Jet JWL-1640EVS User manual

GB - ENGLISH
Operating Instructions
Dear Customer,
Many thanks for the confidence you have shown in us with the purchase of your new JET-machine. This manual has been
prepared for the owner and operators of a JET JWL-1640EVS wood lathe to promote safety during installation, operation and
maintenance procedures. Please read and understand the information contained in these operating instructions and the
accompanying documents. To obtain maximum life and efficiency from your machine, and to use the machine safely, read this
manual thoroughly and follow instructions carefully.
…Table of Contents
1. Declaration of conformity
2. Warranty
3. Safety
Authorized use
General safety notes
Remaining hazards
4. Machine specifications
Machine description
Technical data
Noise emission
Contents of delivery
5. Transport and start up
Transport and installation
Assembly
Mains connection
Dust collection
Starting operation
6. Machine operation
Correct operating position
Tool selection
Speed selection
Turning between centres
Bowl turning
Sanding and Finishing
7. Setup and adjustments
Changing spindle speeds
Headstock spindle lock
Headstock rotation
Headstock spindle index
Installing work holding
Adjusting tool rest
Adjusting tailstock
8. Maintenance and inspection
Adjusting bed clamping
Pulley drive lubrication
Changing belt and bearings
9. Trouble shooting
10. Environmental protection
11. Available accessories
1. Declaration of conformity
On our own responsibility we hereby declare that this product
complies with the regulations* listed on page 2. Designed in
consideration with the standards**.
2. Warranty
The Seller guarantees that the supplied product is free from
material defects and manufacturing faults. This warranty does
not cover any defects which are caused, either directly or
indirectly, by incorrect use, carelessness, accidental damage,
repair, inadequate maintenance or cleaning and normal wear
and tear.
Guarantee and/or warranty claims must be made within
twelve months from the date of purchase (date of invoice).
Any further claims shall be excluded.
This warranty includes all guarantee obligations of the Seller
and replaces all previous declarations and agreements
concerning warranties.
The warranty period is valid for eight hours of daily use. If this
is exceeded, the warranty period shall be reduced in
proportion to the excess use, but to no less than three
months.
Returning rejected goods requires the prior express consent
of the Seller and is at the Buyer’s risk and expense.
Further warranty details can be found in the General Terms
and Conditions (GTC). The GTC can be viewed at
www.jettools.com or can be sent by post upon request.
The Seller reserves the right to make changes to the product
and accessories at any time.
3. Safety
3.1 Authorized use
This wood lathe is designed for turning wood only. Machining
of other materials is not permitted and may be carried out in
specific cases only after consulting with the manufacturer.
The workpiece must allow to safely be loaded and supported.
The proper use also includes compliance with the operating
and maintenance instructions given in this manual.
The machine must be operated only by persons familiar with
its operation and maintenance and who are familiar with its
hazards.
The required minimum age must be observed.

The machine must only be used in a technically perfect
condition.
When working on the machine, all safety mechanisms and
covers must be mounted.
In addition to the safety requirements contained in these
operating instructions and your country’s applicable
regulations, you should observe the generally recognized
technical rules concerning the operation of woodworking
machines.
Any other use exceeds authorization.
In the event of unauthorized use of the machine, the
manufacturer renounces all liability and the responsibility is
transferred exclusively to the operator
3.2 General safety notes
Woodworking machines can be dangerous if not used
properly. Therefore the appropriate general technical rules as
well as the following notes must be observed.
Read and understand the entire instruction manual before
attempting assembly or operation.
Keep this operating instruction close by the machine,
protected from dirt and humidity, and pass it over to the new
owner if you part with the tool.
No changes to the machine may be made.
Daily inspect the function and existence of the safety
appliances before you start the machine.
Do not attempt operation in this case, protect the machine by
unplugging the mains cable.
Before operating the machine, remove tie, rings, watches,
other jewellery, and roll up sleeves above the elbows.
Remove all loose clothing and confine long hair.
Wear safety shoes; never wear leisure shoes or sandals.
Always wear the approved working outfit:
- safety goggles
- ear protection
- dust protection
Do not wear gloves while operating this machine.
Install the machine so that there is sufficient space for safe
operation and workpiece handling.
Keep work area well lighted.
The machine is designed to operate in closed rooms and
must be placed stable on firm and levelled table surface.
Make sure that the power cord does not impede work and
cause people to trip.
Keep the floor around the machine clean and free of scrap
material, oil and grease.
Stay alert, give your work undivided attention.
Use common sense. Do not operate the machine when you
are tired.
Do not operate the machine under the influence of drugs,
alcohol or any medication. Be aware that medication can
change your behaviour.
Keep an ergonomic body position.
Maintain a balanced stance at all times.
Never reach into the machine while it is operating or running
down.
Never leave a running machine unattended. Before you leave
the workplace switch off the machine.
Keep children and visitors a safe distance from the work area.
Do not operate the electric tool near inflammable liquids or
gases.
Observe the fire fighting and fire alert options, for example
the fire extinguisher operation and place.
Do not use the machine in a dump environment and do not
expose it to rain.
Wood dust is explosive and can also represent a risk to
health.
Dust form some tropical woods in particular, and from
hardwoods like beach and oak, is classified as a carcinogenic
substance.
Always use a suitable dust collection device
Before machining, remove any nails and other foreign bodies
from the workpiece.
Make sure to guide and hold the chisel with both hands safe
and tight during machining.
Work only with well sharpened tools.
Machine only stock which is chucked securely on the
machine, always check before switching the machine on.
Provide workpieces with centre holes before clamping
between centres.
Work large and unbalanced workpieces at low spindle speed
only.

