Bachmann NG7 71-027SF - Quarry Hunslet 0-4-0ST 'Margaret' Penrhyn Quarry Lined Black (Early) (Sound Fitted)
Bachmann NG7 71-027SF - Quarry Hunslet 0-4-0ST 'Margaret' Penrhyn Quarry Lined Black (Early) (Sound Fitted)
NG7
We are proud to present the iconic Quarry Hunslet as the launch locomotive for the new Bachmann Narrow Gauge NG7 Scale range. Depicting ‘Margaret’, built originally for the Penrhyn Quarry but now a popular performer at the Vale of Rheidol Railway, this new model builds on the success of the smaller, award-winning Bachmann Narrow Gauge OO9 scale cousin. The larger NG7 scale affords a higher level of detail, along with an enhanced technical specification which includes a Next18 DCC decoder socket, pre-fitted speaker and firebox lighting system, all of which is fully utilised in this SOUND FITTED model.
With a diecast metal chassis and gearbox, coupled with a precision moulded plastic bodyshell, cylinder block, frames and footplate, the 0-4-0ST wheel formation is faithfully modelled, with authentically profiled wheels running in metal bearings which ensures smooth running. A wealth of separately fitted detail parts complete the model, including handrails, valves, springs, brake shoes and cab controls. All of this is finished with a high-fidelity livery application, using the latest techniques to capture every aspect of the prototype’s decoration. Coupling solutions provided with this new NG7 model include two types of chopper coupling and the hook and loop type used on Bachmann Narrow Gauge OO9 scale models – all of which attach via the NEM coupling pockets.
MODEL FEATURES:
- Bachmann Narrow Gauge NG7 Scale
- Era 3
- Pristine Early Penrhyn Quarry Lined Black livery
- Named ‘Margaret’
- Etched Name Plates and Works Plates included
- SOUND FITTED – Fitted with a Zimo MS590N18 DCC Sound Decoder – See below for the function list
- Length 84mm
DETAIL VARIATIONS SPECIFIC TO THIS MODEL
- Open Cab
- Deep Bufferbeams
- Straight Frames
- Short Chimney
- Riveted Water Tank
- Tank-mounted Injectors
- Salter Safety Valves
- Single Smokebox-mounted Lubricator
- Blower supply fitted to right hand side of locomotive
- Tank-mounted Tool Rests
BACHMANN NARROW GAUGE NG7 QUARRY HUNSLET SPECIFICATION
MECHANISM:
- Coreless motor
- Electrical pickup from all wheels
- Separate metal bearings fitted to each axle
- Diecast metal chassis block
- Diecast metal gearbox, with gearing arranged for prototypical running speeds and haulage capabilities
- 5mm (NG7/O-16.5 narrow gauge) wheels to NEM310 & NEM311 standards with authentic profile and detailing
- Detachable coupling pockets to NEM362 standards fitted at each end, into which a standard NG7 coupling is fitted (alternative couplings provided for optional fitting)
- Designed to operate on curves of first radius (371mm) or greater
DETAILING:
- Precision moulded plastic bodyshell, cylinder block, frames and footplate
- Authentic outside-framed running gear with valve gear constructed completely from metal components
- Highly detailed and decorated cab interior including separately fitted regulator, reverser lever, handbrake and gauge frames, and hinged firebox door which can be posed open/closed
- Separately applied details including reverser, injectors, handrails, smokebox dart, whistle, brake blocks, springs, and tool brackets & Lamp Irons (where applicable)
- Each model supplied with a set of authentically decorated etched name plates and works plates
- Each model supplied with an accessory pack including alternative couplings, bufferbeam filler plates and fire tools
LIGHTING:
- Firebox Glow (on analogue) / Firebox Glow & Flicker (on DCC or when SOUND FITTED models are used on analogue)
DCC:
- Next18 DCC decoder interface
SOUND:
- Speaker installed in all models for optimum sound reproduction
- Zimo MS590N18 DCC Sound Decoder fitted to SOUND FITTED versions
- Sound files produced specifically for the Bachmann Narrow Gauge Quarry Hunslet using recordings from real locomotives
- SOUND FITTED models operate on DCC and Analogue control as supplied
LIVERY APPLICATION:
- Authentic liveries applied to all models
