Which equipment and machinery is kangyue-jp90s-612600112850-turbocharger-wp12 compatible with?

Turbocompresor Kangyue JP90S para Weichai WP12 (kangyue-jp90s-612600112850-turbocharger-wp12) is compatible with: Heavy Duty Truck, Coach, Construction Equipment.

Which engines does part kangyue-jp90s-612600112850-turbocharger-wp12 fit?

Turbocompresor Kangyue JP90S para Weichai WP12 fits the following engines: WP12.380CNG, WD615, WD10, BF6M1015.

What are the OEM and cross-reference part numbers for 612600112850?

The OEM and interchange cross-reference numbers for Turbocompresor Kangyue JP90S para Weichai WP12 include: 612600112850, 00JP090S022, JP90S.

What are the technical specifications of kangyue-jp90s-612600112850-turbocharger-wp12?

Key technical specifications of Turbocompresor Kangyue JP90S para Weichai WP12: engine_model: Weichai WP12.380CNG Natural Gas Engine / WD615 / WD10 Diesel Engine / Deutz BF6M1015; power: 380 HP (279 kW @ 2200 rpm); coolant_type: Water Cooled; emissions_standard: Euro III (CN-3); material: Metal (Heat-resistant alloy); certification: IATF16949, ISO9001.

Turbocompresor Kangyue JP90S para Weichai WP12

Envío Gratis Exprés 3 Años de Garantía de Fábrica 90 Días de Devolución Sin Riesgo Soporte Dedicado 24/7

Modelo de Motor	Weichai WP12.380CNG Natural Gas Engine / WD615 / WD10 Diesel Engine / Deutz BF6M1015
Potencia	380 HP (279 kW @ 2200 rpm)
Tipo de refrigerante	Water Cooled
Norma de Emisiones	Euro III (CN-3)
Material	Metal (Heat-resistant alloy)
Certificación	IATF16949, ISO9001
Garantía	12 Months

Nº de Fabricante

612600112850

Nº OEM

61260011285000JP090S022

Nº de Motor

WP12.380CNGWD615WD10BF6M1015

Nº Intercambiable

JP90S00JP090S022

Vehículos Compatibles

Heavy Duty TruckCoachConstruction Equipment

Sistema de admisión y escape - Enciclopedia Industrial

Turbocompresor de mercado secundario de alta calidad Kangyue JP90S con número de pieza 612600112850, diseñado específicamente para motores Weichai WP12. Compatible con referencia OE 00JP090S022. Este turbocompresor garantiza el rendimiento y la eficiencia óptimos del motor.