When sanding, remove the tool rest from the machine.
Workpieces with cracks may not be used.
Remove the chuck key or dowel pins before turning the
machine on.
Always close the belt cover.
Specifications regarding the maximum or minimum size of the
workpiece must be observed.
Test each set-up by revolving the work by hand to insure it
clears the tool rest and bed. Check setup at the lowest speed
before you increase to the operating speed.
Do not remove chips and workpiece parts until the machine is
at a standstill.
Never stop work pieces with the hand during run out.
Do not attempt to engage the spindle lock pin until the spindle
has stopped.
Never take measurements on a rotating workpiece.
Do not stand on the machine.
Connection and repair work on the electrical installation may
be carried out by a qualified electrician only.
Have a damaged or worn power cord replaced immediately.
Make all machine adjustments or maintenance with the
machine unplugged from the power source.
3.3 Remaining hazards
When using the machine according to regulations some
remaining hazards may still exist.
The rotating workpiece can cause injury.
Workpieces that are inhomogeneous or weak can explode
when being processed due to centrifugal force.
Only process selected woods without defects.
Unbalanced workpieces can be hazardous.
Injuries can occur when feeding tooling, if tool supports are
not correctly adjusted or if turning tools are blunt.
Risk of kickback. The tooling is caught by the rotating
workpiece and thrown back to the operator.
Thrown workpieces and workpiece parts can lead to injury.
Dust and noise can be health hazards. Be sure to wear
personal protection gear such as safety goggles and dust
mask. Use a suitable dust collection system.
The use of incorrect mains supply or a damaged power cord
can lead to injuries caused by electricity.
4. Machine specifications
4.1 Machine description
Fig 1
A Motor
B Headstock lock handle
C Headstock Handwheel
D Index pin
E Spindle lock
F Headstcock
G Digital readout
H Faceplate
I Toolrest base
J 350mm toolrest
K Bed
L Tailstock lock handle
M Live center
N Tailstock
O Tailstock Handwheel
P Front-mounted controls
Q Headstock Swivel index
R Tool caddy with tools
S Casting stands
4.2 Technical data
Swing over bed 405mm
Centre distance 990 & 940mm
Number of mechanical speeds 2
Spindle speed range 1 40-1200 rpm
Spindle speed range 2 100-3200 rpm
Spindle nose M33x3,5 DIN 800
Headstock spindle taper MT 2
Spindle index lock 36 x 10°
Tailstock spindle taper MT 2
Tailstock hole diameter 9mm
Tailstock ram travel 108mm
Centre above floor 1130mm

