LINEAR MODULES WITH TRACK ROLLERS AND LINEAR GUIDES TRACK ROLLERS
MEMBER OF DEXIS EUROPE
ROLL
ERS
MADE IN ITALY
Since 1976, FAIT Group SpA has been manufacturing components and systems for linear motion, rotary motion and power transmission and distributes them in Italy, Europe and the United States. It operates on the national market through an integrated network of production and sales partners, basing the relationship with its customers on customised supplies, technical service efficiency and search for innovative solutions. Continuous investments in personnel, facilities, and production devices provide our customers with prompt, punctual and quality assistance.Commercial and technical agreements with the best global manufacturers of linear motion systems, bearings and power transmission enable us to manage the most complex market requests. The distribution network in Italy and abroad guarantees the technical and commercial assistance that makes FAIT Group the most reliable partner for every need.
MEMBER OF DEXIS EUROPE
2
CO
NTE
NTS
LINEAR MODULES WITH TRACK ROLLERS AND LINEAR GUIDES TRACK ROLLERS
GENERAL INFORMATION 4
GLOSSARY 5
GD SERIESS 6
GD6 8
GD10 10
GD20 12
GD20X 14
GDS10 16
GS10 - GS20 18
Track Rollers 20
GDM/GD20XC SERIESS 24
GD6M 26
GD10M 28
GD10MLAT 30
GD20M 32
GD20MLAT 34
GD20XM 36
GD20SMLAT 38
GD20XC 40
Drives and accessories 42
3
GENERAL INFORMATION 4
GLOSSARY 5
GD SERIESS 6
GD6 8
GD10 10
GD20 12
GD20X 14
GDS10 16
GS10 - GS20 18
Track Rollers 20
GDM/GD20XC SERIESS 24
GD6M 26
GD10M 28
GD10MLAT 30
GD20M 32
GD20MLAT 34
GD20XM 36
GD20SMLAT 38
GD20XC 40
Drives and accessories 42
IL SERIESS 46
IL32 48
IL42 50
IL65 52
Track Rollers 54
ILM SERIESS 56
ILM32 58
ILM42 60
ILM65 62
Drives and accessories 64
Format richieste tecniche Tecnoline 68
4
GENERAL INFORMATION
Tecnoline linear axis are positioning systems designed by seeking high performance, quality, and construction simplicity. The axis transmission section can be controlled by polyurethane toothed belts with high resistance steel strands, ball screws or trapezoidal screws, and rack pinion coupling.
The systems are made up of anodised aluminium profiles or aluminium/steel plates fitted with high load linear recirculating ball bearing guides. The range of linear axis is completed with a wide range of accessories (fixing nuts, mechanical/inductive limit switch, motorization set-up), which enable the unit to adapt itself to the requirements of various applications.
5
GLOSSARY
Load capacity of the linear systemThe load capacity in an X, Y and Z direction means the maximum load that the rolling body/track system can be subjected to.
C0 static load coefficientThe C0 static load coefficient is the load that generates a permanent deformation of the rolling body and the track, which corresponds to approximately 0.0001 of the diameter of the rolling body.
Cdin dynamic load coefficientThe Cdin dynamic load coefficient is the acting load with which 90% of the rolling bodies (same type, same size) reach a service life of 1000000 revolutions.
StrokeThe stroke is the distance travelled by the linear axis Carriage.
Feed rateThe feed rate is the linear movement of the Carriage per unit revolution of the pulley/screw/pinion based on the type of linear axis motion transmission.
Extra strokeExtra stroke is the distance to be considered beyond the actual operating stroke before the Carriage reaches the limit switch or one of the two heads. This value is indicated for each type of axis.
Positioning precisionPositioning precision is defined as the difference between the actual position and the nominal position.Positioning precision is related to the precision of the linear guide, reduction gear, motor, measurement system, screw pitch errors (for screw axis), lengthening of the belt (for belt axis), and any overall clearance in the system.
RepeatabilityThe repeatability defines the precision with which a linear system is capable of positioning itself repeatedly by approaching the position set along the same direction. The repeatability specifies the maximum position error between the positions attained.
6
1G
DGD/GS SERIESS LINEAR UNIT
The GD and GS linear systems enable movements with simple assembly and economically and technically advantageous solutions.The guides are made up of an anodised aluminium profile where, via chamfering or fastening, hardened steel shafts are secured. The system features anodised aluminium Carriages equipped with four track rollers, two con-centric and two eccentric, with an external “V” profile with a 120° groove or external profile with a gothic arch. By adjusting the eccentric track rollers, it is possible to regulate the system’s pre-load, achieving fluid movements with high speeds and low loads, or high rigidity in the case of high loads. An additional advantage of these systems is due to the particular insensitivity of the components to external elements such as metal particles or powders, which are discharged during movement. Furthermore, these systems do not require special mainte-nance since they are equipped with track rollers integrating dust shields.The main technical features are:- High speed- Low noise- No lubrication- No maintenance- High resistance to dust- Interchangeability and easy installationAll linear guides can be customised according to application specifications. Additional holes on the Carriages and aluminium profiles can be customised according to customer requirements.The maximum length for a non-jointed profile is 6000 mm for all guides. Upon request, it is possible to obtain longer lengths by joining multiple guides.The catalogue contains the standard versions available in stock and Fait Group reserves the right to modify its products based on the needs for their technical improvement.
7
MAIN TECHNICAL FEATURES
COMPONENTS
The load capacity of the linear units depends on the size of the track rollers used, their interaxial distance, and their work position. Therefore, the load features will vary according to whether the load application directions are radial, lateral or combined. The recommended maximum values of a vertical load (Fz) and lateral load (Fy) are related to the track roller/sliding bar system and are identified as 20% of the static load capacity and 12% of the dynamic load capacity of the performance of the transfer system. Based on our experience, these values make it possible to obtain sufficient static safety and endurance for most applications. To perform an actual verification of the operating conditions and, consequently, application of the linear axis, it is recommended to contact our Technical Department for the necessary technical verification test. The maximum acceptable values for speed, acceleration, and positioning repeatability might be lower in the case of heavy loads.
