کلمپ آلومینیومی کابل
مشخصات
- کلمپ آلومینیومی کابل :
- Trefoil Cleats
فایلهای پیوست
Trefoil-Single-x-Two-Bolt-376AC-376AB_2 | 67٫83 کیلوبایت | دانلود |
توضیحات محصول
Suitable for cables in Trefoil groups - cable diameter
24 - 76mm
33 sizes in range
Can be used with all types of cable routes
Supplied complete with top fastening
Available as either single or two fixing design
Plain finish for indoor dry normal industrial use or
Outdoor unpolluted areas
Epoxy coated for more hostile conditions
Operating temperature -60°C to +100°C Single fiXing
Plain finish -376AC Type
Epoxy coated -376AE Type
Two fixing Plain finish -376AB Type
Epoxy coated -376AD Type
These cleats are suitable for use at a maximum fault
level of 30kA rms. Recommended maximum spacings,
straight runs 900mm, vertical bends 300mm and
horizontal bends on each support with, if necessary,
intermediate unanchored cleats to limit resistance
spacing to 300mm.
In all applications the cleats should be mounted on
either one or two M10 fi xings as appropriate. It is
essential that they are secured to supports capable
of withstanding the prospective short circuit forces
Suitable for cables in Trefoil groups - cable diameter
24 - 76mm
33 sizes in range
Can be used with all types of cable routes
Supplied complete with top fastening
Available as either single or two fixing design
Plain finish for indoor dry normal industrial use or
Outdoor unpolluted areas
Epoxy coated for more hostile conditions
Operating temperature -60°C to +100°C Single fiXing
Plain finish -376AC Type
Epoxy coated -376AE Type
Two fixing Plain finish -376AB Type
Epoxy coated -376AD Type
These cleats are suitable for use at a maximum fault
level of 30kA rms. Recommended maximum spacings,
straight runs 900mm, vertical bends 300mm and
horizontal bends on each support with, if necessary,
intermediate unanchored cleats to limit resistance
spacing to 300mm.
In all applications the cleats should be mounted on
either one or two M10 fi xings as appropriate. It is
essential that they are secured to supports capable
of withstanding the prospective short circuit forces