Yamaha MT 09 SP (2024) DNA Air Filter Stage 2 and Cover P-Y9N24-S2

Características

Descripción

Datos de Flujo de Aire

Anatomía

FAQs

Resultados de la Prueba

P-Y9N24-S2

Yamaha MT 09 SP (2024) DNA Air Filter Stage 2 and Cover P-Y9N24-S2

The DNA Stage 2 Kit, can be either a DNA filter or a DNA cover that is designed to replace a part of the air box, seriously increasing air flow to the engine. With the proper fuel recalibration the results are always very impressive.

Características

Oil

Supplied Pre-oiled

Filter Use

Race use Only

OEM Part Number

FILTER BME-14451-00 and BOX COVER BME-14421-00

Filtering Efficiency

98-99%

Increase in Air Flow

38.70%

DNA Air Filter Air Flow

5020 lit/min

OEM Air Filter Air Flow

3620 lit/min

Related Models

Yamaha MT 09 SP (2024) DNA Air Filter Stage 2 and Cover P-Y9N24-S2

Descripción

This filter features DNA®’s Stage 2 kit eliminates the OEM intake snorkel of Yamaha models and offers higher performance and better intake sound.

This Stage 2 kit is designed to replace the stock plastic air box top cover and OEM air filter. With the use of P-Y9N24-S2 there is no need to use the OEM air filter or DNA P-Y9N24-01.

Included in the Stage 2 kit you will find all the necessary parts to install the Stage 2. Special stainless steel bracket for mounting the
stock ECU is supplied and also zip ties to mount and tie down your ECU are supplied.

Fuel injection recalibration is recommended in order to take full advantage of the airflow increase and avoid the engine running lean!

Installation of this new DNA Air filter is easy; simply follow the DNA installation instructions included in the DNA packaging.

The filtering efficiency* is extremely high at 98-99% filtering efficiency (ISO 5011), with 4 layers of DNA® Cotton.

DNA Filters are supplied pre-oiled from our factory. The correct amount of DNA oil is applied οn each filter individually.

The flow of this new DNA filter is +38.70% more than the stock filter!

DNA Stage 2 air filter flow: 5020 lit/min (per filter) (l/min) @3,7 mBar / corrected @ 25degrees Celsius

OEM Air box with stock filter’s flow: 3620 lit/min (per filter) (l/min) @3,7 mBar / corrected @ 25degrees Celsius

This DNA® air filter is designed as a High Flow Air filter for ‘Race use Only’.

Datos de Flujo de Aire

¡Potencia con calidad en la que puedes confiar!

El Filtro de Aire de Alto Rendimiento DNA +38.70% aumento en el flujo de aire y 98-99% eficiencia de filtración

¡Potencia con calidad en la que puedes confiar!

Nosotros, en DNA, nos enorgullece presentar un filtro que puede durar toda la vida del vehículo. Un estricto control de calidad para la construcción y los materiales, elegidos solo por su más alta calidad, son algunos de los factores que nos permiten ofrecer una garantía de por vida!

La Anatomía

¡Esto es de lo que está hecho el poder!

Un Filtro de Alto Rendimiento de DNA es un filtro de aire de alta calidad, de próxima generación, multicapa de gasa de algodón, a prueba de fuego, impregnado de aceite.

This very special cotton is designed by DNA's R&D engineers for High Performance filtering purposes. The basic media is a non woven surgical cotton gauze with a modified TEX & THREAD, with extremely high strength of break. This unique cotton media, actually is a “hairy hybrid” featuring extremely high air flow rates and excellent filtering efficiency that exceeds 98%.

Preguntas Frecuentes Sobre Los Filtros de DNA

The DNA Air Flow Tests

For the air flow tests, we use the most advanced flow bench available today. The ROTRONICS FlowScan, is a totally computerized flow bench that measures:

Mass of the air
Flow of the air
Temperature of the air
Absolute air pressure
Differential air pressure
Speed of the air at various points (Pit ot tubes)
Absolute humidity of the air

The complete procedure is automated and computer controlled, eliminating human errors.

The DNA Dyno Tests

For the Dyno Tests, we use the industry standard Dynojet chassis dyno equipped with eddy current load control, Dynojet 250LC. Our dyno cell is equipped with a variable flow air cooling system, designed to precisely simulate real world conditions.