Catalog / BOSCH / 0445110951
BOSCH

0445110951

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SolenoidBosch Common Rail (CRI1 solenoid)Euro 3

BOSCH 0445110951 Injector for FAWDE 6DL/6DM - CRI 1-14

Reference data for Bosch 0445110951 common rail injector · OEM 1112010-6DL · Application FAWDE Aowei CA6DL1 / CA6DL2 / CA6DM2 (7.7L - 11.1L)
OE REFERENCE1112010-6DL
CONTROL VALVEF00VC01359
NOZZLEDLLA153P2642
EMISSIONEuro 3
WARRANTY12 Months
01

Product Overview

WORKSHOP NOTICEECU Calibration / IMA Coding Required

This injector requires 6-8 digit calibration code programming (IMA / QR code) into the vehicle ECU (using Bosch KTS, Lexia/Diagbox or equivalent diagnostic equipment) following replacement to balance cylinder fuel delivery and prevent DTC P0300 misfire codes.

The BOSCH 0445110951 is a complete CRI 1-14 solenoid common rail injector assembly engineered for FAWDE (FAW Diesel Engine) heavy-duty 6DL/6DM series platforms. The F00VC01359 control valve meters fuel flow via a pilot valve with anti-bounce element, supporting a 1600 bar peak rail pressure with stable pilot + main injection sequencing. CRI 1-14 solenoid technology provides the combustion stability required for 6-cylinder heavy-duty engines displacing 7.7L-11.0L. Three engine families are typical fitments: CA6DL1 7.7L 6-cyl 260-320 PS (FAW J5M rigid trucks and dump trucks, 2004+), CA6DL2 8.6L 6-cyl 280-375 PS (FAW J6P tractors, road trucks, dump trucks, 2007+), and CA6DM2 11.0L 6-cyl 390-460 PS (FAW J6P / JH6 heavy-duty tractors). Shares the F00VC01359 control-valve group with sister SKUs 0445110623, 0445110769, 0445110780, 0445110803, 0445110950 but is NOT interchangeable - each carries a unique IMA calibration code stamped on the solenoid body.

Before You Order

Always verify the OE reference stamped on your existing injector body and the engine build plate (e.g. CA6DL1-24D, CA6DL2-35, CA6DM2-46E5) before ordering. IMA calibration code MUST match - 0445110950 is NOT interchangeable.

Technical references: OEM service documentation, manufacturer catalogs, and field repair data.
02

Compatible Injectors

Primary
OEM Ref
OE Nozzle
03

Vehicle & Engine Fitment

VehicleEngineYears
FAW J5MCA6DL1 / CA6DL2 / CA6DM22004-
FAW J5PCA6DL1 / CA6DL2 / CA6DM22008-
FAW J6PCA6DL1 / CA6DL2 / CA6DM22007-
FAW J6LCA6DL1 / CA6DL2 / CA6DM22010-
FAW JH6CA6DL1 / CA6DL2 / CA6DM22014-
FAW Jiefang J5KCA6DL1 / CA6DL2 / CA6DM22008-2017
04

Technical Specifications

SpecificationValue
SKU0445110951
BrandBOSCH
Product TypeComplete Injector Assembly
Nozzle CodeCore Spec
Engine FamilyFAWDE CA6DL1 / CA6DL2 / CA6DM2
Control ValveCore Spec
🔗 Shared Valve (6 assemblies):0445110305044511034304451107480445110769
Injection SystemBosch Common Rail (CRI 1-14 solenoid)
Operating PressureCore Spec
Emission StandardEuro 2/3 (engine family dependent)
MaterialHigh-grade alloy steel
Net Weight380 g
Hole CountMulti-hole
Warranty12 months
Sister SKUs (same F00VC01359 group, NOT interchangeable)0445110950, 0445110623, 0445110769, 0445110780, 0445110803
05

