SCHIFLER SWC 40 Magnetic Drilling Machine Instruction Manual
- June 4, 2024
- SCHIFLER
Table of Contents
Magnetic Drilling Machine
SWC 40
OPERATING MANUAL
DESCRIPTION & TECHNICAL DATA
SWC 40
Motor power | 1100 watt |
---|---|
Spindle | 19 mm (3/4”) Weldon |
Broach cutter (35 mm length) | ø 12 mm – ø 35 mm |
Broach cutter(50 mm length) | ø 12 mm – ø 35 mm |
Twist drill | Up to ø 13 mm |
RPM | 450 min-1 |
Flexible Stroke upto | 240 mm |
Weight | 12 kg (26,8 lbs) |
Magnet power | 10000 N |
Input supply voltage | 220 V |
COMPONENTS CONTENT
1. Packing case | 1 No. |
---|---|
2. Cooling Bottle | 1 No. |
3. Safety Belt | 1 No. |
4. 2,5 mm Allen Wrench | 1 No. |
5. 4,0 mm Allen Wrench | 1 No. |
6. 6,0 mm Allen Wrench | 1 No. |
7. Instruction Manual | 1 No. |
8. Magnetic Drill Machine | 1 No. |
9. Pilot Pin 6×50 | 1 No. |
10. Pilot Pin 8×50 | 1 No. |
11. Drill Chuck Adaptor | 1 No. |
12. Drill Chuck | 1 No. |
UNDERSTANDING SAFETY SYMBOLS
DANGER: The possibility of suffering harm, injury or even death if the
situation is not avoided during the operation of the machine
WARNING: A statement or event that warns of something or that serves as a
cautionary example while using the machine
CAUTION: Care is taken to avoid danger or mistakes during the operation
of the machine
NOTE: A brief record of points or ideas written down as an aid to memory
while using the machine
When using magnetic drilling machines please follow the general safety instructions for electric power tools.
WARNING: THIS APPLIANCE MUST BE EARTHED.
1. Always secure the machine with the supplied safety chain before starting
to operate, this is to protect the user in case of power failure or the
breaking loose of the magnet while in use.
2. Always wear safety goggles, gloves, and earplugs.
3. Disconnect from the power source when changing cutters or working on the
machine.
4. Always ensure cutter retaining screws are secure – they sometimes vibrate
loose in use.
5. Regularly clean the work area and machine., remove the swarf and dirt,
paying particular attention to the underside of the magnet.
6. With a gloved hand, after switching off the power, remove any swarf which
might have gathered around the cutter and arbor before proceeding to the next
hole.
7. Remove tie, rings, watches, and any loose adornments which might entangle
the rotating parts of the machine.
8. Should the cutter get stuck in the workpiece, stop the motor immediately
to prevent personal injury. Disconnect from the power source and push and pull
the arbor by hand. DO NOT ATTEMPT TO FREE THE CUTTER BY SWITCHING THE MOTOR ON
AND OFF.
9. If the machine is accidentally dropped, always thoroughly examine the
machine for signs of damage and check that it functions correctly before
trying to drill a hole.
10. Regularly inspect the machine and check the nuts and screws are tight.
11. Always ensure when using the machine in an inverted position use a
special cutting paste or cutting spray which is specially designed for
inverted position drilling.
12. Use only spare parts advised by your dealer for magnetic drilling
machines.
13. Use the magnetic drilling unit on a clean and flat surface only, to
prevent the machine from breaking out because of poor clamping force.
14. If you discover any irregularity on machine cables immediately bring the
machine to a recognized dealer for a repair or maintenance service.
WARNING : DO NOT USE YOUR MAGNETIC DRILL ON THE SAME STRUCTURE WHEN ARC WELDING IS IN PROGRESS. D.C. CURRENT WILL EARTH BACK THROUGH THE MAGNET AND CAUSE IRREPARABLE DAMAGE.
SAFETY INSTRUCTIONS
WARNING
It is mandatory to read and follow all the safety norms, regulations, and
instructions given in this Guide before you operate the machine to avoid
unwanted and fatal accidents. Follow the mentioned workplace safety measures
in the guide strictly to ensure your safety against electric shocks or
injuries.
