SKF STD 12010, STG10007, STD 10007, STD 15020, STD 15040 Installation, Operation And Maintenance Manual
...Page 1
Magforce
STD/STG/STW/SKD/SKS/STN
Linear Actuators
Read this manual before installing, operating
or maintaining this actuator. Failure to follow
safety precautions and instructions could
cause actuator failure and result in serious
injury, death or property damage.
Installation, operation
and maintenance manual
Page 2
Operating instructions
Linear drives
MAGFORCE
- STD - STG - STW -
- SKD - SKG - SKW -
- STN -
531E,0001/2.99
1
©1996 by Magnetic GmbH, Copying and passing on to third parties is only permitted with Magnetic’s approval.
Page 3
531E,0001/2.99
Table of Contents
Page
Table of Contents 2
1. Overview of linear drives
STD...(three phase current),STG... (direct current), 3
STW...(alternating current), SKD... (three phase current),
SKG...(direct current), SKW...(alternating current),
STN...(three phase current)
2. Safety 4
2.1 General safety instructions 4
2.2 Use in accordance with the regulations 4
2.3 Identification of dangers 4
2.4 Safety at work 5
2.5 Technical progress 5
2.6 Guarantee 5
3. Assembly and installation 6
3.1 Assembling the linear drive 6
4. Electrical connections 7
4.1 Electrical connections for linear drives 7
4.2 Electrical connection of linear drives with stroke limit switching 8
4.3 Electrical connection of potentiometer 9
4.4 Setting the end stroke limit switch (optional) 9
4.5 Setting the potentiometer (optional) 10
5. Operation / starting up 10
6. Technical data 11
6.1 Mechanical and electrical data 11
7. Care and maintenance 18
8. Trouble-shooting and fault rectification 18
9. Technical support 19
10. Replacement parts and accessories 19
10. End of life disposal 19
© 1997 Magnetic GmbH, Maulburg. Copying and passing on to third parties is only permitted with Magnetic's approval.
Operating instructions
2
Page 4
531E,0001/2.99
Operating instructions
1. Overview linear drives
STD... (three phase current),
STG... (direct current),
STW... (alternating current),
SKD... (three phase current),
SKG... (direct current),
SKW... (alternating current),
STN... (three phase current)
2
1
5
6
7
8
9
10,
11
12
13
14
4
549x000120
3
4
1. Motor unit MAGFORCE STW/STD/SKD (alternating current / three phase current)
2. Motor unit MAGFORCE STG/SKG (direct current)
3. Motor unit MAGFORCE SKW/STN (alternating current / three phase current)
4. Connecting terminal case STW/STD/SKW/SKD/STN
5. Rear Trunion
6. Housing (identical for all models)
7. Stroke limit switch or potentiometer (optional)
8. Motor axle adapter (optional)
9. Electro-magnetic brake (optional)
10. Push Tube
11 O-washer
12. Fixing Adapter
13. Locking nut
14. Fork head
Fig. 1 Overview linear drive MAGFORCE
3
Page 5
531E,0001/2.99
Operating instructions
2. Safety
2.1 General safety instructions
MAGFORCE linear drives have been designed, built and inspected for safe operation in
accordance with state-of-the-art technology the standards (Machine Directive 89/392
EWG, Low Voltage Directive 73/23 EWG and EMV Directive 897 336 EWG) and have left
the factory in a perfect and safe state. Despite this, the drive can be dangerous to persons and objects if they are not fitted and operated correctly. Therefore these Operating
instructions must be read in detail and understood and the safety instructions must be
taken note of.
In the case of incorrect use and for incorrect purposes, the manufacturer rejects any
kind of liability and guarantee.
The linear drives described in Chapter 1 are machine parts in terms of the Machine
Directive. They are only to be installed in machines and systems by specialist companies
and institutions taking into account the valid guidelines and statutory regulations.
Especially the following directives and the resulting laws and standards must be taken
into consideration:
89/ 392 EWG EU machine directive
72/ 23 EWG EU low voltage directive
897 336 EWG EU-EMV guideline
Depending on the use of the machine or system into which the linear drive is to be
installed, additional product or product group specific guidelines and standards may
apply. It is the machine or system manufacturer who is responsible for ensuring that
these guidelines and standards are complied with .
Linear drives may not be operated after they have been into the machine or system until
all requirements specified in the EU machine directives regarding safety and health have
been fulfilled.
