Catalog / DENSO / PY01-13-35Z
DENSO

PY01-13-35Z

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SolenoidMazda Skyactiv-G 200-bar Direct Injection High-Pressure SystemEuro 633070

DENSO PY01-13-35Z High Pressure Fuel Pump Mazda CX-9 CX-5 Mazda 6 CX-50 2.5T Skyactiv-G Turbo PY-VPTS

Reference data for Bosch PY01-13-35Z common rail injector · OEM PY01-13-35ZA, PY01-13-35ZB · Application Mazda 2.0L & 2.5L SkyActiv-G / 2.5T Turbo (PE-VPS / PY-VPS / PY-VPTS)
OE REFERENCEPY01-13-35ZA, PY01-13-35ZB
CONTROL VALVEIntegrated Flow Regulating Solenoid Valve
NOZZLE-
RAIL PRESSURE200 bar
EMISSIONEuro 6d-TEMP / Tier 3 Bin 30 / ULEV70
WARRANTY12 Months
01

Compatible Injectors

OEM Ref
02

Vehicle & Engine Fitment

VehicleEngineYears
Mazda CX-9 (TC)2.5T Skyactiv-G Dynamic Pressure Turbo2016-2023
Mazda CX-5 (KF)2.5T Skyactiv-G Dynamic Pressure Turbo2019-2024
Mazda Mazda 6 (GL)2.5T Skyactiv-G Dynamic Pressure Turbo2018-2021
Mazda CX-50 (VA)2.5T Skyactiv-G Dynamic Pressure Turbo2023-2024
03

Technical Specifications

SpecificationValue
System TypeMazda Skyactiv-G 200-bar Direct Injection High-Pressure System
Operating PressureCore Spec
Pump MechanismCylinder Head Mounted Camshaft-Driven Plunger Pump
Quantity Control ValveCore Spec
Injector Hold-Down Bolt Torque14 N·m (124 in-lb) flange mounting bolts📐 Torque & Angle Wizard →
Fuel Line Nut Torque28 N·m (21 lb-ft) high-pressure pipe union nut
Flange SealReplaceable High-Temperature Viton O-Ring
ManufacturerDENSO (OEM for Mazda Motor Corporation)
Mazda Part NumberPY01-13-35Z / PY01-13-35ZA / PY01-13-35ZB

Matched High-Pressure Fuel Pump (Fuel Circuit Assembly)

Operates on the same high-pressure rail circuit. When troubleshooting low rail pressure (DTC P0087), verify pump volumetric delivery before replacing injectors.

DENSOExact Engine & Chassis Match
PY8W-13-250
Gasoline Direct Injection (GDI) • 200 bar
🚙 Mazda 6 (Gl) (PEVPS)
Technical Specifications & Pinout
DENSOExact Engine & Chassis Match
PE01-13-250
Gasoline Direct Injection (GDI) • 200 bar
🚙 Engine Code PEVPS
Technical Specifications & Pinout
DENSOExact Engine & Chassis Match
PY01-13-250
Gasoline Direct Injection (GDI) • 200 bar
🚙 Engine Code PEVPS
Technical Specifications & Pinout
04

Installation Tips

  1. [
  2. {
  3. "step": 1,
  4. "title": "High-Pressure Fuel Pressure Relief & Battery Safety",
  5. "instruction": "Disconnect negative battery terminal. Remove fuel pump fuse and crank engine for 5 seconds to depressurize the 200-bar fuel rail. Allow turbocharger assembly to cool completely."
  6. },
  7. {
  8. "step": 2,
  9. "title": "Engine Cosmetic Cover & Intake Ducting Disassembly",
  10. "instruction": "Remove Skyactiv-G engine cover and unbolt upper intercooler pipe and bracket assemblies to expose the high-pressure fuel pump mounted on the cylinder head cover."
  11. },
  12. {
  13. "step": 3,
  14. "title": "Electrical Connector & Fuel Line Detachment",
  15. "instruction": "Disconnect the fuel pressure control valve connector. Using a 17mm flare nut wrench, loosen high-pressure steel delivery pipe union nuts (counter-holding pump fitting). Release low-pressure supply line clamp."
  16. },
  17. {
  18. "step": 4,
  19. "title": "Camshaft Base Circle Alignment & Pump Removal",
  20. "instruction": "Turn crankshaft pulley clockwise until the high-pressure pump camshaft drive lobe is at base circle to minimize spring load. Alternately loosen mounting bolts 1/2 turn at a time and remove pump."
  21. },
  22. {
  23. "step": 5,
  24. "title": "Roller Tappet Inspection & New Pump Installation",
  25. "instruction": "Inspect roller tappet inside head bore for scoring or surface fatigue. Lubricate new pump O-ring with fresh synthetic oil. Place pump square on head and torque bolts alternately to 14 N·m."
  26. },
  27. {
  28. "step": 6,
  29. "title": "High-Pressure Tube Torquing & Diagnostic Fuel Pressure Test",
  30. "instruction": "Thread high-pressure tube nuts by hand, then torque flare nuts to 28 N·m. Reinstall intercooler ducting. Cycle ignition key ON-OFF 3 times, inspect for fuel leaks, and verify actual fuel rail pressure via OBD2."
  31. }
  32. ]
05

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.

Technical Diagnostic & Service Protocols

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

COMMON RAIL WORKSHOP DIAGNOSTICS

Common Rail High-Pressure Pump Diagnostics Guide

Diagnose common rail high-pressure pump failure: suction vacuum, CP4 roller glitter, plunger wear, air ingress & P0087 hard start. Workshop bench testing.

Read Technical Protocol
COMMON RAIL WORKSHOP DIAGNOSTICS

Fuel Metering Valve (IMV/SCV) Diagnostics Guide

Diagnostic guide for common rail fuel metering valves (IMV/SCV/FCA/MPROP). Normally open vs closed, coil resistance, PWM duty cycle & P0088 / P0089 test.

Read Technical Protocol
OBD-II DIAGNOSTIC PROTOCOL

P0087 Low Rail Pressure Diagnosis Guide

Step-by-step workshop diagnostic protocol for OBD-II DTC P0087 (Fuel Rail Pressure Too Low). 5-stage troubleshooting tree: backleak testing, SCV valve, PRV valve, and high-pressure pump.

Read Technical Protocol
COMMON RAIL WORKSHOP DIAGNOSTICS

Rail Pressure Relief Valve Diagnostics Guide

Common rail pressure relief valve (PRV) testing guide. Diagnose hot start stalls, P0087 rail pressure loss, return line leakage & single vs 2-stage valves.

Read Technical Protocol