Yanmar 2TNV70, Operation Manual

Page: 33 / 142

TNV Operation Manual
15
PRODUCT
OVERVIEW
TNV Operation Manual
YANMAR TNV ENGINE
FEATURES AND
APPLICATIONS
Yanmar’s series of TNV engines are
environmentally friendly and are designed to:
• Lower the amount of exhaust gas emissions.
• Reduce engine noise and vibration.
• Be easy to start thanks to the specially
designed fuel injection pump and combustion
system.
• Be economical to run because diesel fuel and
engine oil consumption are reduced.
• Be easy to operate due to the minimum amount
of required maintenance and its compact
design.
• Be durable and reliable due in part to the newly
designed fuel injection valve and fuel injection
pump.
Yanmar TNV engines are designed to supply
power to a wide variety of driven machines
including:
• Construction
• Agriculture
• Power Generation
We are sure that you will agree these features
provide excellent value in an industrial diesel
engine.
These engines are designed to deliver power to
driven machines by means of a “direct coupled
drive” or “belt drive”. In direct coupled drive
engine applications, the engine’s flywheel
housing or end plate is coupled directly to the
driven machine. In belt drive engine applications,
a belt drive is used to power the driven machine.
If you have applications that require a belt drive
and / or front power take-off (PTO), please
contact your authorized Yanmar industrial engine
dealer or distributor.
The engine is designed for a wide range of
applications. Options (such as fuel tank, control
panel, indicators, gauges and alarms) are
available to customize the application.
Since designing the application and installing the
engine require special knowledge and skill,
always consult your authorized Yanmar industrial
engine dealer or distributor for these services.
They will help you:
• Select optional equipment. Optional equipment
should be selected to match the work
conditions and environment.
• Maximize engine performance with a minimum
amount of downtime and safety related
incidents by carefully matching the
characteristics of the engine with the driven
machine.
• Plan for safe fuel piping, exhaust piping,
electrical wiring, ventilation and accurate
engine installation.
• Design your applications so they meet
requirements of the local authorities.