SELF PROTECTION
The machine operators must start their work only after wearing protective gear
like eyeglasses, ear muffs, and insulated shoes tightened to the legs ensuring
comfortable movement.
Never operate the machine using your feet or remove the slug without wearing
gloves. Never work towards the maintenance of the circuit board if you haven’t
followed all the rules mentioned above.
MANDATORY RULES FOR THE WORKPLACE
- Say no to a messy work environment completely. Keep yourself protected against fatal accidents by keeping the area clean.
- In case the floor is wet, stop the usage of the drill machine immediately. You will expose yourself to the risk of shock if you don’t.
- Only when the surroundings around are brightly lit, use the machine instead of a dark environment.
- You should not never place flammable material near the machine or avoid using the drill machine in the presence of anything flammable. The drill machine tends to produce sparks in the process of working, which may cause a fire.
- Children should never be allowed near the drill machine, especially when it is being operated.
- Nobody should be in the area where the drill machine is being used by the Operator.
MANDATORY RULES TO ENSURE SAFETY
- Before starting the drill machine, make sure you inspect the condition of the power cord and the plug. Replace them immediately if you see any damage.
- The power supply should always be in sync with what the equipment requires. Hence, ensure the same while making sure that safety measures for grounding and leakage are made available.
- Study this manual well to understand the dos and don’ts of the drilling tools. They should be used strictly according to the size specified. The material of the drilling workpiece comes with a magnetized absorption and works better on a smooth surface. Double check that its thickness ranges between 10mm-75mm, without the 0.5mm thickness of Iron scrap, and the presence of paint, granular impurities, and any other foreign particles should be avoided.
- If the thickness of the drilling machine is less than 10mm, you must ensure that it is well-supported by iron plates right at the bottom that comes with a thickness higher than 10mm. The supporting iron plate must have a base area greater than the drilling machine’s area of the magnetic base if you need to improvise the reliability of the capability of the magnetic base’s absorption. In case you opt for a supporting iron plate that is thinner than the requirement, you will notice the drilling machine magnet becoming loose in the process of absorption which may lead to unwanted and fatal accidents.
- Don’t press the drill machine too hard as that may lead to an overload, which tends to shorten the life of the magnetic drill. When in use, be extremely attentive to the condition of the magnetic absorption of the drill. Stop using the drill immediately if you notice any instability in the magnetic absorption.
- Whenever the drill starts to operate or shuts down, ensure that the operating sequence of the motor and magnetic switch has complied.
- Do not continuously operate the magnetic base with a full load as that will cast a strong effect negatively on the life of the magnetic base. It may also get heated up to an extent that it may catch fire. Never touch the magnetic base, especially when it is extremely hot as that will cause a serious burn. Turn off the switch and unplug it immediately once you stop using the magnetic base.
- Do not use the drilling machine for not more than a total duration of 30 minutes at a stretch. If done otherwise, it will lead to extreme heat getting generated that will result in a fire or explosion. Switch off the motor when it is not in use.
- Add a certain amount of coolant to the equipment whenever you replace the drill. In case you notice a blockage, switch off the motor immediately. However, you must leave the magnetic base power on. The logic behind this process is that in case you shut down the power supply of the magnetic base directly, it may result in the operator suffering from injuries. It will also harm the motor because of the sudden loss of magnetic force of the magnetic base.
- Whenever the magnetic drilling machine is in use and is suspended either in a vertical or a horizontal position, you must get it fixed with a device that gets attached to the equipment so that it doesn’t come down falling caused by the sudden loss of power of the magnetic base. When you choose to drill in an upside-down position, always opt for cutting paste or cutting spray a cooling method that is reasonable. Say a frank NO to the option of the liquid cooling method as the liquid will easily infiltrate into the equipment and result in leakage of electricity. Instead of the liquid cooling method, choose cutting paste or spray coolant.
- Only use genuine spare parts and tools as it comes with guaranteed usage safety.
- Do not remove the drill if the spindle and the drill are in continuous motion. Unplug the drill from the main power supply to change its gear and never touch it with your bare hands.
- Even when the equipment stops working, never use your bare hands to remove the slug after the drilling process as it is very hot.
