Micro 800 Selection Guide
The right choice of components is crucial in today's fast-paced technological environment, where automation and control systems promote efficiency across sectors. This manual, which carries on the quality of Allen-Bradley, is your key to navigating the world of Micro 800 controllers. These controllers are intended to give enterprises portable yet reliable solutions for their automation requirements. The Allen-Bradley Micro 800 controllers, which offer the ideal balance of performance, compactness, and price, represent a paradigm leap in industrial automation. This manual, which carries on Allen-Bradley's tradition of innovation, has been painstakingly created to help engineers, system integrators, and decision-makers comprehend the subtleties of Micro 800 controllers and make appropriate decisions for their particular projects. This guide enhances the knowledge of the individuals mentioned above because of its in-depth description of various modules that can be useful in industrial processes.
This guide gives you the knowledge necessary to pick the ideal Micro 800 model from the prestigious Allen-Bradley lineup by describing the wide range of Micro 800 controllers, including programmable logic controllers (PLCs) and programmable automation controllers (PACs), in-depth about their capabilities, features, and performance metrics. This manual, built on the tradition of Allen-Bradley, explains the essential considerations when looking for solutions for process control, discrete manufacturing, or building automation. These considerations include I/O count, communication protocols, scalability, and programming possibilities. You'll learn the technical details and helpful tips for integrating these controllers effortlessly into your operations as we travel through the Micro 800 Selection Guide, inspired by the tradition of Allen-Bradley. You may strengthen your automation efforts by using the advice provided in these pages to make educated judgments.
Parts Selection
Now, we will look at some of the modules:
2080-LCD:
An essential component of the Micro 800 series, the 2080-LCD module is a cutting-edge Display and Keypad Module that perfectly balances innovation and usability. This module, which has a small 1.5" monochrome display, provides an easy-to-use interface for configuring the Micro800 controller's numerous parameters, improving operating ease. The 2080-LCD was created to survive in difficult surroundings and offers a remarkable capacity to endure temperatures up to 55°C, assuring dependable performance even under trying circumstances. Users can easily engage with the Micro800 controller's settings thanks to the module's 1.89 x 4.19-inch size, high-resolution 192 x 64-pixel display, and clarity. This monochromatic display gives you all the information you need at a glance, reducing configuration processes and enabling quick decisions. The 2080-LCD represents the Micro 800 series' dedication to small yet potent automation solutions as a flexible component. Its functionality is enhanced by its function as a remote IP65 LCD text display module, which enables users to adjust settings such as the IP address quickly.
2080-PS120-240VAC:
The 2080-PS120-240VAC module is an AC power supply for Programmable Controllers engineered for dependability and innovation. The tiny form factor of this module, which measures 3.55 x 1.78 x 3.15 inches, conceals its powerful capabilities. As it weighs 0.75 lbs., it improves mobility and simplicity of installation. This power supply unit covers a variety of power conditions by operating within a broad supply voltage range of 100V-120V AC (1A) and 200V-240V AC (0.5A), along with a working frequency of 47-63 Hz. The 2080-PS120-240VAC guarantees a constant and effective power flow since it can offer 24V DC at 1.6A. The module blends performance and energy economy with ratings of 38.4W at 100V AC and 38.4W at 240V AC for power consumption. The module's power dissipation ratings of 45.1W at 100V AC and 44W at 240V AC highlight its proficiency in efficiently controlling heat generation. The module offers a dependable power supply for Micro 800 controllers with an output rating of 24V DC at 1.6A (38.4W maximum). It is protected against solid foreign objects because of its enclosure type rating, which complies with IP20 regulations. The Micro 800 series' dedication to accuracy, toughness, and adaptability in harsh industrial situations is exemplified by the 2080-PS120-240VAC power supply module.
