Small-load containment
The 500 mm cube avoids oversizing the wall opening for vials, sample carriers and hand tools.
This 500 mm cubic chamber is the smallest member of the biosafety containment family. A silicone door gasket, sealed handle and enclosed control box reduce leakage paths, while electromagnetic interlocking prevents both doors from opening together. Its 685 x 580 x 590 mm exterior and 60 kg body suit wall locations where transfer volume is limited and every service penetration must be controlled.
The 500 mm cube avoids oversizing the wall opening for vials, sample carriers and hand tools.
Silicone gasketing, a sealed handle and an enclosed control box address common leakage paths around the door assembly.
The electromagnetic interlock can signal the opposite side by indicator and buzzer when a door is open.
| Internal Dimensions | 500 W x 500 D x 500 H mm |
|---|---|
| External Dimensions | 685 W x 580 D x 590 H mm |
| Approximate Weight | 60 kg |
| Electrical Supply | 100 V AC, single phase, 50/60 Hz |
| Connected Load | Approximately 30 VA |
| Door Interlock | Electromagnetic interlock |
| Door Seal | Silicone gasket with sealed handle |
| Standard Construction | Baked-painted steel body and interior with SUS304 hairline floor |
| Control Enclosure | Sealed control box with door-status indication |
| Customização | Disponível com base na aplicação pretendida e no ambiente operacional. |
Specified for small samples, sealed culture containers and compact instruments moving into or out of BSL-3 laboratories, hospital research rooms and bioprocess support areas. Buyers should confirm wall thickness, support for the 60 kg enclosure and the intended clean-to-contained transfer direction before selecting the smallest chamber.
Available choices include full stainless-steel construction, mounting flanges, a support stand and a germicidal lamp. Define wall build-up, load dimensions, cleaning agents and required door-status interface before final configuration.
Envie-nos as suas dimensões, condições de instalação, metas de desempenho e acabamento de superfície necessário.