MESIN PENYAMBUNG PIPA HDPE SHD450

Min. Pembelian
1 Lusin
Update Terakhir
18 / 01 / 2016

Jl. D.I. Panjaitan No. 7, Jakarta Timur
Indonesia 13410

Kota
Jakarta Timur
Login Terakhir
13 / 03 / 2016
Member Sejak
Jan 2013
Atau Hubungi:
08XX-XXX-XXX

Detail MESIN PENYAMBUNG PIPA HDPE SHD450

HDPE Pipe Thermofusion Machine SHD450


Deskripsi :


Packing: Wooden Boxes.


Model NO.: SHD450.


Standard: CE, SGS.


Trademark: Bada.


Origin: Wuxi


Certification: CE


Product Type: Plastic Pipe


Raw Material: HDPE


Automatic: Semiautomatic


Type ( For Injection Machine) : Full-Electric Controlled


Kind: Full-Electric Controlled


Type: Plastic Auxiliary Equipment


Item Name: Hydraulic Butt Fusion Welding Machine SHD450


Application and Features:


• Suitable for butt welding of plastic pipes and fittings made of PE, PP and PVDF in a ditch in worksite or workshop.


• Consists of basic frame, hydraulic unit, planing tool, heating plate, support for planing tool & heating plate, and optional parts.


• Removable PTFE coated heating plate with high accurate temperature control system.


• Electric planing tool.


• Be made of lightweight and high strength material: Specially designed with a clamp opening angle of 45° .


• Low starting pressure ensures reliable welding quality of small pipes.


• Changeable welding position enables to weld various fittings more easily.


• High accurate and shockproof pressure meter indicates clearer readings.


• Separate two-channel timer records time in soaking and cooling phases.


On Request Optional Parts:


• Stub end device for short flange.


• Crane.


• Data logger


 • Trolley.


Technical Parameters:


Model.: SHD450


Pipe size( mm) .: 200.225.250.280.315.355.400.450


Heating plate max. temp.: 270° C


Temp. deviation in surface( 170~ 250° C) .: < ± 7° C


Pressure adjustable ranges.: 0 – 8Mpa


Working voltage.: 380V, 50Hz


Heating plate power.: 5.38KW


Planing tool power.: 1.5KW


Hydraulic unit power.: 1.5KW


Total Power.: 8.38KW


Weight.: 560KG


Packing: Volume.: 3.16 CBM