Installation Tips

  1. Execute the mandatory two-wrench counter-hold method when securing high-pressure line fittings: hold the injector inlet connector steady using an open-ended counter-hold wrench while torquing the fuel rail delivery pipe nut to 28-32 N·m, preventing any rotational displacement of the injector or damage to internal seals.
  2. Thoroughly clean the cylinder head injector bore down to the base metal using a non-abrasive brass cleaning brush, discard the used copper washer, and fit a new seal from Seal Ring Kit F00VC99002; apply a thin, uniform film of high-temperature ceramic anti-seize paste exclusively along the injector body shaft, ensuring no paste contacts the nozzle tip, nozzle cap nut, or copper seating surface.
  3. Torque the hold-down clamp bolt to 30-35 N·m (follow FAWDE CA6DL workshop manual). Write the individual multi-digit IMA trim code stamped on the solenoid housing into the ECU using an authorized diagnostic scan tool, then manually prime and vent the low-pressure fuel circuit before cranking to avoid cavitation damage to Control Valve F00VC01359 and Nozzle 0433172642.
06

Frequently Asked Questions

QWhat FAWDE engine does Bosch 0445110951 fit?

0445110951 belongs to the Bosch F00VC01359 control-valve group and is engineered for FAWDE (FAW Diesel Engine) heavy-duty platforms (OE reference 1112010-6DL, nozzle DLLA153P2642). Three engine families are typical fitments: (1) CA6DL1 7.7L 6-cyl 260-320 PS - FAW J5M road rigid trucks and dump trucks (2004+); (2) CA6DL2 8.6L 6-cyl 280-375 PS - FAW J6P road trucks, engineering tractors, and dump trucks (2007+); (3) CA6DM2 11.0L 6-cyl 390-460 PS - FAW J6P / JH6 engineering and road tractors, heavy-duty rigid trucks, and dump trucks. Confirm by the engine build plate (e.g. CA6DL1-24D, CA6DL2-35, CA6DM2-46E5) and the OE stamped on the failed injector before ordering.

QIs 0445110951 the same as 0445110950?

No. 0445110950 and 0445110951 share the F00VC01359 control-valve group, which means they live on the same CRI 1-14 solenoid platform. They are NOT interchangeable - each has its own IMA calibration code stamped on the solenoid body. The 0445110951 is calibrated for a specific set of FAWDE engine applications distinct from the 0445110950. Order by the exact OE on the failed injector and verify the IMA code via OEM-level diagnostic tools before installation.

QWhat control valve is on 0445110951?

The control valve on 0445110951 is F00VC01359 (shared across the valve group with sister SKUs 0445110623, 0445110769, 0445110780, 0445110803, and 0445110950 for FAWDE). The F00VC01359 is a solenoid-actuated pilot valve with an anti-bounce element, designed for 1600 bar peak rail pressure in the CRI 1-14 platform. Always verify by the part number stamped on the solenoid cap of the existing injector before ordering a replacement valve.

QDoes 0445110951 fit the JMC 4JB1 / JX493 platform?

No. 0445110951 is mapped to FAWDE heavy-duty engines (CA6DL1 / CA6DL2 / CA6DM2), NOT to JMC. The JMC 4JB1 / JX493 series uses a sister SKU 0445110305 (also on the F00VC01359 control-valve group) - different Bosch PN, different IMA calibration, different vehicle fitment. Do not cross-install 0445110951 on JMC trucks, or vice versa.

QWhat are the symptoms of a failing 0445110951 on a CA6DL engine?

Common failure symptoms on FAWDE CA6DL1/CA6DL2/CA6DM2 engines: (1) P1014 fault code with speed limiting and black smoke under load - typically indicates fuel pressure issue (gear pump wear / ZME valve wear / fuel contamination) that overworks the injectors; (2) excessive injector return flow above 20 cc/min at idle - confirms internal leakage past high-pressure seals; (3) rough idle, hard cold start, power loss, increased fuel consumption. In documented Jiefang J6 CA6DL2-35 workshop cases, water-contaminated fuel damaged the gear pump and ZME valve, after which the injectors exhibited return-flow leakage. Always perform an injector return flow test (EPS200A test bench) before condemning the injectors themselves - the root cause is often upstream.

QWhat is the correct installation torque and procedure for 0445110951?

