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GUARANTEE

This CLARKE product is guaranteed against faulty manufacture for a period of 12 months from the
date of purchase. Please keep your receipt as it will be required as proof of purchase. This guarantee
is invalid if the product is found to have been abused or tampered with in any way, or not used for the
purpose for which it was intended.

Faulty goods should be returned to their place of purchase, no product can be returned to us without

prior permission. This guarantee does not effect your statutory rights.

Thank you for purchasing this CLARKE 20” Wood lathe, designed for DIY use only.

Before assembling this machine, please read this manual thoroughly and follow all instructions
carefully. In doing so you will ensure the safety of yourself and that of others around you, and you can
look forward to the  wood lathe giving you long and satisfactory service.

WARNING:

THIS MACHINE MUST NOT BE MODIFIED,  OR USED FOR ANY PURPOSE

 OTHER THAN THAT FOR WHICH IT IS DESIGNED.

SPECIFICATIONS

Motor .............................................................................................. 230V 50Hz 1Ph

Power Rating ................................ 370W (1/2 HP)

Switch Type ................................... No Volt Release

Turning Capacity

(Between Centres) ....................... 20 in (508mm)

(Over Bed) .................................... 9 1/2in Dia (242mm)

Spindle Speeds

1. .................................................... 850RPM

2. .................................................... 1250RPM

3. .................................................... 1750RPM

4. .................................................... 2510RPM

Headstock Thread ........................................................................ 3/4” x 16TPI (UNF)

Tailstock Spindle ............................................................................ Fixed Rotating Centre

Tailstock Spindle Advance ........................................................... 2” (50mm) max. via hand wheel

Overall Dimensions (LxWxH) ......................................................... 950x220x280mm

Weight ............................................................................................ 24kg

No. Description

Part No.

1

Bearing Block

SD6001

2

Face Plate

SD6002

3

Tool Rest

SD6003

4

Tool Rest Holder

SD6004

5

Slide Block

SD6005

6

Locking Block

SD6006

7

Spindle Pulley

SD6007

8

Motor Pulley

SD6008

9

Hand Wheel

SD6009

10 Head Stock Spindle

SD6010

11 Driving Centre

SD6011

12 Name Plate (Not Shown)

SD6012

14 Tool Rest Shaft

SD6014

15 Tailstock Spindle

SD6015

16 Locknut

SD6016

17 Locknut

SD6017

18 Headstock Cover - 1

SD6018

19 Motor Cover

SD6019

20 Pulley Cover

SD6020

21 Headstock Cover - 2

SD6021

22 Headstock Cover - 3

SD6022

23 Mounting Foot

SD6023

24 Bed Rail

SD6024

25 Tailstock

SD6025

26 Belt Tension Lever

SD6026

27 Bolt

SD6027

28 Bolt

SD6028

29 Bolt

SD6029

30 Bolt

SD6030

31 Machine Screw

SD60231

32 Bolt

SD6032

33 Lock Knob

SD6033

34 Socket Head Screw

SD6034

35 Washer

SD6035

36 Washer

SD6036

37 Washer

SD6037

38 Bearing

SD6038

39 Bearing

SD6039

40 Switch

SD6040

41 Belt Tensioning Lever

SD6041

42 Hinge

SD6042

43 Belt

SD6043

45 Bolt

SD6045

46 Motor

SD6046

47 Washer

SD6047

48 Bolt

49 Power Cable with Plug

30

PARTS LIST

No. Description

Part No.

Summary of Contents for 6501650

Page 1: ...O OPERATING MAINTENANCE INSTRUCTIONS 0302 20 WOODLATHE 20 WOODLATHE Model No CWL6B Part No 6501650...

Page 2: ...ion for use Spindle Faceplate Outboard Turning Indexing 9 Using Woodworking Chisels and Basic Techniques 12 Making Standard Cuts 17 Spindle Turnings 20 Face Plate And Chuck Turnings 22 Fancy Face Plat...

Page 3: ...ver Bed 9 1 2in Dia 242mm Spindle Speeds 1 850RPM 2 1250RPM 3 1750RPM 4 2510RPM Headstock Thread 3 4 x 16TPI UNF Tailstock Spindle Fixed Rotating Centre Tailstock Spindle Advance 2 50mm max via hand w...

Page 4: ...performance Follow instructions for lubricating and changing accessories 16 ALWAYS DISCONNECT THE MACHINE before servicing or changing accessories 17 AVOID ACCIDENTAL STARTING Ensure the machine is sw...

Page 5: ...off DO NOT jam tool into workpiece or take too big a cut 14 NEVER attempt to remount a faceplate turning to the faceplate for any reason Never attempt to remount a between centres turning if the orig...

Page 6: ...from the pulley end of the shaft It is wired for 230 Volt 50Hz Caution Do not any other type of motor as their use may be hazardous 6 The machines ON and OFF buttons are marked I for ON and O for OFF...

Page 7: ...5 TURNING BALLS Plastic balls are rough turned in the usual manner and then brought to perfect roundness by using a tube tool The tube should be slightly less in diameter than the finished size of th...

Page 8: ...to a temporary circular backing which is mounted on the large faceplate Turned boxes involve deep recessing together with a special system of working the lid and body of the box together as one unit...

Page 9: ...rking Chisels starting on page 12 Fig 7 Lock the trool rest base and the tool rest IMPORTANT ALWAYS rotate the wood by hand to guarantee that the corners do not strike the tool rest and mounted on thi...

Page 10: ...rm used to describe any additional work mounting that is necessary to complete a turning project The method of working cylinders and the use of a plug chuck as already described are typical examples A...

Page 11: ...against the work for visual comparison Circles to locate the various critical points at which the contours of the faceplate take distinct form can be quickly scribed on the rotating work by using divi...

Page 12: ...at shoulders where they will not be noticed Long thin work that is likely to whip while turning should be supported at one or two places by a backstick This is easy to make A simple one consists of a...

Page 13: ...As work grows smaller the rest should be repositioned SPINDLE TURNINGS 1 PLOTTING THE SHAPE Once the basic cuts have been mastered you are ready to turn out finished work The first step is to prepare...

Page 14: ...the bottom of the vee the skew should be on edge Reverse the movements to cut the side of the adjacent bead It is important that only the extreme heel should do the cutting This means that the bottom...

Page 15: ...up to within 3mm of the shoulder in the usual manner Finishing of the shoulder unless it is more than 25mm high is best done with the 1 2 skew First the toe of the skew is used to remove shavings from...

Page 16: ...20 Fig 24 Fig 22 MAKING STANDARD CUTS 1 THE ROUGHING OFF CUT Reducing a square or odd shaped workpiece down to a cylinder of approximate size for finish turning is called roughing off Faceplate turnin...

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