drilling m machines hu 32 ti - huvema a5 a6 a7 a8 a9 changes typing ors ved changes typing ors ved....

HU 32 TI

D R I L L I N G M M A C H I N E S

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Table of conTenTs1. General safety rules for all machines 112. Characteristics and applications 123. Instructions for using this machine 124. Machine appearance, applications and working environment 134.1. Machine appearance 134.2. Applications 134.3. Work environment 135. Transportation and installation 135.1. Transport of the machine 135.2. Foundation and installation 136. Transmission 147. Operation instructions 157.1. Starting the machine 157.2. Description of control elements 158. Lubrication 168.1. Lubrication methods 169. Bearings 1710. Electrical system 1710.1. General 1710.2. Electrical circuit 1710.2.1. Main power switch (QS1) 1810.2.2. Protection of the main motor 1810.2.3. Protection of coolant pump 1810.2.4. Tapping operation 1810.2.5. Power feeding operation 1810.2.6. Emergency stop 1810.2.7. Zero voltage protection 1810.2.8. The function of the safety guard 1810.3. Maintenance of electrical equipment 1911. List of accessories 1912. Construction of main components 20

11CHANGES AND T YPING ERRORS RESER VED CHANGES AND T YPING ERRORS RESER VED

column drilling machine hu 32 Ti1. general safeTy rules for all machinesN.B.: Read the instructions carefully in order to avoid any problems.

As with all machinery there are certain hazards involved with operation and use of this machine. Using the machine with respect and caution will considerably lessen the possibility op personal injury. However, if normal safety precautions are overlooked or ignored, personal injury to the operator may occur. Observe these rules insofar as they are applicable to this particular machine.This machine was designed for certain applications only. We strongly recommend that this machine NOT be modified in any way and/or used for any application other than for which it was designed.If you have any questions relative to its application DO NOT use the machine until you have contacted your dealer.1. For your own safety read the instruction manual before operating the tool.2. Keep all guards in place and in working order.3. Ground all tools.4. Remove adjusting keys and wrenches. Make a habit of checking the machine before turning it on.5. Keep the work area clean. Cluttered areas and benches invite accidents.6. Do not use in a dangerous environment, such as damp or wet locations or expose to rain. Always keep the

work area well-lit.7. Keep children and visitors away. They must be kept at a safe distance from the machine at all times.8. Make sure that the work area is not accessible to unauthorised persons. Use padlocks, master switches,

remove starter keys etc.9. Never overload the machine. The capacity of the machine is at its largest when properly loaded.10. Do not force the machine or attachment to do a job for which it was not designed.11. Wear proper apparel. No loose clothing, gloves, neckties, rings, necklaces, bracelets or jewellery: they may

get caught in moving parts. No slip footwear is recommended. Wear a hairnet to contain long hair.12. Always wear safety glasses and work according to safety regulations. Use a face or dust mask if operation is

dusty.13. Always secure workpiece tightly using a vise or clamping device. This will keep both hands free to operate

the machine. 14. Do not overreach. Keep your proper footing and balance at all times.15. Maintain tools in top condition. Keep them sharp and clean. Read the instructions carefully and follow the

instructions for cleaning, lubrication and tool replacement.16. Lubricate the machine and fill all oil reservoirs before operation.17. Disconnect tools before servicing and when changing accessories such as blades, bits, cutters etc.18. Use only recommended accessories. Consult the owner’s manual for recommended accessories. The use of

improper accessories may cause hazards.19. Avoid accidental starting. Make sure the on/off switch is in the “OFF” position before plugging in the power

cord.20. Never stand on the machine or tools. Serious injury could occur if the machine is tipped or if the cutting tool

is accidentally touched.21. Check damaged parts. Replace or repair damaged parts immediately. Check machine for alignment of

moving parts, binding of moving parts, breakage of parts, mounting and any other conditions that may affect its operation.

22. Direction of feed. Feed work into a blade or cutter against the direction of rotation of the blade or cutter only.23. Never leave tool running unattended. Do not turn power off until it has come to a complete stop.24. Alcohol, medication, drugs. Never us the machine while under the influence of alcohol, medication or drugs.25. Make sure the tool is disconnected from the power supply, before servicing, repairing etc.26. Keep the original packing for future transport or relocation of the machine.