2080-RTD2:
The 2080-RTD2 module, a crucial component of the Micro 800 series, has several technological details that highlight its ability and accuracy in industrial settings. It functions as a vital connection for integrating Resistance Temperature Detector (RTD) sensors and thermocouples, ensuring precise temperature monitoring and control, as a non-isolated Thermocouple and RTD Plug-in Module. The module, which strongly emphasizes usability, is made for seamless integration. Its mounting torque is 0.2 Nm, and its terminal screw torque ranges from 0.22 to 0.25 Nm, enabling secure attachment and dependable connectivity. The 2080-RTD2 module's high-resolution 14-bit system allows it to detect temperatures precisely, and its precision of +/- 1.0°C for both thermocouples (TC) and RTDs at 25°C ensures accurate and consistent data. The module's two non-isolated channels allow for numerous inputs, increasing its adaptability. In 8–1212 milliseconds, it can identify open circuits, ensuring quick detection of possible problems. With a consumption rate of 3.3V and 40mA, the module's power efficiency is apparent, adding to the system's total energy optimization. Its input impedance exceeds 5 M ohms, demonstrating its capacity to control signal reception effectively.
2080-SERIALISOL:
The Micro 800 series' inherent Isolated Serial Port module, 2080-SERIALISOL, stands out because of its advanced technological features. It was manufactured to ensure efficient and secure communication, which is essential for enabling isolated serial connections for a variety of applications. The module has a mounting torque of 0.2 Nm and terminal screw torque ranging from 0.22 to 0.25 Nm, providing flawless integration. The total dependability of systems is increased by careful engineering that ensures both mechanical stability and reliable electrical connections. The module successfully maintains electrical isolation, insulating connected equipment from voltage fluctuations and potential surges, improving the safety and integrity of sensitive components. It has a remarkable isolated voltage capability of 500V AC. This module works best in between temperatures of -20 degrees Celsius and 65 degrees Celsius. It also works very well across different temperature conditions. The humidity adaptability range of this module is determined to be around 5 percent to 95 percent. The module is operable in temperatures ranging from -20 to 65°C (-4 to 149°F), operating across a wide range of ambient temperatures. This flexibility demonstrates its adaptability in many environmental situations, giving it a reliable option for a variety of sectors.
2080-DNET20:
The 2080-DNET20 module is distinguished by its unique technological features that provide reliable DeviceNet connectivity. This module provides excellent capabilities for industrial applications such as a DeviceNet Scanner. The module measures 2.44 x 1.24 x 0.78 inches and weighs just 35 grams, showing how effectively it maximizes space and makes installation simple. The module offers quick and dependable data interchange by operating at a maximum DeviceNet connection rate of 500 Kbps at distances of up to 75 meters. It permits significant network expansion because it can support up to 20 nodes for I/O operation. The module efficiently controls data flow and communication inside the network using I/O Slave Messaging through Poll Command. It ensures protection from solid items with an enclosure type rating of NEMA IP20. The module's backplane power consumption of 50 mA at 24 Volts DC serves as a showcase for its energy efficiency. Additionally, its 24 V DC and 300 mA (Class 2) DeviceNet current demand demonstrates its efficient power use. The 2080-DNET20 module stresses effective energy conservation while maintaining dependable DeviceNet connection in industrial settings, with a power consumption of 1.44 Watts. This module can be widely used among various processes to optimize workflow.
2080-OF2:
The technical specs of the 2080-OF2 module, a crucial part of the Micro 800 series, set it apart and emphasize its strengths as an Analog Plug-in Module. This module makes accurate analog signal production for a range of industrial applications possible thanks to its two single-ended outputs. The module produces a constant output voltage while working within a 10V DC analog typical operating voltage range. The 2080-OF2, with a maximum resolution of 2.5 milliseconds, guarantees quick reaction times, which are necessary for real-time control. The module ensures quick modifications to altering input signals with a step reaction time of 63% of 5 milliseconds. In voltage output mode, the module maintains stability across a range of load situations with a maximum current load of 10 mA. Its repeatability of +/- 0.1% emphasizes how exact and precise its signal creation is in actuality. The absence of input group-to-bus isolation and the absence of channel-to-channel isolation may see the module's design for direct connections. The 10-meter maximum wire length provides effective signal transmission. The module's 90 x 40 x 87 mm dimensions guarantee a compact integration. It ensures dependability in various conditions by operating between -20 and 65 degrees Celsius.
