1732 ArmorBlock Selection Guide
This selection guide offers an extensive selection of module choices to meet various industrial automation requirements. In this detailed reference, you'll find modules with different input and output configurations, power voltage ranges, and particular technological characteristics geared to various industrial applications. These modules offer precise control, consistent performance, and safety precautions to fulfill the stringent operations requirements. You may choose the best module for your unique automation needs using the selection guide, which gives you a thorough overview of each module's technical specifications.
In context to this article, it provides you with the knowledge you need to choose the suitable module for your industrial setup, regardless of whether you need sink-type inputs, sourcing-type outputs, or specialized features like auxiliary power capabilities, data accuracy, or resistance to environmental factors like dust and water. We will discuss modules that differ in weight, size, voltage, and current rating. Moreover, the devices' starting and stopping voltage will be considered in this article. The article also emphasizes attributes like adherence to industry norms like IEC 61131-2, pilot duty ratings, enclosure ratings, and more. You may confidently incorporate these modules into your industrial systems because of the quantity of information provided, which will increase production and efficiency.
1732E-16CFGM12R:
The 2-port adapter module, 1732E-16CFGM12R Armor Block, is a highly durable product made for industrial automation applications. This module works with various sensors and equipment thanks to its 16 sink-type inputs that function well at 24 volts. It provides source-type 24 Volt outputs on the output side, with fuses protecting each output independently to ensure system dependability and safety. Its twin D-code M12 network connectors ensure safe and robust network connections in demanding industrial conditions. Moreover, the module works best between the temperature range of -4 to 145 F, which is why it can handle different industrial environments. The module weighs around 0.34 kilograms (0.75 pounds) and has dimensions of about 179 x 65 x 43.25 millimeters (7.05 x 2.56 x 1.70 inches). While providing reliable communication and safety, this tiny form makes it easier to integrate into control systems. The 16 discrete channels and 0.6 Amperes out current rating are some of the most notable features of this device. Further boosting its applicability for demanding industrial situations is its IP65/67/69K protection grade, which assures resistance to dust and water penetration. Overall, with good connection and protection, the 1732E-16CFGM12R Armor Block is a solid option for industrial automation.
1732E-IT4IM12R:
The module may provide up to 4 Amps of auxiliary power and an operational voltage range of 12V-30V, depending on the requirement. Due to its adaptability, it can efficiently power auxiliary components and devices. Four separated inputs on this module provide reliable signal processing while preserving electrical segregation between channels. A wide selection of industrial sensors and devices are compatible with each input thanks to its ability to tolerate a maximum sensor source current of 50 milliamps. The 1732E-IT4IM12R module has a resolution of 16 bits for data accuracy, ensuring precise signal processing and monitoring. The signed integer data format makes reading and analyzing the data easier. The maximum power that this module needs to operate is about 3.5W. It is designed to endure harsh environmental conditions, including dust, water, and harsh industrial settings. It complies with IP65/66/67/69K and NEMA Type 1 enclosure standards. The 1732E-IT4IM12R module exhibits robustness even in hot conditions, with a maximum ambient temperature tolerance of 140 degrees Fahrenheit.
1732DS-IB8:
This module needs a minimum on-state input voltage of 11 Volts and a minimum on-state input current of 3.3 mA for effective functioning. It is manufactured to handle current sinking inputs. A maximum off-state current draw of 1.3 mA also ensures that off-state inputs stay below 5 Volts. The module complies with the IEC 61131-2 Type 3 input standard, guaranteeing compatibility and dependability. Precision and reliability are ensured by the DC-14 pilot duty requirements, which are met by each output point's 2 Amp rating. This module provides versatility in handling industrial operations with its four dual-channel outputs. It offers a continuous isolation voltage of 50 volts, guaranteeing electrical isolation and security between various system components. The module is well built for industrial purposes where small space is available, has measurements of 69 x 179 x 70 millimeters (2.7 x 7.0 x 2.8 inches), and weighs around 640 grams (1.41 pounds).