Additional safety rulesAlways keep in mind that:• the machine must be switched off and disconnected from the power supply during maintenance and repairs,• clamped workpieces may only be measured when the machine is switched off.Never lean over the machine, mind loose clothing, ties, jewellery etc. and wear a cap.Do not remove safety devices or guards. Never use the machine while a guard is open.Always use safety glasses for machining rough materials.Burrs and chips should only be removed using a sweeper or other aid, never with your bare hands!Never leave the machine running unattended.

2. characTerisTics and applicaTions

No. Description Measure Unit1. Maximal drilling diameter 32 mm2. Distance between axis of spindle – column surface 350 mm3. Max. distance between spindle nose and work table surface 850 mm4. Max. distance between spindle nose and base surface 1400 mm5. Max. spindle travel 160 mm6. Max. travel of work table and bracket 550 mm7. Horizontal swing of table on bracket ± 45 degree8. Taper of spindle bore 4 Morse9. Number of spindle speeds 12 steps10. Range of spindle speeds 72-2600 rpm11. Number of spindle feeds 3 steps12. Spindle feed range 0.1, 0.2, 0.3 mm/rev.13. Column diameter 120 mm14. Table working area 500 x 450 mm15. Base working area 370 x 360 mm16. Work table and base T-slots 2- -14 mm

17. 3-phase, 2-speed AC motorPower 1 / 1,5 kWVoltage 380 (220, 400, 420) VSpeed 960 / 1450 rpm

18. 3-phase electrical pumpPower 0,085 kWVoltage 380 (220, 400, 420) VCapacity 6 l/min

19. Electromagnetic clutchPower 0.024 kWVoltage 24 V

20. Machine dimensions (LxWxH) 950 x 620 x 2100 mm21. Machine weight (gross/nett) 550/485 kg

Subject to change.

3. insTrucTions for using This machineRead the safety rules carefully and always observe them. Examine the applications of this machine and beware of possible risks.

Always wear safety glasses.


4. machine appearance, applicaTions and working environmenT

4.1. machine appearanceThe machine design encompasses the main motor, gear box, spindle box, column, work table, bracket, base and electrical cabinet. The gear box and spindle box are mounted on the elevating sleeve, which slides on the column. The column sits on the base. The electrical cabinet is situated at the back of the head stock.

Figure A – Outline drawing

A1 Electrical cabinet A6 Elevating sleeveA2 Gear box A7 Work tableA3 Spindle box A8 BracketA4 Elevating sleeve A9 BaseA5 Column

4.2. applicaTionsThis machine is designed for drilling, broaching, reaming, tapping, boring and similar operations. The large drilling capacity allows for drilling of workpieces within a large size range. The machine is suitable for production and maintenance shops. The worktable bracket can move up and down along the column at 180°, or 45° parallel to the bracket. This design is very flexible and easy to operate.

4.3. work environmenT• The elevation of the workshop must be 2000 m or less.• The environmental temperature should be 20° C to 40 ° C.• With a medium temperature of 20 ± 5° C, the relative humidity should not exceed 85 %.• No conductive dust allowed.• Installation in an environment with explosion danger is forbidden.• No corrosive gas or steam which may corrode metal or damage the insulation.• Keep away from the source of shocks or vibration.

5. TransporTaTion and insTallaTion

5.1. TransporT of The machine• Handle with care when transporting the machine, Pay close attention to the shipping marks. Don’t lay down

the machine on the wrong side. Avoid impact.• The machine is fully assembled and packed before shipping to the customer. Please check carefully when

opening the package and make sure no parts are missing.• When lifting the machine by crane, the center of gravity should be closely watched. For the correct method,

see figure C. To avoid damaging the machine surface, preferably put soft materials between the rope and the machine surface.

5.2. foundaTion and insTallaTion

Figure B – Foundation dimensions• Take the work table as radius, go 360° around the column to determine the max. area of the foundation. The

diameter of the foundation is 1430 mm (see figure B). Customers can decide the foundation area according to their own needs.

• The depth of the foundation is chosen so that it rests on a dense soil. The depth shown in figure D is just for reference.

• Pour concrete around the foundation bolts after setting these in the accurate positions. After solidification of the concrete, place the machine on the foundation and tighten the foundation bolts. Check adjustment with a spirit level in longitudinal and transversal direction.