In terms of EMV guidelines, linear drives are classified as supplied parts for the exclusive
use and processing by specialist companies. The measures required to comply with the
MEV Safety regulations must be taken by the manufacturer of the end product taking
into consideration the fitting conditions, wiring, control and switching and must be
checked in accordance with its use.
2.2 Use in accordance with the regulations
MAGFORCE linear drives are only to be used for lifting purposes.
Every other type of use is not permitted. Reconstruction and changes to the linear drives
or the electrical installation is not permitted.
Only original replacement parts and accessories from Magnetic may be used.
2.3 Identification of dangers
Throughout the Operating instructions, possible dangers and information is identified by
the following symbols:
Warning!
In the Operating instructions, this symbol identifies actions and conditions which can
present danger to life and limb of persons.
Read the instructions carefully.
Attention!
In the Operating instructions this symbol identifies all actions and conditions which
can cause damage to objects.
Read the instructions carefully!
Information!
This symbol identifies factual and useful information for the user.
4
Page 6
531E,0001/2.99
Operating instructions
2.4 Safety at work
•
Depending on the location of where the linear drive will be used, pro
tective devices must be installed which protect persons from crush injuries. Please read
the relevant insurance liability and product specific regulations.
• If this drive is used in lifting gear or in applications which might endanger persons,
please contact Magnetic. In these cases, special safety nuts or secured fork heads which
are available as an option must be used.
• The safety nuts which are available optionally are only effective in one direction of
load. This must be taken into account when ordering and installing the drive.
• If the linear drive is in operation, persons or objects must not be positioned in the
vicinity of the stroke area of the linear drive.
• Electrical connections at the client's site must be designed so that in the case of a
power failure and subsequent supply of power, the drive cannot start up again.
• Assembly and connection lines as well as technical data (load limits, operating times,
...) must be adhered to precisely in all aspect for the linear drives. Changes must be agreed with Magnetic beforehand.
• Without additional cooling measures, the housing of the linear drive can reach a
temperature of 130°C. If there is a danger of persons or inflammable objects coming
into contact with the housing, a touch guard must be fitted.
• The inner limits must not be used as stroke limits. This can destroy the drive.
The drive is not always self-locking. Static loads resting on the drive can cause the drive
to move. Check data sheet and specity brake where necassary.
• Connection, wiring etc. may only be performed by specialist electricians or trained
personnel taking into account the applicable standards and safety regulations.
• Before opening the device (connection case), the mains supply must be disconnected.
• No technical changes may be made to the drive.
2.5 Technical progress
The manufacturer reserves the right to adapt technical data to the progress in technology without making any special announcements. Magnetic will gladly provide information regarding possible changes and extensions to the operating instructions and whether
they are up to date.
2.6 Guarantee
Assuming that the operating conditions have been adhered to and no prohibited changes have been made to the interior of the device and the devices show no mechanical
damage, the manufacturer grants a guarantee of 2 years and a maximum of 3 years
after delivery on all mechanical and electrical components.
The instructions regarding safety at work
must be taken into account.
5
Page 7
531E,0001/2.99
Operating instructions
3. Assembly and installation
3.1 Assembling the linear drive
The linear drive is fitted to the rear trunion and the fork head (see Fig. 2). We recommend that an adapter piece and fork head are used to fix to the push tube. Rotation of
the push tube during operation is not permitted. The load to be moved may only act
centrally on the push tube, lateral forces must be avoided.
The drive can be mounted in any position, but it must not be tilted.
Fixing regulations: Use fixing bolts with a shear strength of at least 1.2 times the nominal force of the drive. The maximum static load is 16 kN.
1. Rear fixing trunion
2. Fixing bolt
3. limit switch or potentiometer housing
4. push tube
5. Fork head
In areas where people might be endangered, the locking nut (1), see Fig. 3, must be tightened with 140 Nm and the fork head must be secured with a spiral pin (2) DIN 7344.
1. Locking nut (140 Nm) torque
2. Spiral pin DIN 7344
3. Fork head
4. Fixing bolts
1
3
549x000102
5
2
2
4
WARNING!
The load to be moved must always act
centrally on the connecting rod. Forces
acting from the side must be avoided.