GUIDE CARRIAGE TYPICAL LOAD [KG] SPEED [m/s] ACCELERATION [m/s2]GD6 C6 3 1 5GD10A C10A 10 2.5 20
GD10B C10B 20 5 20
GD10C C10C 30 5 20
GD20A C20A 40 5 30
GD20B C20B 50 5 30
GD20X C20X 60 5 30GDS10 C10S 25 5 20*Reference conditions: horizontal guide. Typical load applied in the centre of the Carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2.
ALUMINIUM PROFILEThe self-supporting profiles used are made of aluminium EN AW 6060. The dimensional tolerances comply with standards UNI EN 755-9 and UNI 3879.
TRANSFER SYSTEMThe transfer system is crucial for the load capacity, speed, and maximum acceleration.The GD and GS SERIESs uses a transfer system with the following features:• Two hardened chrome-plated shafts with 60 HRC hardness and h7 tolerance are installed and secured in the
profile’s housings by means of chamfering or fastening;• The Carriage, made of anodised aluminium, consists of 4 “V” shaped oblique contact double track rollers
with a 120° groove for all Carriages except for guides GD6 and GDS10 where the track rollers have a gothic arch profile;
• The track rollers are assembled on steel pins, two of which are eccentric for system pre-load calibration and adjustment;
• The track rollers have 2RS or ZZ external protections lubricated for life.
8
1.1 GD6
L1c
Hc
Ltot = L1c + corsa + 20 (extracorsa)
L2c
60
80
32
12
7,5
0
30
Ø6
GENERAL DIMENSIONSTotal carriage length L1c [mm] 60Total carriage length L2c [mm] 80Total guide length Ltot [mm] Stroke + 80Total carriage height Hc [mm] 21
Ltot = L1c + stroke + 20 (extra stroke)
9
LOAD CAPACITY TRACK/ROLLING BODY
GD6
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FY [N] 1020 765 204 92
FZ [N] 424 318 85 38
MX [Nm] 11 8 2 1
MY [Nm] 7 5 1 1
MZ [Nm] 32 24 6 3
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,2
Weight of stroke guide 0 [kg] * 0,3
Weight of guide every 100 mm stroke [kg] 0,1
*including weight of carriage
TRANSFER SYSTEM
Carriage C6
Type of track roller 17C-17E
C0 static load coefficient [N] 820
Cdin dynamic load coefficient [N] 1270
Axial load [N] 106
Radial load [N] 510
Fz
Fy
Fx
Mz
MyMx
GENERAL TECHNICAL DATA
Maximum speed [m/s] 1
Maximum acceleration [m/s2] 5
Maximum profile length [mm] 6000
Typical load applied [Kg]* 3
Profile section [mm] 32 X 12
JX profile moment of inertia [cm4] 0,3
JY profile moment of inertia [cm4] 2,3
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances.
10
1.2 GD10
L1c
Ltot = L1c + corsa + 20 (extracorsa)
Hc
L2c
80
120
120
140
120
150
58
20
54
Ø10
13
CARRELLO C10A CARRELLO C10B CARRELLO C10C
GENERAL DIMENSIONS
C10A C10B C10CTotal carriage length L1c [mm] 80 120 120Total carriage length L2c [mm] 120 140 150Total guide length Ltot [mm] Stroke + 100 Stroke + 140 Stroke + 140Total carriage height Hc [mm] 31 37 44
Ltot = L1c + stroke + 20 (extra stroke)
CARRIAGE C10A CARRIAGE C10B CARRIAGE C10C
11
MECHANICAL PROPERTIES
C10A C10B C10C
Weight of carriage [kg] 0,3 0,9 1,5
Weight of stroke guide 0 [kg] * 0,6 1,4 1,9
Weight of guide every 100 mm stroke [kg] 0,3
*including weight of carriage
LOAD CAPACITY TRACK/ROLLING BODY
GD10Theoretic Max recommended
Static Dynamic Static Dynamic
C10A
FY [N] 600 450 120 54FZ [N] 1200 900 240 108MX [Nm] 50 37 10 4MY [Nm] 25 18 5 2MZ [Nm] 25 18 5 2
C10B
FY [N] 2000 1500 400 180FZ [N] 1600 1200 320 144MX [Nm] 72 54 14 7MY [Nm] 56 42 11 5MZ [Nm] 140 105 28 13
C10C
FY [N] 2600 1950 520 234FZ [N] 2400 1800 480 216MX [Nm] 118 89 24 11MY [Nm] 84 63 17 8MZ [Nm] 182 137 36 16
to be considered as non-combined loads
Fz
Fy
Fx
Mz
MyMx
GENERAL TECHNICAL DATA
C10A C10B C10C
Maximum speed [m/s] 2,5 5 5
Maximum acceleration [m/s2] 20
Maximum profile length [mm] 6000
Typical load applied [Kg]* 10 20 30
Profile section [mm] 58 x 20
JX profile moment of inertia [cm4] 2,5
JY profile moment of inertia [cm4] 23,1
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
TRANSFER SYSTEM
Carriage C10A C10B C10C
Type of track roller 22C-22E 30C-30E 38C-38E
C0 static load coefficient [N] 1620 2700 4550
Cdin dynamic load coefficient [N] 2450 4490 7290
Axial load [N] 300 400 600
Radial load [N] 300 1000 1300
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances.
