Ozone Weather Meter OMS-HN
The pursuit of accuracy controls true ozone.
We will conduct tests to promote ozone degradation of organic materials, particularly rubber, used in automotive parts and electrical equipment parts.
- Company:スガ試験機
- Price:Other
1~13 item / All 13 items
The pursuit of accuracy controls true ozone.
We will conduct tests to promote ozone degradation of organic materials, particularly rubber, used in automotive parts and electrical equipment parts.
This is the pinnacle of world standards.
The goal is to artificially reproduce outdoor or indoor degradation factors such as sunlight, temperature and humidity, rainfall, and condensation, and expose products and materials to these conditions to accelerate and promote degradation, allowing for a prediction of their lifespan in a short period of time. We have achieved a high acceleration test with ultraviolet radiation intensity three times that of sunlight (180 W/m²). This significantly contributes to reducing test time and costs, responding to the need for faster product development.
Equipped with the highest peak in the coupling.
The goal is to artificially reproduce outdoor or indoor degradation factors such as sunlight, temperature and humidity, rainfall, and condensation, and to expose products and materials to these conditions to accelerate and promote their degradation, allowing for a prediction of their lifespan in a short period of time. The test chamber is divided into two independent sections, enabling separate tests to be conducted simultaneously. This is a uniquely developed model that meets diverse testing needs. It is also possible to create combinations with other light sources such as sunshine and metering.
Answer to the super promotion needs.
We artificially reproduce outdoor or indoor degradation factors such as sunlight, humidity, rainfall, and condensation, exposing products and materials to these conditions to accelerate and promote degradation at an unprecedented speed, allowing us to predict their lifespan in an extremely short time. The Sugametering Weather Meter is an ultra-accelerated weathering test machine that employs a metering lamp with powerful energy in the ultraviolet range, offering remarkable acceleration performance. The MV3000 is the world's first ultra-accelerated model that uses a vertically lit metering lamp. Due to its structure where the samples rotate around the vertically lit lamp, it can accommodate more samples compared to fixed sample setups, resulting in superior radiation intensity and temperature-humidity distribution on the sample surfaces.
Reliability in Sunshine, cultivated by history. 300 hours of unmanned driving is now possible.
The Sunshine Weather Meter is the most basic model among accelerated weathering test machines and has a history of over 60 years globally. It is specified in many standards, including JIS and ISO, and the test results have made significant contributions to the technological development of various products and materials. The S300 is equipped with the world's first automatic carbon exchange system, allowing for 300 hours of continuous unmanned operation, thereby reducing the labor involved in carbon replacement.
It is a Sunshine Weather Meter with independent test chambers on the left and right.
The two-chamber independent Sunshine Weather Meter "S80-2D" allows for the test chambers to be independent from each other, enabling simultaneous testing of multiple samples or conducting tests under different conditions in each chamber at the same time. For more details, please contact us or download the catalog.
Reproducing degradation in outdoor exposure at 1/100 of the time of metal halide lamp method and 1/10 of the weather meter time [Ultraviolet, Degradation, Time Reduction, Large Area]
The "I Super UV Tester" is a super-accelerated weathering test machine using a metal halide lamp system developed by our company, a lamp manufacturer, specifically designed to match the optimal wavelengths for promoting degradation. The specially developed lamp enhances the reproducibility of tests. It can replicate 10 years of outdoor exposure in approximately 40 days, achieving a time reduction of about 1/100. Compared to the xenon lamp-based weather meters adopted by various weathering test standards, it allows for a time reduction of 1/10. Therefore, it has many applications not only in research and development but also as a screening test before conducting standard tests with xenon-based weather meters. Additionally, many companies have adopted it for their own inspection standards and quality assurance testing of products. 【Features (partial)】 ■ Significantly increased effective irradiation area ■ Reduced running costs ■ Remote monitoring and operation options available ■ Enhanced operability and visibility with a large 8-inch monitor * The standard model W161 is also available in the lineup. * For more details, please refer to the PDF document or feel free to contact us.
Reproducing degradation in outdoor exposure at 1/100 of the time of metal halide lamp method and 1/10 of the weather meter time [ultraviolet light, visible light, degradation, time reduction].