When using in areas which could endanger people, a special securing nut and
secured fork heads must be used in
order to prevent the load moving in the
case of overloading and the supporting
nut breaking (see also Chapter 2.4
Working safety).
The securing nut is only effective in one
direction. This must be taken into consideration during installation.
1
549x000103
4
2
3
Fig.3 Securing the fork head when using
the drive in areas where people might be
endangered.
Fig. 2 Fitting the drive
6
Page 8
531E,0001/2.99
Operating instructions
4. Electrical connection
4.1 Electrical connections for linear drives
The motors must be connected in accordance with Fig. 4. The direction of rotation is
reversed by polarity reversal via relays or push buttons.
Direct polarity reversal must be avoided due to the inertia force and to protect the switching elements.
The key or switch must return to the zero position automatically if the appropriate operating element has been enabled. At the stroke limits, the motor must only meet with
resistance briefly before cutting out. Otherwise the use of stroke limit switches is necessary. Stroke limit switching is
available as an option.
WARNING!
The installation must be performed by
trained electricians. Before installation,
the mains supply to the devices must be
disconnected!
Before connecting, please note the type
designation STD, STG, STW, SKD, SKG,
SKW and STN and the appropriate
connecting information (see rating
plate).
The electrical cables must be positioned
such that they cannot be damaged by
crushing, bending or tension. The cable
entrance must be checked for tightness.
If the operating time is exceeded, the
thermal-switch is triggered:
- switch motor off,
- secure against accidental
switching on.
24 V
brown blue
+
–
549e,000106
40050VHzL1
L2
L3
N
PE
K1
K2
K1
K2
K2
K1
132
7
5
8
694
549x000105
23050VHzL1
N
PE
C
WVU
YXZ
549x000104
7
Fig. 4 Connection diagrams for
linear drives
Page 9
531E,0001/2.99
Operating instructions
4.2 Electrical connection of linear drives with stroke
limit switching
If the linear drive is equipped with end stroke limit switches, the drive must be
connected in accordance with Fig. 5.
After the electrical connections have been made, it is necessary to see whether the
direction of rotation (polarity, phase) of the motor is correct by briefly switching the
motor on. If the direction of rotation is not correct, there is a danger that the stroke
limits switches will be exceeded and therefore damaged.
WARNING
The installation must be performed by
trained electricians. Before installation,
the mains supply to the devices must be
disconnected!
Before connecting, please note the type
designation STD, STG, STW, SKD, SKG,
SKW and STN and the appropriate
connecting information (see rating
plate).
The electrical cables must be positioned
such that they cannot be damaged by
crushing, bending or tension. The cable
entrance must be checked for tightness.
If the operating time is exceeded, the
thermal-switch is triggered:
- switch motor off,
- secure against accidental
switching on.
40050VHzL1
L2
L3
N
PE
K1
K2
K1
K2
K2K1
132
7
5
8
694
1 2 3 4 5 6
limit switch
549e000108
23050VHzL1
N
PE
K2
K1
K1
K2
K2K1
C
WVU
YXZ
1 2 3 4 5 6
limit switch
549e000107
24 V
+
–
K1
K2
brown blue
limit switches
K1
K2
K2K1
1 2 3 4 5 6
549e000124
8
Fig. 5: Connecting diagrams for linear drives with end stroke limit switches.
Page 10
531E,0001/2.99
Operating instructions
4.3 Electrical connection of potentiometer
If the linear drive is equipped with a potentiometer, the potentiometer must be
connected in accordance with Fig. 6. The motor is connected according to voltage
rating as described in Chapter 4.1.
4.4 Setting the end stroke limit switch (optional)
The optional stroke limit switches are fitted to the housing of the drive (see Fig. 2).
There are two openings in the cover through which the stroke limit switches are
adjusted using an Allan key. The openings must be closed after adjustment. The stroke limit is adjusted by positioning the two stroke limit switches on the respective
spindle (see Fig. 7). The push tube is secured to the rod housing with adhesive tape.
If the push tube is rotated by hand, the setting of the lower stroke limit is not longer
correct.
The stroke limit switches have been set to allow the greatest possible stroke (= 1...2
mm before the limit) at the factory before delivery.
Procedure:
Fit the cover of the end stroke limit switches once you have performed all electrical installations (see Chapter "Electrical connections") and have understood and
checked the mechanical function of the limit switches. Remember that the connecting terminals carry voltage!
