Diesel Engine Bench - Cummins QSB6.7 Tier 4F

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The Cummins QSB6.7 Diesel Engine Bench is mounted on a tubing steel stand. Completely operational and safe, this standard trainer is easy to work on and complies with manufacturer rules and specifications related to all OEM codes, colors and electronics. Meets TIER 4F emissions regulations. This engine is aimed at industrial, agricultural, construction and powergen markets. Especially built to meet all diesel engine performance and repair tasks these diesel engine benches meet North American emissions standards for the years indicated in each offering below unless otherwise noted. This engine comes equipped with a fully functioning diesel exhaust aftertreatment system that includes: Selective Catalytic Combustion (SCR), Diesel Exhaust Fluid (DEF), Diesel Particulate Filter (DPF) and Diesel Oxidation Catalyst (DOC).

Spec Sheet

Educational Advantages
Equipment & Features
Electronic Programmable Fault Box

Includes Student Assignments

Demonstration of major engine systems to groups of students without the access limitations of a complete vehicle
Engine systems respond to inserted faults with real world symptoms, OEM DTCs and MIL operation
Functional DLC using SAE J1939 communication protocol
Provides a platform to perform the following:
- Diagnose and troubleshoot fuel system
- Diagnose and troubleshoot engine management system
- Diagnose and troubleshoot electrical/electronic system
- Obtain electronic parameters using diagnostic equipment
- Obtain technical data and information from the trainers through an electronic service tool connection
- Perform testing procedures oaf all electrical and mechanical systems
- Allow user to exercise test procedures as outlined in OEM service manuals

Application :

Cummins’ Tier 4F equipped with new QSB6.7 diesel engine and post-treatment system

Standard Equipment and Features:

New OEM In-line 6-cylinder, 4-stroke cycle diesel engine

Interfaces with OEM diagnostic electronic service tools

OEM Engine management system

Complete engine cooling system with fan, air-to-air, radiator, and fuel system

OEM cold start system

OEM ECM and wiring

Master control panel with DLC (9-pin J1939 Deutsch connector) with:

– Keyed ignition system with two (2) keys and testing points – Indicator lights

– Enable/disable switches

– PTO controls

– LOFA CANPlus display with J1939 parameters for installed components

Complete and operable fuse-protected electrical/electronic system (24 VDC)

Fuel pedal

Heavy-duty batteries (2) with smart charger

Battery cut-off switch

Emergency stop buttons (2)

Electronic programmable fault box with 12 faults with intermittent fault capability

Safety guards on all rotating components in compliance with CSA regulation Z432-04 and on high temperature components

DET frame:

– Heavy duty 3” (76.2 mm) powder enamel coated square tubular steel frame

Functional Post-treatment Systems :

DOC (Diesel Oxidation Catalyst)

EGR (Exhaust Gas Recirculation)

DPF (Diesel Particulate Filter)

SCR (Selective Catalytic Reduction)

Dimensions : 81.5 x 58 x 89 in (207 x 147.3 x 226.1 cm) / 64 x 92 x 86 in (162.5 x 233.7 x 218.4 cm) (w/packaging)
Weight: 3000 lb (1363.6 kg) / 3200 lb (1454.6 kg) (w/packaging)

Educational Advantages:

Allows insertion of faults for the diesel engine systems with real problems, codes and other indicators.

Features:

Signals generated from most sensors that reproduce actual running conditions in the system.

Remote control using a dedicated software interface connected to a PC running WindowsTM through USB port.

Fault selection, signal variation (if available), and set intermittence parameters either directly or by remote hook up.

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Remote Control Software

Easy to install Windows®-based software allows you to control the fault box remotely via a USB cable (included with software) to your Windows® computer.

Allows you to program intermittent faults. Engine systems res- pond to created conditions and inserted faults with real world symptoms, OEM TC’s and check engine light operation.

Allows insertion of single or multiple faults in the engine.

Major engine sensor signals can be adjusted to produce a variety of engine operating conditions.