


| Brand | FOXBORO |
|---|---|
| Manufacturer Part Number | 136-5-1 |
| Part Type | SUPPLY |
The Foxboro 136-5-1 Computing Relay is a versatile and essential component in process control systems, specifically designed for use with the Foxboro ILC (Intelligent Loop Controller) and other similar systems. This relay functions as a computing element, making it an integral part of implementing control strategies and protecting processes from potential issues.
This particular model, the 136-5-1, is intended for use with Type T analog elements, including temperature and pressure transmitters. Its application includes temperature, high and low alarms, temperature record, make-up, and sequencing functions. Each relay in this series features a solid-state electronic design, which enhances reliability, accuracy, and reduces the need for frequent maintenance.
The Foxboro 136-5-1 Computing Relay is equipped with 16 normally closed (NC) and 16 normally open (NO) outputs, allowing it to handle a variety of control scenarios. It also includes provisions for analog input power supply, serial communication (RS-485), and power supply indicators. The relay features selectable deterministic and non-deterministic operation modes, providing flexibility based on the user s control application requirements.
Installation is made simple with this Foxboro relay's flexible mounting schemes, as it can be mounted horizontally or vertically, depending on the available space and the installer s preference. It complies with various industry standards including ANSI/UL 508A, which ensures its suitability for industrial environments.
This Foxboro 136-5-1 Computing Relay has a robust design and is capable of operating in extreme temperatures, from -40 F to 158 F (-40 C to 70 C), providing reliable performance in the most challenging environments. It is known for its longevity and durability, with improved handling against accidental damage, such as voltage surges.
In summary, the Foxboro 136-5-1 Computing Relay is a versatile and rugged control component. Its electronic solid-state design, ease of installation, and compliance with industry standards make it a valuable addition to any process control system. With advanced features such as type T input compatibility, deterministic and non-deterministic operation modes, and the ability to support both high and low alarm applications, this relay can optimize control strategies and improve the performance and reliability of your industrial processes.
a) High Reliability: Foxboro computer relays are known for their exceptional reliability and durability, making them a popular choice for industrial automation applications. This particular model, the 136-5-1 (T149967), is no exception.
b) Advanced Functionality: These computing relays offer a wide range of features, including multiple input and output points, analog and digital I/O, and advanced fault detection capabilities. This versatility makes them suitable for complex automation systems.
c) Lower Maintenance Costs: Given their high reliability, they can help reduce maintenance costs in the long run.
d) Easy to Integrate: These relays can be easily integrated with various control systems and PLCs, allowing for seamless implementation in industrial automation projects.
2. Cons:a) Higher Upfront Cost: The Foxboro 136-5-1 computing relay (T149967) may have a higher upfront cost compared to some other options in the market.
b) Complex Configuration: Setting up and configuring these relays can be a complex process, requiring some level of expertise in programming and industrial automation.
c) Limited Availability: Foxboro relays might not be as readily available as other options in the market, which could impact lead times for purchasing and implementing the system.
d) Potential Learning Curve: As with any advanced technology, there might be a learning curve to effectively utilize the features and capabilities of the Foxboro 136-5-1 computing relay.
Conclusion:The Foxboro 136-5-1 computing relay (T149967) offers numerous advantages such as high reliability, advanced functionality, and lower maintenance costs. However, it also comes with some disadvantages like a higher upfront cost, complex configuration, limited availability, and a potentially steep learning curve.
Recommendation:If your project requires a high-performance, industrial-grade computing relay, the Foxboro 136-5-1 (T149967) could be an excellent choice due to its extensive capabilities and durability. However, it's essential to weigh the advantages against the disadvantages, considering aspects like budget, expertise, and project timeline. If the potential challenges seem overwhelming, it might be wise to explore alternative options or seek additional assistance with configuration and implementation.
Foxboro model 136-5-1 computing relay supply T149967 warranty information: this is a new item, without original packaging and includes 30 day warranty.