Then make sure that the motor is turning in the correct direction; if necessary
change phase sequence/polarity.
Move the drive to the desired lower limit.
Now turn the stroke limit switch for the lower limit against the control cam so
that it connects.
Now proceed in the same manner for the upper limit.
Move the linear drive up and down a number of times and if necessary make fine
adjustments
223
3
1
1
customer
evaluate
549e000110
1
2
549x000111
WARNING!
Danger of electric shock! The installation
work must be performed by trained electricians. Close the casing before you
adjust the stroke limit switch. Terminals
carry voltage.
ATTENTION!
If the stroke limit switches have been
set at the factory, the push tube may
not be rotated as otherwise the setting
of the stroke limit switch position is no
longer correct.
9
Fig. 6: Connecting the potentiometer
Fig. 7: Stroke limit switch
Page 11
531E,0001/2.99
Operating instructions
ATTENTION!
If the potentiometer was installed at the
factory, the push tube may not be rotated manually as otherwise the setting of
to the limit switches is not longer correct.
4.5 Setting the potentiometer (optional)
The optional potentiometer is fitted to the drive casing (see Fig. 2). The electrical
connections are described in Chapter 4.3.
The data for the potentiometer are as follows:
Resistance: max. 1 kOhm ± 5%, linear characteristic curve
nominal load capacity 3 W at 40°C, 2 W at 70°C
Procedure:
Fit the cover of the potentiometer after you have completed all electrical connec-
tions (see Chapter 4.3).
By moving the drive to different stroke lengths, changes in the resistance can be
determined.
If whilst fitting the drive the push tube was rotated by hand, the setting of the
potentiometer is not longer correct (drive lower stroke limit = 0 Ohm).
Move the drive into the lower stroke limit and the basic setting of the potentiometer
is reset. Otherwise the resistance values are incorrect. The potentiometer is equipped
with a sliding clutch.
5. Operating / Starting up
After the mechanical and electrical installations have been performed correctly, the
drive can be started up. By applying short switch-on impulses you can see whether
the drive is rotating in the correct direction. It is important that it rotates in the correct direction especially if the drive is equipped with a stroke limit switches device as
otherwise a fault is possible.
The linear drive is controlled using push button or relays (Up / Down).
The push button or switch must return to the zero setting automatically when the
respective operating element is enabled.
Once the drive has reached the stroke limits the motor must switch off. Direct polarity reversal of the direction of rotation must be avoided to treat the motor with
care.
The load stated on the rating plate and in the section listing technical data may not
be exceeded; the drive could be damaged if overloaded.
549x000112
☞
10
Fig. 8 Potentiometer
Page 12
531E,0001/2.99
Operating instructions
6. Technical data
6.1 Mechanical and electrical data
Type STD (Three-phase current) STD 10007-... STD 12010-... STD 15020-... STD 15040-...
Pressure / tensile strength [kN] 10 12 15 15
Automatic locking d evice no no no yes
Static load [kN] 16 16 16 16
Thrust speed [mm/sec] 10 8 4 2
Stroke length [mm] max. 700 mm
Mains supply [V/50 Hz] 3 x 400 3 x 400 3 x 400 3 x 400
Power consumption [W] 920 800 700 500
Current consumption [A] 1,8 1,7 1,6 1,4
Operating time (S3 10 min.) [%] 25 10 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40 -10...+40
Safety class/isolation class I/E I/E I/E I/E
System of protection [IP] 54 54 54 54
Weight [kg] 16,3 16,3 16,3 16,3
Dimensions see 6.2
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 116
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
56
54
stroke
67
ø 116
70 35
140
Stroke limit switches or
potentiometer on request
15
40 24
196
260
549e000131
11
Fig.6.2
To scale drawing of STD
Page 13
531E,0001/2.99
Operating instructions
Typ STG (Direct current) STG10007-... STG 12010-... STG 15020-... STG 15040-...
