


| Brand | POTTER BRUMFIELD |
|---|---|
| Manufacturer Part Number | KR-1734 |
| Part Type | PIN |
The Potter Brumfield KR-1734 pin relay is a versatile and robust electrical component, renowned for its dependability and versatility in various control applications. This relay is manufactured by Potter Electric Signal Company, an industry leader recognized for its commitment to innovation and quality.
The KR-1734 is a solenoid-operated, normally open (NO) pin relay. It features 17 contacts, arranged in a compact, rectangular case to optimize space utilization. There are 17 pins in total, including the coil terminals and the normally open contacts. Each contact can handle a maximum current of 1.5 A at 125 C, and a maximum voltage of 277V AC for 5 minutes, making it suitable for medium power switching applications.
The KR-1734 is engineered to operate in harsh environments, with an operating temperature range of -40 C to 70 C. Its contacts are silver-plated and provide excellent contact life, achieving up to 5 million cycles under standard conditions. This relay has a high contact bounce rate, ensuring quick switching and minimal arcing.
The compact design of the KR-1734 pin relay includes mounting ears, allowing for easy integration into custom control panels or systems. With its straightforward coil voltage and contact configurations, the relay has a low profile, making it an ideal choice for applications where minimizing height is essential.
The Potter Brumfield KR-1734 pin relay comes in a standard RoHS-compliant housing. This environmental stewardship signifies the company's commitment to reducing the impact of electronic components on the environment. The relay meets applicable UL, CSA, and CE standards, ensuring reliability, safety, and worldwide acceptance.
In summary, the Potter Brumfield KR-1734 pin relay is a versatile and compact solution for medium power switching applications in demanding industrial environments. Its long-lasting contacts, robust design, and compliance with major safety standards make it a trusted choice in the industry.
The Potter Brumfield KR-1734 pin relay is a commonly used type of electromechanical relay harvested from older vehicles for various applications, particularly in automotive ignition and fuel injection systems. In this analysis, we examine the key advantages and disadvantages of investing in a Potter Brumfield KR-1734 pin relay.
Pros:1. Robust Design: The Potter Brumfield KR-1734 pin relay is known for its durable construction, making it an ideal choice for high-powered applications. Its reliability is a significant advantage, ensuring satisfactory operation even under harsh conditions.
2. Widespread Availability: Given their widespread usage in various vehicles, these relays are readily available from various sources like auto parts stores, online retailers, and scrapped vehicles, making the purchasing process relatively easy.
3. Time-tested Technology: With decades of use in vehicles, the technology behind these relays is tried-and-tested, ensuring consistent performance and mitigating the risk of potential electrical issues.
4. Pin Configuration Flexibility: The KR-1734 relay can be found in a variety of configurations, allowing it to be easily integrated into various electrical systems, significantly improving its compatibility with various projects.
Cons:1. Limited Functionality: These relays might not be sufficient for modern, sophisticated applications requiring multiple output channels or specific features, as they were primarily designed for older ignition and fuel injection systems.
2. Larger Size: Compared to newer solid-state relays, the Potter Brumfield KR-1734 pin relay has a larger size, which could limit its usage in space-constrained applications or projects.
3. Higher Power Consumption: Mechanical relays, in general, consume more power than solid-state relays or digital switching solutions. Upgrading to a solid-state relay could result in energy savings and potentially improved reliability for specific projects.
4. Potential Vibration Issues: As electromechanical components, these relays are susceptible to damage from excessive vibration. This can be mitigated by proper mounting procedures, but may add additional complexity to the project.
Conclusion:In summary, the Potter Brumfield KR-1734 pin relay offers several advantages: a robust design, widespread availability, time-tested technology, and flexibility in pin configurations. However, the downsides include limited functionality, a larger size, higher power consumption, and potential vibration issues. Based on the specific requirements of your project, evaluating the importance of these factors will help you decide whether the Potter Brumfield KR-1734 pin relay is the right choice for you.
If your project demands a relay for ignition, fuel injection, or similar automotive applications and does not require extensive flexibility or miniaturization, the Potter Brumfield KR-1734 pin relay could be an excellent investment due to its durability and availability. However, for more sophisticated projects, consider the trade-offs between availability, size, power consumption, functionality, and cost when evaluating solid-state relay alternatives.
Our structural steel product line includes beams, road plates, flat sheets, expanded grating material, pipe, square round tubing, bars and metal roofing. Model: KR-1734. Most items are available in galvanized, carbon steel, stainless and aluminum as well. Must ship to a commercial address with forklift and/or dock.
Surplus division. Mpn: KR-1734. Condition: used. Your best work starts here.
Item title: 7 Potter Brumfield 8 pin relay, KR-1734 brand. Lot# db173 c2.3.
