Bedienungsanleitung FERM TDM1012 Tischbohrmaschine

Bedienungsanleitung

Fig.D

If you have shifted the V-belt, you must tighten it again by

means of the engine plate (17) with the fastening button

(18). The tension is correct when the V-belt can be pres-

sed in by approximately 1 cm.

The engine pulley must be aligned horizontally, so that

early wear and loosening of the V-belt can be prevented.

For this purpose the engine pulley on the engine can be

slid along the engine axle, after loosening the socket head

screw.

SPINDLE SPEEDS

Fig.E

Position of V-belt Revolutions per min.

A 2650

B 1650

C 1220

D 850

E 580

The number of revolutions of the drill spindle of the V-

belt combinations can be read from the illustration and

the table.

DRILL SPINDLE AND DRILL HEAD PIN

All the blank parts of the machine are provided with a

protective lacquer layer, which prevents rust formation.

This protective lacquer layer is easy to remove by means

of environmentally friendly solvents. Test the V-belt ten-

sion before you connect the machine to the electricity

mains.

The inside of the drill spindle must be degreased comple-

tely. For this purpose use environmentally friendly sol-

vents. Proceed in the same way with the drill head pin. A

correct transmission can only be achieved in this way.

OPERATION, HINTS AND TIPS

DEPTH STOP

Fig.F

The drill spindle is provided with a depth stop. It can be

adjusted using the nut. The drill depth can be read on the

scale division.

CLAMPING THE DRILL

Fig.G

In the drill head of the bench drill, drills and other tools

with a cylindrical shank can be clamped. The moment of

rotation is transferred to the drill by means of the tension

of the three clamping jaws. To prevent the drill from sli-

ding away, it must be clamped using the toothed ring

wrench. If the drill slides away in the drill holder, a slight

burr occurs on the drill shank, which makes centric clam-

ping impossible. A burr which occurs in this way must in

any case be removed by grinding

CLAMPING THE WORKPIECE

Fig.H

The drill bench and the footplate of the bench drill are

provided with grooves for fastening clamping tools.

Always clamp the workpiece in the machine clamp or

other clamping tools. In this way you will prevent acci-

dents and even increase the drilling accuracy because the

workpiece is in a fixed position.

ADJUSTING THE BENCH

Fig.I

The drill bench is fastened to the drill column and can be

adjusted in height after loosening the fastening handle.

Adjust the bench in such a way that there is still enough

space between the top of the workpiece and the point of

the drill. You can also swivel the bench sideways, if you

wish to clamp a workpiece directly onto the footplate.

Fig.J

For slanted drilling and with a slanted supporting surface

of the workpiece the bench can be swivelled. For this

purpose loosen the hexagonal screw (20) on the hinge

point (21) of the bench and remove the centring. Swivel

the bench (19) to the desired position. Then screw down

the hexagonal screw (20) properly using a wrench.

NUMBER OF REVOLUTIONS, SPEED OF

ROTATION, SUPPLY

The supply - the feed motion of the drill - takes place by

hand on the 3-armed drill lever. The speed of rotation is

determined by the number of revolutions of the drill

spindle and by the diameter of the drill.

The correct choice of supply and the number of revolu-

tions of the drill spindle are the deciding factors for the

lifespan of the drill. The following applies as a basic rule:

with a larger diameter of the drill the number of revolu-

tions must be adjusted lower; the greater the firmness of

the workpiece, the greater the cutting pressure must

also be. In order not to overheat the drill in this case, the

supply and speed of rotation must be lowered at the

same time. In addition, the drill must be cooled with drill

oil.

For thin plates, quite large drillings must be carried out

carefully with little supply and little cutting pressure, so

as to get a precise result and so that the drilling remains

the correct size. For deep drilling (larger than 2 x the dia-

meter of the drill) the discharge of chips is more difficult

and the temperature of the drill is higher. Therefore

lower the supply and the number of revolutions and ens-

ure a better discharge of chips by regularly pulling back

the drill. For drilling with a greater diameter than 8 mm,

pre-drilling must take place, so that early wear of the drill

- main cutting edge can be avoided and so that the drilling

point is not too heavily loaded.

Ferm 556 Ferm

Bewertung

Mehr zu diesem Bedienungsanleitung

Wir verstehen, dass es schön ist, ein gedrucktes Bedienungsanleitung für Ihr FERM TDM1012 Tischbohrmaschine zu haben. Sie können das Bedienungsanleitung jederzeit von unserer Website herunterladen und selbst ausdrucken. Wenn Sie ein Originalhandbuch wünschen, empfehlen wir Ihnen, FERM zu kontaktieren. Möglicherweise können sie ein Originalhandbuch bereitstellen. Suchen Sie das Bedienungsanleitung Ihres FERM TDM1012 Tischbohrmaschine in einer anderen Sprache? Wählen Sie auf unserer Homepage Ihre bevorzugte Sprache und suchen Sie nach der Modellnummer, um zu sehen, ob wir sie verfügbar haben.

Spezifikationen

Alle Anleitungen für FERM Tischbohrmaschinen
Weitere Anleitungen von Tischbohrmaschinen

Häufig gestellte Fragen zu FERM TDM1012 Tischbohrmaschine

Unser Support-Team sucht nach nützlichen Produktinformationen und beantwortet Ihre häufig gestellten Fragen. Sollte Ihnen ein Fehler bei den häufig gestellten Fragen auffallen, teilen Sie uns dies bitte anhand unseres Kontaktformulars mit.

Verwandte Produkte

Bedienungsanleitung

FERM TDM1026 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1007 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1021 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1006 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1025 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1005 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1010 Tischbohrmaschine

Bedienungsanleitung

FERM TDM1027 Tischbohrmaschine

Verwandte Kategorien