1732E-12X4M12P5QCDR:
With 12 input channels, this module offers a wide range of inputs. To ensure interoperability with a range of industrial sensors and equipment, these inputs function as sinks at 24 Volts. The output side of the module has four source-type outputs operating at 24 volts, allowing it to control a variety of output devices. Users of the module can choose input delay durations of 0, 1, 2, 4, 8, or 16 milliseconds for precision control and signal processing, providing customized responses to various input signals. It improves safety and efficiency by ensuring that off-state inputs are kept below 5 Volts and have a maximum off-state input current draw of 1.5 mA, while on-state input current at 30 Volts is rated at five mA. This module balances functionality and compactness with a weight of around 0.43 kilograms (0.95 pounds) and dimensions of 200 x 60.4 x 45 millimeters (7.87 x 2.38 x 1.77 inches). All these above features make this module a valuable fit for industrial requirements.
1732E-8CFGM8R:
The 1732E-8CFGM8R module has strong input capabilities and has been built to support sink-type inputs. Its eight output channels make accurate control and monitoring of industrial operations possible. These outputs function as sourcing-type outputs and are compatible with many output devices. The module's maximum and minimum power requirements to function properly are 12V and 30V, respectively. Within an industrial environment, this versatility guarantees compatibility with various power sources. The Class A emission rating of the module indicates its compliance and dependability to work independently of other electronic devices. Additionally, it satisfies the demanding IP65/66/67/69K enclosure type standard, offering defense against water, dust, and hostile environmental factors. Despite its capabilities, the 1732E-8CFGM8R module retains a slim profile, weighing just 0.34 kilograms (0.75 pounds). Due to its small size (7.05 x 1.46 x 1.06 inches), it is the perfect option for applications requiring a small footprint.
1732E-OB16M12:
When used as a source output, this module reliably delivers 24 Volts for smooth integration with a range of industrial equipment. Notably, it can power diverse devices precisely and adaptably with a maximum on-state voltage output of 30 Volts. It excels in reliably controlling and switching devices thanks to a DC-14 pilot duty rating, and it is resilient to dust, water, and extreme environmental conditions thanks to an IP65/66/67/69K and Type 4X/6P enclosure type rating. To provide electrical separation and protection, this module offers an isolation voltage of 50 Volts (Continuous). Its enhanced insulation further increases safety. The 1732E-OB16M12 module has an excellent maximum current rating of 8.0 Amps across all outputs for efficiently controlling industrial loads. As a result, it is a solid option for powering a variety of equipment and parts in an industrial context.
1732D-16CFGM12M12:
The module's architecture follows the IEC 61131-2 Type 3 standard. With a maximum cut-off input voltage of 5V Direct Current and the least starting input voltage of 11 Volts DC, it maintains precision control while offering variety in signal processing. Across all outputs, this module can handle the current of 4A. A maximum of 50 mA of leakage current from off-state outputs is allowed, retaining the system's safety and dependability. The module has 100 mA of DeviceNet current capability, enabling smooth communication inside the industrial network. It offers protection from water, abrasive environments, and dust thanks to its NEMA 4X/6P enclosure type classification.
1732E-8X8M12DR:
There are eight input channels in this module, each of which functions as a sink at 24 volts. The highest starting voltage of the module is 30V at 5mA. This input demonstrates exceptional adaptability with various sensors and devices. A pilot duty rating of DC-14 is another module feature that ensures accuracy and dependability while controlling and switching devices. It has eight source-type outputs at 24 volts on the output side. With a maximum on-state output voltage drop of about 0.5 Volts and an efficient power distribution architecture, these outputs ensure little power loss. It provides a minimum of 30 Volts in off-peak blocking voltage, assuring safe and dependable operation. Despite its capabilities, this module retains a lightweight profile, weighing only 0.34 kilograms (0.75 pounds).
