KAL-3F Wireless 3-function button Standard

• Battery type: A23
• Voltage: DC 12 [V]
• Current: 35 [mA]
• Range in open space: 300 [m]
• Transmission frequency: 433 [MHz]
• Output power: 30 [mW]
• Material: ABS, rubber button
• Tightness class: IP56
• Button dimensions: Ф60 × 21 [mm]

Kaler Standard is a reliable paging system based on 433 MHz radio communication, ideal for hospitals, clinics and industrial facilities. It enables calls to be quickly transferred between transmitters and receivers, eliminating the need for cabling, which significantly reduces costs and speeds up installation. Thanks to the intuitive configuration, the system is ready for operation in a few moments. A wide range of transmitters and receivers allows for perfect adjustment to the individual needs of each facility, guaranteeing reliability and comfort of use.

The KAL-3F wireless button is a compact transmitter that is perfect for paging systems. Thanks to its diameter of only 6 cm and its hermetic and waterproof construction (IP56 tightness class), it can be used anywhere inside the building. The transmitter is distinguished by characteristic green BILL CANCEL and CALL buttons and clear pictograms, which ensure easy and intuitive use. The buttons can be permanently mounted to the wall or furniture to prevent them from moving, which is especially important in medical and care facilities.

The KAL-3F transmitter is a reliable element of paging systems that enables quick recall and recall, making it irreplaceable wherever safety and efficiency are important. Perfect for use in gastronomy. Paging systems are used in hospitals, nursing homes, restaurants, factories, hotels, prisons, schools and shopping centers, ensuring fast and reliable communication. They enable immediate response to the needs of patients, guests and employees in workplaces, and are also useful in public bathrooms, classrooms, warehouses and offices. Thanks to their universality, these systems not only increase safety, but also improve communication and increase operational efficiency in various environments.