The "I Super UV Tester W161" is an ultra-accelerated weathering test machine using a metal halide lamp system, developed by our company, a lamp manufacturer, to match the optimal wavelength for promoting degradation. The specially developed lamp enhances the reproducibility of tests. It can replicate 10 years of outdoor exposure in approximately 40 days, achieving a time reduction of about 1/100. Compared to xenon lamp-based weather meters, which are adopted in various weathering test standards, it can also reduce time by 1/10. As a result, it has been widely adopted not only for research and development but also as a screening test before conducting standard tests with xenon-based weather meters. Additionally, many companies have established their own inspection standards, and it is also widely used for product quality assurance inspections. 【Features (partial)】 ■ Reduction of initial costs ■ Reduction of running costs ■ Remote monitoring and operation options available ■ Compatible with visible light standards through optional filters * A large-area model, W262, is also available in the lineup. * For more details, please refer to the PDF document or feel free to contact us.
Xenon lamp system compatible with various standards. Simulates degradation in 1/10 the time of outdoor exposure [Standard compliant / Compact design / ASTM D7869 compliant].
The "I Super Xenon Tester" offers two types of devices that allow you to select the optimal one from three types of optional sample holders (standard intensity, medium intensity, strong intensity) with a compact design that is less affected by installation environment and high uniformity. The xenon lamp has a spectral distribution similar to sunlight, making it suitable for various weather resistance tests. 【Features】 ■ Compatible with various testing standards ■ Excellent correlation with outdoor exposure ■ New user interface adopted ■ Compact device design (W85) that is less affected by installation environment ■ Three types of optional sample holders with high uniformity (W83-A) ■ Compliant with ASTM D 7869 standard (W83-A) ■ Remote monitoring and operation options available * In addition to the xenon tester, there are two other environmental testing devices: 1. UV tester that reproduces outdoor exposure in 1/100th of the time 2. Composite environmental testing device capable of deterioration testing for three-dimensional molded products Please choose according to your application. We also accept commissioned irradiation tests (for a fee). * For more details, please refer to the PDF document or feel free to contact us.
Fixed sample level.
The outdoor or indoor degradation factors such as sunlight, humidity, rainfall, and condensation are artificially reproduced, and products and materials are exposed to these environments to accelerate and promote degradation at an unprecedented speed, allowing for extremely short-term lifespan predictions. The Sugametering Weather Meter is an ultra-accelerated weathering test machine that employs a metering lamp with powerful energy in the ultraviolet range, offering remarkable acceleration performance. It features a horizontal lighting metering lamp and is a fixed sample stage ultra-accelerated model. Due to the structure where the samples rotate around vertically lit lamps, it can accommodate a larger number of samples compared to fixed sample setups, and it excels in the distribution of radiant intensity and temperature-humidity on the sample surfaces.
The basic model of Sunshine, cultivated by history.
The Sunshine Weather Meter is the most basic model among weather resistance testing machines and has a history of over 60 years worldwide. It is specified in many standards, including JIS and ISO, and the test results have made significant contributions to the technological development of various products and materials.
With this one unit, weather resistance testing under different conditions is possible.
The test chamber is divided into two independent chambers, allowing for simultaneous testing with a 7.5 kW xenon lamp in the left chamber and a Sunshine Long Life carbon arc lamp in the right chamber. The left chamber automatically controls the irradiance, temperature, and humidity of the sample surface via a touch panel controller, enabling continuous irradiation tests (with and without surface spray) and light/dark cycle tests. The right chamber automatically controls temperature, humidity, and rainfall during continuous irradiation.
Adopting the "Sugakis Xenon Lamp," which closely resembles sunlight. A product that had strong demand for domestic sales in terms of performance and price has finally been released in Japan!
The "Xenon Weather Meter" model GX75, released in the fall of 2010 as an overseas-only model (Global Xenon), received high praise abroad for its performance and price, and there were requests from domestic customers for it to be sold in Japan. In order to sell the GX75 model domestically, we aimed to achieve even higher performance while operating in an energy-efficient manner. To meet this challenge, we implemented various innovations and successfully developed the NX75 model, which offers superior performance while maintaining energy-efficient operation.