Post RFQ
It adopts high-quality cold-rolled steel plate with electrostatic spraying surface, with excellent anti-magnetic performance that can resist external magnetic field up to 12000 Gauss, ensuring the internal magnetic field is ≤0.4 Gauss. Equipped with fingerprint recognition and electronic combination lock dual security protection, it provides secure access control. The built-in WiFi module supports real-time temperature and humidity monitoring, and sends alarm notifications to the user's mobile APP when the internal environment exceeds the set range. The constant temperature dehumidification system maintains the internal environment stable, protecting magnetic media from damage caused by humidity and temperature changes.
External dimensions: 1000mm(W)×600mm(D)×1800mm(H), internal dimensions: 900mm(W)×500mm(D)×1700mm(H), material: 1.2mm thick cold-rolled steel, electrostatic spraying surface, lock type: fingerprint recognition + electronic combination lock, load capacity: 300kg, net weight: 75kg, gross weight: 85kg, magnetic shielding efficiency: ≤0.4 Gauss internal, external magnetic resistance: 12000 Gauss, storage capacity: 150 3.5-inch hard drives / 40 magnetic tape reels, humidity control system: constant temperature dehumidification, monitoring function: real-time temperature and humidity monitoring, remote APP alarm, communication interface: WiFi, certification: ISO9001, CE, RoHS compliant, operating temperature: 10-35℃, humidity control range: 35%-60% RH, power supply: 110/220V AC, power consumption: ≤40W per hour.
Suitable for financial institution data storage, medical record magnetic storage, government archive magnetic media storage, enterprise important data storage and other scenarios that need real-time monitoring. It can monitor the internal temperature and humidity in real-time, send alarm notifications when the environment is abnormal, and provide secure access control for stored magnetic media. It helps users manage their magnetic media data remotely, improving the security and management efficiency of important data.