12
1.3 GD20
CARRELLO C20A CARRELLO C20B
L1c
Ltot = L1c + corsa + 20 (extracorsa)
Hc
L2c
150
180
180
200
75
30
18
Ø20 70
GENERAL DIMENSIONS
C20A C20BTotal carriage length L1c [mm] 150 180Total carriage length L2c [mm] 180 200Total guide length Ltot [mm] Stroke + 170 Stroke + 200Total carriage height Hc [mm] 51 61,5
Ltot = L1c + stroke + 20 (extra stroke)
CARRIAGE C20BCARRIAGE C20A
13
MECHANICAL PROPERTIES
C20A C20B
Weight of carriage [kg] 2,1 4,1
Weight of stroke guide 0 [kg] * 3,6 5,6
Weight of guide every 100 mm stroke [kg] 0,9
*including weight of carriage
LOAD CAPACITY TRACK/ROLLING BODY
GD20Theoretic Max recommended
Static Dynamic Static Dynamic
C20A
FY [N] 3200 2400 640 288FZ [N] 3200 2400 640 288MX [Nm] 202 151 40 18MY [Nm] 144 108 29 13MZ [Nm] 288 216 58 26
C20B
FY [N] 8600 6450 1720 774FZ [N] 17200 12900 3440 1548MX [Nm] 1204 903 241 108MY [Nm] 860 645 172 77MZ [Nm] 860 645 172 77
to be considered as non-combined loads
GENERAL TECHNICAL DATA
C20A C20B
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum profile length [mm] 6000
Typical load applied [Kg]* 40 50
Profile section [mm] 75 x 30
JX profile moment of inertia [cm4] 12,3
JY profile moment of inertia [cm4] 61,2
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
MyMx
TRANSFER SYSTEM
Carriage C20A C20B
Type of track roller 41C-41E 58C-58E
C0 static load coefficient [N] 5100 9200
Cdin dynamic load coefficient [N] 8180 16580
Axial load [N] 800 4300
Radial load [N] 1600 4300
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances.
14
1.4 GD20X
Ø20
L1c
Ltot = L1c + corsa + 20 (extracorsa)
Hc
L2c
200
300
130
30
18
125
GENERAL DIMENSIONSTotal carriage length L1c [mm] 200Total carriage length L2c [mm] 300Total guide length Ltot [mm] Stroke + 220Total carriage height Hc [mm] 66,5
Ltot = L1c + stroke + 20 (extra stroke)
15
Fz
Fy
Fx
Mz
MyMx
LOAD CAPACITY TRACK/ROLLING BODY
GD20X
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FY [N] 8600 6450 1720 774
FZ [N] 17200 12900 3440 1548
MX [Nm] 1677 1258 335 151
MY [Nm] 1032 774 206 93
MZ [Nm] 1032 774 206 93
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 6,4
Weight of stroke guide 0 [kg] * 8,8
Weight of guide every 100 mm stroke [kg] 1,1
*including weight of carriage
TRANSFER SYSTEM
Carriage GD20X
Type of track roller 58C-58E
C0 static load coefficient [N] 9200
Cdin dynamic load coefficient [N] 16580
Axial load [N] 4300
Radial load [N] 4300
GENERAL TECHNICAL DATA
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum profile length [mm] 6000
Typical load applied [Kg]* 60
Profile section [mm] 130 x 30
JX profile moment of inertia [cm4] 16,8
JY profile moment of inertia [cm4] 333,9
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances.
16
1.5 GDS10
Ø10
L2c
L1c
Ltot = L1c + corsa + 20 (extracorsa)
Hc
S
100
120
50
15
90
15 70
60
M10
27,
50
65
9,50 19,30
M6
27,
50
65
9,50 19,30
M6
46,50
18
9
42
GENERAL DIMENSIONSTotal carriage length L1c [mm] 100Total carriage length L2c [mm] 120Total guide length Ltot [mm] Stroke + 120Total carriage height Hc [mm] 38,2Sporgenza sotto al profilo S [mm] 2,1
Ltot = L1c + stroke + 20 (extra stroke)
17
Fz
Fy
Fx
Mz
MyMx
LOAD CAPACITY TRACK/ROLLING BODY
GDS10
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FY [N] 4000 3000 800 360
FZ [N] 1600 1200 320 144
MX [Nm] 67 50 13 6
MY [Nm] 24 18 5 2
MZ [Nm] 120 90 24 11
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 1,0
Weight of stroke guide 0 [kg] * 1,4
Weight of guide every 100 mm stroke [kg] 0,3
*including weight of carriage
TRANSFER SYSTEM
Carriage C10S
Type of track roller RPC35-RPE35
C0 static load coefficient [N] 8100
Cdin dynamic load coefficient [N] 8100
Axial load [N] 400
Radial load [N] 2000
GENERAL TECHNICAL DATA
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 20
Maximum profile length [mm] 6000
Typical load applied [Kg]* 25
Profile section [mm] 46,5 x 18
JX profile moment of inertia [cm4] 2,0
JY profile moment of inertia [cm4] 8,7
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances.
18
1.6 GS10 - GS20
17
14,
50
8
15,50
6,30
27
27
24,20
15
10
X
MONTAGGIO INTERNO
X
MONTAGGIO ESTERNO
Ø10 Ø20
The GS linear system differs from the GD system in that the locking screw of the precision shaft is the same that secures the aluminium profile to the structure made by the customer. The GS system can be used with shafts assembled inwards or outwards.The distance between the two tracks may increase or decrease, leaving the customer with the option to have clearance between the guides. For the system to run smoothly, it is important to make sure the two tracks are perfectly parallel during assembly. To obtain this, a spacer is essential to use as a gauge while securing the fastening screws. The track rollers that can be used for sliding are the same for the GD guides, considering the diameter of the shaft where the track rollers can be used.
INTERNAL ASSEMBLY
EXTERNAL ASSEMBLY
19
MECHANICAL PROPERTIES
GS10 GS20
Weight of guide every 100 mm stroke [kg] 0,1 0,4
GENERAL TECHNICAL DATA
GS10 GS20
Maximum profile length [mm] 6000 6000
Profile section [mm] 17 x 14,5 27 x 27
JX profile moment of inertia [cm4] 0,3 2,15
JY profile moment of inertia [cm4] 0,4 3,8
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances.