Figure C – Machine transportation

Figure D – Foundation and installation


6. TransmissionFigure E – Transmission

Number in drawing

1 2 3 4 5 6 7 8 9

Number of teeth and starts 79 1 12 36 22 48 13 1 39

Module 2.5 1.5 2.5 1.5 2.5 2 2.5 2 1.5

Direction of helical angle

4° 17’20“

4° 17’20“

4° 23’55“ left

4° 23’55“ left

Class of accuracy 9 9 9 9 8 9 9 9 9

Material 45 45 45 45 45 QT400 45 45 45

Heat treatment and hardness

T235 T235 T235 T235T235HV500

T235 T235 G45

Number in drawing

10 11 12 13 14 15 16 17 18

Number of teeth and starts 32 29 35 46 21 13 15 45 14

Module 1.5 1.5 1.5 1.5 1.5 1 1 1.5 1.5

Direction of helical angleClass of accuracy 9 9 9 9 8 9 9 9 9

Material 45 45 45 45 45 45 45 45 45


G48 G48 G48 G48 G48 G48T235G48

G48 G48

Number in drawing

19 20 21 22 23 24 25 26 27

Number of teeth and starts

68 23 50 50 50 23 45 23 54

Module 1.5 1.5 2 1 1 2 2 2 1.5

Direction of helical angleClass of accuracy 9 9 8-7-7 9 9 8-7-7 9 9 9

Material phenolic fiber 45 45 45 45 45 45 45 45


T235 G52 G42 G42 G52 G52 G52 G52

Number in drawing

28 29 30 31 32 33 34 35 36 37

Number of teeth and starts 27 19 42 1 36 12 46 30 18 34

Module 1.5 2 2 1.5 1.5 2.5 2.5 2 2 2

Direction of helical angle

4° 17’20“ left

4° 17’20“ left

Class of accuracy 8-7-7 8-7-7 8-7-7 9 9 9 9 9 9 8-7-7

Material 40Cr 45 45 45 45 45 45 45 45 45


G52 G52 G52 C42 T235 T235 T235 G52 G52 G52


7. operaTion insTrucTions

7.1. sTarTing The machine• Before starting the machine, read carefully the operation manual and become fully acquainted with all the

details.• The operator should be familiar with all the rules and points of attention for running and maintaining the

machine.• Strictly follow the instructions for lubrication. Fill the oiling places with lubricant at regular intervals.• When you push in the tool unloading spacing shaft, there should be a clearance between the end of the

taper shank of the spiral drill and the ram of the tool unloading device. Unqualified taper shanks and sleeve adapters can not be used.

• Remove all the anti-rust coating or grease from the machine. Fill the machine with lubricant. Run the machine from low to high speed without load and check for normal functioning.

7.2. descripTion of conTrol elemenTs

Figure A – Control elements

1 Table bracket lift handle 13 Emergency stop button

2 Feed depth adjusting handle 14 Tool unload handle

3 Feed depth lead screw lock handle 15 Electrical cabinet handle

4 Hand feed handle 16 Main motor stop button

5 Connect/disconnect button for electromagnetic feed clutch

17 Lamp button

6 Spindle box clamp/loose lever 18 Coolant pump button

7 Feed regulating lever 19 Tapping select button

8 Spindle box lift handle 20 Motor speed switch

9 Coolant supply valve 21 Power supply switch

10 Spindle speed change handle A 22 Table clamp/loose lever

11 Spindle speed change handle B 23 Bracket clamp/loose lever

12 Main motor start button Spindle speed change control

The 12 steps of the spindle speed are accomplished by a gear driving system and 2-speed motor.To change the speed, first stop the motor.Turn the speed change handles (10 and 11) to the desired position. Then turn the switch (20) to position 1 or 2. The speed for forward is selected. Turn the switch to position “R” for the same speed in reverse running.

Spindle feed operationAutomatic feedFirst stop the motor. Turn the feed change lever (7) tot the desired feed rate on the feed chart. Push down the button (5) on the end of the hand feed lever (4) to engage the electromagnetic clutch. Auto feed with the selected speed starts. If you need to stop during the process, push button (5) on the control panel to disengage the electromagnetic clutch.

Hand feedTurn the handle (4) counter clockwise for hand feed of the spindle during drilling.

TappingThe auto feed button should not be pushed down when tapping, because the spindle feeds according to the pitch. For safety, please turn the tapping select button (19) to the tapping position and keep it interlocked with auto feed.

Spindle resetThe balance and reset of the spindle are accomplished by the coiled spring. The force of spindle balance can be adjusted by loosening the screw and turning the angle of the spring housing.Tool loading and unloading


Tool loadingPush in the tool loading lever (14) towards the spindle box. The limit shaft blocks the spindle sleeve from rising to its limit height. Push the tool taper shank into the spindle bore and fit tightly.

