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The sensing distance of the far output is adjustable up to 3 m maximum. The sensing distance of the near output is adjustable from 30 to 80 percent of the far output. Indicators include a red LED that glows with the near output ON, and a yellow LED that glows with the far output ON. An ideal application for this family of sensors is the automated guided vehicle (AGV), which requires both slow-down and stop controls to avoid collisions when obstacles enter its path (Fig. 3.13). A modulated infrared light source provides immunity to random operation caused by ambient light. Additionally, unwanted sensor operation caused by adjacent sensor interference (crosstalk) is also eliminated through the use of multiple-position modulated frequency adjustments.

Fiber optics has greatly expanded the applications of photoelectric sensors. Fiber optics uses bundles of thin plastic or glass fibers that operate on a principle discovered in 1854 by John Tyndahl. When Tyndahl shined a beam of light through a stream of water, instead of emerging straight from the stream of water as might be expected, the light tended to bend with the water as it arced towards the floor. Tyndahl discovered that the light was transmitted along the stream of water. The light rays inside the water bounced off the internal walls of the water and were thereby contained (Fig. 3.14). This principle has come to be known as total internal reflection. Industry has since discovered that the principle of total internal reflection also applies to small-diameter glass and plastic fibers, and this has lead to rapid growth of applications throughout the industry. Because optical fibers are small in diameter and flexible, they can bend and twist in confined places. Also, because they contain no

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So far we have discussed elements commonly found within VoIP networks. There are other entities that are specific to SIP networks, which we will discuss next. Some of these entities are found in other network types such as the Internet. This is because SIP was derived from many functions found on the Internet now. In fact the routing, addressing, and session management are already implemented in the public Internet. The SIP protocol actually came from the Simple Mail Transport Protocol (SMTP) and the Hypertext Transport Protocol (HTTP). This means many of the functions we will be talking about in later chapters also came from these networks. SIP was developed to provide five important capabilities that modern-day networks cannot achieve:

Flash reflection FIGURE 4.6 A built-in flash creates a hot spot of reflected light and leaves part of the helmet in shadow.

electronics, they can operate in much higher temperatures as high as 400 F and in areas of high vibration. They are limited by sensing distances, which typically are 80 mm in the proximity mode and 400 mm in the through-beam mode. Also, because of their small sensing area, optical fibers can be fooled by a small drop of water or dirt over the sensing area. Fiber optics is used to transmit data in the communication field and to transmit images or light in medicine and industry. Photoelectric controls use fiber optics to bend the light from the LED source and return it to the detector so sensors can be placed in locations where common photoelectric sensors cannot be applied. Fiber optics used with photoelectric controls consists of a large number of individual glass or plastic fibers that are sheathed in suitable material for protection. The optical fibers used with photoelectric controls are usually covered by either PVC or stainless-steel jackets. Both protect the fibers from excessive flexing and the environment (Fig. 3.15). Optical fibers are transparent fibers of glass or plastic used for conducting and guiding light energy. They are used in photoelectric sensors as light pipes to conduct sensing light into and out of a sensing area. Glass optical-fiber assemblies consist of a bundle of 0.05-mmdiameter discrete glass optical fibers housed within a flexible sheath. Glass optical fibers are also able to withstand hostile sensing environments. Plastic optical-fiber assemblies consist of one or two acrylic monofilaments in a flexible sheath.

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