Technical Parameters Working frequency: 13.56МГц Communication protocol: ISO15693, ISO18000-3 Channel width: ≥90cm (related to label performance and size) Communication interface: RS232 (optional TCP/WiFi)
Эш көсөргәнеш: DC 24V 3A Rated power: 10W RF power: 4W Card storage capacity: 20,000 pcs Environmental parameters
Эш температураһы: -25℃~+60℃
Температура һаҡланасаҡ: -40℃~+90℃ Humidity range: 30%~95% RH Physical parameter
Күләме: 230×150×25mm Weight: 300г. Color: black Shell material: aluminum
ИСО 15693 protocol long-distance high-power low energy consumption multi-antenna 4-channel motherboard for electronic tag channel detection equipment, conforms to ISO 15693 protocol, supports EAS, AFI, UID three mixed mode detection, with sound and light alarm function, supports offline applications and multiple antennas (dual channel, 4 channels) are used side by side. This ISO 15693 protocol access gate motherboard is suitable for unmanned supermarkets, asset inventory, time attendance, personnel access and library solutions. The simple communication command set facilitates secondary integration development on Android, iOS, PC and industrial computer, provides the underlying protocol for project engineers to develop. For the automatic settlement of micro-supermarkets, asset management, conference attendance and attendance management is undoubtedly the most advantageous product. This product antenna is available in special sizes and materials. This product is suitable for areas with high requirements for RFID read distance and anti-metal resistance.
Main function Supports omnidirectional inspection of ISO 15693 protocol RFID tags (requires antenna coordination), tags can be detected in three-dimensional angle Channel distance ≥90cm (related to label performance and antenna performance size) Support offline or networking applications Support multi-channel parallel use Support EAS, AFI, UID three mixed mode detection Firmware upgradeable and customizable to customer needs Support secondary development and customer customization