20
11.7 RV-RPC/RPE TRACK ROLLERS
TRA
CK
RO
LLER
S
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L L1 L2 L3 L4 C1 C2 e SW M Cdin C0 FA FR GRASSO OLIO m
22C C10A 10 22 11 14.5 25.5 8 8 4 5.5 2.5 2.5 - 2 M6 2450 1620 300 300 2350 4150 28
22E C10A 10 22 11 14.5 25.5 8 8 4 5.5 2.5 2.5 1.5 2 M6 2450 1620 300 300 2350 4150 28
30C C10B 10 30 14 18.1 33 10 9 5 9 3 2 - 3 M8 4490 2700 400 1000 11000 19800 69
30E C10B 10 30 14 18.1 33 10 9 5 9 3 2 1.5 3 M8 4490 2700 400 1000 11000 19800 69
38C C10C 10 38 17 22.25 42 12 11 8 11 3.5 2.5 - 5 M10 7290 4550 600 1300 10200 17900 145
38E C10C 10 38 17 22.25 42 12 11 8 11 3.5 2.5 2 5 M10 7290 4550 600 1300 10200 17900 145
41C C20A 20 41 20 28 46 14 13 6 13 4 3 - 5 M12 8180 5100 800 1600 17200 31500 190
41E C20A 20 41 20 28 46 14 13 6 13 4 3 2 5 M12 8180 5100 800 1600 17200 31500 190
58C C20B/C20X 20 58 25 35 59 16.5 18.5 11 13 4 6 - 6 M16 16580 9200 4300 4300 47000 86000 460
58E C20B/C20X 20 58 25 35 59 16.5 18.5 11 13 4 6 2.5 6 M16 16580 9200 4300 4300 47000 86000 460
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO m
17C C6 6 17 7 10.5 18.5 2.5 2 2.5 4.5 - 8* M4 1270 820 106 510 1300 1780 15
17E C6 6 17 7 10.5 18.5 2.5 2 2.5 4.5 0.5 8* M4 1270 820 106 510 1300 1780 15
RPC35 C10S 10 35 15.9 20.65 44 3.2 2 10 13 - 5 M10 8100 8100 400 2000 4900 9700 120
RPE35 C10S 10 35 15.9 20.65 44 3.2 2 10 13 0.75 5 M10 8100 8100 400 2000 4900 9700 120
*male hex screw
The GD SERIESs carriages are fitted with RV gothic arch profile oblique contact double track rollers with a 120° groove for all carriages except for GD6 and GDS10 guides where the track rollers have a gothic arch profile. The track rollers have 2RS or ZZ external protections and are provided with lubrication for life with lithium soap-based grease. The track rollers can be made with a pin that can be assembled on the track roller or directly integrated into it (pin and track roller are therefore one single non-removable component).
21
TRACK ROLLER WITH GOTHIC ARCH PROFILE
TRACK ROLLER WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L L1 L2 L3 L4 C1 C2 e SW M Cdin C0 FA FR GRASSO OLIO m
22C C10A 10 22 11 14.5 25.5 8 8 4 5.5 2.5 2.5 - 2 M6 2450 1620 300 300 2350 4150 28
22E C10A 10 22 11 14.5 25.5 8 8 4 5.5 2.5 2.5 1.5 2 M6 2450 1620 300 300 2350 4150 28
30C C10B 10 30 14 18.1 33 10 9 5 9 3 2 - 3 M8 4490 2700 400 1000 11000 19800 69
30E C10B 10 30 14 18.1 33 10 9 5 9 3 2 1.5 3 M8 4490 2700 400 1000 11000 19800 69
38C C10C 10 38 17 22.25 42 12 11 8 11 3.5 2.5 - 5 M10 7290 4550 600 1300 10200 17900 145
38E C10C 10 38 17 22.25 42 12 11 8 11 3.5 2.5 2 5 M10 7290 4550 600 1300 10200 17900 145
41C C20A 20 41 20 28 46 14 13 6 13 4 3 - 5 M12 8180 5100 800 1600 17200 31500 190
41E C20A 20 41 20 28 46 14 13 6 13 4 3 2 5 M12 8180 5100 800 1600 17200 31500 190
58C C20B/C20X 20 58 25 35 59 16.5 18.5 11 13 4 6 - 6 M16 16580 9200 4300 4300 47000 86000 460
58E C20B/C20X 20 58 25 35 59 16.5 18.5 11 13 4 6 2.5 6 M16 16580 9200 4300 4300 47000 86000 460
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO m
17C C6 6 17 7 10.5 18.5 2.5 2 2.5 4.5 - 8* M4 1270 820 106 510 1300 1780 15
17E C6 6 17 7 10.5 18.5 2.5 2 2.5 4.5 0.5 8* M4 1270 820 106 510 1300 1780 15
RPC35 C10S 10 35 15.9 20.65 44 3.2 2 10 13 - 5 M10 8100 8100 400 2000 4900 9700 120
RPE35 C10S 10 35 15.9 20.65 44 3.2 2 10 13 0.75 5 M10 8100 8100 400 2000 4900 9700 120
*male hex screw
22
1.8 STANDARD LINEAR GUIDE CODING
TRA
CK
RO
LLER
STABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L L1 L2 L3 L4 C1 C2 e SW M Cdin C0 FA FR GRASSO OLIO m
22CN C10A 10 22 11 14.5 23 5.5 8 4 5.5 - 2.5 - 2 M6 2450 1620 300 300 2350 4150 28
22EN C10A 10 22 11 14.5 23 5.5 8 4 5.5 - 2.5 1.5 2 M6 2450 1620 300 300 2350 4150 28
30CN C10B 10 30 14 18.1 30 7 9 5 9 - 2 - 3 M8 4490 2700 400 1000 11000 19800 69
30EN C10B 10 30 14 18.1 30 7 9 5 9 - 2 1.5 3 M8 4490 2700 400 1000 11000 19800 69
