OM-AMU series fiberglass enclosures designed to insulate & protect electrical controls, components in both indoor/outdoor applications & high. temp. & corrosive environments.
SCE-LP series of electrical enclosures & cabinets designed to house electrical, electronic controls, instruments, components. Provides protection from dust, dirt, oil & water.
he OM-AMJ Box series non-metallic junction boxes are designed to insulate and protect electrical controls and components in both indoor and outdoor applications
These connection kit are necessary so the user can connect power supplied to the heat trace product, provide sealing for the heating cable & terminate the cable connections.
OM-AMPB Series non-metallic fiberglass pushbutton enclosures are designed to insulate and protect electrical controls and components in both indoor and outdoor applications
OM-AMHD-R Series enclosure designed to insulate/house heavy duty batteries for telemetry in outdoor locations & suited for corrosive or marine environments.
The SCE-CH Series electrical enclosures are designed for use as electrical junction boxes, terminal wiring boxes, instrument housings, and electrical control enclosures.
SCE-NLP Series electrical enclosures designed to house electrical controls, instruments and components in areas that do not require oil, water and dust tight protection.
Designed to house electrical controls, instrument, components that require viewing of the gauges/controls that are regularly hosed down or are very wet or oily conditions.
SCE-FSD Series indoor/outdoor electrical enclosures designed to house electrical, electronic controls, instruments, equipment that are hosed down or in very wet conditions.
SCE-FSDAD Series indoor/outdoor electrical enclosures designed to house electrical, electronic controls, instruments, equipment that are hosed down or very wet conditions.
Les boîtiers de contrôle de DwyerOmega offrent une protection durable dans différentes tailles et matériaux, garantissant un accès et une maintenance faciles pour une performance et une longévité optimales de l'équipement.