Overall (LxWxH) 1854 x 1334 x 508 mm
Net weight 170 kg
Mains 1~230V, PE, 50Hz
Output power 1,1 kW (1,5 HP) S1
Reference current 8 A
Extension cord (H07RN-F): 3x1,5mm²
Installation fuse protection 16A
Isolation class I
4.3 Noise emission
Acoustic pressure level (EN ISO 11202):
Idling LpA 72,5 dB(A)
In operation LpA 78,4 dB(A)
The specified values are emission levels and are not
necessarily to be seen as safe operating levels.
As workplace conditions vary, this information is intended to
allow the user to make a better estimation of the hazards and
risks involved only.
4.4 Content of delivery
Lathe bed with headstock, tool support and tailstock – A
350mm Tool rest – B
Legs – C
Spur center – D
Live center – E
Live cone center – F
Live cone center pin – G
Knockout rod – H
75mm Faceplate – J (installed on lathe)
Tool rest extension – K
Faceplate wrench – L
Levelers – M
Tool shelf – N
Hardware:
8 Socket hd. cap screws, 5/16x1-1/4 – HP1*
8 Lock washers, 5/16 – HP2*
8 Flat washers, 5/16 – HP3*
2 Socket hd. cap screws, 3/8x1-1/4 – HP4
2 Lock washers, 3/8 – HP5
* included in JWL1440-HP1, hardware package
Fig 2
5. Transport and start up
5.1 Transport and installation
The machine is designed to operate in closed rooms and
must be placed stable on firm and levelled ground.
The machine can be bolted down if required.
For packing reasons the machine is not completely
assembled
5.2 Assembly
If you notice transport damage while unpacking, notify your
supplier immediately. Do not operate the machine!
Dispose of the packing in an environmentally friendly manner.
Clean all rust protected surfaces with a mild solvent.
Attach the leg stand:
At this point the headstock, tailstock and tool rest should be
removed.
Unscrew the stud (N, Fig 4) from each end of bed.
Fig 4

Remove headstock, tailstock and tool rest support from bed.
The machine bed is heavy! With the help of a second person.
Carefully turn bed upside down. Place a mat or cardboard
beneath it to prevent scratching the bed ways.
Install legs with eight screws, lock washers and flat washers.
Tighten screws firmly with 6mm hex key. (see Fig 5).
Fig 5
Install the four levellers. These can be adjusted later.
(see Fig 6)
Fig 6
With the help of a second person, raise bed and leg
assembly right-side up.
Rotate the levellers as needed to establish level for the lathe.
Tighten the hex nut on each leveller against the leg casting.
Now headstock, tool rest and tailstock can be installed again
(Fig 7).
Fig 7
Install both studs (N, Fig 4).
Stand shelf:
You can make an extra shelf that rests between the legs if
you wish (see Fig 8).
Fig 8
Installing bed extension: (JET Option # 719401)
The bed extension can be mounted to the upper or lower
holes of the lathe.
Mounting the extension to the lower holes allows use of the
tool support during outboard turning (Fig 9).

Fig 9
Mounting in upper holes increases the spindle length capacity
of the lathe.
Have an assistant hold bed extension flush to end of lathe
bed, and insert four screws with washers (P, Fig 10).
Snug screws just enough to hold bed extension to lathe bed.
Unscrew stop bolt (N) from lathe bed and insert it into hole at
end of bed extension.
Fig 10
Top surfaces and inside ways must be flush to allow smooth
movement of tailstock.
Slide tailstock over joint where beds meet, so that clamping
nut is centred over joint. Lock tailstock clamping handle; this
will align the beds.
Securely tighten screws (P) in bed extension.
Guard (optional accessory)
The guard (part no. 719002) is optional and purchased
separately. See our website for information.
Loosen set screw on outer collar (shown in Figure 10-1) with
4mm hex key. Slide outer collar off the guard support rod.
Insert guard support rod into mounting bracket at rear of
headstock. You will have to lift up on spring pin, as shown, to
slide guard support rod into mounting bracket. Release spring
pin and it will snap into position as you slide support rod
farther in.
Install outer collar and tighten set screw.
The guard can be pivoted to one of two positions: Operating
mode (shown on front cover) or tilted back for stock loading
(Figure 10-2).
Pull up on spring pin, and begin tilting guard, then release
spring pin. When guard reaches either of the two positions,
spring pin will engage.
Figure 10-1
Figure 10-2
5.3 Mains connection
Mains connection and any extension cords used must comply
with applicable regulations.
The mains voltage must comply with the information on the
machine licence plate.
The mains connection must have a
10 A surge-proof fuse.
Only use power cords marked H07RN-F
Connections and repairs to the electrical equipment may only
be carried out by qualified electricians.
5.4 Dust collection
Use a suitable dust collection and filtration system to avoid a
high dust concentrations in the air.

