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Venturi Pipe Dd15 For Sale

Covers: Detroit DD13, DD15, DD16 GHG17 Heavy Duty Diesel Engines (2017 and newer)
Pages: 1,129
Format: PDF
File size: 210mb
Compatibility: Windows/Mac/Tablet
Notes: Instant digital download only – no printed copy or CD-ROM media.

This workshop manual contains detailed inspection, testing, adjusting, disassembly/assembly and removal/installation procedures for the Detroit Diesel DD13, DD15, DD16 engines with GHG17 emissions (2017+). This manual is recommended for diesel engine technicians overhauling or repairing the engine to the manufacturer’s standards. Print off pages, including the detailed diagrams and accurate illustrations you need, and save time and money on repairs. This workshop manual is also referred to as the service manual or repair manual.

Electronic troubleshooting & wiring diagrams sold separately.

Topics:

Aftertreatment System

Aftertreatment System Overview
1-BOX Aftertreatment
2-Box (2V2) Aftertreatment
DEF System
DPF
Hydrocarbon Doser

Air Compressor

Air Compressor
Air Compressor Coolant Lines
Unloader Valve

Air System and Turbocharger

Air Intake Manifold
Cold Boost Pipe (Charge Air Pipe)
Intake Mixer Assembly
Intake Throttle Valve and Adaptor
Turbocharger

Belt Drive

Accessory Mounting Bracket
Belt Drive Tensioner System
Idler Pulley and Idler Pulley Bracket
Non-Bracketed Idler Pulley
Poly-V-Belts

Cooling System

Description and Operation of the Cooling System and Related Components
Coolant Requirements
Cooling System Drain Procedure
Cooling System Flushing Procedure
Cooling System Fill Procedure
Coolant Crossover Pipe
Coolant Inlet Elbow
Coolant Outlet Elbow
Coolant Thermostat
Engine Water Pump
Variable Speed Engine Water Pump

Engine Mechanical

General Information and Specifications
Camshafts, Rocker Arms and Engine Brakes
Camshaft Housing
Crankshaft and Bearings
Cylinder Block
Cylinder Block Cover Plate
Cylinder Head and Valves
Cylinder Liner
Engine Lifting Brackets
Flywheel and Ring Gear
Flywheel Housing and Rear Crankshaft Oil Seal
Front Engine Cover and Front Crankshaft Oil Seal
Front Engine Mount/Radiator Support
Gear Train
Piston and Connecting Rod Assembly
Rocker Cover
Vibration Damper

Engine Electrical

Engine Wiring Harness Remove/Install
Engine Sensors Remove/Install
Motor Control Module (MCM) Remove/Install

Exhaust and EGR

Axial Power Turbine
Axial Power Turbine Gear Box
EGR Valve and Actuator
EGR Actuator Coolant Lines
EGR Valve Actuator Pull Rod
EGR Actuator Lever
EGR Cooler – DD15 and DD16
EGR Hot Pipe
EGR Venturi
EGR Cooler Water Manifold Assembly
Exhaust Flanged Manifold/Exhaust S-Pipe
Exhaust Manifold
Mixer Pipe
Water Manifold

Fuel System

Fuel System Overview
Fuel System Draining Procedure
Fuel System Priming
Amplified Pressure Common Rail System
Fuel Filters
Fuel Filter Module
Fuel Injectors
Fuel Injector Cup
Fuel Injector Wiring Harness
Fuel Rail
High Pressure Fuel Flange
High Pressure Fuel Injector Lines
High Pressure Fuel Pump
High Pressure Fuel Rail Feed Lines
Low Pressure Fuel Pump
Low Pressure Fuel Pump Lines
Needle, Amplifier and Pressure Limiting Valve Return Lines
Needle Return Pressure Control Valve
Pressure Limiting Valve
Pressure Relief Valve
Quantity Control Valve
Two Stage Valve
Water Drain Bowl

Lubrication System

General Information and Specifications
Crankcase Breather Assembly
Oil Coolant Module
Oil Cooler
Oil Dipstick and Tube
Oil Filler Neck
Oil Filter
Oil Filter Stand Pipe
Oil Pan
Oil Pump, Oil Suction Manifold and Oil Lines
Oil Sample Valve
Oil Thermostat
Oil Thermostat Cover

PTO

Description and Operation of the Rear Engine PTO
Removal of the Rear Engine PTO
Inspection of the Rear Engine PTO
Installation of the Rear Engine PTO

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Ventury flow meter works on the principle of Ventury Effect. A reduction in fluid pressure occurs when a fluid flows through a constricted section of pipe. This happens mainly due to increased flow velocity because of reduced cross section.

Venturi Flow Meter Installation

Reduction in pressure is related to actual fluid velocity as well as density of the fluid. Pressure is measured at normal cross section as well as constricted cross section, to get the differential pressure. Based on this differential pressure, fluid velocity and hence volumetric flow rate can be determined.

Ventury Flow Meter

Straight Length Requirements

Terminology

Diameter (D) = nominal Pipe Size

Example:

13 Diameters of 6″ pipe = 78″

13 Diameters of 10″ pipe = 130″

Beta = (Bore I.D./Pipe I.D.)

Venturi Pipe Fittings

Bore is the smallest diameter of an orifice or nozzle

Up = Upstream Diameters
Down = Downstream Diameters

Venturi Pipe Dd15 Price

Two Elbows, > 10 Diameters, Fittings in Different Planes

When Beta is both 0.5 or 0.7 , upstream straight lenght shall be minimum 21D and downstream straight length shall be minimum 2D.

Two Elbows, < 10 Diameters, Fittings in Different Planes

When Beta is both 0.5 or 0.7 , upstream straight lenght shall be minimum 21D and downstream straight length shall be minimum 2D.

Reducer or Expander (Unless Another Upstream fitting Needs More)

If upstream has a reducer, then if Beta is 0.5, upstream straight length shall be minimum 5D and downstream shall be minimum 2D. Also in this case if Beta is 0.7, upstream straight length shall be minimum 8D and downstream shall be minimum 4D.

If upstream has an expander, then if Beta is 0.5, upstream straight length shall be minimum 2D and downstream shall be minimum 2D. Also in this case if Beta is 0.7, upstream straight length shall be minimum 4D and downstream shall be minimum 4D.

Images

Lifting of Giant Venturi Flow Meter