2080-IF4:
The technical parameters of the 2080-IF4 module, a pillar of the Micro 800 series, demonstrate its function as an Analog Plug-in Module intended to increase precision and efficiency in industrial applications. The 2080-IF4, an analog module of the kind, supports four single-ended inputs and provides flexibility in signal acquisition. It satisfies a variety of input signal needs by functioning within the analog typical operating voltage range of 0-10V DC and a current range of 0-20mA. The module provides enough data representation capacity with a data range of 0 to 65535. Its outstanding repeatability of +/- 0.1% in signal measurement highlights its precision and consistency. The module's lightning-fast update time of 180ms per activated channel ensures real-time data capture and responsiveness. Its performance is consistent despite lacking isolation for input group-to-bus and channel-to-channel isolation. Its performance is unaffected by operating altitudes up to 2000 meters, making it suitable for many situations. The module preserves signal integrity even across long distances with a maximum wire length of 10 meters.
2080-MEMBAK-RTC:
The 2080-MEMBAK-RTC module has several technological details highlighting its function as a memory backup and high-accuracy RTC (Real-Time Clock). This module offers accurate timekeeping and data preservation operations with a precision of 1 second. The 2080-MEMBAK-RTC ensures accurate timekeeping under a variety of circumstances by maintaining accuracy at +/- 5 seconds each month at 25°C. It demonstrates its versatility in varied settings by functioning well at elevations of up to 2,000 meters. The module is supported by advanced features but is not compatible with other Micro820 Controllers. The 2080-MEMBAK-RTC module's red status indicator, which also indicates startup cycle testing, backup procedures, and low battery status, offers helpful information at various times. The module, which is built for simplicity of integration, has mounting torque of 0.2 Nm, or 1.48 lb per inch, and terminal screw torque of 0.22-0.25 Nm, or 1.95-2.21 lb. per inch.
2080-IQ4OB4:
The technical details of the 2080-IQ4OB4 module from the Micro 800 series highlight its strength as a Digital Plug-in Module. This module is made to handle a variety of digital input and output signals precisely and dependably. The module runs with an on-state voltage for DC signals that range from 9.0V to 30V DC. On-state currents as low as 2.0 mA at 9V DC and as high as 5.0 mA at 24V DC are both supported. With an off-state current limit of 1.5 mA, the off-state voltage stays within the range of 5V DC. The module offers an on-state voltage range of 10.25V AC to 30V AC for AC signals. The range of on-state currents is 2mA at 9V AC to 5.0mA at 30V AC. Having a required voltage spanning from 10.8V DC to 30V DC, it offers sourcing output. The module can handle on-state currents between 5.0 mA and 0.5 A, and the on-state voltage for sourcing output ranges from 10V DC to 30V DC.
Conclusion
In conclusion, the selection of components becomes crucial in the constantly changing world of technology, where effectiveness is crucial. This booklet is a priceless resource for understanding the world of Micro 800 controllers and honoring the history of Allen-Bradley. These controllers provide proof that it is possible to provide adaptable but reliable solutions for automation demands. The Allen-Bradley Micro 800 series, which perfectly balances performance, price, and compactness, represents a turning point in industrial automation. This handbook, an extension of Allen-Bradley's innovation legacy, was painstakingly created to enable engineers, system integrators, and decision-makers to understand the subtleties of Micro 800 controllers and make decisions that are appropriate for their particular projects. The 2080-LCD module is essential since it has a small 1.5" monochrome display that makes setting up the Micro 800 controller easier. With a remote IP65 certification and the ability to withstand temperatures of up to 55°C, it is appropriate for many industrial applications and presents information clearly. The 2080-PS120-240VAC module is an outstanding example of cutting-edge innovation and dependability, offering a steady power flow with outstanding inrush current management. The 2080-RTD2 excels at precise temperature control and connects with RTD sensors and thermocouples without issues. The 2080-SERIALISOL module has a reliable design and separated voltage capabilities for effective communication. The 2080-DNET20's small size and fast data transfer rate guarantee dependable DeviceNet communication. The 2080-OF2 produces accurate outputs for real-time control in analog signals. 2080-IF4 has quick update times, efficient input signal acquisition, and stable operation under various situations. A high-accuracy RTC and memory backup are provided by the 2080-MEMBAK-RTC, which is necessary for timekeeping and data protection. The 2080-IQ4OB4 is a trustworthy Digital Plug-in Module for accurate digital signal handling.
