Adjustments, How to Change a Setting, Switches

ADJUSTMENTS (continued)

NOTICE

Do not make any setting changes while the controller is energized.

How to Change a Setting

1.Prevent the transfer switch from operating by discon- necting one source first, then the other, as follows:

a.If the transfer switch is in the Normal position, open the emergency source circuit breaker. Turn the engine starting control to off. Then open the normal source circuit breaker.

b.If the transfer switch is in the Emergency position, open the normal source circuit breaker. Turn engine starting control to test or run. Then open the emergency source circuit breaker.

2.Disconnect both harness plugs from controller by squeezing the latches. Do not pull on the wires.

3.Remove cover from the controller by releasing latch on right side with your thumb. See Figure 4-1.

4.Locate the appropriate adjustment potentiometer or DIP switch for the setting that you want to change. Refer to Table 4-1 and Table 4–2 on page 4-1 and Figure 4-2, Figure 4–3, Figure 4–4 on page 4–2.

5.Use a small screwdriver to turn the potentiometer clockwise to increase the time delay or counter- clockwise to decrease it. See Figure 4-3.

6.Use a ball-point pen (or similar pointed tool) to slide the switch actuators left or right so they match the illustration next to the setting (left = off, right = on). Recheck the setting. See Figure 4-4.

cover	thumb
	latch

hook on left side

Figure 4-1. Controller cover latch.

		9 volt
		alkaline
		battery
		J5 battery
	harness	on/off
	harness	jumper
	plugs	jumper
	plugs
		P1
		retransfer
		to normal
		time delay
	S3 DIP	P2
	S3 DIP	transfer to
	switch	emergency
	S1 DIP	time delay
	S1 DIP
	switch
		S2 DIP
		switch

Figure 4-2. Location of potentiometers.

7.Install the cover on the controller by hooking it on the left side and latching the right side.

8.Reconnect both harness plugs to the controller by aligning and pressing straight in until latches click.

Close the transfer switch enclosure door.

clockwise to increase

P1 or P2 potentiometer

counterclockwise to decrease

Figure 4-3. Changing time delay potentiometers.

9.Close the enclosure door, then restore both sources:

a.If the transfer switch is in the Normal position first close the normal source circuit breaker, then close the emergency source circuit breaker.

b.If the transfer switch is in the Emergency position, close the normal source circuit breaker. The load will be automatically retransferred to the normal source. Then close the emergency source circuit breaker.

10. Turn the engine starting control to automatic.

4---2

DIP

switches

SW1

SW2

SW3 actuator

(8 on each DIP switch)

off on

Figure 4-4. Setting DIP switch actuators.

300 specifications

The Emerson 300 is a robust and versatile solution designed to enhance industrial automation and control processes. This advanced platform is part of Emerson's comprehensive portfolio, bringing a suite of features and technologies that cater to various industries, including oil and gas, manufacturing, and energy management.

One of the standout features of the Emerson 300 is its scalability. The system is built to grow with your business, allowing users to start with a small setup and expand it seamlessly as operational needs evolve. This flexibility makes the Emerson 300 an economical choice for companies of all sizes, as it can accommodate increased workloads without significant upfront investment in additional hardware.

The Emerson 300 employs cutting-edge communication technologies, including Ethernet and various fieldbus systems, ensuring effortless integration with existing infrastructure. This connectivity enhances data exchange between devices, enabling real-time monitoring and control. The platform supports a variety of protocols, making it compatible with a wide range of industrial sensors and actuators.

Enhanced data analytics capabilities are another hallmark of the Emerson 300. The device leverages sophisticated algorithms to analyze performance metrics, predict equipment failures, and optimize operations. This proactive approach not only reduces downtime but also maximizes equipment lifespan and efficiency.

Furthermore, the Emerson 300's user interface is designed with operator ergonomics in mind. A customizable dashboard provides key performance indicators at a glance, empowering operators to make quick, informed decisions. The intuitive design minimizes training requirements and promotes user adoption, fostering a culture of safety and productivity in the workplace.

In terms of security, the Emerson 300 incorporates advanced cybersecurity measures, protecting critical data from unauthorized access and cyber threats. Regular updates and patches ensure that the system remains resilient against the evolving landscape of industrial cybersecurity challenges.

Overall, the Emerson 300 is a powerful industrial automation solution that seamlessly integrates advanced technologies, robust scalability, and user-friendly design. Its adaptability to various industrial environments paired with its enhanced analytics and security features make it a valuable asset for companies looking to optimize their operations and stay competitive in today's rapidly changing marketplace. Whether it's monitoring real-time data, managing complex processes, or ensuring system security, the Emerson 300 stands out as a reliable partner in industrial automation.