CRITICAL installation procedure: when replacing 0445110951 (or any CRI 1-14 solenoid injector) on a CA6DL1/CA6DL2/CA6DM2 engine, you MUST use a 15 mm open-end wrench to hold the injector solenoid body in place, then use a 17 mm wrench to tighten the high-pressure line nut. Failure to back up the solenoid body with the 15 mm wrench applies torque directly to the electromagnetic coil, which can deform the F00VC01359 control valve - leaving the new injector unable to inject (engine cranks but does not start, no smoke from exhaust). Hold-down bolt torque is vehicle-specific - consult the FAWDE workshop manual for the exact figure. After installation, prime the fuel system by manual pumping and run a leak-back test before cranking.

QDoes 0445110951 require ECU / IMA coding after installation?

Yes. The 0445110951 is a CRI 1-14 solenoid injector with cylinder-specific IMA (Injector Modification Adjustment) calibration values stored in the ECU. After installation, the new injectors must be coded to the ECU using OEM-level diagnostic tools (Bosch ESI[tronic] 2.0, FAWDE dealer tool, or compatible aftermarket). Mechanical nozzle-only replacement does not apply here - the 0445110951 is a complete injector assembly, not a nozzle element, so IMA coding via diagnostic equipment is mandatory. Wrong IMA code results in over-fueling or under-fueling per cylinder, triggering fault codes and emissions failure.

QWhat is the warranty on 0445110951?

12 months typical for aftermarket replacement. OEM warranty follows vehicle terms. The 12-month coverage applies to manufacturing defects and premature failure under normal operating conditions. Warranty does NOT cover: (1) failure due to contaminated fuel (water, debris, algae) - check your fuel tank breather and replace primary + secondary filters; (2) cross-installation on non-FAWDE engines (e.g. JMC 4JB1); (3) installation damage from improper high-pressure line torque (see installation FAQ); (4) cross-reference to 0445110950 or other F00VC01359 sister SKUs - IMA mismatch is not a warranty defect. Always purchase from a reputable supplier that can provide batch traceability.

QWhat is the most common ordering mistake for 0445110951?

The most common return reason on the F00VC01359 control-valve group is confusing 0445110951 with 0445110950 - they look identical externally, share the same control valve, and have sequential part numbers, but they carry different IMA calibration codes and are mapped to different FAWDE engine variants. Other frequent mistakes: (1) ordering a 0445120 series (CRIN heavy-duty solenoid family) by mistake - different control valve, different wiring harness, not interchangeable with CRI 1-14 solenoid 0445110951; (2) assuming any F00VC01359-group injector fits any engine - the 0445110305 maps to JMC 4JB1, not FAWDE; (3) not specifying the engine build plate code (CA6DL1-24D vs CA6DL2-35 vs CA6DM2-46E5) when ordering, which prevents the supplier from cross-referencing the correct IMA calibration. Always verify by the stamped OE on the failed injector AND the engine build plate before ordering.

07

Diagnostic Trouble Codes & Fault Protocols

Common diagnostic trouble codes (DTCs) triggered when this common rail injector experiences wear, circuit faults, or calibration drift:

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.

08

Cross-Reference & Compatibility

Sister parts, same-platform variants, and known incompatibilities.

Technical Diagnostic & Service Protocols

Authoritative field procedures, diagnostic testing thresholds, and service SOPs for this assembly.

Workshop Diagnostic Protocol

Common Rail Injector Back-Leak Testing Guide

Common rail injector backleak test protocol. Graduated cylinder setup, warm idle & cranking limits in mL/min, control valve wear & P0087 diagnosis.

Read Technical Protocol
ECU Calibration Protocol

Bosch IMA Injector Coding & Location Guide

Bosch common rail injector IMA coding guide. Locate laser-etched 6-9 digit codes on body, ECU OBD2 adaptation steps & test bench calibration facts.

Read Technical Protocol
COMMON RAIL DIESEL WORKSHOP SOP

Stuck Injector Removal & Carbon Cleaning SOP | FuelPartsDB

Comprehensive workshop SOP for stuck diesel injector removal, pneumatic vibro-puller extraction, carbon solvent softening, and seat reaming without damage.

Read Technical Protocol
ASSEMBLY & INSTALLATION PROTOCOL

Diesel Injector Torque Specs & TTY Angles Guide

Common rail diesel injector hold-down bolt torque specs, TTY angles & pipe unions. Covers Bosch, Detroit DD13, Cummins & VAG 2.0 TDI workshop data in Nm.

Read Technical Protocol