Tool unloadingPull the tool unloading lever out. Grasp the tool with one hand, turn hand feed lever (4) with another hand. The spindle rises rapidly. The tool shank knocks into the ram on the end of the spline shaft. The tool is pushed out.

Important remarks1. Never pull out the tool unloading lever (14) while the machine is running. It is dangerous because when the

spindle rises and the ram on the end of the spline shaft knocks into the tool taper shaft, the tool will drop.2. In case the tool taper shank fits in the spindle bore too tightly, turn the hand feed lever (4) quickly and make

the tool taper shank knock into the ram three times. If the tool still does not come out, extend the spindle sleeve and use a tool unloading wedge to knock down the tool.

Control of the feed depthThe cutting depth is set by moving the scale nut on the scale rod. In batch production, the cutting depth is controlled by loosening screw (3), turning the hand wheel (2) and moving the scale nut to the desired depth.

Coolant systemTurn coolant pump switch (18) to the ‘on’ position, then turn the coolant valve (9) to control the coolant supply.

Work table bracketBy loosening lever (23) and turning lift handle (1) the work table bracket can be elevated to its desired height. It can also swing around the column.By loosening lever (21) the work table can be rotated on the center at ± 180°.Do not forget to clamp the levers (22 and 23) tightly after adjustment.If you loosen the 4 nuts M14 on the bracket and remove the roller pin, the work table can be tilted ± 45°. To reset the bracket, readjust the table with accuracy conform G5 and push the roller pin back in.

Spindle box and gear boxBy loosening lever (6) and turning lift handle (8), the spindle box together with the gear box can be elevated to its desired height. It can also swing around the column. Do not forget to clamp the lever (6) tightly after adjustment. If you loosen the 4 nuts M14 on the bracket and remove the roller pin, the work table can be tilted ± 45°. To reset the bracket, readjust the table with accuracy conform G5 and push the roller pin back in.

8. lubricaTionFigure F – Lubrication

8.1. lubricaTion meThodsGrease lubricatingThe gears in the gear box are lubricated by no. 3 lithium grease. For new machines, after 6 months of running, the lubricant must be cleaned and changed. Subsequently, grease must be replaced once per year. The gears in the driving system are lubricated by no. 3 grease, the worm is lubricated in the oil tank.The lubricant in the oil tank is machine oil. The oil should be changed every 6 months. On the right side of the machine, there is a filling hole and an oil gauge. The oil outlet is located at the bottom of the oil tank. The level of the oil is indicated by the oil gauge.

Hand oiling1. Hand lubricating places (see figure F)2. Hand lubricating method (see table)

Place of lubrication

Description Method Lubricant Cycle

1 Main driving shaft I bearing Oil gun Lithium grease no. 3 Every 3 months2 Main driving shaft II bearing Oil gun Lithium grease no. 3 Every 3 months3 Main driving shaft III bearing Oil gun Lithium grease no. 3 Every 3 months4 Bracket lift system Oil gun Machine oil no. 40 Every shift5 Bracket lift worm bearing Oil gun Machine oil no. 40 Every shift6 Column guideway surface Oil gun pouring Machine oil no. 40 Every shift7 Column guideway surface Oil gun pouring Machine oil no. 40 Every shift


Place of lubrication

Description Method Lubricant Cycle

8 Feed worm wheel Oil gun Machine oil no. 40 Every 6 months9 Spindle sleeve surface Oil gun pouring Machine oil no. 40 Every shift10 Gear shaft bearings Oil gun Machine oil. no. 40 Every shift10 (11) Feed system Oil gun Machine oil no. 40 Every shift

11 (12) Speed declutchShift shaft Oil gun Machine oil no. 40 Every shift

12 (13) Speed declutchShift shaft

Oil gun Machine oil no. 40 Every shift

14 Spindle box lift mechanism Oil gun Machine oil. no. 40 Every shift15 Worm bushes Oil gun Machine oil no. 40 Every shift

