Stainless steel enclosures are ideally suited for more demanding applications; for example where hygiene is important in the food and pharmaceutical industries, or in the harsh environment of petrochemical plants and offshore environments.
Stainless steel enclosures offer high corrosion resistance in aggressive environments and so therefore are are offered in options from 304 grade, used commonly in most applications in the food and industrial sectors, to 316 grade, for applications in a high corrosive environment.
Advantages of Stainless:
- High performance material
- High corrosion resistance
- Low maintenance so can be more economical long term
- Resistant to many aggressive materials
- Withstands most aggressive environments
- Suffers only cosmetic damage from scratches with no detrimental effect to performance
- Can be regulary washed down
- Non ferrous material (non-magnetic)
Material
• Type 304 or 316L stainless steel
• Stainless steel hardware
• brushed finish
Body:
Folded and seam welded.
Door:
Corner formed in one piece. Surface mounted with 130° opening. Concealed
AISI 304 stainless steel hinges with captive pin. Can be mounted to give left or right
hand opening. For AISI 316L, sealing is ensured by an injected one piece silicone
gasket. Located on the inside of the door, are four welded studs for the mounting of
equipment profles.
Lock:
BJSS stainless steel customized zamak double-bit 3 mm lock with 90° movement and anti-vibration
mechanism. 1000 mm high enclosures and above have espagnolette three point
locking. Stainless steel lock and other versions are available as accessories.
Mounting plate:
The mounting plate is easy to install component
Cable access:
gland plate openings as standard to maximise sealing
Protection:
Corresponds with IP 66 | TYPE 4X, 12, 13 | IK 10.
Finish:
Polish finish
Delivery:
Enclosure with door, mounting plate, metallic key and mounting accessories.
Additional information or notes:
For outdoor environments exposed to precipitation the use of a rain hood is advised,
also in environments known for quick temperature changes, consideration to
condensation should be taken.