38CN C10C 10 38 17 22.25 38.5 8.5 11 8 11 - 2.5 - 5 M10 7290 4550 600 1300 10200 17900 145
38EN C10C 10 38 17 22.25 38.5 8.5 11 8 11 - 2.5 2 5 M10 7290 4550 600 1300 10200 17900 145
41CN C20A 20 41 20 28 42 10 13 6 13 - 3 - 5 M12 8180 5100 800 1600 17200 31500 190
41EN C20A 20 41 20 28 42 10 13 6 13 - 3 2 5 M12 8180 5100 800 1600 17200 31500 190
58CN C20B/C20X 20 58 25 35 55 12.5 18.5 11 13 - 6 - 6 M16 16580 9200 4300 4300 47000 86000 460
58EN C20B/C20X 20 58 25 35 55 12.5 18.5 11 13 - 6 2.5 6 M16 16580 9200 4300 4300 47000 86000 460
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO m
17CN C6 6 17 7 10.5 16.5 0.5 2 2.5 4.5 - 2.5 M4 1270 820 106 510 1300 1780 15
17EN C6 6 17 7 10.5 16.5 0.5 2 2.5 4.5 0.5 2.5 M4 1270 820 106 510 1300 1780 15
RPC35N C10S 10 35 15.9 20.65 40.9 - 2 12 11 - 5 M10 8100 8100 400 2000 4900 9700 120
RPE35N C10S 10 35 15.9 20.65 40.9 - 2 12 11 0.75 5 M10 8100 8100 400 2000 4900 9700 120
LT
SERIES LENGTH GUIDE TOTAL MM
-GD6
-GD10
-GD20
-GD20X
-GDS10
-GS10
-GS20
*Special boring operations are to be requested separately from the standard coding
23
AX
IS C
OD
ING
1.9 STANDARD CARRIAGE CODING
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L L1 L2 L3 L4 C1 C2 e SW M Cdin C0 FA FR GRASSO OLIO m
22CN C10A 10 22 11 14.5 23 5.5 8 4 5.5 - 2.5 - 2 M6 2450 1620 300 300 2350 4150 28
22EN C10A 10 22 11 14.5 23 5.5 8 4 5.5 - 2.5 1.5 2 M6 2450 1620 300 300 2350 4150 28
30CN C10B 10 30 14 18.1 30 7 9 5 9 - 2 - 3 M8 4490 2700 400 1000 11000 19800 69
30EN C10B 10 30 14 18.1 30 7 9 5 9 - 2 1.5 3 M8 4490 2700 400 1000 11000 19800 69
38CN C10C 10 38 17 22.25 38.5 8.5 11 8 11 - 2.5 - 5 M10 7290 4550 600 1300 10200 17900 145
38EN C10C 10 38 17 22.25 38.5 8.5 11 8 11 - 2.5 2 5 M10 7290 4550 600 1300 10200 17900 145
41CN C20A 20 41 20 28 42 10 13 6 13 - 3 - 5 M12 8180 5100 800 1600 17200 31500 190
41EN C20A 20 41 20 28 42 10 13 6 13 - 3 2 5 M12 8180 5100 800 1600 17200 31500 190
58CN C20B/C20X 20 58 25 35 55 12.5 18.5 11 13 - 6 - 6 M16 16580 9200 4300 4300 47000 86000 460
58EN C20B/C20X 20 58 25 35 55 12.5 18.5 11 13 - 6 2.5 6 M16 16580 9200 4300 4300 47000 86000 460
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE WITH INTEGRATED PIN
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO m
17CN C6 6 17 7 10.5 16.5 0.5 2 2.5 4.5 - 2.5 M4 1270 820 106 510 1300 1780 15
17EN C6 6 17 7 10.5 16.5 0.5 2 2.5 4.5 0.5 2.5 M4 1270 820 106 510 1300 1780 15
RPC35N C10S 10 35 15.9 20.65 40.9 - 2 12 11 - 5 M10 8100 8100 400 2000 4900 9700 120
RPE35N C10S 10 35 15.9 20.65 40.9 - 2 12 11 0.75 5 M10 8100 8100 400 2000 4900 9700 120
SERIES
-C6
-C10A
-C10B
-C10C
-C20A
-C20B
-C20X
-C10S
*Special boring operations are to be requested separately from the standard codingNote: kindly specify if the carriage must have modular track rollers or an integrated pin
GDM SERIES LINEAR UNIT
24
2G
DM
/GD
20X
C
MAIN TECHNICAL FEATURES
The load capacity of the linear units depends on the size of the track rollers used, their interaxial distance, and their work position. Therefore, the load features will vary according to whether the load application directions are radial, lateral or combined. The maximum load in the axial direction is related to the type of belt or pinion-rack coupling. The recommended maximum values of a vertical load (Fz) and lateral load (Fy) are related to the track roller/sliding bar system and are identified as 20% of the static load capacity and 12% of the dynamic load capacity of the performance of the transfer system. Based on our experience, these values make it possible to obtain sufficient static safety and endurance for most applications. To perform an actual verification of the operating conditions and, consequently, application of the linear axis, it is recommended to contact our Technical Department for the necessary technical verification test. The maximum acceptable values for speed, acceleration, and positioning repeatability might be lower in the case of heavy loads.
