Fluid Mechanics systems TSI V3V-Flex, PIV V3V 9000, etc.

Fluid mechanics systems have been developed taking into account the needs of scientists from well-known scientific centers, including the selection of key parameters of flow velocity, turbulence, and other related properties at a selected point or on a plane in a wide range of applications, from the simplest to the most complex and the most unfavorable. They allow you to reliably measure the size, velocity, density and volumetric flow rate of spherical particles, droplets or bubbles, to make non-destructive measurements of temperature, concentration and other scalar quantities.

Particle image volumetric velocity systems measure velocities by determining the movement of a particle over a well-defined period of time, using the technique of a two-pulse laser. A laser light knife illuminates a plane in the stream, and the position of particles (naturally present or added to the stream to obtain a sufficient number of reflected signals) in this plane is recorded using a digital camera. A little later (after a few micro- or milliseconds), a second pulse illuminates the same plane, creating a second set of images to measure the particle velocity.

Models: V3V-Flex, PIV V3V 9000.

• Volumetric PIV systems V3V-Flex. Technical specifications.
• Volumetric 3-component system PIV V3V 9000. Technical specifications.

---

Thermal anemometry systems are an excellent tool for turbulent flow due to its high frequency response for measuring flow fluctuations and the many versions of sensors used in various flow environments.

Models: IFA300.

• Thermal anemometry systems. Technical specifications.

---

PIV systems measure the velocity by determining the displacement of particles in a precisely chosen time using the method of a double pulsed laser. A laser light sheet illuminates a plane in the stream, and the positions of particles (naturally present or added to the stream to have a sufficient number of indicators) in this plane are recorded using a digital camera. After a short time (micro or milliseconds), the second pulse illuminates the same plane, creating a second image of the particle.

Models: MicroPIV, MODULE4G-STRPIV, PIV-2D, PIV-PLIF, etc.

• Velocity measurement system based on MicroPIV particle images. Technical specifications.
• Velocity measurement system based on particle images PIV-2D. Technical specifications.
• PIV system PIV-PLIF. Technical specifications.
• PIV with a temporary resolution. Technical specifications.
• The system of the global particle velocity meter PIV-GSV. Technical specifications.
• Stereoscopic image of particles in an illuminated plane in a PIV stream. Technical specifications.
• The system of flat laser-induced fluorescence PLIF. Technical specifications.

---

PDPA phase Doppler particle analyzer systems, now equipped with the new PowerSight solid-state laser module, allow you to speed up the entire workflow. They are a fundamental component that simultaneously provides data on the size and velocity of particles with minimal technical means. Such an updated and improved installation is distinguished by the presence of the PowerSight module, which includes solid-state lasers, transmitting and receiving optics, as well as all control electronics and is used as an autonomous technical solution.

Models: PS-TM-2D, TM250.

• Systems of phase Doppler particle analyzers with Powersight solid-state laser modules. Technical specifications.
• Phase Doppler Particle Analyzer (PDPA) with a solid-state laser and fiber-optic probes. Technical specifications.

---

LDV laser Doppler systems can be used to measure one, two or three velocity components.

Models: PS-TM-1D-532, TR110-12, TR110-13, TR210, TR120-12, etc.

• LDV PowerSight laser system. Technical specifications.
• LDV systems based on solid-state lasers. Technical specifications.

---

Global imaging systems are designed to meet the research needs of anyone who needs a fully integrated turnkey system that provides global measurements of species in mixing, material processing, heating, etc., mass transfer and other liquid media.

Models: GSV-1000, PLIF.

• Visualization system for PLIF measurements. Technical specifications.
• Global Speed Meter (GSV) of the PIV system. Technical specifications.

---

Quantitative flow visualization systems provide a ready-made solution for fast and accurate flow field research for applications. The systems are unobtrusive and offer high spatial and temporal resolution, as well as the ability to eliminate turbulence structures.

Models: FM-1000, FM-1100.

• Quantitative flow visualization systems FM-1000, FM-1100. Technical specifications.

---

Diagnostics of gorenje. Optical systems are non-invasive in nature, which allows users to take measurements without inserting a probe into the measurement area. Due to this, optical systems are not subject to distortion during measurements, which makes them ideal for fire diagnostics. Hostile and restrictive environments, such as diesel engines and commercial burners, will especially benefit from the availability, safety and accuracy of optical systems for combustion diagnostics.

Models: PLIF, LII, LRS, PDPA.

• Gorenje diagnostic systems. Technical specifications.

---

• Installation for checking the phase-Doppler anemometer PDA. Description of the type of measuring instrument.

---

DOCUMENTS

• Установка для поверки фазо-доплеровского анемометра PDA. Описание типа средства измерения.
• Объемные PIV-системы V3V-Flex. Технические характеристики.
• Волюметрическая 3-компонентная система PIV V3V 9000. Технические характеристики.
• Системы термической анемометрии. Технические характеристики.
• Система измерения скоростей по изображениям частиц MicroPIV. Технические характеристики.
• Система измерения скоростей по изображениям частиц PIV-2D. Технические характеристики.
• PIV система PIV-PLIF. Технические характеристики.
• PIV c временным разрешением. Технические характеристики.
• Система глобального измерителя скоростей по величине частиц PIV-GSV. Технические характеристики.
• Стереоскопическое изображение частиц в освещённой плоскости в потоке PIV. Технические характеристики.
• Система плоской лазерно-индуцированной флуоресценции PLIF. Технические характеристики.
• Системы фазовых доплеровских анализаторов частиц с модулями твердотельных лазеров Powersight. Технические характеристики.
• Фазовый доплеровский анализатор частиц (PDPA) с твердотельным лазером и волоконно-оптическими пробниками. Технические характеристики.
• Лазерная система LDV PowerSight: TR110, TR120, TR160. Технические характеристики.
• Системы LDV на основе твердотельных лазеров. Технические характеристики.
• Система визуализации для измерений PLIF. Технические характеристики.
• Глобальный измеритель скорости (GSV) системы PIV. Технические характеристики.
• Системы диагностики горения. Технические характеристики.
• Фазовый доплеровский анализатор частиц TM150, TM250. Технические характеристики.
• Модуль твердотельный лазерный для LDV и PDPA систем ITASCA. Технические характеристики. (eng)
• Система фазового доплеровского анализатора частиц PDPA. Технические характеристики.
• Трехкомпонентная система PIV V3V 8000. Технические характеристики.
• Система STEREO PIV-PLIF. Технические характеристики.