- While using the magnetic drill on a particular workpiece, do not do the process of welding on the same workpiece.
- Use the handle function of the drilling machine to move it from one place to another instead of pulling the power cable.
- Switch off the main power supply and unplug the drilling machine after usage. If this is not done and the spindle and the tool continue to rotate, then do not let the operator remove the drill and replace the gear with his bare hands. Make sure you practice this to avoid injuries.
- The generation of the magnetic field affects devices such as watches, mobile phones, and pacemakers installed to regulate the heartbeat. Make sure that the operator takes off the watch and keeps off the mobile phone before operating the drilling machine and doesn’t have a pacemaker installed in him.
CLEANING AND MAINTENANCE
- Keep a close check on the bolt of the magnetic drill. It should not be loose and the gap in the spindle should not be too large. The power cable of the drill should be in a good condition. You must make sure that the machine is maintained well.
- Inspect the carbon brush and change it immediately if you notice that it is worn out.
- The lubricating grease in the Gear Box should be changed by a professional once you have used the drill for three months. Inspect well once the professional finishes to double-check that all the parts have been fully lubricated.
- It is always the after-sales service department or the designated dealer who caters to the maintenance of the drill machine.
- The operator must clean the magnetic drill after finishing the work, scrub the side where the drill slides while working, and apply lubricating oil on the drill for the machine to last longer.
- Whenever you indulge in the process of cleaning the Drill with compressed air, you must wear safety goggles and protective gloves to protect yourself and the other people around you at the workstation.
- Switch the machine off and unplug it from the main power socket before you start the process of maintenance and cleaning.
When it comes to the process of maintenance, inspection, and repair pertaining to their electrical aspects, only a qualified electrician must be contacted to cater to the task. The qualifications of these electricians change according to their respective countries. They must follow the effective rules put in place when it comes to processing, inspection, and maintenance of a Circuit Board in order to avoid accidents.
ENVIRONMENTAL PROTECTION AND WASTE DISPOSAL
- Disposal of the old electrical equipment: Make sure you process the product in accordance with EC Directive 2002/96/EC-WEEE, also known as Waste Electrical and Electronic Equipment. In case of doubts or queries, contact the Department of Waste Disposal.
- Disposal of grease: Follow the instructions given by the lubricant’s manufacturer.
OPTIONAL TOOLS & ACCESSORIES
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OPERATING MANUAL
5.1 How to mount tools or adapters in a Weldon arbor?
-
Make sure the machine is disconnected from the power supply.
-
Put the center pilot in the cutter hole.
-
Put the cutter or adapter in the arbor, making sure the flat sides are exactly in front of the arbor retaining screws.
-
Tighten the retaining screws.
-
Check if the center pilot can move inside the cutter (up and down).
5.2 Drilling with Core Drills
-
Place the machine in the desired position
CAUTION: For 100% magnet clamping force you need at least 10 mm of steel. Coatings, paintings, and dirt between the magnet and workpiece will affect the clamping force. -
Switch on the magnet.
-
Ensure that the magnetic drilling unit is secure on the working piece.
-
Fill the arbor with lubrication/cutting oil in the specially meant holes. Always use cutting oil from your dealer.
-
Start the motor by pressing the green motor start button (I).
-
Start bringing the cutter to the workpiece but handle it with care and do not apply too much pressure. The cutter has to find its way into the material by itself. After 2 mm, the groove of the cut will help the cutter maintain its place and you can increase the power. Still, it is not necessary to use a lot of pressure. Too much pressure will cause damage and breakage.
-
After the cut is finished the slug will automatically be ejected from the cutter, switch the machine off by pushing the red button(0).
-
If the slug gets stuck in the cutter, move the machine to a flat surface. Switch on the magnet and gently bring the cutter down in contact with the surface. This usually allows a slug to straighten and eject.
WARNING: THE SLUG WILL BE EJECTED AND IS VERY HOT
5.3 Drilling with twist drills
There are several accessories available to be able to use twist drills with
your magnetic drill.
– Adapter 19 mm Weldon – ½”x20 UNF
– Adapter 19 mm Weldon – B16 taper connection
– Adapter 19 mm Weldon – B18 taper connection
These adapters will allow you to attach a drill chuck on to the hole cutter
arbor.
