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DENSO

23100-38020

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SolenoidToyota D-4S Dual Injection (Port Injection + 200-bar Direct Injection)Euro 5625

DENSO 23100-38020 Bomba Alta Presión Lexus IS F RC F LC 500 5.0L V8

Datos de referencia del inyector Common Rail Bosch 23100-38020 · OEM 23100-38021, 294000-0620 · Aplicación Toyota/Lexus 4.6L V8 1UR-FSE / 5.0L V8 2UR-GSE D-4S Dual Injection
REFERENCIA OE23100-38021, 294000-0620
VÁLVULA DE CONTROLIntegrated Spill Control Solenoid Valve
TOBERA-
PRESIÓN DE RAIL200 bar
NORMA EMISIONESEuro 5 / Euro 6 / Tier 2 Bin 5 / LEV III
GARANTÍA12 Meses
01

Inyectores compatibles

Ref. OEM
02

Aplicaciones de vehículos y motores

VehículoMotorAños
Lexus IS F (USE20)5.0L 32-Valve V8 2UR-GSE2008-2014
Lexus RC F (USC10)5.0L 32-Valve V8 2UR-GSE2015-2024
Lexus LC 500 (URZ100)5.0L 32-Valve V8 2UR-GSE2018-2024
Lexus LS 460 (USF40)4.6L 32-Valve V8 1UR-FSE2007-2017
03

Especificaciones técnicas

EspecificaciónValor
Tipo de sistemaToyota D-4S Dual Injection 200-bar High-Pressure Mechanical Fuel Pump
Presión de servicioDato clave
Pump MechanismMechanical Cam-Driven Reciprocating Single Plunger
Quantity Control ValveDato clave
INJECTOR HOLD-DOWN BOLT TORQUE21 N·m (15 lb-ft) mounting flange bolts📐 Asistente de par y ángulo →
FUEL LINE NUT TORQUE30 N·m (22 lb-ft) high-pressure line union flare nut
Internal Plunger SealHigh-Durability Fuel-to-Oil Multi-Lip Barrier Seal
ManufacturerDENSO (OEM for Toyota & Lexus)
Denso Production Code294000-0620
04

Consejos de instalación

  1. [
  2. {
  3. "step": 1,
  4. "title": "Depressurize D-4S Fuel System & Safe Disassembly",
  5. "instruction": "Disconnect battery ground cable. Depressurize high-pressure fuel lines by removing fuel pump fuse and cranking engine, or draining residual pressure through diagnostic port into safety container."
  6. },
  7. {
  8. "step": 2,
  9. "title": "Engine Cover, V8 Intake Duct & Sound Insulator Removal",
  10. "instruction": "Remove engine V8 appearance cover and intake air resonance ducting. Detach sound deadening foam insulating blocks enclosing the Bank 1 / Bank 2 high-pressure pump housings."
  11. },
  12. {
  13. "step": 3,
  14. "title": "High-Pressure Pipe & Low-Pressure Feed Disconnection",
  15. "instruction": "Disconnect electrical connector for the spill control solenoid. Using a line wrench, loosen high-pressure fuel outlet union nut (30 N·m). Release low-pressure supply rubber hose quick-connect clip."
  16. },
  17. {
  18. "step": 4,
  19. "title": "Camshaft Position Verification & Old Pump Extraction",
  20. "instruction": "Rotate engine crankshaft until the camshaft drive lobe is at base circle (lowest lift) to prevent excessive spring tension during unbolting. Loosen the two flange mounting bolts evenly and remove old pump."
  21. },
  22. {
  23. "step": 5,
  24. "title": "Roller Tappet Inspection & New Pump Installation",
  25. "instruction": "Inspect roller tappet in the cylinder head for scoring, pitting or flat spots. Coat new O-ring with clean engine oil. Insert Denso pump and torque mounting flange bolts progressively to 21 N·m."
  26. },
  27. {
  28. "step": 6,
  29. "title": "Fuel Line Torquing, Priming & Oil Dilution Check",
  30. "instruction": "Align high-pressure steel tube squarely and torque union nut to 30 N·m. Reconnect harness. Prime ignition to pressurize system, perform soapy water leak check, and verify engine oil dipstick for absence of gasoline smell."
  31. }
  32. ]
05

Codigos de Falla (DTC) y Protocolos de Diagnostico

Codigos de falla de diagnostico (DTC) comunes que se activan cuando este inyector common rail experimenta desgaste, fallas de circuito o desbalance:

P0087Critical

Fuel Rail / System Pressure Too Low

Excessive internal backleak from worn control valve seats drops common rail pressure below target under engine load.

P0201 - P0208High

Injector Circuit Malfunction / Open Circuit

Solenoid coil resistance drift (0.2-0.5 Ω) or piezo stack degradation triggers driver stage shutdown on affected cylinders.

P0300 / P0301+High

Cylinder Misfire & Balancing Deviation

Carbon-clogged nozzle spray holes or missing IMA calibration causes uneven cylinder contribution. Recode ECM and verify washer seating.

P0088High

Fuel Rail / System Pressure Too High

Spill line backpressure or stuck metering valve prevents rail depressurization, creating overpressure risks under load.

Protocolos Técnicos de Diagnóstico y Servicio

Procedimientos de taller verificados, umbrales de prueba y pautas de servicio para este conjunto.

DIAGNÓSTICO COMMON RAIL EN TALLER

Diagnóstico Bomba Alta Presión: Código P0087 y Bosch CP4

Diagnóstico de bomba de alta presión common rail: vacío de succión, viruta en CP4, desgaste de pistones, aire y P0087 arranque en caliente. Taller.

Leer protocolo técnico
DIAGNÓSTICO TÉCNICO COMMON RAIL

Diagnóstico Válvula Dosificadora IMV SCV y Test P0088

Guía de diagnóstico de válvulas dosificadoras IMV / SCV / ZME: abierta vs cerrada, resistencia de bobina, ciclo PWM y solución de averías P0088 y P0089.

Leer protocolo técnico
PROTOCOLO DE DIAGNÓSTICO OBD-II

Guía de diagnóstico de baja presión en el raíl DTC P0087

Protocolo de taller para el DTC P0087 (Presión del raíl baja). Guía paso a paso: retorno de inyectores, válvula reguladora PCV y bomba de alta presión.

Leer protocolo técnico
DIAGNÓSTICO TÉCNICO COMMON RAIL

Diagnóstico válvula limitadora de raíl: P0087 y arranque

Guía de comprobación de la válvula limitadora de presión common rail (PRV). Diagnóstico de fallo en caliente, pérdida P0087 y prueba de fuga de retorno.

Leer protocolo técnico