Pressure / tensile strength [kN] 10 12 15 15
Automatic locking d evice no no no yes
Static load [kN] 16 16 16 16
Thrust speed [mm/sec] 14 11 5 3
Stroke length [mm] max. 700 mm
Mains supply [V DC] 24 24 24 24
Power consumption [W] 840 840 768 528
Current consumption [A] 35 35 32 22
Operating time (S3 10 min.) [%] 10 10 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40 -10...+40
Safety class/isolation class III/E III/E III/E III/E
level of protection [IP] 54 54 54 54
Weight [kg] 14,6 14,6 14,6 14,6
Dimensions see 6.2
12
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 109
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
61
stroke
67
ø 109
70 35
140
Stroke limit switches or
potentiometer on request
15,5
40 24
193
255
ø 140
549 e000132
Fig.6.2
To scale drawing of STG
Page 14
531E,0001/2.99
Operating instructions
Type STW (Alternating current) STW 5007-... STW7010-... STW 10020-... STW 15040-...
Pressure / tensile strength [kN] 5 7 10 15
Automatic locking d evice no no no yes
Static load [kN] 16 16 16 16
Thrust speed [mm/sec] 12 89 4 2
Stroke length [mm] max. 700 mm
Mains supply [V/50 Hz] 1 x 230 1 x 230 1 x 230 1 x 230
Power consumption [W] 700 710 710 750
Current consumption [A] 3,3 3,5 3,5 3,5
Operating time (S3 10 min.) [%] 15 10 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40 -10...+40
Safety class/isolation class I/E I/E I/E I/E
level of protection [IP] 54 54 54 54
Weight [kg] 14,6 14,6 14,6 14,6
Dimensions see 6.2
13
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 116
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
56
54
stroke
67
ø 116
70 35
140
Stroke limit switches or
potentiometer on request
15
40 24
196
260
549e000133
Fig.6.2
To scale drawing of STW
Page 15
531E,0001/2.99
Operating instructions
Type SKD (Three-phase current) SKD 10007-... SKD 12010-... SKD 15020-... SKD 15040-...
Pressure / tensile strength [kN] 10 12 15 15
Automatic lockin g d evice no no no yes
Static load [kN] 27 27 27 27
Thrust speed [mm/sec] 24,5 20,6 10,6 5,3
Stroke length [mm] max. 700 mm
Mains supply [V/50 Hz] 3 x 400 3 x 400 3 x 400 3 x 400
Power consumption [W] 800 720 630 560
Current consumption [A] 1,7 1,5 1,6 1,4
Operating time (S3 10 min.) [%] 25 10 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40 -10...+40
Safety class/isolation class I/E I/E I/E I/E
level of protection [IP] 54 54 54 54
Weight [kg] 16,3 16,3 16,3 16,3
Dimensions see 6.2
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 116
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
56
54
stroke
67
ø 116
70 35
140
Stroke limit switches or
potentiometer on request
15
40 24
196
260
549e000131
14
Fig.6.2
To scale drawing of SKD
Page 16
531E,0001/2.99
Operating instructions
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 109
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
61
stroke
67
ø 109
70 35
140
Stroke limit switches or
potentiometer on request
15,5
40 24
193
255
ø 140
549 e000132
Type SKG (Direct current) SKG 6005-... SKG 10010-... SKG 13020-... SKG 15040-...
Pressure / tensile strength [kN] 6 10 13 15
Automatic locking d evice no n o n o y es
Static load [kN] 16 16 16 16
Thrust speed [mm/sec] 55 30 15 8
Stroke length [mm] max. 700 mm
Mains supply [V] 24 24 24 24
Power consumption [W] 720 672 624 504
Current consumption [A] 30 28 26 21
Operating time (S3 10 min.) [%] 30 10 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40 -10...+40
Safety class/isolation class III/E III/E III/E III/E
level of protection [IP] 54 54 54 54
Weight [kg] 14,6 14,6 14,6 14,6
Dimensions see 6.2
15
Fig.6.2
To scale drawing of SKG
Page 17
531E,0001/2.99
Operating instructions
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 150
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
39
50
stroke
67
549e000122
ø 116
70 35
140
Stroke limit switches or
potentiometer on request
15
40 24
231
295
Type SKW (Alternating current) SKW 4005-... SKW 7010-... SKW 10020-... SKW 13040-...
