Bachmann 35-418SFX

Class 47/0 47004 BR Railfreight Construction Sector

Manufacturer catalogue image - please note that pre-release images may be CAD renders or CGI images rather than photographs

Prototype Era
Era 8 (1983 to 1994) British Rail Sectorisation

Manufacturer description

As part of our Autumn 2021 British Railway Announcements, we are delighted to present the stunning all-new Bachmann Branchline Class 47/0 No. 47004 in BR Railfreight Construction Sector livery.

Designed from scratch, this all-new model incorporates unrivalled levels of detail and technical features taking the Branchline Class 47 to new heights for British outline diesel locomotives. With high fidelity mouldings, numerous separately fitted parts and countless tooling variations to capture the minutiae of the real locomotives throughout their lives - ensuring each model is faithful to its prototype – our new 47 is brought to life with an exquisite livery application using true-to-prototype colours, fonts and logos. Along with an unprecedented array of lighting features, our new Dual Fitted speaker system is fitted to all models bringing to life our SOUND FITTED models. For the ultimate experience, choose our SOUND FITTED DELUXE models with their ground breaking motorised radiator fans and authentic tinted windscreen glazing!

• Bachmann Branchline OO Scale
• Era 8
• Pristine BR Railfreight Construction Sector livery
• Running No. 47004
• Etched BR Arrows and Depot Plaques included
• SOUND FITTED - Fitted with a ESU Loksound V5DDC Sound Decoder – See below for the function list
• Motorised Radiator Fans
• Tinted Windscreen Glazing
• Length 255mm

DETAIL VARIATIONS SPECIFIC TO THIS MODEL

• Plated Headcode Panels with Sealed Beam Marker Lights at No. 2 End
• Single Bufferbeam Bracket denoting a Brush-built Machine
• Single Arm Windscreen Wipers
• Round Buffers
• Full Cab Roof Vents
• Serck Radiator Grilles
• Smooth Exhaust Panels
• Spanner Mk3 Boiler
• 1,200 Gallon Water Tanks with Water Filler Valves
• NRN Aerials
• High Intensity Headlights
• Plated Bogie-mounted Cab Steps
• Stones Speedo Drive

BACHMANN BRANCHLINE CLASS 47 SPECIFICATION

MECHANISM:

• Five pole, twin shaft motor with two flywheels providing drive to both bogies
• All axle drive
• Electrical pickup from all wheels
• Separate metal bearings fitted to each axle
• Diecast metal chassis block and bogie towers
• Diecast metal gearboxes, with gearing arranged for prototypical running speeds and haulage capabilities
• 16.5mm (OO gauge) wheels to NEM310 & NEM311 standards with authentic profile and detailing
• Detachable coupling pockets to NEM362 standards fitted to each bogie
• Designed to operate on curves of second radius (438mm) or greater

DETAILING:

• Bogies constructed from multiple components featuring full relief detail
• Rotating radiator fans, driven by an independent motor and gearbox, operated via a DCC function, or randomised when operated as part of the sound project on DCC and Analogue control (SOUND FITTED DELUXE models only)
• Tinted windscreen glazing (SOUND FITTED DELUXE models only)
• Separately applied metal detail parts, including grab handles, windscreen wipers and etched fan grilles
• Sprung metal buffers
• Each model supplied with a full set of decorated, model-specific bufferbeam pipework and accessory parts

LIGHTING:

• Directional lighting, switchable on/off at either end on DCC or Analogue control
• Cab lighting*, assigned to two DCC functions for separate switching of each
• Separately switched Engine Room lighting* (*when used on DCC)
• Authentic light colours and temperatures selected for each model based on era and application

DCC:

• Plux22 DCC decoder interface

SOUND:

• Two quality speakers employed for optimum sound reproduction, fitted to every model as standard
• ESU Loksound V5DCC Sound Decoder fitted to SOUND FITTED and SOUND FITTED DELUXE versions
• Sound files produced specifically for the Bachmann Branchline Class 47 using recordings from real locomotives
• SOUND FITTED and SOUND FITTED DELUXE models operate on DCC and Analogue control as supplied. On Analogue, an authentic engine start up sequence, including the momentary dimming of all lights during engine start up, and running sounds are produced when power is applied

