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Solutions

Helping you make the right decision.

​Meet ART Plus, the smartest way which you can control

MAIN SOLUTIONS

Actual assessment platform for AI home appliances

Providing solutions for both test environmental control systems and accuracy evaluation

Optimized design of test evaluation system based on high understanding of international standards

Customized design and test bed optimized for the conditions of the customer's environment

Designed for scalability of environmental factors

Simulate and control realistic indoor and outdoor residential environments

 - Gas and particulate pollution environments (imitate of sick building syndrome, carbon dioxide, external infiltration, etc.)

 - Disturbing environments such as voice and noise

 - Disturbing environments such as illumination, temp.& humidity, etc.

Evaluating Biometric Recognition Rates

 - Evaluate image recognition capabilities and accuracy

   ; Simulate environment such as indoor illumination/light intensity/illumination angle by the position of the sun

 - Recognition capabilities to detect body temperature and human motion

Evaluate recognition of other external interference factors

​Aerosol Monitoring for Stack (AM4S)

​AM4S is a chimney-specific fine dust measurement equipment that continuously measures fine dust emitted from chimneys in high temperature and humidity environments in real time, categorized into PM10 and PM2.5.

 

  • Engineers who want to know the level of particulate matter pollution by process

  • Researchers who want to improve their processes by understanding pollutant source trends and concentrations

  • Managers preparing responses to environmental laws and regulations

  • Local stakeholders who want to monitor the air quality in their community

  • Professionals interested in proposing improvements to the domestic air quality environment through environmental data monitoring

  • Representatives of public organizations studying environmental policy

AM4S has a Solution for You.

Air filter performance evaluation system
Air filter performance evaluation system
Air filter performance evaluation system

Air Filter Test System

  The filter was developed during World War II to remove condensation nuclei of the most harmful radioactive iodine from nuclear radiation sources. Until just a few years ago, each country had different ways of identifying the units and different standards, and some manufacturers did not disclose information about their filter units under the guise of trade secrets, despite changes in the filter manufacturing process. The test method applied, the generator used, and the measuring instrument are different depending on the type of filter. Depending on the measurements, the statistical values will also vary, so it is very important that they are designed and manufactured accordingly.

  • Performance test of medium-performance air filter for ventilation (ISO16890, ASHRAE52.2)

  • Cabin air filter performance test (ISO11155-1&2)

  • High-performance (HEPA/ULPA) air filter leakage evaluation (EN1822-4, ISO29463-4)

  • High performance (HEPA/ULPA) air filter efficiency test (KS B6740, 6141, 9325, ISO29463, EN1822)

  • Testing the bacteria capture efficiency of filters (ASTM1471-9 extended, F2101-14)

  • Air filter life performance test for air purifiers (SPS-KACA002-132:2021)

  ARTPlus' particle engineering experts propose a system optimized for the experimental environment and budget depending on the type and regulations of the filter the user wishes to evaluate.

Dust Sensor Test System

ART Plus  The ADT series is a system that evaluates the performance of fine dust sensors (simple measuring device) according to the user's purpose. It is a product that minimizes the measurement uncertainty depending on the tester's skill level.

ADT-1983 for the performance certification test of fine dust sensor for the Ministry of Environment

ADT-1783 for performance certification test of fine dust sensor for air purifier parts

ADT-1785 for performance evaluation of fine dust sensor for automobile parts

ADT-1782 For fine dust sensor development and performance research optimization system

 ADT-1983 fine dust sensor (fine dust simple measuring device) performance evaluation system and equivalence evaluation system comply with the five performance certification test standards of the Ministry of Environment, 'repeatability, relative precision, data acquisition rate, accuracy, and coefficient of determination'. With a system that can measure everything, it is possible to evaluate all simple fine dust measuring instruments on the market in Korea.

Fine dust simple measuring instrument performance evaluation system

Solutions you might be interested in

ARTPlus develops and supplies customized systems (equipment) according to user needs.

If you provide information such as research purpose, required regulations/standards, and user environment, an ARTPlus researcher will provide on-site technical consulting free of charge.

Tel. 031-635-4040 

Email. sales@art-plus.co.kr

​In charge: Manager Jongmyeong Yoon

Fine dust response smart city platform

  • Smart city design considering local government characteristics, human environment, and natural environment

  • Development of a big data platform for fine dust

  • Establishment of fine dust information collection/ reduction system

  • ​Establishment of an atmospheric  network

  • Business design, operation management, system production, platform construction All in One

Actual Assessment System for Cognitive Sensors

  • Cognitive evaluation of autonomous vehicle Lidar sensors

  • Establishment of performance verification evaluation system for simulated environment (precipitation/snowfall/sunlight/fog/high concentration of fine dust environment, etc.)

