The Phoenix 4620 Series offers unrivalled protection for your irreplaceable computer media and backups. 2 Hrs fire protection for computer media at temperatures of 1045C. Double door construction with inner door fitted with twin water resistant seals and outer door fitted with high quality intumescent seals. Fitted with high security electronic lock, programmable with users own code up to 16 digits. Automatic locking on models 4621 & 4622.

Supplied with pull out media drawers and height adjustable shelves. Phoenix free after the fire replacement safe guarantee. Two year materials & labour warranty. Additional drawers and shelves available as an optional extra.

Approximate maximum media capacities:

3.5 Diskette (93x90x3.5)........10368
4mm Dat Tape (80x60x15).......3136
8mm Dat Tape (105x68x20).....1764
CD Rom (142x125x10).............1776
Zip Drive (100x100x30)............2442
DLT (110x110x30).....................780
LTO/Altrium (114x110x30).........780

As part of our strategy to create the finest range of protection against fire and theft, we introduce the Phoenix 4620 Data Commander Data Safe. This safe provides absolute protection for your data.

We know that fire strikes without warning!! But we also know there will be no warning of the theft or copying of confidential data or documentation.

Overnight, a company's most expensive assets, research and development could fall into the hands of unscrupulous competitors, with potentially catastrophic results. That's why all 4620 series safes are fitted with a high Security electronic lock programmable with users own code up to 16 digits in length.

This safe has also been extensively tested by independent laboratories in both the UK and Sweden to provide 2hrs fire protection at temperatures of 1045 degrees C whilst maintaining an internal temperature well below the critical temperature for media of 52 degrees C.

The unit is supplied with pull out media drawers and can also be specified with a complete range of optional sliding drawer units or shelves ensuring that every combination of media can be stored with maximum efficiency.