Salmson


Salmson is a French engineering company. Initially a pump manufacturer, it turned to automobile and aeroplane manufacturing in the 20th century,
returning to pump manufacturing in the 1960s, and re-expanded to a number of products and services in the late 20th and into the 21st century. It is headquartered in Chatou and has production facilities in Laval. It has subsidiaries in Argentina, Italy, Lebanon, Portugal, South Africa and Vietnam.

History

It was established by Émile Salmson as Emile Salmson, Ing. as a workshop in Paris,
making steam-powered compressors and centrifugal pumps for railway and military purposes. Subsequently, joined by engineers George Canton and Georg Unné, it was renamed Emile Salmson & Cie, building petrol-powered lifts and motors.
The company became one of the first to make purpose-built aircraft engines, starting before World War I and continuing into World War II.
After World War I the company looked around for other work and started making car bodies and then complete cars.
Car production finished in 1957.
Focus also moved back to pump production and the facilities moved to Mayenne in 1961. The firm was bought by ITT-LMT in 1962 then by Thomson in 1976 and by Wilo in 1984.
Its headquarters today are in Chatou.

Aircraft manufacture

It moved to Billancourt and manufactured the Salmson 9 series of air- and water-cooled radial engines. During World War I Salmson made its first complete aeroplanes, mainly the two-seat fighter/reconnaissance plane, the Salmson 2A2. These were used in combat by both the French and the American Expeditionary force. The company also designed a prototype of a single seat scout/fighter, the Salmson 3, but this was not produced in large quantities.
Salmson aircraft were also used for air mail to India in.
Aeroplane manufacturing moved to Villeurbanne near Lyon.
Two world records were set by Maryse Bastié, who flew Le Bourget to Moscow.

Aircraft

Aero engines produced up to 1917 are shown in the following table:
NameCyl.YearBoreStrokeCapacityPowerRemarks
A2 × 7-cyl barrel1908 at 800 rpmBarrel engine 1 built bench tests only
B2 × 7-cyl barrel1910 at 800 rpm1 built bench tests only – water-cooled.
C2 × 7-cyl barrel1910 at 1,100 rpm1 built with rotary inlet valves – water-cooled.
D2 × 7-cyl barrel1910 at 1,100 rpm1 built with rotary inlet valves – water-cooled.
E2 × 9-cyl barrel19111 built – timed valves – water-cooled.
F2 × 9-cyl barrel1911 at 1,200 rpm1 built – timed valves – water-cooled.
K2 × 7-cyl barrel1912 at 1,200 rpm1 built – automatic inlet valves – water-cooled
A77-cyl radial1911 – 5 built for bench testing – water-cooled
A99-cyl radial1912 – 30 built – certified to 47 hours running by 1914
C99-cyl radial19121 built for testing
M77-cyl radial1913 – 50 built for bench testing – water-cooled
2M714-cyl 2-row radial1913 at 1,300 rpmWater-cooled – 15 built in France 300 built in Great Britain. Powered the Kennedy Giant, Short Type 166,
Sopwith Bat Boat II, Sopwith Type C, Sopwith Type 860 and Wight Navyplane.
2A918 cyl 2-row radial1913 at 1500 rpm1 built for bench testing – water-cooled
B99-cyl radial1913Water-cooled – 106 built in Great Britain, 300 built in France. Powered the Short Type 135, Short S.74 et Short Type 830 and Voisin LA 5
M99-cyl radial1914 – Water-cooled – 500 built in France. Powered the Voisin LA 3, Bréguet U2, Blackburn Type L, Breguet 14 prototype.
P99-cyl radial1915Water-cooled – 300 built in France, 300 built in Russia. Powered the Voisin type LA 5 and Farman HF.27
R99-cyl radial1915 – at 1,300 rpmWater-cooled – 50 built in France, 300 built in Russia. Powered the Lebed 12, Anatra DS, and Salmson-Moineau prototype
9Z9-cyl radial1917 at 1,400 rpma.k.a. Z9 Water-cooled – 3000 built in France, 56 built in Great Britain. Powered the Salmson 2A2, Farman 60, Voisin Triplane, Caudron C.23, Hanriot H.26 and Vickers Vimy prototype
9Za9-cyl radialVariant of the 9Z, powered the Hanriot HD.3
9Zm9-cyl radialVariant of the 9Z
9Zc9-cyl radialVariant of the 9Z
CM99-cyl radialpowered the Salmson 2 Berline
Salmson 18ZA18-cyl radialpowered the Hanriot H.33
Salmson 18ZC18-cyl radialpowered the Hanriot H.31

Salmson post World War One engines

In common with several other French aero-engine manufacturers Salmson named their engines with the number of cylinders then a series letter in capitals followed by variant letters in lower-case. Engines not included in the 1932 table are listed here:
;3 Ad:
;5 Ac:
;5 Ap-01:
;5 Aq-01:
;6 Ad:?
;6 TE:
;6 TE.S:
;7 Aca:
;7 Aq:
;7 M:
;7 Om:
;8 As:
;9 AB:
;9 ABa:
;9 ABc: 172 kW
;9 Az:
;9 A2c:
;9 M:
;9 Nd: 131 kW
;9 P:
;9 Y:
;11 B:
;12 C: W-12
;18 AB:
;18 Cm:
;18 Z:
  • Salmson 11 B
  • Salmson 12 C W-12
  • Salmson 18 Ab
  • Salmson 18 Cm
  • Salmson 18 Z
;Salmson-Szydlowski SH18:
Salmson air-cooled engines available in 1932 are tabled here:
NameCyl.YearBoreStrokeCapacityPowerWeight
7 AC7-cyl radial at 1,800 rpmWeight
9 AD9-cyl radial at 2,000 rpmWeight
9 ADb9-cyl radial at 2,200 rpmWeight
9 ADr9-cyl radial at 2,700 rpmWeight
9 AC9-cyl radial at 1,800 rpmWeight
9 NC9-cyl radial at 1,800 rpmWeight
9 NCt9-cyl radial at 1,800 rpmWeight
9 AB9-cyl radial at 1,700 rpmWeight
9 NA9-cyl radial at 1,800 rpmWeight
9 NAs9-cyl radial at 1,800 rpmWeight
18 AB18-cyl 2-row radial at 1,700 rpmWeight
18 ABs18-cyl 2-row radial at 1,700 rpmWeight

Car manufacture

The Billancourt factory became the car manufacturing plant directed by Emile Petit. As the firm had no direct car design expertise they started by building the British GN cyclecar under licence, displaying six cars at the 1919 Paris Salon.
In 1922 the car part of the business became a separate company, named Société des Moteurs Salmson.
The first Salmson car proper used a four-cylinder engine designed by Petit with unusual valve gear: a single pushrod actuated both inlet and exhaust valves pushing to open the exhaust and pulling to open the inlet. This was used in the AL models from 1921. Later the same year the company built its first twin-overhead-cam engine, which was fitted to the 1922 D-type, although most production at first used the pushrod engine.
Models included: