Micro850 Selection Guide
The field of industrial automation can greatly benefit from utilizing the reliable Micro850 PLC series designed by Allen-Bradley/Rockwell Automation. This series is an ideal programmable logic controller solution catering to small-to-medium-sized applications that require powerful control capabilities while concurrently processing complex automation processes efficiently. The Micro850 PLCs support different communication protocols, contributing to their seamless integration with other devices and systems. This series also provides a comprehensive programming environment that caters to various programming languages' requirements in any industry's needs. Furthermore, these PLCs' flexibility allows them to be scalable through expansion modules, enabling future system expansions as one’s process grows with time. Allen-Bradley/Rockwell Automation extends intensive customer support with documentation materials, training materials, and technical assistance, thereby acknowledging their customer's needs. Moreover, the versatile Micro850 PLC series offers optimum performance, enhancing industrial automation application efficiency and reliability expected from such technology.
Micro850 Features
Allen-Bradley's Micro850 is a programmable logic controller (PLC) series that caters to small to medium-sized automation applications. These PLCs feature a compact design that provides efficient outputs while occupying minimal space. Its distinguishing features include high-speed processing that ensures rapid input and output handling, support for analog I/O necessary for precise process control interpretations, and effective problem-solving tools through the built-in display providing real-time information about the system status. Additionally, Ethernet connectivity provides effortless networking with other systems within the same ecosystem seamlessly.
Overall, Allen Bradley’s Micro850 series gains reliability from its vast yet functional feature set, guaranteeing excellent performance levels: appropriate solutions in addressing automation requirements. The compact design of Micro850 PLCs sets them apart from the rest as it is suited for space-constrained environments. These devices easily integrate into industrial automation systems without being much of a hindrance. Moreover, system expansions can be facilitated due to expansion modules that these models accommodate.
The manufacturer offers comprehensive documentation with adequate resources, such as training materials and technical backup, ensuring proficient implementation while users troubleshoot their automation issues effectively. These features guarantee the efficient running of automated processes within a variety of employment settings conveniently. Finally, configuration of up to six (6) high-speed counters (HSCs) while offering a choice of nine (9) HSC operation modes is also possible.
Micro850 Specifications
Some essential specifications of the Micro850 PLC series include their robust power supplies that deliver at least 24V DC for successful operation. In terms of inputs and outputs (I/O), these products boasts an impressive count of twelve (12) digital inputs and eight (8) digital outputs (with provision for four analog inputs monitoring). Simultaneously, convenience is handled by the PLCs' integrated two (2) analog output signal processors.
Furthermore, these PLCs come with an adequate storage capacity - 2 megabytes (MB), each allocated separately for user memory and programming logic storage space, respectively, while appropriately satisfying the high demands necessary in functionality.
Regarding connectivity options, the devices of this series are outfitted with everything one needs as standard equipment - Ethernet outlets capable, serial communication interfaces & ports. These PLCs also allow room for customization, where users can install a DeviceNet or CANopen network connectivity module as per their preference.
Operating Micro850 PLCs
Micro850 programmable logic controllers (PLCs) efficiently automate processes in small to medium-sized applications, and they execute a stored program using certain software. Their fast CPU scans inputs and outputs periodically concerning user-defined control requirements through instruction steps in memory storage. The values get updated based on logical instructions given via programmed commands, thanks to these devices’ quick scanning capability with minimal lag time between scans, ensuring quick processing of I/O.
With built-in Ethernet connectivity into networked systems and support for analog I/O, providing precise control over automation processes, anyone can comfortably adapt to ease their work experience where space may pose an issue, given its compact sizing capability.
Finally, there is the convenience provided by the displays of the Micro850 series, where real-time status updates can be easily monitored by anyone seeking immediate information regarding automation system analysis/troubleshooting.
Modules Found in the Micro850 Product Series
2080-LC50-24QBB:
Manufactured by Allen-Bradley in their Micro850 lineup of PLCs is the compact controller with the catalog number 2080-LC50-24QBB. This product features removable terminal blocks alongside space-saving plug-in options (also offered in additional expansion I/O modules) accessible on its interface. Found within this controller lies a single input that allows up to a range between Direct or Alternate Current at voltages between 14 and 24 volts, providing much versatility for a user's needs. An output feature also provides comparable versatility through those same voltage ranges across direct currents. The controller comes replete with other necessary functionalities of modern devices, including but not limited to an Ethernet port, a total of four HSC outputs, an embedded USB port for better programming and configuration options, three plug-in ports for greater handling capacity alongside two RS-232 serial & RS-485 ports that are not isolated. Additional features included within this controller's package arise during compatibility with other devices through EtherNet/IP to allow for better communications. The device requires 8 watts of power input during normal operation, whereas it requires 28 watts in conjunction with plug-ins and expansion I/O channels. Better functioning is premised on up to 10K steps in programming stored capably within its storage data capacity at 20 kilobytes. The device should be used between -20 degrees Celsius and 65 degrees Celsius. While offering all this functionality, the controller remains compact at 90 millimeters by 158 millimeters by 80 millimeters (H x W x D) and a weight of .423 kilograms (.933 pounds).
