SCE048XD3SS1B

Series:	SCE
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Driver Circuitry:	Indicator, Internally Driven
Input Type:	DC
Voltage Range:	28 ~ 48V
Frequency:	2.9kHz
Technology:	Piezo
Operating Mode:	Single Tone
Duration:	1 Min On-Time
Sound Pressure Level (SPL):	95dB @ 28V, 61cm
Current - Supply:	40mA
Port Location:	Top
Operating Temperature:	-40°C ~ 85°C
Approvals:	cUL, UL
Ratings:	--
Mounting Type:	Panel Mount
Termination:	Terminal Block
Size / Dimension:	1.687" Dia (42.85mm)
Height - Seated (Max):	1.511" (38.39mm)

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Introduction to SCE048XD3SS1B Alarms, Buzzers, and Sirens

Alarms, Buzzers, and Sirens (AB&S) are useful tools for notification, both audible and visual, of potential danger, or as an audible cue to signify that an action has been successfully completed. SCE048XD3SS1B is a type of AB&S that has specific attributes and advantages that can be utilized in various applications. This article will explore these attributes and advantages, and discuss the areas in which SCE048XD3SS1B devices can be used and effectively employed.

AB&S Technologies and Applications in General

AB&S technologies have been used for many years, for both safety and security, and for general notification purposes. Alarm systems are common in healthcare facilities, schools, public buildings, and other areas that require the fast and effective dissemination of useful information to large numbers of people quickly. They may be used to alert people of fire threats, medical emergencies, trespassers, or other potentially dangerous situations. Buzzers and sirens can also be used in non-emergency situations such as assembly line operation notifications and even play tones to evoke abstract ideas, such as a warning tone or a celebratory tone.

SCE048XD3SS1B Technology Uniquely Suited to Certain Apps

SCE048XD3SS1B is a type of AB&S device specially designed to solve certain challenges found in certain industries. For example, in the automotive sector, it has been challenging to make devices loud, audible, and reliable enough to be used in alerting situations, without firing off sound waves that could be picked up and detected by on-board systems that analyze sound waves. SCE048XD3SS1B technology has been designed with this challenge in mind and is able to offer a range of audible tones that can either be heard inside the interior of the automobile, or heard outside the vehicle, but not be detectable by on-board systems.Other industries where SCE048XD3SS1B devices provide solutions include the medical field, in which alarms may be used to alert medical staff that changes in a person’s condition require immediate attention. SCE048XD3SS1B alarms, buzzers, and sirens are specifically designed to prevent interference with electronic devices, such as heart monitors, while still providing an audible alert. Additionally, SCE048XD3SS1B offers sirens that are able to penetrate the sound of machinery, allowing the alert sound to be heard over significantly louder background noise.

Principle of Operation

The principle of operation for SCE048XD3SS1B devices is based on the principle of electromagnetic conversion. This involves the conversion of electrical energy into mechanical energy. SCE048XD3SS1B devices use a variety of components to facilitate this conversion, such as a driver, solenoid, and diaphragm. The electrical energy is applied to the solenoid, which is attached to the diaphragm. The solenoid creates a magnetic field which causes the diaphragm to vibrate. This vibration is then transferred to the elements which amplify the sound, creating the audible tone. The diaphragm size and the properties of the amplified elements used are carefully selected and balanced to produce the desired sound at the desired loudness. This is why the SCE048XD3SS1B is able to produce tones in a wide range of frequencies and volumes.

Conclusion

SCE048XD3SS1B technology is an effective way to alert people of potential danger or serve as an audible cue to signify that an action has been successfully completed. It is specially designed to provide audible alerts in situations where electromagnetic interference is a concern, as well as situations where sound must penetrate background noise or loud machinery.The principle of operation for SCE048XD3SS1B devices is based on the principle of electromagnetic conversion. The components of the device, such as a driver, solenoid, and diaphragm, are carefully selected and balanced to produce the desired sound at the desired volume. This ensures that SCE048XD3SS1B devices are able to fulfill their intended purpose and provide reliable notifications or cues.

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