9. bearingsFigure G - Bearings

No. Model Description Specification Quantity Accuracy1 GB276;101 Deep-groove bearing 12x28x8 22 GB276;202 Deep-groove bearing 15x35x11 23 GB276;203 Deep-groove bearing 17x40x12 14 GB276;107 Deep-groove bearing 35x62x14 15 GB276;1000809 Deep-groove bearing 45x58x7 16 GB276;1000906 Deep-groove bearing 30x47x9 1 P57 GB276;7000105 Deep-groove bearing 25x47x8 28 GB276;7000107 Deep-groove bearing 35x62x9 29 GB276;7D000107 Deep-groove bearing 35x62x9 2 P510 GB277;50202 Thrust ball bearing with flat seat 15x35x11 111 GB277;50203 Thrust ball bearing with flat seat 17x40x12 212 GB297;2007106 Tapered roller bearing 30x55x17 113 GB301;8102 Thrust ball bearing with flat seat 15x28x9 114 GB301;8103 Thrust ball bearing with flat seat 17x30x9 215 GB301;8107 Thrust ball bearing with flat seat 35x52x12 1

10. elecTrical sysTemFigure H – Machine wiring diagram

1 Motor M1 9 Button SB72 Cabinet 10 Limit switch SQ13 Lighting 11 Limit switch SQ34 Pump motor M2 12 Side of electrical cabinet5 Wire inlet box B2 13 Contact code diagram6 Limit switch SQ2 14 On-/off chart7 Ground PE 15 Contact code and connection: Inner connection8 Front control panel 16 Outer connection

10.1. generalThe power supply of the machine is 400V/50Hz, 3-phase. Power supply for control circuit and lighting system is 24V, which is provided by a transformer. The control circuit is equipped with fuses for short circuit protection and an emergency stop button for quickly shutting down the machine in case of emergencies. The transmission is driven by a 2-speed, 3-phase AC asynchronous motor. The motor speed is selected by turning a switch.The electrical cabinet is mounted at the back of the head stock. The emergency stop button and other switches are on the front left side of the spindle box (see figure A).To ensure the safety of the operator, the electrical system must be grounded.

10.2. elecTrical circuiT

Figure I and J – Electrical circuit


10.2.1. main power swiTch (Qs1)The main power switch (QS1) is for controlling the power supply. It has opening for safety locking with a padlock.

10.2.2. proTecTion of The main moTorThe main motor is protected by a auto switch (QF1), which can protect the motor from overload.

10.2.3. proTecTion of coolanT pumpThe coolant pump is protected by means of a 3VE automatic switch (QF2).

10.2.4. Tapping operaTionTapping operation is controlled by contactors KM1, KM2 and select button SB6. The travel limit of tapping is controlled by SQ2, SQ3.When tapping, turn the select button SB6 to position “1” (“0” for driving), turn the 6LBB combination switch to “1” to start the spindle forward (KA1, KM1 engaged). Hand feed spindle downward until the tool touches the work piece to be tapped. When the tapping depth is reached, limit switch SQ3 is activated; the spindle rotates in reverse direction (KA1, KM2 engaged) and the tap withdraws from the workpiece.When the spindle returns to the highest point, limit switch SQ2 is operated. The spindle rotates forward and one cycle of operation is finished.

When tapping, push button SB7 which is on the handle. The spindle rotates backwards and the tap is withdrawn from the workpiece. When the button SB7 is pushed again, the spindle rotates forward and operation can be resumed.

For the next tapping operation, repeat the steps above. For drilling, turn the button SB6 to position `0’.

Warning! The motor turns forward and reverses frequently during tapping, so each operation should not exceed 8 times per minute. Please stop the motor and cool it down when it is hot, otherwise the motor could be burnt down.

10.2.5. power feeding operaTionMove the spindle 5-6 mm down and push one of the buttons at the end of the feed levers. The electromagnetic clutch is engaged, automatic feed starts and the indicator lamp HL2 lights. Drilling is stopped by the limit switch when the desired depth is reached.If you need to stop the power feed, push button (5) to disengage the electromagnetic clutch.

10.2.6. emergency sTopDuring the process of machining, the emergency stop button SB3 can be pushed down for an emergency stop. When SB3 is pushed down, contactor KM1 loses current and the machine stops. To restart the machine, relieve the mechanical lock of the button.

10.2.7. Zero volTage proTecTionZero voltage protection is provided by contactor KM1. When the power is restored, push button SB4 to engage contactor KM1 and restart the machine.

10.2.8. The funcTion of The safeTy guardThe machine can not be started when the safety guard is not in the correct working position.


