Technical Documents
Specifications
Brand
Phoenix ContactProduct Type
Electronic Housing
Enclosure Type
DIN Rail
Body Material
Polycarbonate
DIN Rail Type
DIN Rail
Length
89.7mm
Width
107.6mm
Maximum Terminals
64
Colour
Light Grey
Series
BC
IP Rating
IP20
UL Rating
UL94-V0
Internal Mount Type
PCB
Height
89.7mm
Standards/Approvals
DIN 43880
Terminal Type
PCB
Country of Origin
Germany
Product Details
The Phoenix Contact Upper Housing Part is designed as a sturdy DIN rail housing for use in distribution boards, aligning with DIN 43880 standards. This innovative component offers a seamless integration of housing and connection systems, optimised for quicker device development. Its dimensions accommodate various installation requirements, making it suitable for thermally demanding applications while ensuring efficient heat management. The housing not only enhances device performance but also provides a flexible configuration for diverse applications within building automation. With robust material specifications and reliable protection measures, this upper housing part is an asset for any professional setting.
Stock information temporarily unavailable.
EGP 17,710.00
EGP 1,771.00 Each (In a Box of 10) (ex VAT)
10
EGP 17,710.00
EGP 1,771.00 Each (In a Box of 10) (ex VAT)
Stock information temporarily unavailable.
10
Technical Documents
Specifications
Brand
Phoenix ContactProduct Type
Electronic Housing
Enclosure Type
DIN Rail
Body Material
Polycarbonate
DIN Rail Type
DIN Rail
Length
89.7mm
Width
107.6mm
Maximum Terminals
64
Colour
Light Grey
Series
BC
IP Rating
IP20
UL Rating
UL94-V0
Internal Mount Type
PCB
Height
89.7mm
Standards/Approvals
DIN 43880
Terminal Type
PCB
Country of Origin
Germany
Product Details
The Phoenix Contact Upper Housing Part is designed as a sturdy DIN rail housing for use in distribution boards, aligning with DIN 43880 standards. This innovative component offers a seamless integration of housing and connection systems, optimised for quicker device development. Its dimensions accommodate various installation requirements, making it suitable for thermally demanding applications while ensuring efficient heat management. The housing not only enhances device performance but also provides a flexible configuration for diverse applications within building automation. With robust material specifications and reliable protection measures, this upper housing part is an asset for any professional setting.