5.5 Starting operation
You can start the machine with the green ON-button. The red
OFF-button on the main switch (B, Fig 1) stops the machine.
6. Machine operation
6.1 Correct operating position
Always support the tool on the tool rest and guide with the
palm of your hand keeping your fingers closed.
(see Fig 11 and 12)
Fig 11
Fig 12
6.2 Tool selection:
Successful wood turning does not result from high speeds,
but rather, from the correct use of turning tools.
A perfect and sharp wood turner tool is a precondition for
professional wood-turning.
Major tools:
Fig 13
Gouge (A, Fig 13), used for rapidly cut raw wood into round
stock, for turning bowls and plates, for turning beds, coves
and other detail (Fig 14).
Fig 14
Scraper (B, Fig 13), used for diameter scraping and to
reduce ridges.
Skew Chisel (C, Fig 13), used to make vees, beads, etc. (Fig
15). The bevel of skew is parallel to the cut.
Fig 15
Parting tool (D, Fig 13), used to cut directly into the material,
or to make a cut off. Also used for scraping and to set
diameters.
6.3 Speed selection:
Use low speeds for roughing and for large diameter work. If
vibrations occur, stop the machine and correct the cause.
See speed recommendations.
Speed recommendations
Workpiece
Diameter
mm
Roughing
RPM
General
Cutting
RPM
Finishing
RPM
< 50 1250 2500 2500
50-100 700 1600 2500
100-150 480 1100 1600
150-200 400 900 1250
200-250 350 600 1100
250-300 350 480 900
300-350 350 350 600

6.4 Turning between centres:
With a ruler locate and mark the centre on each end.
Put a dimple in each end of the shock. Extremely hard woods
may require kerfs cut into the spur drive end of stock (see Fig
16.
Fig 16
The spur drive centre locks into the spindle taper and can
be removed with the knockout rod (Fig 17)
Fig 17
The live centre locks into the tail stock taper and can be
removed by rotating the handwheel counter clockwise (Fig
18)
Fig 18
Fig 18-1
Mount the centred workpiece between the spur drive centre
and the tailstock mounted live centre (Fig 19)
Fig 19
Turn the tailstock hand wheel until the live centre well
penetrates the workpiece. Reverse the hand wheel by one
quarter turn and lock the tailstock spindle (M, Fig 18)
Turn the workpiece by hand to see if it rests securely between
centres and can be rotated freely.
The live center, shown in Figure 18-1, can be used without
the cone. To remove cone from live center, first insert pin
through hole in live center body as shown. If pin will not
insert at first, rotate cone until pin can be inserted. The
cone can now be removed by holding the body stationary
while unscrewing cone.

Position the tool rest as close to the workpiece as possible.
Tighten locking handles.
For turning between centres the tool rest is set approximately
3mm higher than centre line (Fig 20, 21 and 22.
Fig 20
Fig 21
Fig 22
6.5 Bowl turning
Turn outside of bowl between centres.
Turn a short tenon the size of the hole in the faceplate
(T, Fig 23). This will allow centring the workpiece.
Fig 23
Mount the workpiece (A, Fig 24) directly to the face plate
using 4 wood screws (C) from the back. Be careful to use
screws short enough not to interfere with the cutting process
but long enough to hold the workpiece securely to the face
plate.
Fig 24
If screw mounting is not allowed at all, the work may be glued
to a backing block (D) and the backing block screwed to the
face plate. A piece of paper in the glue joint will prevent
damaging the wood when separated later.
Mount the face plate with the workpiece already attached
onto the spindle nose thread and hand tighten.
If reversing spindle rotation, make sure face plate, chuck or
other work holding is secured with the set screws, to avoid
threading loose.
Move tailstock away, remove centre from tailstock to prevent
injury.
Turn the workpiece by hand to see if it rests securely and can
be rotated freely.
Position the tool rest as close to the workpiece as possible.
Tighten locking handles.
For face plate turning the tool rest is set slightly lower than
centre line.
Caution:
Cut with your chisel on the left side of the turning centre only.
Use left hand to control cutting edge of gouge, while right
hand swings tool handle around toward your body (Fig 25).
Fig 25

