Deadband

The deadband is the separation between the increasing set point and the decreasing set point, as shown in Figure 8. The deadband can be anywhere from 1% to 99% of Full-Scale Output (F.S.O.).

In the case above where the Smart-SwitchTMis controlling a pump, a wider deadband reduces the frequency at which the pump cycles on and off.

Window Mode

This mode is useful when you want to maintain pressure within a certain range, and want to be notified when pressure either goes above or falls below that range. In Window Mode, the Smart- Switch® starts out actuated, then deactuates when it reaches its lower set-point (SP1d or SP2d). As pressure continues to increase, the switch actuates again when it reaches the upper set-point (SP1i or SP2i). This range between the lower and upper set-points is the "window". When pressure decreases, the sequence reverses, with a deadband of 1% of F.S.O. at each of the set-points. See Figure 9.

In this mode, the Smart SwitchTM might be wired to, say, an alarm bell, which would sound if the pressure either rose above SP1i or fell below SP1d.

NO = CLOSED

WINDOW

UPPER BOUNDARY (INCREASING SET POINT)

NO = OPEN

LOWER BOUNDARY (DECREASING SET POINT)

NO = CLOSED

Figure 9 Window Mode

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ITT 801P5 operation manual Window Mode
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801P5 specifications

The ITT 801P5 represents a remarkable stride in the field of advanced technological equipment designed for industrial applications. This versatile device is engineered for high performance and reliability, making it suitable for various environments and demanding tasks. Its robust construction and high-quality components ensure longevity and durability, which are crucial factors in industrial settings where equipment is subject to wear and tear.

One of the standout features of the ITT 801P5 is its powerful processing capabilities. Equipped with a high-performance processor, it enables efficient and rapid data processing, ensuring that users can complete tasks in a timely and efficient manner. The device also offers extensive memory options, allowing it to handle large amounts of data and multitasking without compromising performance.

In terms of connectivity, the ITT 801P5 comes with a wide range of ports and communication technologies. It supports various industrial communication protocols, which enhances its integration into existing systems. This flexibility is vital for industries that rely on seamless data exchange and process integration. The device's ability to interface with other machines and systems further extends its usability across different applications.

Moreover, the ITT 801P5 is designed with a focus on user experience and ease of use. Its intuitive interface simplifies operation, allowing users to navigate through functionalities and settings with ease. The device also incorporates advanced display technology, providing clear visibility under various lighting conditions, which is essential for operators in various industrial scenarios.

Safety and security are also paramount in the design of the ITT 801P5. The device features several built-in safety mechanisms and protocols to protect users and data integrity. Secure access controls and data encryption technologies guard against unauthorized access and data breaches, providing peace of mind for businesses that prioritize security.

Finally, the ITT 801P5 is built to operate in a range of environmental conditions. It is resistant to dust, moisture, and extreme temperatures, ensuring reliable performance even in challenging settings. This level of ruggedness makes it a preferred choice for various industries, including manufacturing, energy, and transportation.

In summary, the ITT 801P5 combines high processing power, versatile connectivity, user-friendly interface, robust security features, and environmental resilience. Its comprehensive suite of characteristics positions it as a leader in industrial technology solutions, offering businesses the tools they need to thrive in today’s competitive landscape.
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