To Program the Memory UP to 20 Tracks

CD OPERATION (CONTINUED)

TO PROGRAM THE MEMORY (UP TO 20 TRACKS)

1	2
2	3
1	1	2

You cannot program a disc during playback. If the disc is playing, press the

STOP (■)/POWER OFF button ❶ to first stop playback and then follow the programming steps as follows. Press the PROG button ❷; the track number and

PROG indicator will blink in the CD display.

Select the first track to be played back

using the SKIP/SEARCH ❶ or

❷button, then press the PROG button

❸ again. Repeat this step to program additional tracks up to a maximum of 20 tracks.

3
1	2
	3

4
1	2

Press the PLAY/PAUSE ( ) /POWER ON button ❶ to begin Programmed playback and adjust the VOLUME control ❷ and DBBS switch

❸as desired.

To skip forward or backward through the programs, press the SKIP/

SEARCH ❶ or ❷ button. When the disc is through playing, it will stop.

NOTES:

•Press the STOP (■)/POWER OFF button to stop the disc before it is ﬁnished.

•As each program is played, the track number is shown in the display.

•To clear the memorized program: press the STOP (■)/POWER OFF button again while in the stop mode, wait approximately 60 seconds and the unit will turn off or open the CD compartment.

•Programming is the ability to preselect the order in which a series of tracks will be played.

•Each track may be stored in the program memory as many times as desired (up to 20 tracks).

SB110, SB111, SB110A specifications

The Emerson SB110A, SB110, and SB111 are cutting-edge temperature controllers designed to optimize performance in various heating, ventilation, and air conditioning (HVAC) applications. With a robust set of features tailored to meet the rigorous demands of modern industrial environments, these controllers can enhance efficiency, accuracy, and overall system reliability.

One of the standout characteristics of these models is their advanced control algorithms. The Emerson SB110 series utilizes proportional-integral-derivative (PID) control techniques, which allow for precise temperature management by continuously calculating an error value and adjusting the control outputs accordingly. This results in improved temperature stability and reduced energy consumption, making it ideal for maintaining optimal conditions in sensitive processes.

The SB110A variant boasts a user-friendly interface with a digital display, allowing for easy monitoring and adjustment of temperature settings. This model is equipped with multiple input options, enabling compatibility with different types of sensors such as thermocouples and RTDs. The inclusion of configurable alarm settings further enhances operational safety by providing real-time notifications of temperature deviations.

On the other hand, the SB110 and SB111 models are designed for more advanced applications, featuring additional communication protocols such as Modbus and Ethernet. This connectivity allows for seamless integration into existing building management systems, facilitating remote monitoring and control capabilities. Such features are crucial for facility managers looking to enhance operational efficiency and ensure compliance with regulatory standards.

Another notable technology within the SB110 series is their energy-saving capabilities. The units are designed to minimize power consumption during idle periods without compromising performance. Such energy-efficient functions contribute to lower operational costs and a reduced carbon footprint, aligning with global sustainability goals.

The compact design of the Emerson SB110A, SB110, and SB111 controllers makes them easy to install in various settings, while their durable construction ensures long-lasting reliability even in harsh environments. With adjustable parameters and versatile programming options, these controllers can be tailored to suit a wide range of applications, from commercial refrigeration to process heating.

In conclusion, the Emerson SB110A, SB110, and SB111 temperature controllers represent a sophisticated blend of technology, efficiency, and adaptability. Their advanced control algorithms, user-friendly interfaces, and robust communication capabilities make them an excellent choice for industries looking to enhance their thermal management systems. With these controllers, users can expect improved performance, reliability, and significant energy savings.