Try to make one, very light continuous movement from the
rim to the bottom of the bowl to ensure a clean, sweeping
curve through the workpiece.
Move tool support to the exterior to re-define bottom of bowl.
6.6 Sanding and Finishing:
Remove the tool rest and begin with a fine grit sandpaper
(120 grit) and progress through each grit, using only light
pressure.
Use power sanding techniques to avoid concentric sanding
marks.
Finish sanding with 220 grit.
Apply first coat of finish. Allow to dry before sanding again
with 320 or 400 grit sandpaper.
Turn lathe back on and make a separation cut through the
base. Stop at about dia. 80mm and use a fine tooth saw to
separate the bowl from the waste.
Apply additional finish coats and allow to dry before buffing.
7. Setup and adjustments
General note:
Setup and adjustment work may only be carried out after
the machine is protected against accidental starting by
pulling the mains plug.
7.1 Changing spindle speeds
Never change speeds without the motor running. Damage to
the variable speed pulleys may result.
Disconnect lathe from power source.
To change speed range, open access door on headstock.
Loosen pivot lock handle (A, Figure 26) and lift up tension
handle (B) to raise motor. Tighten pivot lock handle (A) to
hold motor in raised position.
There should be sufficient slack in the belt to reposition it
to the other steps on the sheaves. The label on access
door shows required belt position (also shown in Figure
26-1).
Loosen pivot lock handle (A) and lower motor to tension
belt. Be sure that Poly-V grooves of belt seat properly in
corresponding groove of sheave. Do not over-tension; a
very light pressure on tension handle (B) is adequate to
prevent belt slippage.
Tighten pivot lock handle (A).and close access door.
Fig 26
Fig 26-1
On/off switch ( C ): You can start the machine with the
green ON-button. The red Off-button stops the machine.
Fig 26-2
Speed control knob (D): Clockwise to increase,
counterclockwise to decrease. Speed is displayed as RPM
(revolutions per minute) on digital readout (E).
Forward/Reverse (F)

7.2 Headstock spindle lock
Push spindle lock pin (P, Figure 27) and rotate spindle
slightly until pin engages. Slide plate downward to hold pin
in locking position.
Release spindle lock by pushing plate upward.
Fig 27
Caution:
Never press the spindle lock while the spindle is turning!
7.3 Headstock Rotation
IMPORTANT: Remove anti-rotation block (Figure 28) with
4mm hex key before attempting to rotate headstock.
Figure 28
To rotate headstock:
Loosen lock handle (A, Figure 28-1).
Unscrew knurled knob (B) counterclockwise until it can be
pulled outward.
Pull knob (B) outward and rotate headstock to desired
position. The headstock has seven positive locking
positions. NOTE: Be careful not to pinch your fingers
against the bed as you rotate headstock.
Release knob (B) and it will seat itself with an audible click
when the headstock reaches a positive lock position.
Lift handle (A) to lock headstock.
Rotate knob (B) clockwise until it engages the threads.
Unscrew the index plunger (B, Fig 28) counter clockwise.
Loosen the headstock lock handle (A) and pull the index
plunger (B) to turn the headstock.
Fig 28-1
For larger workpieces the head stock will have to be turned
90°, the extension added to the tool rest.
Caution: always operate lathe with the headstock locked in
position.
The headstock can be positioned anywhere along the
machine bed.
7.4 Headstock spindle index
Indexing is used to create evenly spaced features in a
workpiece, while keeping the lathe spindle locked; for
example, when cutting flutes on a spindle blank with a
hand-held router, while the spindle blank is secured
between lathe centers.
The JWL-1640EVS lathe provides 36 indexing positions at
10-degree increments.
Rotate spindle using handwheel until index pin (L, Figure
29) aligns with desired hole.
Screw index pin into hole until it engages spindle.
Perform desired procedure.
Unscrew index pin until spindle is released. Rotate spindle
to next desired hole, and repeat.
Disengage index pin before starting lathe.
IMPORTANT: Do not use index pin to lock spindle, which
will cause unnecessary wear to the pin. Use spindle lock
for this purpose.
Fig 29

7.5 Installing work holding
The faceplate is used for tuning bowls. There are a number
of holes for mounting the workpiece. Thread the faceplate
onto the spindle in a clockwise direction, and tighten two
setscrews (E, Fig 30).
Fig 30
Remove the faceplate by loosening two set screws. Push in
the spindle lock and use the provided wrench on faceplate
flats.
7.6 Adjusting tool rest
A 300mm tool rest is provided with your lathe. It is designed
to allow adjustment for height and position.
Loosen locking handle on tool rest base (G, Fig 31) to slide
base forward or back, and to angle it to the bed. Tighten
locking handle firmly before operating lathe.
Loosen handle (H) to raise or lower tool rest and angle it to
the work. Tighten handle before operating lathe.
Fig 31
Tool rest extension:
The extension (J, Fig 32) mounts to the tool rest base and
offers greater reach for the tool rest when turning off the bed
using the headstock at an angle, as shown.
Make sure the clamp bushings (K) are pulled apart sufficiently
to accept the post of the extension.
Fig 32
7.7 Adjusting tailstock
Turn the hand wheel (R, Fig 33) clockwise to move tailstock
spindle forward. Lock tailstock spindle with the indexable
knob (Q).
Fig 33
The handle (P) locks the tailstock in position on the bed.
The live centre (S) can be ejected by turning the hand wheel
counter-clockwise.
The live centre pin can be removed to allow deep hole drilling
operations.
8. Maintenance and inspection
General notes:
Maintenance, cleaning and repair work may only be
carried out after the machine is protected against
accidental starting by pulling the mains plug.
Clean the machine regularly.
Inspect the proper function of the dust collection daily.
Defective safety devices must be replaces immediately.
Repair and maintenance work on the electrical system may
only be carried out by a qualified electrician.