2080-LC50-48AWB:
This Allen Bradley product, catalog number 2080 LC50 48AWB, is an innovative PLC with a rated power of 24V DC. The product has been designed to be compatible with an output electricity supply of 20.4 to 26.5V DC to meet minimum criteria. Ensuring optimal performance and safety standards are met while being dependable and durable. The machine has integrated inputs and outputs requiring a limited power consumption of up to about 11W when isolated from any plug-in or expansion I/O. However, it utilizes power consumption up to about 33 W when connected to them. It provides reliability for high-quality delivery in its operations. Programming the PLC is quite easy; it features an inbuilt USB interface that seamlessly communicates with any standard USB printer cord, providing one with optimal functionality while programming and achieving top-speed connectivity performance that outperforms expectations. It also features Ethernet connections, remote terminal access (RTU), and HMI connectivity, saving time and money spent on additional equipment. With forty-eight (48) I/O connections that include twenty-eight (28) input ports and twenty (20) output ports at a maximum frequency running at 63 hertz, generating a maximum inrush current of 250 amperes at 120 volts AC source is reliable, producing voltage up to 122 volts AC source when on state mode while maintaining electrical safety standards. With each output relay handling AC load capacity up to 2 amps at 240-volt AC or 24-volt DC while achieving more than 10 milliamps load current, this product ensures stability even in varied conditions ranging from 5 volts AC/DC through 132 volts AC/265 volts DC. It is highly recommended for varied applications and industries. With a verified duration of 10 milliseconds for its turn-off and turn-on periods, this equipment offers convenient access to analog I/O through either plug-in or extension modules.
2080-LC50-48QWB:
The Allen-Bradley Micro850 family offers valuable solutions in control applications such as the 2080-LC50-48QWB Controller Module, featuring an impressive mix of I/O capabilities. This module offers nineteen (19) relay outputs and twenty-eight (28) digital inputs, with each relay output channel having a contact rating of up to 2 amperes that enhances its functionality across significant machines or complex control applications. Providing substantial flexibility in communication protocols is one of its unbeatable attributes; it has a built-in Ethernet base-T port offering four (4) expansion I/O modules, providing users access to redundant connectivity operation using high-speed counter inputs (100 kHz). Programming interfaces through the embedded USB port while compatibility with any standard USB printer configuration. Both RS-485 and RS-232 communication ports support up to three (3) axes with multiple expansion I/O channel options available with these portals’ superior motion capability features. With twenty (20) input channels supporting direct and alternating current type signals that operate at -20 to 65 degrees Celsius, this controller provides robust operations on large-scale machine usage while offering twenty (20) Ethernet outputs suited for various applications. In summary, Allen-Bradley's Micro850 family is an excellent solution in control applications. The 2080-LC50-48QWB module is a significant addition to improved functionality across large machines and complex control applications.
2085-IRT4:
In the Micro850 product line up for analog input modules, the 2085 IRT4 model is offered by Allen Bradley. This isolated four-channel analog input module is specially designed, catering to the requirements of various industries. It has a thermocouple/RTD interface with an isolated thermocouple, which makes it easier to measure temperature with unparalleled precision measured in +/- 0.2 to +/-0.6 degrees Celsius temperatures for RTD inputs and +/-0.5 to +/-3 degrees Celsius temperatures for thermocouple inputs. It also offers extraordinary support for an input range of 0 to 500 ohms and a voltage range of 0 to 100 mV, making it a powerful device. A common feature found in this device ensures that its data updating time during operation can happen within 12 to 500 milliseconds per activated channel coupled with higher input impedance than 10 mega ohms over constant isolation voltage, making its performance even more remarkable. The overall power consumption capacity dissipates up to two watts while driving maximum bus current pull rating at 5 VDC at 160 milliamps or 24 VDC at 50 milliamps. This excellent AMP capacity holds higher operating temperatures ranging from -20 degrees Celsius to 65 degrees Celsius while preserving temperature ranges between -40 degrees Celsius to 85 degrees Celsius. Furthermore, this drive retains the noncondensing moisture content of its environment between 5% and 95%, having dimensions around 1.75 inches by 3.54 inches by 3.4 inches by 3.42 inches. The unit comes with adequate shock tolerance capability, depending on the type of installation one uses. The DIN rail-mounted drive operates with a shock tolerance capacity of 35 G, whereas the mounted drive functions with a 25 G functioning shock capacity. It's designed to keep IP20 casings standards, offering superior protection against potential damage from outside elements, making it more reliable in the long run. Finally, with a green operational indicator light, it easily distinguishes itself from other models in its category.
Applications of the Micro850 Product Series
The Allen-Bradley Micro850 is a widely used programmable logic controller series that manifests itself throughout many different industries and applications. Some examples include:
- In manufacturing, where it is commonly used for automated assembly lines and material handling - its capabilities also extend to overseeing quality control during various phases within these processes.
- In robotics, it's designed to deliver motion controls automatically.
- In CNC machine tools, control technology enhances servo drive performance.
- In aquaculture, environmental risk factors impact aquatic species' economic value - thus making monitoring their performance necessary for selective breeding.
- In Foam Materials Productions, advanced foaming techniques are possible thanks to the programmable nature of this controller's features that contain intricate details like optimal parameters for intensive mixing.
- Availing itself for process industries, the Micro850 can solve lot sizing challenges by providing optimization and efficiency improvements needed in production lines.
Conclusion
When thinking about any small or medium-sized application within industries that require automating complicated processes - fulfilling critical tasks accurately becomes paramount. Having the adoption of Allen-Bradley Micro850 PLCs for users as their compact design and high-speed processing capabilities provide an incredible solution. These automation tools deliver efficient work with ease and at a rapid pace. As a result, integration into its respective networks becomes seamless while maintaining programmable logic controllers from analog I/O sends simple control signals, enabling accurate process control. Additionally, Micro850 PLCs' programming environment is user-friendly. Choosing Allen-Bradley Micro850 PLCs for any electronics product guarantees users the assurance of it delivering across various industries.