  • Integrated control/ monitoring system and remote control solution

Simple gas measuring instrument performance evaluation system

  • Dual chamber system, prevents test gas leakage and is equipped with safety devices

  • ​Analyzed gas: nitrogen dioxide, carbon dioxide, carbon monoxide, ozone

  • ​System automatic control and remote control

  • Ministry of Environment’s ‘Act on Environmental Testing and Inspection, etc.’ Simple measuring instrument (atmosphere, indoor air field) Satisfies performance certification test standards

Bio Aerosol Measurement System

  • Airborne bacteria collector: Rapid detection in 10 mins., bacterial concentration measurement

  • Airborne bacteria collection and concentration meter: Concentration measurement within 20 minutes, auto monitoring system

  • Airborne virus collection and liquefaction system: Dramatically shortens monitoring time, provides samples exceeding PCR detection limit, and has 28 times better collection performance compared to the US S company's collector.

Airborne virus resistance test system

  • Evaluation of decontamination of breathable materials contaminated with human pathogenic viruses

  • ​Applicable standard: ASTM E2720-16

  • Test virus: H1N1 (ATCC-VR-1469)

  • Sample flow rate of test chamber : ~ 4.0 ± 5.0 % L/min

  • Test flow rate of horizontal transfer device : ~ 14.0 ± 5.0 % L/min

  • Sample flow uniformity of chamber: CV 10%

  • Model: VR-2023

Mask performance evaluation system

  • Health /Medical/Industrial Mask 

  • Applicable standards 

     - KFDA Guidelines for Standardization of Masks for Healthcare Use

     - KFDA Notice on Standards and Test Methods for Quasi-Drugs No. 2020-85, No. 2021-14

     - KFDA Guidlines for medical respiratory Protection Device License Examination

      - Ministry of Employment and Labor Protective Equipment Safety Certification Notice Annex 4 Dust Mask Performance Standards

     - ASTM F1862, ASTM F2299, MIL-M-3695 4C  4.4.1.2, EN149, ASTM F2101-14, US 16 CFR 1610

Fine dust sensor performance on-site inspection equipment (SMART CHECK)

  • Dust measurement below PM2.5

  • Measured outdoors for 6 hours (​based on 1 battery)

  • Mobile phone remote control possible

  • Customized production of test material outlet

  • ​Particle neutralizer, impactor built-in

  • Particle supply method: fluidized bed generator

  • Particle generation amount: 2±15% L/min

  • ​Model: ADF-2090

Gas generator

  • For testing air purifier gas odor 

  • Measuring gas: acetaldehyde, ammonia, formaldehyde, toluene, acetic acid

  • Generation Type: Bubbler

  • ​Maximum flow rate: 20 L/min

  • ​Touch panel and computer automatic control

  • ​Model: GGA-1895

Dust generator

  • Maximum dust feed capacity: 1200 cm^3

  • Aerosol discharge flow rate: ~ 30 L/min

  • Dust type: Non-stick powder - ISO 12103-A2(Fine), etc

  • Dust generation concentration: 6 ~ 220 g/m^3

  • Dust generation: 10 ~ 400 g/h

  • Operating time: 1~40 h

  • ​Model: APG-2396

​Large particle generator

  • A variety of particles can be generated in the form of aqueous solutions such as KCI and NaCl.

  • Applicable to KACA organization standard, test requirements for indoor air purifier performance evaluation (SPS-KACA002-132).

  • Complies with cabin filter related regulations IS0/TS11155-1 test requirements 

  • Complies with IS0 16890 (ASHRAE 52.2) test requirements related to filters for medium-performance ventilation

  • Model. AKG-1791, etc.

bacteria generator

  • Occurrence of live bacteria

  • Rapidly adjust bacteria size and feed rate

  • Prevents backflow of bacterial particles

  • ​Block external exposure of bacteria

  • Model. ABG-1771

cigarette smoke generator

  • Chinese air purifier standard (GB/T 18801-2015) - Generator for tobacco particle testing

  • Flow rate: 1~5 lpm

  • Smoke generation time per test: 40 to 50 seconds

  • Maximum power: 100 W

  • Weight:  7kg

  • Size: 360 x 270 x 400 mm (LWH)

  • ​Power:  220V/50Hz

  • ​Model: FSQ-003

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