Long Center State

• Voltage: DC 12V
• Current: 1 A
• Power: 12W
• Screen diagonal: 10.1” TFT LCD
• Resolution: 1280 × 800, capacitive
• Communication: LAN
• Operating system: Android 4.4.2
• Dimensions: 320 × 221 × 26.5 [mm]
• The set includes a power supply from AC 230 V to DC 12 V

Kaler Long Range is an advanced paging system based on Long Range (LoRa) technology with a frequency of 434 MHz. Thanks to its large range and extensive notification management, it is ideal for hospitals, clinics and industrial facilities. The system eliminates the need to run cabling to some devices, which reduces costs and installation time. Simple configuration allows for quick implementation, and a wide range of transmitters and receivers allows you to tailor the system to the specific needs of each facility, ensuring reliability and convenience of use.

The KLR-TABLET tablet is the central element of the Kaler Long Range paging system. The device connects to all system components, saves them in its memory, displays current notifications on the screen and keeps statistics on the functioning of the entire system. Communication with other devices takes place via LAN, and its operation requires cooperation with KLR-BLR or KLR-BRF gateways. The device works with both KAL Standard and KLR Long Range receivers, which makes it a versatile solution. Thanks to KLR-TABLET, facility staff can quickly and precisely identify the sources of calls, which is especially important in places such as hospitals, nursing homes or other facilities where quick response plays a key role in ensuring safety.

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.