Japanese ALEX Linear Light Source Linear Irradiator LLRGC1000FUV

NegotiableUpdate on 04/27

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

ALEX Linear Light Source Linear Irradiator LLRGC1000FUV $r $n Printing (UV Curing Ink) $r $n Inkjet Printer, Screen Printing, Flexographic Printing, Offset Printing $r $n ● Adhesive (UV Curing Resin) $r $n Electronic Components, Medical Equipment, Industrial Products $r $n ● Inspection (Machine Vision) $r $n Special Printing Inspection, UV Luminescent Substance Detection, Defect Inspection, Steel Plate Inspection, Glass Inspection, Sheet Inspection, Metal Surface Inspection, $r $n Edge Inspection, Image Processing, Line Sensor, Fluorescence Emission, UV Inspection

Product Details

Japanese ALEX Linear Light Source Linear Irradiator LLRGC1000FUV

Japanese ALEX high-power linear irradiator LLRGC-FUV series (old model: LLRG-UV)

Optical design with * and high output linear (line) radiator

辐照冷却强化（定制）可进一步加电

Featured Features

High power ultraviolet radiation is required for optimal curing, drying, and bonding processes
Each dimming guarantee uniformity can be achieved by block ● 50mm unit
Fluorescence, printing, coating, can be used in various applications, such as adhesion
●
By illuminating high-power wires, work efficiency can be significantly improved. The long lifespan of LED * greatly reduces operating costs, such as replacing light bulbs and achieving maintenance free operation.

Application Examples

Printing (UV curable ink)
Inkjet printers, screen printing, flexographic printing, offset printing
Adhesive (UV curable resin)
Electronic components, medical equipment, industrial products
● Inspection (machine vision)
Special printing inspection, UV luminescent substance detection, defect inspection, steel plate inspection, glass inspection, sheet inspection, metal surface inspection,
Edge inspection, image processing, line sensor, fluorescence emission, UV inspection

Large LCD panels
Temporary curing using a long-term UV radiator for batch temporary curing

Outline drawing

*Please note that specifications may change due to product improvements.

Representative data example

[Typical example: LLRGC200FUV *]

Comparison of LLRGC-FUV Light Intensity Data

*The chart shown is for reference only and does not guarantee product quality.

Configure instances

High output water-cooled (fanless) installed in a clean room

Lineup List

LLRGC100FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

150×50×158 100 48 68 1.5 kilograms LPDCJ1-48301W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC200FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

250×50×158 200 48 135 2.3 times LPDCJ1-48301W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC300FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

350×50×158 300 48 202 3.2 Type LPDCJ1-48301W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC400FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

450×50×158 400 48 269 4 times LPDCJ1-48601W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC500FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

550×50×158 500 48 336 4.8 times LPDCJ1-48601W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC600FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

650×50×158 600 48 404 5.7 times LPDCJ1-48601W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC700FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

750×50×158 700 48 471 6.5 times LPDCJ1-48601W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC800FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

850×50×158 800 48 538 7.4 times LPDCJ1-48102W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC900FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

950×50×158 900 48 605 8.2 times LPDCJ1-48102W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry
LLRGC1000FUV *

Length/Width/Height [mm] Luminous part A [mm] Input voltage [V] Power consumption (365nm) [W] Weight [kg] Applicable power supply

1050×50×158 1000 48 672 9.1 times LPDCJ1-48102W-R7

Catalog<Excerpt>PDF Diagram DXF Diagram Cable Specification Inquiry

remark

● Model *: Emission wavelength (365nm, 385nm, 395nm, 405nm)
The launch length dimension is measured in units of 50mm
If you need other sizes, please contact our sales department