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Public Address Systems

Showing 40 out of 247 products

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₹211  
RS PRO Lead Wire Piezo Buzzer, 35 (Dia.) x 0.51mm Model No 8377840 is a type of acoustic transducer that uses the piezoelectric effect to produce sound. It is commonly used in various electronic devices and systems to generate audible alerts, notifications, or tones.
The basic construction of a lead wire piezo buzzer consists of a piezoelectric ceramic disc sandwiched between two metal plates, with lead wires attached to the metal plates. When an alternating current (AC) voltage is applied to the buzzer, the piezoelectric ceramic undergoes mechanical deformation, causing it to expand and contract rapidly. This rapid movement generates sound waves in the surrounding air, creating the audible sound produced by the buzzer.
Lead wire piezo buzzers are known for their simplicity, efficiency, and compact size. They are widely used in applications where space is limited, and low power consumption is essential. Due to their solid-state construction, they have no moving parts, making them more durable and resistant to environmental factors compared to electromagnetic buzzers.
These buzzers are available in various sizes, shapes, and sound frequencies, allowing them to be used in a wide range of electronic devices. They are commonly found in alarm systems, household appliances, medical devices, automotive applications, and consumer electronics, where they provide audible feedback or alerts to users.
The sound output of a lead wire piezo buzzer can be affected by factors like the frequency and amplitude of the applied voltage. By varying these parameters, designers can produce different sound tones and volumes to suit the requirements of their specific applications.
Some piezo buzzers may also include built-in oscillators and drive circuitry, simplifying the interface with external electronic systems. Additionally, sound output can be further controlled or modulated using pulse-width modulation (PWM) techniques.
In conclusion, a lead wire piezo buzzer is an acoustic transducer that utilizes the piezoelectric effect to produce sound. Its simple construction, compact size, and low power consumption make it a popular choice in various electronic devices and systems where audible alerts or tones are necessary. From household appliances to automotive applications, lead wire piezo buzzers play a crucial role in providing audible feedback and notifications to users.
₹247  
The RS PRO Surface Mount Buzzer 2 to 4 V 85 dB at 1 m, 1797446, your go-to solution for reliable and efficient acoustic notifications. This compact and versatile buzzer is engineered to deliver clear and attention-grabbing alerts across a spectrum of applications, ensuring that important events do not go unnoticed. Precision-crafted for optimal performance, the RS PRO Buzzer combines durability with functionality. Its robust design ensures longevity, making it suitable for use in industrial, commercial, and electronic projects. The buzzer's compact size allows for easy integration into various devices, providing a seamless solution for signaling and alerting needs. Whether you're designing a security system, enhancing your machinery, or creating interactive projects, the RS PRO Buzzer stands out for its adaptability. It operates at a range of frequencies, allowing you to customize the sound output to suit specific requirements. The buzzer's efficiency in converting electrical signals into audible alerts ensures a clear and unmistakable notification in any environment. Safety is paramount, and this buzzer meets stringent quality standards, offering a reliable solution for critical applications. It is designed to withstand challenging conditions, ensuring consistent performance in diverse settings. Upgrade your signaling systems with confidence, knowing that the RS PRO Buzzer is a reliable and durable choice. Trust in its precision engineering to provide clear and effective alerts, making it an essential component for applications where communication through sound is crucial. Elevate your projects with the RS PRO Buzzer – where reliability and performance meet in a compact and powerful package.
₹365  
The RS PRO Sounder Buzzer, Voltage 150 V AC, Frequency 1000 Hz - 3.5 kHz, Model No 7675355 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹247  
The RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P is a versatile and essential component designed to generate audible alerts or signals in various electronic and communication applications. Meticulously engineered and thoughtfully designed, this piezo buzzer offers reliable and attention-catching acoustic notifications, making it a fundamental element in modern electronic systems. Piezo buzzers are recognized for their ability to convert electrical signals into sound waves through the piezoelectric effect. The RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P embodies these qualities to provide clear and distinct audio cues, enhancing the effectiveness of alerts and notifications in different contexts. Crafted with precision and utilizing quality materials, the RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P delivers consistent and reliable acoustic output. Its construction is engineered to ensure optimal frequency response, resulting in crisp and attention-commanding sound signals. The versatility of the piezo buzzer is evident in its wide range of applications. Whether used in consumer electronics, alarm systems, automotive devices, or industrial machinery, the RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P contributes to effective communication and alert mechanisms. The RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P is designed for ease of integration, often featuring mounting holes or adhesive surfaces for straightforward installation. Its compact size and lightweight design make it suitable for space-constrained environments while maintaining its sound-producing capabilities. This piezo buzzer is compatible with various electronic circuits and control systems, enabling seamless integration into different alert and notification setups. Its reliability and ease of use make it a valuable tool for professionals and enthusiasts engaged in electronics design, prototyping, and manufacturing. In summary, the RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P represents precision and reliability in acoustic signaling technology. Its piezoelectric effect, consistent performance, and compatibility underscore its significance as an essential component in industries requiring audible alerts and notifications. As technology and electronic applications continue to evolve, the RS PRO Piezo Buzzer Panel Mount Continuous Internal 85 dB 12 V DC, 5358275P remains a dependable and versatile tool for ensuring effective and attention-catching audio signals across a wide range of contexts.
₹306  
The RS PRO Continuous Buzzer, Voltage 3 -28 V DC, Frequency 2200 Hz - 3.2 kHz, Model No 5358304 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹247  
The RS PRO Continuous Buzzer, Voltage 3 -20 V DC, Frequency 2200 Hz - 3.2 kHz, Model No 6221382 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹294  
The RS PRO Continuous Buzzer, Voltage 3 -16 V DC, Frequency 3200 Hz - 4.2 kHz, Model No 1710860 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹199  
The RS PRO Continuous Buzzer, Voltage 3 -16 V DC, Frequency 3500 Hz - 4.5 kHz, Model No 1710858 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹306  
The RS PRO Continuous Buzzer, Voltage 3 -8 V AC, Frequency 1900 Hz - 2.9 kHz, Model No 7800712 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹258  
The RS PRO Continuous Buzzer, Voltage 3 -30 V DC, Frequency 2900 Hz - 3.9 kHz, Model No 1710850 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹294  
The RS PRO Continuous Buzzer, Voltage 8 -15 V DC, Frequency 2000 Hz - 2.8 kHz, Model No 1710849 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹247  
The RS PRO Continuous Buzzer, Voltage 4 -6 V DC, Frequency 2000 Hz - 2.6 kHz, Model No 1710861 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹258  
The RS PRO Continuous Buzzer, Voltage 4 -8 V DC, Frequency 1800 Hz - 2.8 kHz, Model No 1710889 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹247  
The RS PRO Continuous Buzzer, Voltage 2 -3 V DC, Frequency 1900 Hz - 2.7 kHz, Model No 1710894 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹247  
The RS PRO Continuous Buzzer, Voltage 2 -3 V DC, Frequency 1900 Hz - 2.7 kHz, Model No 7243197 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹306  
The RS PRO Continuous Buzzer, Voltage 3 -20 V DC, Frequency 2900 Hz - 3.9 kHz, Model No 6173069 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹306  
The RS PRO Continuous Buzzer, Voltage 3 -16 V DC, Frequency 3500 Hz - 4.5 kHz, Model No 5117620 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹188  
The RS PRO Continuous Buzzer, Voltage 9 -15 V DC, Frequency 1548 Hz - 2.548 kHz, Model No 7800743 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹317  
The RS PRO Continuous Buzzer, Voltage 3 -28 V DC, Frequency 3000 Hz - 4 kHz, Model No 5358275 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹199  
The RS PRO Continuous Buzzer, Voltage 1 -30 V AC, Frequency 2300 Hz - 3.3 kHz, Model No 1710899 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹282  
The RS PRO Continuous Buzzer, Voltage 8 -18 V DC, Frequency 3000 Hz - 4 kHz, Model No 5358281 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹199  
The RS PRO Square Wave Buzzer, Voltage 30 V, Frequency 4800 Hz - 6.2 kHz, Model No 1710885 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹235  
The RS PRO Square Wave Buzzer, Voltage 1 -30 V AC, Frequency 3000 Hz - 4 kHz, Model No 1710883 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹329  
The RS PRO Buzzer Buzzer, Voltage 3 -28 V DC, Frequency 2.3 Hz - 2.8 kHz, Model No 1797426 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹223  
The RS PRO Continuous Buzzer, Voltage 3 -20 V DC, Frequency 2600 Hz - 3.6 kHz, Model No 6221499 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹317  
The RS PRO Continuous Buzzer, Voltage 3 -16 V DC, Frequency 3200 Hz - 4.2 kHz, Model No 1710859 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹199  
The RS PRO Square Wave Buzzer, Voltage 8 -16 V, Frequency 2000 Hz - 2.8 kHz, Model No 1710843 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹211  
The RS PRO Square Wave Buzzer, Voltage 8 -16 V, Frequency 2000 Hz - 2.8 kHz, Model No 457015 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹223  
The RS PRO Continuous Buzzer, Voltage 1 -30 V AC, Frequency 3500 Hz - 4.5 kHz, Model No 1710865 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹211  
The RS PRO Square Wave Buzzer, Voltage 1 -3 V, Frequency 2000 Hz - 2.8 kHz, Model No 1710846 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹306  
The RS PRO Continuous Buzzer, Voltage 1 -20 V AC, Frequency 3500 Hz - 4.5 kHz, Model No 5117670 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹329  
The RS PRO Square Wave Buzzer, Voltage 1 -25 V AC, Frequency 3500 Hz - 4.5 kHz, Model No 1722259 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹199  
The RS PRO Continuous Buzzer, Voltage 3 -20 V DC, Frequency 2.7 kHz, Model No 1812670 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
₹188  
The RS PRO Square Wave Buzzer, Voltage 50 V, Frequency 800 Hz, Model No 1812651 is a electromechanical devices widely utilized in electronics and communication systems to produce audible alerts or notifications. Their primary function involves generating sound waves through a vibrating component, resulting in a characteristic buzzing or beeping sound. The applications of buzzers span across various industries, including consumer electronics, automotive systems, industrial automation, security systems, and medical devices. The working principles of buzzers depend on their type. Electromagnetic buzzers utilize the movement of a diaphragm driven by a magnetic field to produce sound. Conversely, piezoelectric buzzers leverage the piezoelectric effect, where applied electric fields cause crystals to deform, generating vibrations and, in turn, sound. The versatile applications of buzzers across industries are noteworthy. In consumer electronics, they serve as notification and alarm components in mobile phones, tablets, laptops, and household appliances. Automotive systems incorporate buzzers to alert drivers about various conditions, such as open doors, low fuel levels, or seatbelt warnings. In industrial automation, buzzers signal the completion of processes or notify operators during emergencies. Security systems rely on buzzers to raise alarms during potential security breaches or in access control panels. Furthermore, medical devices utilize buzzers to provide auditory feedback during medical examinations or treatment procedures. The buzzers play an essential role in conveying crucial information to users audibly in numerous electronics and communication systems. The distinct types and working principles of these devices make them indispensable across various industries for their versatile and reliable alerting capabilities.
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This data was last updated on 07/02/2026