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NCLT50 3.2mm Thin Material

Features：
Applicable to ordinary low-carbon steel, galvanized sheet, thin sheet, stainless steel and othematerials；
The working roller is made of bearing steel hardened and chrome-plated, with a hardness of HRC60±2；
A full set of Siemens servo system is used to ensure high-precision feeding；
Humanized design, combined with safety protection system, is convenient for personnel operation；
This roller system structure of this model is designed so that each roller can be pulled out separately and replaced easily;

Overview
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NCLT50 3.2mm Thin Material
Technical Parameter
	Model	NCLT50-400	NCLT50-600	NCLT50-800	NCLT50-1000	NCLT50-1300
Decoiler parameter	Coil I.D	508/610
	Max Coil 0.D	1400
	Max Coil weight	3000 5000 8000
Straightener Parameter	Thickness of Material	0.3-3.2
	width of Material	70-400	70-400	70-800	70-1000	70-1300
	Max Yield Point Stress	490
	Max Tensile strength	780
	The Optimal Thickness Range	0.5-1.8
	Straightening Roller Diameter	48
	Straightening Roller	Up5/Down4
Feeder Parameter	Feeding Speed	16-24
	Max Feeding Length	0-9999.99
	Feeding Level	(1200土100)Accordingto Customer's Requirements
System Parameter	Decoiling motor	1.5	2.2		3.7
	Servo motor	2.9 4.4 5.5
	Power Supply	(380V/50HZ)3-Phrase 380V/50Hz or as customer request
	Air supply	0.4-0.6 MPa,0.5³/min

※In the table above, The Optimal Thickness Range is caculated at Yield Point Stress 245N/mm²(tensile strength 392N/mm²)

Standard accessory:
Automatic/manual switching
Material arc photoelectric control system
Air pressure disc brake device
Feeding line height electric adjustment
End material photoelectric detection
Touch screen
Hydraulic expansion and contraction
UnPowered pressing arm
Leveling inlet guide device
Manual adjustment of Adjustment date
Dial display of Adjustment date
Specified paint color
0ption accessory:
loading trolley
Material support arm
Limiting arm
Automatic oil feeder
Hydraulic shear
Head can be lifted
Working rollers up 6 down 5
Adjustment date electric adjustment
Adjustment date numerical display
Adjustment date numerical storage and call