GREENWOOD & BATLEY Turbine Driven Generator Set
De Laval single stage turbine driving a D.C. dynamo.
Complete generator set on base plate.
5 KW 220 V Output @ 2400 r.p.m.
Greenwood & Batley No.17169.
Wt est 450 Kg.
A very rare, small turbine driven gen set.
SISSONS 6 NHP Enclosed Generator Engine
A high speed single cylinder enclosed type steam engine suitable for direct coupling to a dynamo or alternator, or other machinery.
Approx 6 H.P. Output.
SISSONS 8 NHP Enclosed Generator Engine
An enclosed, high speed steam engine suitable for direct coupling to a dynamo, etc.
Approx 8 H.P. Output
Complete with flywheel and external bearings, governor, bearings, rev counter. Also complete with Sissons condenser unit.
In excellent condition.
STUART TURNER ‘S’ Type Generator Set Engine
Single cylinder enclosed vertical engine, c1945.
Designed to produce 800-1000 W @ 1000 r.p.m.
One of several currently available, in either slide valve or piston valve variants.
Price On Application
STUART TURNER ‘S’ Type Generator Engine
A rare c1945 enclosed steam engine by Stuart Turner Ltd, Henley-on-Thames.
This single cylinder vertical engine is designed for driving a small dynamo or alternator of c750 Watts.
In good, usable condition.
These are the smallest, totally enclosed governed steam engines that were commercially made.
ASWHORTH-PARKER 60 HP Enclosed Generator Set Engine
A high speed enclosed single cylinder vertical steam engine suitable for direct coupling to an approx 50 KW D.C. dynamo or alternator.
Approx 60-70 H.P. Output.
STONES ‘TURBO’ D.C. Generator Sets
Steam turbine driven D.C. generators.
Type ‘TGH’ – 15 Amps / 500 Watts
Several currently available:
~ 24 Volts or 32 Volts D.C. Output ~
Suitable for fitting to all types of steam locomotives and other railway equipment, etc.
Price On Application
SISSONS 4 HP Generator Set
A complete, high speed enclosed type steam engine driving a dyanmo. by Sissons & Co., Gloucestershire. Originally fitted to a launch steam launch, engine is approx 4 H.P. output.
In very good, restored condition.