Locomotive
EMD SD70 Norfolk Southern (PRR)
Type: Locomotives
Downloaded:  11554
File Size: 2.15 MB
File Type: .cdp
Created by: Phil_C
Date: 19th October 2017
Version: TS12
KUID2: <KUID2:86105:5498:3>


Description:
SD70 in Nofolk Southern color scheme with PRR written under the cab side numbers
Performance Specifications:-
4500 HP locomotive equipped with EMD's 16-710G3C-T1 engine
EPA Tier-1 emissions certified
Tractive and braking effort capability
137,000 lbs continuous TE
175,500 lbs starting TE
81,000 lbs braking effort

Performance Impact:-
The SD70 provides unit reduction, fuel savings and additional revenue tonnage capability over SD40-2 locomotives
Train simulation results and actual field demonstrations indicate:
3 SD70's can replace 5 SD40-2's in high tractive effort operations
Operation of fewer units results in significant maintenance and operating savings

Reliability and Serviceability:-
92-day maintenance intervals
Oil filled gear cases
Tapered roller or support bearings
AC motors double traction motor life
No running maintenance required
No brushes, commutator, nor rotor insulation
No flashovers/ground relays
Bogie inverter control
High level of reliability with less parts
HTCR Radial Bogie
Bogie overhaul extended to one million miles
Significant wheel and rail wear reduction
6 year engine overhaul period
EM2000 microprocessor control
increased speed and efficiency
reduced parts and increased reliability
Improved diagnostic capability
Safety Aspects
Lowest cab sound and vibration levels available (WhisperCab™)
Integral safety lockouts and discharge systems for inverter system
Satisfies all FRA/AAR crashworthiness requirements
Impact resistant fuel tank minimizes spills and leakage
1 million lb. buff load capacity
1 million lb. collision posts for increased crew protection
Frame mounted anti-climbers improve crew and equipment protection

Basic Features:-
Engine 16-710G3C-T1
High efficiency turbocharger
Electronic fuel injection
Tier-1 emissions certified
AC Traction Technology
Simple, robust motor design
Higher efficiency - lower temperatures
Doubles motor overhaul interval
Utilizes bogie-controlled DC traction inverters for higher inherent reliability
All