1732E-IR4IM12R:
This module, built to support four isolated inputs, guarantees accurate signal processing while upholding electrical segregation between channels. The module may accommodate supplemental power requirements with a max current of 4A and a voltage range lying between 12 and 30V. Due to its adaptability, it can efficiently power auxiliary components and devices. The 1732E-IR4IM12R module has a resolution of 16 bits for data accuracy, ensuring precise signal processing and monitoring. The 16-bit sign magnitude data format makes reading and analyzing data easier. Efficiency and dependability are crucial, and this module does a fantastic job of addressing both. This module utilizes a maximum power of 3.5, less than that of other devices in the industry. Additionally, it is appropriate for demanding industrial situations where vibration is a problem since it can tolerate vibrations of up to 5 g at frequencies ranging from 10 to 500 Hertz.
1732E-OB8M8SR:
This module, which has eight sourcing-type outputs, guarantees effective and exact power distribution. A wide range of output devices may be used with this device since the least starting voltage is 11 Volts, the nominal state state-voltage is 24V, and the maximum starting voltage is approximately 30 V. The module has a pilot duty rating of DC-14, ensuring dependable control and switching of devices within the industrial setup and assuring dependability and accuracy. It also complies with emissions regulations and is designated as Group 1, Class A, indicating that it may function without interfering with other electronic equipment. The 1732E-OB8M8SR module is resilient enough to tolerate vibrations up to 5 g at frequencies between 10 and 500 Hertz, making it appropriate for industrial settings where vibration may be expected. Its small size (7.05 x 1.46 x 1.06 inches) and lightweight (0.34 kilos, or 0.75 pounds) provide effective space use without sacrificing substantial functioning.
1732E-16CFGM12P5QCR:
This module offers accurate control and monitoring of industrial operations with 16 input and 16 output channels. These inputs may work with various industrial sensors and devices since they function as sinks at 24 Volts. It has 16 source-type outputs at 24 Volts on the output side, making it easier to distribute power effectively to different output devices. The module maintains a maximum onboard memory capacity of 6 kilobytes, ensuring adequate data storage and retrieval for improved automated control. It conforms with strict input voltage regulations, ensuring dependable signal processing with a minimum on-state input voltage of 12 Volts and a maximum off-state input voltage of 5 Volts. The module is appropriate for installation in industrial settings where vibration may be common since it is resilient to up to 5 g vibrations across a frequency range of 10 to 500 Hertz. This module's dimensions, which are 200 x 60.4 x 45 millimeters (7.87 x 2.38 x 1.77 inches), balance functionality and compactness, making it appropriate for integration into various industrial contexts.
Conclusion:
In conclusion, we have listed different modules of the 1732 ArmorBlock series and their technical specifications. These specifications vary from module to module. Some features are standard among them because they belong to the same series, and some are different. The main discussed features are input and output voltages, Operating current, number of input and output ports, communication protocols, on-state and off-state voltages, weight of the module, dimensions of the module, and input/output type. By listing all the modules and their features in this article, we learned that they are built to function efficiently in an industrial environment. This article, which served as a selection guide for the reader, made sure that each and every aspect of the module is well described due to the fact that it will become easier for professionals like engineers and researchers to utilize them according to their certain requirements and in different processes they fit in. The 1732E-16CFGM12R module offers interoperability with a range of sensors and devices thanks to its 16 sink-type inputs and source-type 24 Volt outputs. It has two Ethernet connections for easy network access and functions dependably in various temperatures. The 1732E-IT4IM12R module's adaptability is demonstrated by its ability to provide auxiliary power up to 4 Amps while tolerating a broad voltage range. It is the best data quality and safety option because of its 16-bit resolution and sturdy insulation. The 1732DS-IB8 module conforms with IEC requirements and provides accurate control and dependable signal processing with its sink-type inputs and current source outputs. The 1732E-OB8M8SR module is appropriate for challenging industrial situations because it combines effective power distribution with compliance and robustness. With 16 input and output channels and robust data storage and retrieval capabilities, the 1732E-16CFGM12P5QCR module can tolerate vibrations and difficult situations.