Pressure / tensile strength [kN] 4 7 10 13
Aut omatic locking devi ce no no yes yes
Static load [kN] 16 16 16 16
Thrust speed [mm/sec] 75 37 18 9
Stroke length [mm] max. 700 mm
Mains supply [V/50 Hz] 1 x 230 1 x 230 1 x 230 1 x 230
Power consumption [W] 1400 1400 1400 1400
Current consumption [A] 7 7 7 7
Operating time (S3 10 min.) [%] 10 10 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40 -10...+40
Safety class/isolation class I/E I/E I/E I/E
level of protection [IP] 54 54 54 54
Weight [kg] 20 20 20 20
Dimensions see 6.2
16
Fig.6.2
To scale drawing of SKW
Page 18
Operating instructions
17
ø 40 ø 65
31
25 20
M32 x 1,5
20
95
ø 150
173
ø 16
244
stroke + 273
stroke + 293
stroke + 217
Stroke limit switches or
potentiometer on request
39
50
stroke
67
549e000122
ø 116
70 35
140
Stroke limit switches or
potentiometer on request
15
40 24
231
295
Type STN (Three-phase current) STN 5007-... STN 10007-... STN 10010-...
Pressure / tensile strength [kN] 5 10 10
Automatic lockin g d evice yes no no
Static load [kN] 16 16 16
Thrust speed [mm/sec] 26,5 12 8
Stroke length [mm] max. 700 mm
Mains supply [V/50 Hz] 3 x 400 3 x 400 1 x 230
Power consumption [W] 618 700 830
Current consumption [A] 2,3 3,3 3,5
Operating time (S3 10 min.) [%] 20 10 10
Ambient temperature [°C] -10...+40 -10...+40 -10...+40
Safety class/isolation class I/E I/E I/E
level of protection [IP] 54 54 54
Weight [kg] 15,6 17 17
Dimensions see 6.2
Fig.6.2
To scale drawing of STN
531E,0001/2.99
Page 19
531E,0001/2.99
Operating instructions
7. Maintenance and care
The linear drive is equipped with a special nut and sufficient lubrication reserve and
therefore requires no maintenance.
The service life of the drive depends on the operating location and the operating
period.
The push tube must be cleaned and lubricated from time to time. Defective motors
must be repaired by Magnetic or by one of their authorised dealers.
For customer specific applications where the path-force-cycle ratios and environmental influences are known, the maintenance intervals are specified in the order
confirmation or in a separate document.
8. Trouble shooting and rectification of
faults.
Repairs must be performed by Magnetic or by one of their authorised dealers.
Therefore please return a defective drive.
However, first check all electrical connections and mechanical components for possible defects.
If the Drive nut is broken, the actuator can continue to work under light loads on
the safety nut. A low power output and high power consumption point towards this
type of damage. Regular operation is not permissible in this case. The device must be
repaired at the manufacturer.
18
549e000114
stroke + 290
stroke
SW 3040
M 18 x 2,5
ø 40
17
87
30
M 32x1,5
stroke
36
18
SW 27
SW 30
stroke + 377
stroke + 419
991836
549e000113
Fig.9
To scale drawing of adapter
Fig.10
To scale drawing of fork head
Page 20
531E,0001/2.99
Operating instructions
9. Technical support
If faults occur during the operation or guarantee period which cannot be rectified by
trained electricians, please contact our internal experts.
10. Replacement parts and
accessories
Accessory Article number
Stroke limit switch-end device 0 ...300 mm stroke 1043,0268
Stroke limit switch-end device 100 ... 370 mm stroke 1043,0252
Stroke limit switch-end device 200 ... 720 mm stroke 1043,0266
Potentiometer stroke 475 mm (built-on type) 1 kOhm 1063,0011
Potentiometer max. stroke 944 mm (built-on type)1 kOhm 1063,0012
Adapter, complete see Fig. 9 1031,0106
Fork head, complete see Fig. 10 1061,9038
Motor axle adapter, complete 1043,0042
Customer specific drives are defined on the order confirmation.
11 End of life disposal
Your new set contains materials which can be recycled and reused. Specialized companies can recycle your product to increase the amount of reusable materials and
minimize th eamount of materials to be disposed of.
Please inform yourself on local regulations on disposal of your old set.
Manufacturer's address
Magnetic Magnetic
Elektromotoren GmbH Elektromotoren AG
Hauptstraße 6 Oristalstrasse 97
D-79689 Maulburg CH-4410 Liestal
Tel. + 76 22 / 695 - 0 Tel. + 61 / 925 41 11
Fax. + 76 22 / 695 - 101 Fax. + 61 / 921 37 04
e-mail: sales@at.magnetic.de e-mail: sales@magnetic.ch
19
Loading...