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Vauxhall 23-60

Vauxhall 23-60
OD
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Kington 5-seater tourer
Overview
Manufacturer Vauxhall
Production 1922-1925
Model years 1923-1925
Assembly Luton U.K.
Designer Charles Evelyn King
Body and chassis
Class medium
Body style Open 5 seater tourer
7-seater limousine
7-seater landaulette
7-seater cabriolet
Chassis only also supplied
Layout Front-engine, rear-wheel-drive layout
Powertrain
Engine I4 242 cu in (3,969 cc)
Transmission multiplate clutch run with graphite coupled by a fabric joint to the 4-speed gearbox to the spiral-bevel driven rear axle located by torque girders
Dimensions
Wheelbase 10'10" 3,302.0 mm (130 in)
track: 4'8" 1,422.4 mm (56 in)
Length and width and height depends on coachwork
Kerb weight 1,626 kg (3,584 lb)
Chronology
Predecessor Vauxhall 25
Successor Vauxhall 25-70
23-60 engine
OD
Overview
Manufacturer Vauxhall
Combustion chamber
Configuration inline 4
Displacement 3,969 cc (242 cu in)
Cylinder bore 95 mm (3.7 in)
Piston stroke 140 mm (5.5 in)
Cylinder block alloy 4 cylinders, iron cast en bloc, crank-chamber is a separate alloy casting extended at either side to meet the sub-frame
Cylinder head alloy cast iron, demountable
Valvetrain overhead through push rods and rockers. the timing chain may be adjusted externally
Combustion
Fuel system Autovac, Triple diffuser Zenith carburettor, water-jacketted induction pipe
Fuel type petrol
Cooling system cooling by impellor, temperature thermostatically controlled
Output
Power output 60 bhp (45 kW; 61 PS) @
2000 rpm
Tax rating 22.4 h.p.
Chronology
Predecessor Vauxhall 25
Successor Vauxhall 25-70

The Vauxhall 23-60 is a four or five-seater touring car manufactured by Vauxhall of Luton that was announced in July 1922. The 23-60's standard tourer Kington body was described as "preserving that greyhound look so characteristic of the Vauxhall car". It shared many parts with Vauxhall's much more powerful 30-98.

The 23-60 replaced the Vauxhall 25 which had given sterling service during World War I and from which the 23-60 was developed. Its reliability made Vauxhall's name for dependability. The 23-60 remained in production until the introduction of the ultra-smooth six-cylinder Burt-McCollum type single-sleeve-valve Vauxhall 25-70 was announced in October 1925. General Motors took control of Vauxhall 16 November 1925.

The hand-operated gear and rear-wheel brake controls are on the driver's right but there is a door for the driver which there was not on the 30-98 or 25. The spark and throttle levers are on the steering wheel together with an air lever working a valve in the induction pipe (after the throttle). There is also a mixture control (choke) on the dash. Gear and brake levers are well to hand. Accelerator and (transmission) brake pedals were set close together.

The hood is of the all-weather type and its door sections are carried in an envelope stored behind the back squab.

Large tools are kept in the footrest and there is a specially fitted tool cupboard in the near-side running board.

The engine is essentially the four-cylinder engine of the preceding 25 hp car which chief engineer C E King had modified adding an overhead valve head and, because such largish engines now usually had six-cylinders for smoothness, the harmonic balancer invented by Dr F W Lanchester at the centre of its crankshaft.

The dynamo is driven from the clutch casing so it is generating while the engine is running. The nearside of the engine carries the generator and magneto, the carburettor and its water-heated induction pipe with a proper hot-spot and the vacuum tank on the dash.The offside of the engine has the starter, steering-box, exhaust manifold, oil-dipper gauge and oil filler. The water connection between the lower casting and the cylinder head is through large external aluminium ports so there is a single compression joint between castings.

The Lanchester harmonic balancer on the crankshaft has two weighted drums driven at twice crankshaft speed, one by a helical gear wheel attached to the crankshaft and the other by the primary drum. In a four-cylinder engine unbalanced secondary forces occur twice in each crankshaft revolution. The harmonic balancer counteracts any tendency to undesirable vibration.


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