OMRON Releases Head Unit for UV Curing System,
Improves Illumination by 140%*1 over Conventional OMRON Product -- Industry's Top Class*2
- August 28, 2013
Kyoto, Japan -- OMRON Corporation (TSE: 6645, ADR: OMRNY) announced on August 27 the release on September 2 of the following head unit series of the UV (ultraviolet) curing system.
- The UV curing system head unit ZUV-HMC series
This new head unit series for the UV curing system improved illumination by 140% compared to our previous models with the same price. The ZUV series has reduced an environmental impact by adopting LED light sources.
The UV curing system is a system to cure UV curing resin (adhesive) by irradiating UV light. It is mainly used to bond optical components and structural elements in manufacturing processes, such as electronic components and digital appliances.
A lamp system was originally used for the UV curing system, but high power consumption and the disposal of the mercury lamps that occurs with each replacement were problems in reducing the environmental impact, since the high pressure mercury lamp was used for the light source in the lamp system. In order to solve these problems, OMRON released the UV curing system ZUV series with an LED light source in 2005, contributing to reduction of the environmental burden (CO2 and mercury) in the UV curing process.
The newly released head unit used new UV LED with much greater brightness, resulting in the 140% improvement in illumination compared to our previous models. These increases can shorten irradiation time to cure resin, and contribute to improving productivity.
The system inherits OMRON's unique heat dissipation structure, "Smart Canyon," which has been utilized in the current lineup of head units.
This structure avoids rises in temperature, which directly influences the service life of the LED. In addition, it also inherits the light control function that turns off the light when illumination is not needed. This function extends the service life of the LED and reduces running costs.
- *1. Typical example with ultra light focus lens ZUV-L2H
Under the following conditions: 100% irradiation power, 25°C room temperature, and with heat sink. Values are for reference only.
The illumination varies depending on factors such as the ambient environment, installation conditions, the service life of parts, and differences between parts. Continually check the curing status to ensure that there is room for error in the illumination.
- *2. OMRON Investigation in August 2013.
Main Specifications of Head Unit
|Class||Class 3B (JIS C 6802 2005) Class 3B (EN60825-1:1994 +A1:2002 +A2:2001)|
|Vibration resistance||10 to 150 Hz (acceleration 50 m/s2) with a 0.35 mm single amplitude for 8 minutes each in X, Y, and Z directions, 10 times|
|Shock resistance||150 m/s² in 6 directions (up/down, right/left, front/back), 3 times each|
|Ambient temperature range||Operating: 5 to 35°C
Storage: -10 to 60°C (with no condensation or icing)
|Ambient humidity range||Operating/storage: 30% to 85% (with no condensation or icing)|
|Degree of protection||IEC60529 IP40|
|Material||ZUV-H20MC/H25MC : Zinc, aluminum, glass
ZUV-H30MC/H10MC/H35MC : Zinc, copper, aluminum, glass
|Weight (packed state)||ZUV-H20MC/H25MC : Approx.185g (Head unit: approx.100g),
ZUV-H30MC/H35MC : Approx.150g (Head unit: approx.55g),
ZUV-H10MC (0.3m) : Approx.180g (Head unit: approx.105g),
ZUV-H10MC 2M : Approx.235g (Head unit: approx.160g)
|Accessories||Instruction sheet, mounting brackets (with M3 screws), warning labels (in English)|
* Models are also available with a 385-nm light source wavelength. (Standard head: ZUV-H21MB/H11MB, diffuse illumination head: ZUV-H26MB)
When using the standard head
|Head Unit model||ZUV-H20MC/H30MC/H10MC|
|Lens Unit model||ZUV-L2H||ZUV-L3H||ZUV-L4H||ZUV-L6H||ZUV-L8H||ZUV-L10H||ZUV-L12L|
|Spot diameter/Beam shape||2 dia.||3 dia.||4 dia.||6 dia.||8 dia.||10 dia.||12 x 2mm|
|Recommended working distance||10mm||10mm||15mm||20mm||20mm||30mm||15mm|
|Peak illumination *1||13,200
|Head Unit model||ZUV-H20MC/H30MC/H10MC|
|Lens Unit model||ZUV-L3S||ZUV-L4S||ZUV-L6S||ZUV-L8S||ZUV-L10S|
|Spot diameter||3 dia.||4 dia.||6 dia.||8 dia.||10 dia.|
|Recommended working distance||4mm||5mm||8mm||13mm||5mm|
|Peak illumination *1||8,300mW/cm²||6,400mW/cm²||4,200mW/cm²||2,100mW/cm²||660mW/cm²|
When using the diffuse illumination head
|Head Unit model||ZUV-H25MC/H35MC|
|Lens Unit model||ZUV-L12H||ZUV-L3S||ZUV-L4S||ZUV-L15L|
|Spot diameter/Beam shape||12 dia.||3 dia.||4 dia.||15 x 3mm|
|Recommended working distance||30mm||8mm||13mm||15mm|
|Peak illumination *1||1,100mW/cm²||5,400mW/cm²||3,000mW/cm²||770mW/cm²|
- *1 Under the following conditions: 100% irradiation power, 25°C room temperature, and with heat sink. Values are for reference only. The illumination varies depending on factors such as the ambient environment, the installation conditions, the service life of parts, and differences between parts. Continually check the curing status to ensure that there is room for error in the illumination.
Headquartered in Kyoto, Japan, OMRON Corporation is a global leader in the field of automation. Established in 1933, Omron has more than 35,000 employees in over 35 countries working to provide products and services to customers in a variety of fields including industrial automation, electronic components, social systems, healthcare, and the environment. The company has regional head offices in Singapore (Asia Pacific), Beijing (Greater China), Amsterdam (Europe, Africa, and the Middle East), Chicago (the Americas), Gurgaon (India), and Sao Paulo (Brazil).
For more information, visit OMRON's website at http://www.omron.com/
- For more press information, please contact:
- Yukio Iriguchi
Industrial Components Div. HQ
Industrial Automation Company