Also twist drills with a direct Weldon connection are available (ranging from
Ø 6 – Ø 12 mm)
-
Place the machine at the desired position
-
Switch on the magnet
-
Ensure that the magnetic drilling unit is secure on the working piece.
-
Apply cutting oil to the twist drill and workpiece. Always use cutting oil from your dealer.
-
Start the motor by pressing the green motor start button.
-
Start bringing the twist drill to the workpiece but handle it with care and do not apply too much pressure. The drill has to find its way into the material by itself. It is not necessary to use a lot of pressure. Too much pressure will cause damage and breakage.
-
After the cutting is finished switch the machine off by pushing the red button.
SWC 40 Motor complete
SWC 40 Motor complete
Part no. | Article No. | Article | Description | Pcs |
---|---|---|---|---|
60 | 7.09312E+11 | Screw | ST4.8×60 | 4 |
61 | 7.09312E+11 | Motor cap | SWC 40 | 1 |
62 | 7.09312E+11 | Screw | M4x12 | 6 |
63 | 7.09312E+11 | Washer | M4 | 6 |
64 | 7.09312E+11 | Carbon brush | 18×6.2×9.9 220V | 1 |
65 | 7.09312E+11 | Carbon brush holder | 18×6.2×9.9 | 2 |
66 | 7.09312E+11 | Spring | 5×0.3 | 2 |
67 | 7.09312E+11 | Motor shell (black) | SWC 40 | 1 |
68 | 7.09312E+11 | Fuse | 275V 0.1uf | 1 |
69 | 7.09312E+11 | Field coil | 1100W 220V | 1 |
70 | 7.09312E+11 | Screw | ST3.9×62 | 2 |
71 | 7.09312E+11 | Air Sleeve | ø75.5xø45×30 | 1 |
72 | 7.09312E+11 | O-ring seal ring | ø22×2.5- | 1 |
73 | 7.09312E+11 | Ball Bearing | 608ZZ P6 | 1 |
74 | 7.09312E+11 | Armature | 1100W 220V | 1 |
75 | 7.09312E+11 | Hole circlip | ø28 | 1 |
76 | 7.09312E+11 | Ball Bearing | 6001Z P6 | 1 |
77 | 7.09312E+11 | Gearbox cap | 35-85x85x24 | 1 |
78 | 7.09312E+11 | Paper gasket seal | ø78×0.5 | 1 |
79 | 7.09312E+11 | Shaft circlip | ø10 | 1 |
80 | 7.09312E+11 | Ball Bearing | 608 P6 | 2 |
81 | 7.09312E+11 | Helical gear | Z34mlh9 | 1 |
82 | 7.09312E+11 | Pinion | Z8ml.25L45 | 1 |
83 | 7.09312E+11 | Oil guide | ø78×22.6 | 1 |
84 | 7.09312E+11 | Straight gear | Z40ml.25h10 | 1 |
85 | 7.09312E+11 | Ball Bearing | 6003-2RS P6 | 1 |
86 | 7.09312E+11 | Skeleton ring | 20x30x9 | 2 |
87 | 7.09312E+11 | Cylindrical pin | ø4×12 | 1 |
88 | 7.09312E+11 | Screw | M8x60-10.9 | 1 |
89 | 7.09312E+11 | Spring Washer | M8 | 1 |
90 | 7.09312E+11 | Washer | M8 | 1 |
91 | 7.09312E+11 | Gearbox | 35-85x99x125 | 1 |
92 | 7.09312E+11 | Brass nozzle | M6x16 | 1 |
93 | 7.09312E+11 | Clamping block | ø20×24 | 1 |
94 | 7.09312E+11 | Screw | ST4.8×90 | 2 |
95 | 7.09312E+11 | Screw | ST4.8×50 | 2 |
96 | 7.09312E+11 | Ball Bearing | 61904-2RS P6 | 1 |
97 | 7.09312E+11 | Drill spindle assembly | ø37xø19.05×136 | 1 |
SWC 40 Magnetic frame
SWC 40 Circuit Diagram
SWC 40 Magnetic frame