LINEAR AXIS TYPICAL LOAD [KG] SPEED [m/s] ACCELERATION [m/s2] REPEATABILITY [mm]GD6M 3 1 5 ±0,10GD10AM 10 2.5 20 ±0,10
GD10BM 20 5 20 ±0,10
GD10CM 30 5 20 ±0,10
GD10AMLAT 15 2.5 20 ±0,10
GD10BMLAT 25 5 20 ±0,10
GD10CMLAT 35 5 20 ±0,10
GD20AM 40 5 30 ±0,10
GD20BM 50 5 30 ±0,10
GD20AMLAT 45 5 30 ±0,10
GD20BMLAT 55 5 30 ±0,10
GD20XM 60 5 30 ±0,10
GD20SMLAT 70 5 30 ±0,10GD20XC 50 5 30 ±0,04**Repeatability for a helical toothed rack.
Reference conditions: horizontal axis. Typical load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2.
The GDM series has been designed by seeking construction simplicity, easy assembly, good positioning preci-sion and practicality.The actuators are made up of an anodised aluminium self-sup-porting structure and the transmission section can be controlled by burnished steel toothed pulleys and polyurethane toothed belt with high resistance steel strands, or a toothed pinion and rack system (type GD20XC). This type of axis is particularly suitable for applications in dusty environments or in the presence of impurities. All linear axis can be customised according to application specifications. Motor/reduction gear coupling set-ups, additional holes on heads and carriages, and fastening accessories can be customised according to customer requirements. The catalogue contains the standard versions available in stock and Fait Group reserves the right to modify its products based on the needs for their technical improvement.
25
COMPONENTS
TRACTION BELTThe GDM series linear units are made using polyurethane toothed belts with AT steel strands. The type of belts used for motion transmission are ideal for linear units, considering the mechanical features and entity of the loads involved. This way, it is possible to obtain:• High performance;• Low noise;• Low wear.
ALUMINIUM PROFILEThe self-supporting profiles used are made of aluminium EN AW 6060. The dimensional tolerances comply with standards UNI EN 755-9 and UNI 3879. The extruded profiles are provided with grooves to facilitate installation of the units and
PINION - RACKThe GD20XC series linear units are made using hardened steel toothed rack and pinions. Straight-toothed or helical-toothed racks can be installed. Helical toothing enables you to obtain more silent coupling and is capable of transmitting higher loads. By adjusting the pinion on the rack, it is possible to regulate its pre-load and obtain movement without clearance to guarantee high rigidity throughout the entire length of the linear axis. The standard module for linear units is M2 with pinion Z20.
TRACK ROLLERSThe transfer system is crucial for the load capacity, speed, and maximum acceleration.The GDM series uses a transfer system with the following features:• Two hardened chrome-plated shafts with 60 HRC hardness and h7 tolerance are installed and secured in the
profile’s housings by means of chamfering or fastening.• Upon request, stainless steel sliding shafts can be used.• The carriage, made of anodised aluminium, consists of 4 “V” shaped oblique contact double track rollers with a
120° groove or an external gothic arch profile (except for GD20SMLAT, which has 8 track rollers). The particular shape of the track roller enables better discharge of the impurities present in certain work environments.
• The track rollers are assembled on steel pins, two of which are eccentric (except for GD20SMLAT, which has 6 eccentric pins) for system pre-load calibration and adjustment.
• The track rollers have 2RS or ZZ external protections and are lubricated for life.• Upon request, stainless steel track rollers can be installed.
26
2.1 GD6M
Ltot
50 Lc + corsa + 20 (extracorsa) 50
Hc
50
40
Ø 8 h7
40
Lc
Ø 5
Ø 8 h7
Ø 45
Albero uscente integrato con la testataPossibilità di personalizzazione foratura testatacompatibilmente con la costruzione della testata stessa
60
80
Possibilità di personalizzazione foratura carrellocompatibilmente con la costruzione del carrello stesso
15
30
30
Ø 6
12
32
17 8
2 7,20
GENERAL DIMENSIONS
Total carriage length L1c [mm] 60
Total guide length Ltot [mm] Stroke + 180
Total carriage height Hc [mm] 51
Lc + stroke + 20 (extra stroke)
Option to customise carriage boring depending on the construction of the carriage itself
Exiting shaft integrated with the head Option to customise head boring compatibly with the construction of the head itself
27
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD6M
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 476 357 381 314
FY [N] 1020 765 204 92
FZ [N] 424 318 85 38
MX [Nm] 11 8 2 1
MY [Nm] 7 5 1 1
MZ [Nm] 32 24 6 3
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,2
Weight of stroke guide 0 [kg] * 1,0
Weight of guide every 100 mm stroke [kg] 0,3
*including weight of carriage
TOOTHED BELT
Type of belt AT5-10
Type of pulley Z22 AT5
Pulley primitive diameter Dp [mm] 35,01
Linear displacement per pulley revolution [mm] 110
Maximum belt traction [N] 670
