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Emco Compact 5 Lathe

A Operation and Parts Manual is available for the Compact 5

Emco Home Page  Emco Unimat & DB200 & SL1000 lathes   Emco Unimat 1

Emco Unimat 3 and 4   Emco Compact 5   Emco Compact 5CNC and Compact 5PC
   
Unimat PC and "Basic"   Emcomat & Maximat 7  Emco Compact 8

Emcomat 8.4 & 8.6   Emco Maximat V8   Emco Compact 10
 
Emco Maximat V10/V10P    Emco Super 11   Emco Maximat V13   Very Early Emco TD55 lathe

1950s Mk. 1 "Maximat Standard" and "Compact" Universal Machine Tool

1960s Mk. 2 Maximat "Standard" Model 3000 Universal Machine Tool

Emco Milling Machines   Emco V10 Switch Replacement


Compact 5 with the optional milling and drilling head with a fine down-feed attachment, 3-jaw chuck, rotating tailstock centre, top slide and splash guard: centre height 2.56" and able to accept 13.78" inches between centres (65 mm x 350 mm) and with 6 spindle speeds from 200 to 2400 rpm.
Long established and very popular, the Emco Compact 5 in its basic form requires a number of accessories to turn it into a useful work tool. If you are looking at a used example, the two most import additions are a swivelling top slide, often referred to as the "compound", and the automatic carriage-feed mechanism, a 2-speed device that included 6 changewheels and a push/pull engagement knob for the dog clutch. Using the unit gave two rates of fine longitudinal feed (0.07 mm (0.003")/rev and 0.14 mm (0.006")/rev and five metric thread pitches (0.4, 0.6, 1.0, 1.25 and 1.5 mm) - though only four (16, 20, 24 and 32 t.p.i.) on inch machines. To make the screwcutting system complete, a further set of seven changewheels was offered that allowed, on metric lathes (with a 1.5 mm pitch leadscrew), the generation 10 metric pitches from 0.25 to 2.5 mm and 14 inch pitches from 10 to 48 t.p.i. On inch models - the leadscrew was 16 t.p.i. - 13 pitches from 10 to 10 to 64 t.p.i. were available together with 11 metric from 0.25 to 1.75 mm.
The cross slide had a travel of 50 mm (1.97") and, although the feed screws were fitted with plastic micrometer dials, these were in black with clear divisions in white.
Running in deep-groove, sealed-for-life ball bearings the headstock spindle was bored through 16 mm ).63"), had a No. 2 Morse taper socket and was equipped with a safe (though slow-to-change) "bolt-on" spindle nose flange. Driven by a 500 Watt motor, six spindle speeds were provided that ranged from 200 to 2400 r.p.m. on a 50-cycle supply and 250 to 2800 on 60-cycle e.g. as used in North America. The speed range was pretty well spot-on for smaller modelling work, allowing larger castings to be turned as well as tiny pins.
Able to be set over for the turning of slight tapers, the tailstock carried a 22 mm diameter spindle, fitted with a No. 1 Morse taper socket and with a stroke of 35 mm (0.87").
The usual wide range of factory-supplied accessories was available including (in addition to those already mentioned) a very useful if rather lightly-built power vertical milling and drilling head, 3 and 4-jaw chucks, dividing attachment, a T-slotted faceplate (also used as a "clamping plate" on the dividing attachment), T-slotted boring table, tailstock chucks, rotating centres, turning, threading and boring tool sets, a 2-way toolpost, a tiny but effective quick-set toolpost, fixed and travelling steadies, top slide, splash guard and a collet attachment to take ESX collets from 1.5 to 14 mm.
For the home workshop - especially one inside a house or apartment - the most useful addition is the powered vertical milling and drilling attachment; this bolted to the back of the bed and was driven (though a V-belt) by a 200 Watt motor that provided three speeds of 380, 700 and 1600 r.p.m. on a 50-cycle supply and 450, 800 and 1900 r.p.m. on 60-cycle. The maximum clearance between the screwed spindle nose and the boring table was 200 mm, the working radius 82 and the quill travel 30 mm by either a quick-feed lever or - most usefully and desirable - the optional worm-and-wheel fine feed attachment.
During the 1970s and 1980s the Compact 5, was marketed in the United States by Sears as part of their Craftsman range using the Model designation 549-289000 - this also being, unaccountably, the same number used on the Sears' version of the Emco Compact 8 when fitted with the Emco Compact 5 milling head. A CNC version of the Emco Compact 5 was also made.
Not so small as to be limited in its ability, yet not so large as to take up too much room - or be awkward to operate on tiny parts - a Compact 5 in decent condition, fitted with milling and drilling head and well equipped with other accessories, is a very sound choice..



A Operation and Parts manual is available for the Compact 5

Emco Compact 5 Lathe

A Operation and Parts Manual is available for the Compact 5

Emco Home Page  Emco Unimat & DB200 & SL1000 lathes   Emco Unimat 1

Emco Unimat 3 and 4   Emco Compact 5   Emco Compact 5CNC and Compact 5PC
   
Unimat PC and "Basic"   Emcomat & Maximat 7  Emco Compact 8

Emcomat 8.4 & 8.6   Emco Maximat V8   Emco Compact 10
 
Emco Maximat V10/V10P    Emco Super 11   Emco Maximat V13   Very Early Emco TD55 lathe

1950s Mk. 1 "Maximat Standard" and "Compact" Universal Machine Tool

1960s Mk. 2 Maximat "Standard" Model 3000 Universal Machine Tool

Emco Milling Machines   Emco V10 Switch Replacement


E-MAIL   Tony@lathes.co.uk
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