Inovonics FA223D Water Resistant Double Button Pendant Transmitter
- Regular price
- $16.29
- Regular price
- 
        
- Sale price
- $16.29
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Manufacturer : Inovonics
Sku : FA223D
Condition : New
1 available
                The Inovonics FA223D Water Resistant Double Button Pendant Transmitter is a specialized electronic device designed to facilitate reliable communication and emergency response in various settings, particularly in situations where water resistance is crucial. This pendant transmitter is a key component of alarm and notification systems, often utilized in healthcare, senior living, security, and other critical applications.
              
- •Design and Construction: The FA223D Double Button Pendant Transmitter is engineered with a durable and water-resistant design, ensuring its functionality even in moist or wet conditions. The casing is constructed from robust materials, providing protection against water splashes or exposure to other liquids.
- •Dual-Button Functionality: The transmitter is equipped with two distinct buttons, each serving a specific purpose. These buttons typically enable users to initiate different alarm signals, such as medical emergencies or other critical events, based on the system's programming.
- •Dual-Button Functionality: The transmitter is equipped with two distinct buttons, each serving a specific purpose. These buttons typically enable users to initiate different alarm signals, such as medical emergencies or other critical events, based on the system's programming.
- •Easy Activation: The buttons on the transmitter are easily accessible, allowing users to activate the alarm or emergency signal swiftly in times of need. The design considers ease of use, especially for individuals who may have limited mobility or dexterity.
- •Compatibility and Integration: The FA223D Pendant Transmitter is designed to seamlessly integrate with various alarm and monitoring systems, making it a versatile choice for different setups and configurations. This compatibility ensures smooth operation and efficient communication within the existing system.
 
 
                     
 
                     
  