TRACK ROLLERS
Type of track roller 17C-17E
C0 static load coefficient [N] 820
Cdin dynamic load coefficient [N] 1270
Axial load [N] 106
Radial load [N] 510
GENERAL TECHNICAL DATA
Repeatability [mm] ± 0,1
Maximum speed [m/s] 1
Maximum acceleration [m/s2] 5
Maximum stroke [mm] 3500
Typical load applied [Kg]* 3
Profile section [mm] 30 x 30 + profile GD6
JX profile moment of inertia [cm4] 5,0
JY profile moment of inertia [cm4] 8,9
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
My
Mx
LOAD DEFLECTION
Free length (mm)
0 200 400 600 800 1000 14001200
3
2,5
1,5
2
0,5
1
0
6 Kg 4 Kg 2 Kg 0 Kg
FZ
L
28
Ltot
100 Lc + corsa + 20 (extracorsa) 100
130
Hc
60
Lc
Ø 19 H7
Possibilità di personalizzazione fortura testata compatibilmente con la costruzione della testata stessa
120
80
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
CARRELLO GD10AM
120
140
CARRELLO GD10BM
150
120 CARRELLO GD10CM
45
110
Ø 10
22,
50
45
22,50
8,3
0 13
,80
4 11
2.2 GD10M
GENERAL DIMENSIONS
GD10AM GD10BM GD10CMTotal carriage length L1c [mm] 80 120 120Total guide length Ltot [mm] Stroke + 300 Stroke + 340 Stroke + 340Total carriage height Hc [mm] 121 127 134
Lc + stroke + 20 (extra stroke)
Option to customise head boring compatibly with the construction of the head itself
Option to customise carriage boring depending on the construction of the carriage itself
CARRIAGE GD10BM CARRIAGE GD10CMCARRIAGE GD10AM
29
MECHANICAL PROPERTIESGD10AM GD10BM GD10CM
Weight of carriage [kg] 0,6 1,2 1,8Weight of stroke guide 0 [kg] * 4,5 5,3 5,9Weight of guide every 100 mm stroke [kg] 0,7
*including the weight of the carriage; belt AT10-16
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD10MTheoretic Max recommended
Static Dynamic Static Dynamic
GD10AM
FX [N] 1703 1277 1362 1022FY [N] 600 450 120 54FZ [N] 1200 900 240 108MX [Nm] 50 37 10 4MY [Nm] 25 18 5 2MZ [Nm] 25 18 5 2
GD10BM
FX [N] 1703 1277 1362 1022FY [N] 2000 1500 400 180FZ [N] 1600 1200 320 144MX [Nm] 72 54 14 7MY [Nm] 56 42 11 5MZ [Nm] 140 105 28 13
GD10CM
FX [N] 1703 1277 1362 1022FY [N] 2600 1950 520 234FZ [N] 2400 1800 480 216MX [Nm] 118 89 24 11MY [Nm] 84 63 17 8MZ [Nm] 182 137 36 16
to be considered as non-combined loads
TOOTHED BELT
Type of belt AT10-16 AT10-25
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 2270 4000
TRACK ROLLERS
Carriage A
Carriage B
Carriage C
Type of track roller 22C-22E 30C-30E 38C-38E
C0 static load coefficient [N] 1620 2700 4550
Cdin dynamic load coefficient [N] 2450 4490 7290
Axial load [N] 300 400 600
Radial load [N] 300 1000 1300
Fz
Fy
Fx
Mz
MyMx
GENERAL TECHNICAL DATA
GD10AM GD10BM GD10CM
Repeatability [mm] ± 0,1
Maximum speed [m/s] 2,5 5 5
Maximum acceleration [m/s2] 20
Maximum stroke [mm] 7400 7360 7360
Typical load applied [Kg]* 10 20 30
Profile section [mm] 45 x 110
JX profile moment of inertia [cm4] 192,6
JY profile moment of inertia [cm4] 39,4*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
LOAD DEFLECTION (GD10BM)
Free length (mm)
Arr
ow
(m
m)
0 1000 30002000
40 Kg 30 Kg 20 Kg 10 Kg 0 Kg
3
2,5
1,5
2
0,5
1
0
FZ
L
30
Ø 19 H7
Possibilità di personalizzazione fortura testata compatibilmente con la costruzione della testata stessa
Ltot
130 130 Lc + corsa + 20 (extracorsa)
130
H1c
H2c
60
Lc
Tc
80
130
120
150
120
165
22,
50
45
45 22,50 4,30 11
8,3
0 13
,80
96,
50
Ø 10
58
90
65
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
CARRELLO GD10AMLAT CARRELLO GD10BMLAT CARRELLO GD10CMLAT
2.3 GD10MLAT
GENERAL DIMENSIONSGD10AMLAT GD10BMLAT GD10CMLAT
Total carriage length L1c [mm] 80 120 120Total guide length Ltot [mm] Stroke + 360 Stroke + 400 Stroke + 400Total carriage height H1c [mm] 137,5 147,5 157,5Total carriage height H2c [mm] 7,5 2,5* 7,5*Total carriage width Tc [mm] 83,5 90,5 96,5*The carriage protrudes from under the support surface of the axis
Lc + stroke + 20 (extra stroke)
CARRIAGE GD10BMLAT CARRIAGE GD10CMLATCARRIAGE GD10AMLAT
Option to customise head boring compatibly with the construction of the head itself
Option to customise carriage boring depending on the construction of the carriage itself
31
MECHANICAL PROPERTIESGD10AMLAT GD10BMLAT GD10CMLAT
Weight of carriage [kg] 0,8 1,7 2,3Weight of stroke guide 0 [kg] * 4,9 6,2 6,8Weight of guide every 100 mm stroke [kg] 0,8
*including the weight of the carriage; belt AT10-16
TOOTHED BELT
Type of belt AT10-16 AT10-25
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 2270 4000
TRACK ROLLERS
Carriage A
Carriage B
Carriage C
Type of track roller 22C-22E 30C-30E 38C-38E
C0 static load coefficient [N] 1620 2700 4550
Cdin dynamic load coefficient [N] 2450 4490 7290
Axial load [N] 300 400 600
Radial load [N] 300 1000 1300
Fz
Fy
Fx
Mz
MyMx
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD10MLATTheoretic Max recommended
Static Dynamic Static Dynamic
GD10AMLAT
FX [N] 1703 1277 1362 1022FY [N] 1200 900 240 108FZ [N] 600 450 120 54MX [Nm] 50 37 10 4MY [Nm] 25 18 5 2MZ [Nm] 25 18 5 2
GD10BMLAT
