Perkins 1700 Series
1706D-E93TA
Industrial Diesel Engine
Available from FBM Trading, an authorized Perkins® engine dealer.
Overview
1706D-E93TA industrial power
The Perkins 1706D-E93TA is an industrial diesel engine for equipment applications that require dependable, application-ready power. It delivers up to 416 hp / 310 kW with maximum torque of 1335 lb-ft @ 1400 rpm / 1810 Nm @ 1400 rpm. Its listed emissions configuration is China Nonroad Stage III, Brazil MAR-1, UN ECE R96 Stage IIIA.
Features at a glance
Designed for industrial applications
A lifetime of low cost
Engineered to balance productive performance with efficient day-to-day operation.
Dependable power
Delivers useful power and torque characteristics for demanding industrial duty cycles.
High performance
Delivers useful power and torque characteristics for demanding industrial duty cycles.
Standard equipment
1706D-E93TA standard equipment
Air System
- Turbocharged aftercooled
Electrical and Electronics
- All connectors and wiring looms waterproof and designed to withstand harsh off-highway environments
- Flexible and configurable software features and well-supported SAE J1939 CAN bus enables highly integrated machines
- Full electronic control system with all system functions controlled from a single, engine-mounted electronic control module (ECM)
Cooling System
- Detailed guidance on cooling system design and validation available to ensure machine reliability
- Vertical outlet thermostat housing, centifugal water pump
Flywheel and Flywheel Housing
- Wide choice of drivetrain interfaces, SAE2 and SAE1 configurations
Fuel System
- High Pressure Common rail fuel system
Oil System
- Choice of sumps for different applications
- Oil cooler, oil filler, oil filter, oil dipstick, oil pump (gear-driven)
Power Take-Off (PTO)
- Engine power can also be taken from the front of the engine on some applications
- Available SAE No. 1 flywheel housings with rear power take-off (PTO) drive options for SAE B, SAE C or combination.
For complete, current manufacturer information, view this model on Perkins.com .