8.1 Adjusting bed clamping
If adjustment is needed, remove the stud (N, Fig 4).
Slide the headstock, tailstock or toolrest to the edge of the
bed and slightly turn the hex nut (F, Fig 34).
Test the handle to make sure it securely locks.
Fig 34
8.2 Pulley and belt replacement
The motor and spindle pulleys are aligned with each other
by the manufacturer, but if any service is performed that
affects their alignment it is very important that they be
realigned. Engage spindle lock, loosen two set screws on
spindle pulley (E, Figure 35) with 3mm hex key, and slide
spindle pulley into proper position. Retighten set screws,
and disengage spindle lock.
When pulleys and belt are properly aligned, there should
be no unusual pulsing sounds or noise coming from the
belt.
3mm hex key required.
To change out a belt or pulley, carefully proceed as
follows. If you are uncertain about attempting a belt or
pulley change-out, contact JET technical service or take
the headstock to an authorized service center.
1. Disconnect lathe from power source.
2. Loosen pivot lock handle (A, Figure 35) and lift up
tension handle (B) to raise motor.
3. Tighten pivot lock handle (A) to secure motor in raised
position.
4. Slip belt off pulleys.
5. Loosen two set screws on handwheel (C).
6. Engage spindle lock (D) and unscrew handwheel from
spindle (left-hand threads, clockwise to loosen).
7. Slide spindle a little way out of headstock, just enough
to remove pulley or belt.
NOTE: If needed, tap end of spindle with a wood block
or rubber mallet to move it. Do NOT use a steel face
hammer directly against spindle.
8. If replacing a pulley, loosen both set screws (E), and
slide pulley off spindle.
9. Install new pulley, loosely securing the two set screws.
Make sure pulley is oriented properly and key is
inserted properly in spindle groove.
10. Slide spindle back into place.
11. Reinstall handwheel (C) and tighten set screws.
12. Align new pulley then tighten both set screws securely
on pulley.
13. Loosen pivot lock handle (A) and lower motor using
tension handle (B). Re-tighten pivot lock handle.
14. Disengage spindle lock.
Fig 35
8.3 Changing belt and bearings
Changing belt and bearings can be a difficult task. Remove
headstock and take into a repair station for servicing.
9. Trouble shooting
Motor doesn’t start
*No electricity-
check mains and fuse.
*Defective switch, motor or cord-
consult an electrician.
*Overload detected on AC-drive unit-
wait and restart machine; chose low speed range belt setting
(40-1200 rpm) for better torque.
Machine vibrates excessively
*Stand on uneven floor-
adjust stand for even support.
*Workpiece is not properly centred
*The speed is too high
*Workpiece is not properly centred-
*The speed is too high-

Tailstock moves
*Cam lock nut needs adjusting-
Tighten cam lock nut.
*Bed and tailstock mating surfaces greasy or oily-
Remove tailstock and clean surfaces
*Excessive pressure applied-
Slide tailstock to right side of lathe against stop (N, Fig 10).
Move headstock into position and then apply pressure.
10. Environmental protection
Protect the environment.
Your appliance contains valuable materials which can be
recovered or recycled. Please leave it at a specialized
institution.
11. Available accessories
Stock number 719401
Bed extension 508mm with tool post extension
Stock number 719001
Tailstock swing away
Stock number 719002
Guard
Stock number 708331
Live centre MT2
Stock number 708343K
Drill chuck 13 mm, with tapered mandrel MT-2
Stock number 709911
Face plate 75mm, M33x3,5
Stock number 709942
Four toothed spur centre MT-2
Stock number 708349
Heavy outboard turning stand
Refer to the JET-Pricelist
for various tools and work holding.