Part No. | Article | Article | Description | Pcs |
---|---|---|---|---|
1 | 7.09312E+11 | Fuselage (blue) | M2 | 1 |
2 | 7.09312E+11 | PCB Box | 66x52x30.5 | 1 |
3 | 7.09312E+11 | Cross screw | M3x12 | 2 |
4 | 7.09312E+11 | PCB | 220V | 1 |
5 | 7.09312E+11 | PCB Box Cap | 66x52x24 | 1 |
6 | 7.09312E+11 | Screws | M4x10 | 3 |
7 | 7.09312E+11 | Washer | 4 | 1 |
8 | 7.09312E+11 | Magnetic base | 167x83x43 220V | 1 |
9 | 7.09312E+11 | Spring Washer | M6 | 4 |
10 | 7.09312E+11 | Hex Screws | M6x25 | 4 |
11 | 7.09312E+11 | Hex Screws | M5x15 | 3 |
12 | 7.09312E+11 | Hex Screws | M4x10-10.9 | 2 |
13 | 7.09312E+11 | Spring Washer | M5 | 3 |
14 | 7.09312E+11 | Slide SWC 50 | 200x60x21 | 1 |
15 | 7.09312E+11 | Cable Mount | MA12-08 | 1 |
16 | 7.09312E+11 | Rack | 15x15x170 m1.5 | 1 |
17 | 7.09312E+11 | Gasket flat washer-A level | M6 | 2 |
18 | 7.09312E+11 | Hexagon round-head screws | M5x10-4mm | 6 |
19 | 7.09312E+11 | Slideway | 208x22x15.5 | 2 |
20 | 7.09312E+11 | R’ Clip | 6.4 | 2 |
21 | 7.09312E+11 | Panel | 90x130x2 | 1 |
22 | 7.09312E+11 | Hex Screws | M5x8 | 3 |
23 | 7.09312E+11 | Flat washer | ø25xø33×1 | 1 |
24 | 7.09312E+11 | Shaft circlip – B type | ø25 | 1 |
25 | 7.09312E+11 | Cable | 220V 10A | 0.4 |
26 | 7.09312E+11 | Nylon wave tube | ø13 | 0 |
27 | 7.09312E+11 | Straight wave tube fittings | ZT-M16-AD13 | 2 |
28 | 7.09312E+11 | Power Cable | 250V 16A 1.5mm 3.5m | 1 |
29 | 7.09312E+11 | Torsion Joint | MA16-P-10 | 1 |
30 | 7.09312E+11 | sleeve for feed shaft | ø35xø25×15 | 2 |
31 | 7.09312E+11 | Feed gear shaft | ø37×108 Z14m1.5 | 1 |
32 | 7.09312E+11 | Feed handle | M10x150 | 3 |
33 | 7.09312E+11 | Hex Screws | M4x10- | 8 |
34 | 7.09312E+11 | Button panel | 90x130x2 | 1 |
35 | 7.09312E+11 | Motor ON/OFF Switch | 220 V | 1 |
36 | 7.09312E+11 | Rocker Switch protective cover | 37×30.5×12 | 1 |
37 | 7.09312E+11 | Magnet Switch | KDC | 1 |
38 | 7.09312E+11 | Coolant Bottle Assembly | 600ml | 1 |
39 | 7.09312E+11 | Coolant Bottle Lid | ø58×12 | 1 |
40 | 7.09312E+11 | Coolant container | 600ml | 1 |
41 | 7.09312E+11 | Hex Nut | 8×1 | 1 |
42 | 7.09312E+11 | Aluminium Valve | ø15.5×37-90 | 1 |
43 | 7.09312E+11 | Hoop | ø6 | 1 |
6. Handy Tips
TIP: Do not use your magnetic drill on the same structure when ARC
welding is in progress. D.C. current will earth back through the magnet and
cause irreparable damage.
TIP: It is recommended that machine is laid to rest every 30 minutes in
order to permit grease to run across the gear box .
TIP: When using models with gear and variable speed always select a
setting with low transmission ratio and high motor speed, if possible.
TIP: During drilling it is recommended after a certain depth the cutter
should be pulled up on free load in order to permit grease to run across the
gear box.
