64MB to 512MB. The illumination of backlight displays has also increased. Additionally, the 2711P-T7C4D8 providess greater connectivity to a variety of external hardware such as printers, mice, and keyboards. Optional communication modules can be ordered for additional network communication.

The Allen-Bradley 22A-D2P3N104 is a PowerFlex 4 Variable Frequency Drive (VFD). This VFD is powered with an input voltage range of 342-528 VAC, 3-phase with applicable motor output of 2.3 A and Power of 0.75kW (1.0 HP).

Product Series: E300/E200 Component Type Motor Control and Drives: Sensing Module Mounting (Multiple) : Contactor Mount Details, Contactor: 100-C30...55 Motor FLC, Max: 60 A, max Motor FLC, Min: 6 A, min IP Rating: IP20

The Allen-Bradley 2711P-T15C4D8 is a Panelview Plus 6 1500 Operator Terminal. This operator terminal is powered by an external 18-30VDC supply voltage and has a 15.0-inch colored display with embedded Ethernet, RS232, and Two (2) USB communication port. This operator terminal has a touchscreen input interface.

The Allen-Bradley PLC-5-40E is an Ethernet PLC-5 Processor. It has embedded TCP/IP communication, offering high-performance peer-to-peer communication. Its built-in web capabilities provide web diagnostics and module information, web user provided pages, and Domain Name Service (DNS). For communication, it has 1 Ethernet port, 2 DH+ or Remote I/O (Adapter or Scanner) ports, and 1 serial port configurable for RS-232 / RS-423 / RS-422A. The PLC-5-40E uses Ladder-logic and structured-text programming with an advanced instruction set including sequencer, file-handling, diagnostic, immediate I/O, shift register, and program control instructions. It is used in applications with real-time sequential and regulatory control requirements. The PLC-5-40E processor has a maximum user memory of 48K words with a limit of 32K words per data table file. It has up to 2048 total I/O (any number of the I/O can be inputs or outputs) with 2048 complementary inputs and outputs. It has 16 (0 – 17) I/O racks for I/O addressing. It has an I/O scan time per rack of 10ms at 57.6 kb/s, 7ms at 115.2 kb/s, and 3ms at 230.4 kb/s. The PLC-5-40E requires a backplane current of 3.6A at 5V and it has a maximum power dissipation of 19W. It also contains a battery-backed static RAM with an EEPROM program backup option. It is installed in the left-most slot of the 1771 I/O chassis and requires one slot. The PLC-5-40E processor has global status flags and input interrupts. It also has programmable fault response diagnostics which prevents system failure by reacting to the faults. The PLC-5-40E allows for segregation of tasks controlled by multiple main programs. It examines specific information at specific time intervals with the time interrupt routine.