10.3. mainTenance of elecTrical eQuipmenTDisconnect the main power supply before checking the electrical equipment. Keep the equipment clean by removing dust, dirt and grease regularly. You may not use volatile liquids (such as kerosene or gasoline) as cleaner. The working voltage of the motor must not exceed ± 10 % of the rated voltage. To ensure the machine runs normally, regular maintenance of the motor is a must.

Designation Description Specification and model Quantity NoteQF1 Automatic switch 3VU1340-OMK00 6.4a 1QF2 Automatic switch 3VE1005-2DU00 0.4A 1QS1 Power switch KG10B 1QS2 Change over switch 6LBB-20A 1SB1 Pump button LA42XL2-30/B 1SB2/SB6 Lamp button LA42XL2-10/B 1SB3 Emergency stop button LA42J-02/R 1SB4 Push button LA42P-10/B 1SB5 Push button LA42P-01/R 1SB7 Push button 1SQ1 Limit switch E62-10A 1SQ2-SQ3 Limit switch LXW16-16/61C2 2KM1-KM2 Contactors CM12/6MA11 2HL1, HL2 Indicator lamp AD17-16G24 2EL Lighting lamp 25WAC24V 1T1 Control circuit transformer JBK5-100A 380/24, 27 , 27, 9 1R1 Resistor RT 2W62 W 1V1 Diode IN5404 1U1 Control unit HXCP-1 1YC1,E Electromagnetic clutch, brush DLY0-10S, M16x1 1 1 SetFU1-FU3 Fuses 3A 3FU4 Fuse 5A 1FU5 Fuse 3A 1M1 3-phase motor YD90L-6/4 1M2 3-phase electrical pump AYB-6B 1

11. lisT of accessories

No. Description Part no. or drawing no. Specification Quantity

1 Spanner drill chuck GB6087 1-13 12 Connecting bar of drill chuck Z5032-50-201 13 Short sleeve for taper shank tool JB3477 4-3 1

Short sleeve for taper shank tool JB3477 4-2 1Short sleeve for taper shank tool JB3477 3-1 1

4 Wedge for taper shank tool JB3482 Wedge 1 1Wedge for taper shank tool JB3482 Wedge 3 1

5 Hex nut GB6170 M12 46 Foundation bolt GB799 M12 x 300 47 Washer GB97.2 12 48 Double head wrench GB4388 22 x 24 19 Fuse 3A 210 Fuse 5A 2


12. consTrucTion of main componenTsPicture K – Structure of column and work table bracket

Picture L – Structure of spindle box and gear box

Picture M1 and M2 – Exploded view drawing of feed gear box

Description Art.no. Description Art.no.Motor 500659 Fuse 5x30 mm, 3A 504208Bracket drilling depth 500314 Fuse 5x30 mm, 5A 504210Nut of depth adjustment 500652 Coolant pump 500602Warn light tension 500327 Print (new model) 500742Coolant outlet 504344 Print (old model) 500751Machine light 511170 Gear of motor 500062Fuse 5x30 mm, 1A 504205 Gear of motor 500063


Our products are frequently updated and improved. Minor changes may not yet be incorporated in this manual. Always state the year of build, type and serial number of the machine in correspondence.

Manufacturer and importer assume no responsibility for defects which result from not reading the manual carefully or wrong use of the machine. No rights can be derived from this manual.

All rights reserved. No part of this booklet may be reproduced in any form, by print, photoprint, microfilm or any other means without written permission from the publisher.

© Huberts bv, Kennedylaan 14, Veghel, the Netherlands. Internet: www.huvema.nl


CE DECLARATION OF CONFORMITY(in accordance with supplement II A of the Machinery Directive)

Industrie & Handelsonderneming Huberts bv, Kennedylaan 14, 5466 AA Veghel, the Netherlands,in the capacity of importer, is to be held responsible for declaring that the Huvema machine:

Column drilling machine HU 32 TI

which this declaration relates to, is conform the following norms:

NEN-EN ISO 12100:2010, NEN-EN IEC 60204-1:2006:2006/C11:2010, NEN-EN IEC 61000-6-4:2007/A1:2011, NEN-EN IEC 61000-6-2:2005/C11:2005

and meets the basic requirements of the:

• Machinery Directive 2006/42/EC• Electromagnetic Compatibility Directive 2004/108/EC• Low Voltage Directive 2006/95/EC

Veghel, the Netherlands, March 2014

L. VerberktManaging director

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drilling m machines hu 32 ti - huvema a5 a6 a7 a8 a9 changes typing ors ved changes typing ors ved....

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