LIVERY APPLICATION:

• Authentic liveries applied to all models
• Multiple paint applications employed on each model using BR specification colours
• Logos, numerals and text added as appropriate using multi-stage tampo printing using authentic typefaces, logos and colours

SOUNDS

F0 - Directional Lights - On/Off (plus Light Switch Sound)

F1 - On - Warm Engine Start / On, Off - Failed Engine Start / On, Off, On - Cold Engine Start

F2 - Brake

F3* - Horn (Playable)

F4* - Two-Tone Horn

F5 - Heavy Load

F6 - Coasting (Manual notch Down if F22 On)

F7 - Maximum Revs (Manual notch Up if F22 On)

F8** - On - Coupling Up / Off - Uncoupling Up

F9 - Flange Squeal (Speed Related)

F10*** - Fan Operation and Noise

F11 - Engine Room Lights On/Off (plus Light Switch Sound)

F12 - On - Guard’s Whistle / Off - Driver’s Response Horn

F13 - Cab Lights On/Off No. 1 (plus Light Switch Sound)

F14 - Cab Lights On/Off No. 2 (plus Light Switch Sound)

F15 - Auto Uncouple Cycle

F16 - AWS Horn

F17 - AWS Bell

F18 - On - Sound Fades Out / Off - Sound Fades In

F19 - Mute (Latch) / Volume Cycles 6 Levels (Trigger)

F20 - No. 1 End (Fan) Directional Lights Off

F21 - No. 2 End (non-Fan) Directional Lights Off

F22 - Manual Notching Logic On/Off (control with F6 & F7)

F23 - Spirax Valve

F24 - Station Announcement

F25 - On - Driver’s Door Open / Off - Driver’ Door Shut

F26 - Air Dump

*Alternative Horn sounds and behaviour can be selected via CV changes

** Alternative coupling sounds can be selected via CV changes

*** Fan operation and sounds are randomised with F1 On. F10 allows you to override this and activate on demand

Analogue Users: Please note that normal load running sounds and any other automatic or randomised sounds will also operate, along with randomised fan operation and sounds when this model is used on analogue control (DC) straight from the box!

CLASS 47 HISTORY

Towards the end of the 1950s, British Railways began planning a new fleet of diesel locomotives and after investigating several prototypes, BR decided to place an order with Brush Engineering for 20 locomotives during February 1961. The resulting design became the iconic Brush Type 4 Diesel locomotive, a practical, versatile design with a very distinctive cab. Powered with a Sulzer engine and initially rated at 2,750hp, the locomotive could achieve a top speed of 75mph with a tractive effort of 55,000lb. Building commenced in January 1962 and the first locomotive No. D1500 appeared in late September of the same year with test runs on the London Midland Region and Western Region. The design was a success and BR went on to order a total of 512 with continuous production through to early 1967, forming the largest single class of main-line diesel locomotives in the UK.

During this time and subsequent years, several variations appeared with an increase in speed and tractive effort to 95mph and 62,000lb respectively. Originally fitted with four character train reporting head-codes, these changed to marker lights, with the addition of high intensity lights and roof aerials in the late 1980s. Other variations involved the fitting of different types of steam heating boiler for early BR coaching stock, later replaced with electric train heating for use with modern rolling stock. The numbering system started with four figures but changed to five with the introduction of the TOPS coding system which saw the locomotives classified as Class 47 Diesels with variations such as 47/0, 47/2, 47/3, 47/4 and 47/7. By the end of the 1990s, half of the Class 47 fleet had been withdrawn or scrapped, 33 have been converted into Class 57 locomotives and several have been preserved, including the original No. D1500, now numbered 47401.

Catalogue listing

Model details

Prototype information

^* Class names often change over the lifespan of a locomotive, so this is not necessarily the class name used by the operator in the period modelled.