- Multiple paint applications employed on each model
- Logos, numerals and text added as appropriate using multi-stage tampo printing incorporating authentic typefaces, logos and colours
SOUNDS
F1 - Sound - On/Off
F2 - Brake
F3 - Cylinder Drain Cocks
F4 - Bell Whistle (Speed Related)
F5 - Reverser
F6 - On - Firebox Door Open / Off - Firebox Door Closed
F7 - Coal Shovelling (only with F6 On)
F8 - Blower
F9 - Flange Squeal (Speed Related)
F10 - Speed Lock
F11 - Hand Brake (Functional)
F12 - Water Tank Filling
F13 - Coupling Clank
F14 - Light Engine Mode
F15 - Fade All Sounds
F16 - Guard's Whistle
F17 - Enable Auto Wagon Buffering
F18 - Injector
F19 - Alternative Whistle (Speed Related)
F20 - Shunting Mode
F21 - Safety Valves Lifted
F22 - 'Clear my side’
F23 - 'Red light ahead’
F24 - 'Coal on the fire’
F25 - Volume Down
F26 - Volume Up
Analogue Users: Please note that normal load running sounds, acceleration steam chuff sounds and any other automatic and randomised sounds will also operate when this model is used on analogue control (DC) straight from the box!
QUARRY HUNSLET ‘MARGARET’ HISTORY
The Quarry Hunslet locomotives were built by the Hunslet Engine Company of Leeds. Rather than denoting a single design, the term Quarry Hunslet refers to several different locomotive types, each built to a similar design, but with specifics suited to their intended use. The first Quarry Hunslets were the Penrhyn Port Class, built for shunting duties at Port Penrhyn, the coastal port of Penrhyn Quarry – once the largest slate quarry in the world. These locomotives sported a 4ft wheelbase and the first example was delivered in 1883.
In 1886 the nearby Dinorwic Quarry, Wales’s second largest slate quarry, took delivery of its first Quarry Hunslet, named ‘Velinheli’. Smaller than the Penrhyn locos with a wheelbase of just 3ft 3in, the second Dinorwic loco, delivered in 1889 and originally named ‘Alice’, would lend its name to the locomotive type and by 1904 eleven Alice Class Quarry Hunslets had been delivered to the Dinorwic Quarry. All were built to fundamentally the same design, although details inevitably changed over the years, but a notable feature of the Alice Class locos was the angled frames and resulting shallow bufferbeams at the front and rear. At the quarry the locomotives were moved between the various galleries and to and from works via the steep inclined planes – straight frames would bottom out on these steep inclines, a problem avoided by building the locos with angled frames.
Five similar locomotives were built for use at Port Dinorwic during the same period, these shared much the same design as the Alice Class locos but had straight frames which resulted in them sporting much deeper bufferbeams. The Alice Class also provided the blueprint for six more engines which were built for smaller concerns; the Pen-Yr-Orsedd Quarry which took three, Moel Tryfan Quarry had two, and a single example was delivered to the Dorothea Quarry. The Penrhyn Quarry placed orders for four of these smaller 3ft 3in. wheelbase locomotives too – these became known as the Penrhyn Small Quarry Class to avoid any association with their rivals the Dinorwic Quarry. Penrhyn Quarry would later order another six Quarry Hunslets, but these reverted to the 4ft wheelbase used on the Penrhyn Port Class locos; whilst very similar in design, this final batch of Quarry Hunslets were different enough to be known instead as the Penrhyn Large Quarry Class.
‘Margaret’ was one of the four Penrhyn Small Quarry Class locomotives built for the Penrhyn Quarry and intended to replace the De Winton locomotives that were becoming life expired. Works number 605, ‘Margaret’ was completed in 1894 and worked in the quarries until 1950 when she was withdrawn. Once thought to be beyond restoration, in 1999 the Vale of Rheidol purchased ‘Margaret’, but it was not until 2015 that she returned to steam for the first time in 65 years. As part of the restoration ‘Margaret’ received a new boiler and became the first locomotive to be completed in the Railway’s new workshop, which had itself been completed a year earlier in 2014.