TIP: For 100% magnet clamping force you need at least 10 mm of steel.
Coatings, paintings and dirt between magnet and workpiece will affect clamping
force.
TIP: Most situations which cause problems or question marks have already
occurred for other users. Contact Schiffler or your dealer to see if a
solution exists for your situation.
(example: for drilling into non-magnetic material with your magnetic drill, a
special vacuum system has been designed).
WARNING: This appliance must be earthed.
WARNING: After drilling the slug will be ejected and is very hot.
WARNING: When drilling in an inverted position, cutting oil can enter the
motor and can cause irreparable damage.
WARNING: When drilling in an inverted position, metal swarf can enter the
motor. This can cause irreparable damage and can cause electrical shocks.
WARNING: Steel plates of less than 10 mm thickness, coatings, paints, and
dirt between the magnet and workpiece can affect clamping force and create a
possibly dangerous
situation. Always make sure your magnetic drill is fastened with the supplied
safety chain and make sure your machine is sufficiently attached to the
workpiece to start drilling.
TROUBLESHOOTING
-
If the type of error that you face revolves around the Motor not starting even after pressing the ON/OFF button or the motor tends to stop while it is functioning, the following can be the possible causes along with the remedies:
a. The plug isn’t properly inserted into the socket. Just re-insert the plug.
b. The Circuit Breaker has been switched off by accident. Switch it on.
c. The torque cut-off has been triggered. You just have to switch the machine off for a few seconds and then switch it on.
d. You have missed selecting the direction of rotation. Click on select.
e. You haven’t switched on the magnetic clamp. Switch it on.
f. The machine is overheated because of which the internal safety switch of the machine is switching it off. Let the machine cool down for some time and then switch it on. -
If the type of error that you face revolves around the Circuit Breaker tripping in the power distributor, the following can be the possible causes along with the remedies:
a. The machine has some defective parts. Immediately contact Customer Service.
b. Plenty of appliances have been connected to the same power circuit, resulting in tripping. Unplug a few of those appliances. -
If the type of error that you face revolves around the Magnetic clamp not functioning to its best capability, the following can be the possible causes along with the remedies:
a. You have not switched on the magnet. Switch it on.
b. The surface where the machine is placed is not magnetic enough. Change the placement and use a suitable base. -
If the type of error that you face revolves around the lubrication system not functioning to its best capability or failing to function at all, the following can be the possible causes along with the remedies:
a. The lubricant is over. Pour the required amount of lubricant into the machine.
b. The connecting nipple has gotten clogged. Do a deep cleaning of the tank and the nipple.
c. The lubricant tap is jammed or has gotten closed. Open the tap.
Contact Customer Service immediately if the steps and remedies described above do not solve your problem.
WARRANTY
The warranty period for Schiffler Magnetic Drills equipment is 6 months as of
the date of purchase.
Damages due to wear and tear, overload or improper handling of the machine are
excluded from the warranty. Damages that are due to faults in material or
defects in fabrication will be remedied free of cost by compensation delivery
or repair.
Claims for damages cannot be derived from this warranty.
Please fill out the warranty or add the purchase receipt.
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MACHINE TYPE
: …………………………………………………………………………..
MACHINE NUMBER
: …………………………………………………………………………..
DATE OF PURCHASE
: ……………………………………………………………………………
STAMP/SIGNATURE AUTHORISED DEALERS: ………………………………………….
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ERROR DESCRIPTION:
European Union
Schifler Werkzeuge & Co.
Bahnhofstraße. 8, 30159, Hannover, GERMANY
Tel.: +49 (0) 511 93639 421
Fax.: +49 (0) 511 93639 300
Email: info@schifler.de
Asia Pacific
Schifler Werkzeuge & Co.
B-24, 1st Floor, Street No.9, Anand Parbat
Industrial Area, Delhi-110005, INDIA
Telefon : 011-41044650
Email: india@schifler.de| Middle East
Schifler Werkzeuge Middle East FZC
UAQ Free Trade Zone, P.O. Box : 7073,
Umm Al Quwain, U.A.E.
Telefon : +971-568965572
Email : uae@schifler.de
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References
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