FX [N] 1703 1277 1362 1022FY [N] 1600 1200 320 144FZ [N] 2000 1500 400 180MX [Nm] 72 54 14 7MY [Nm] 140 105 28 13MZ [Nm] 56 42 11 5
GD10CMLAT
FX [N] 1703 1277 1362 1022FY [N] 2400 1800 480 216FZ [N] 2600 1950 520 234MX [Nm] 118 89 24 11MY [Nm] 182 137 36 16MZ [Nm] 84 63 17 8
to be considered as non-combined loads
Free length (mm)
Arr
ow
(m
m)
LOAD DEFLECTION (GD10BMLAT)
0 1000 30002000
GENERAL TECHNICAL DATA
GD10AMLAT GD10BMLAT GD10CMLATRepeatability [mm] ± 0,1Maximum speed [m/s] 2,5 5 5Maximum acceleration [m/s2] 20
Maximum stroke [mm] 5900 5860 5860
Tipico carico applicato [Kg]* 15 25 35
Profile section [mm] 45 x 90 + profile GD10JX profile moment of inertia [cm4] 152,3
JY profile moment of inertia [cm4] 57,2
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
40 Kg 30 Kg 20 Kg 10 Kg 0 Kg
4
3
2,5
3,5
1,5
2
0,5
1
0
FZ
L
32
Ø 19 H7
Possibilità di personalizzazione fortura testata compatibilmente con la costruzione della testata stessa
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
CARRELLO GD20AM CARRELLO GD20BM
Ltot
100 Lc + corsa + 20 (extracorsa) 100
130
Hc
60
Lc
150
180
180
200
45
120
Ø 20
22,
50
45
22,50
8,3
0 13
,80
4 11
2.4 GD20M
GENERAL DIMENSIONS
GD20AM GD20BM Total carriage length L1c [mm] 150 180Total guide length Ltot [mm] Stroke + 370 Stroke + 400Total carriage height Hc [mm] 141 151,5
Lc + stroke + 20 (extra stroke)
Option to customise head boring compatibly with the construction of the head itself
Option for customised carriage boring, depending on the construction of the carriage itself
CARRIAGE GD20BMCARRIAGE GD20AM
33
MECHANICAL PROPERTIES
GD20AM GD20BMWeight of carriage [kg] 2,6 5,0Weight of stroke guide 0 [kg] * 7,7 10,4Weight of guide every 100 mm stroke [kg] 1,25
*including the weight of the carriage; belt AT10-16
TOOTHED BELT
Type of belt AT10-16 AT10-25
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 2270 4000
TRACK ROLLERS
Carriage A Carriage B
Type of track roller 41C-41E 58C-58E
C0 static load coefficient [N] 5100 9200
Cdin dynamic load coefficient [N] 8180 16580
Axial load [N] 800 4300
Radial load [N] 1600 4300
GENERAL TECHNICAL DATA
GD20AM GD20BM
Repeatability [mm] ± 0,1
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum stroke [mm] 5830 5800
Typical load applied [Kg]* 40 50
Profile section [mm] 45 x 120
JX profile moment of inertia [cm4] 293,0
JY profile moment of inertia [cm4] 74,7
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
MyMx
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD20MTheoretic Max recommended
Static Dynamic Static Dynamic
GD20AM
FX [N] 1703 1277 1362 1022FY [N] 3200 2400 640 288FZ [N] 3200 2400 640 288MX [Nm] 202 151 40 18MY [Nm] 144 108 29 13MZ [Nm] 288 216 58 26
GD20BM
FX [N] 1703 1277 1362 1022FY [N] 8600 6450 1720 774FZ [N] 17200 12900 3440 1548MX [Nm] 1204 903 241 108MY [Nm] 860 645 172 77MZ [Nm] 860 645 172 77
to be considered as non-combined loads
LOAD DEFLECTION (GD20BM)
Free length (mm) 50 Kg 40 Kg 30 Kg 20 Kg 10 Kg 0 Kg
0 1000 30002000
3
2,5
1,5
2
0,5
1
0
Arr
ow
(m
m)
FZ
L
34
Ø 19 H7
Possibilità di personalizzazione fortura testata compatibilmente con la costruzione della testata stessa
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
CARRELLO GD20AMLAT CARRELLO GD20BMLAT
Ltot
130 Lc + corsa + 20 (extracorsa) 130
130
H1c
H2c
60
Tc
150
195
214
180 2
2,50
4
5
8,3
0 13
,80
4,30 11 22,50 45
105 9
0
75
Ø 20
75
2.5 GD20MLAT
GENERAL DIMENSIONSGD20AMLAT GD20BMLAT
Total carriage length L1c [mm] 150 180Total guide length Ltot [mm] Stroke + 430 Stroke + 460Total carriage height H1c [mm] 127,5 136,5Total carriage height H2c [mm] 67,5* 77,5*Total carriage width Tc [mm] 103,5 114*The carriage protrudes from under the support surface of the axis
Lc + stroke + 20 (extra stroke)
Option to customise head boring compatibly with the construction of the head itself
Option for customised carriage boring, depending on the construction of the carriage itself
CARRIAGE GD20BMLATCARRIAGE GD20AMLAT
35
MECHANICAL PROPERTIES
GD20AMLAT GD20BMLATWeight of carriage [kg] 2,8 5,0Weight of stroke guide 0 [kg] * 8,4 10,9Weight of guide every 100 mm stroke [kg] 1,4
*including the weight of the carriage; belt AT10-16
TOOTHED BELT
Type of belt AT10-16 AT10-25
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 2270 4000
TRACK ROLLERS
Carriage A Carriage B
Type of track roller 41C-41E 58C-58E
C0 static load coefficient [N] 5100 9200
Cdin dynamic load coefficient [N] 8180 16580
Axial load [N] 800 4300
Radial load [N] 1600 4300
GENERAL TECHNICAL DATA
GD20AMLAT GD20BMLAT
REPEATABILITY [mm] ± 0,1
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum stroke [mm] 5830 5800
Typical load applied [Kg]* 45 55
Profile section [mm] 45 x 90 + profile GD20
JX profile moment of inertia [cm4] 218,9
JY profile moment of inertia [cm4] 91,7
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
My
Mx
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD20MLATTheoretic Max recommended
Static Dynamic Static Dynamic
GD20AMLAT
FX [N] 1703 1277 1362 1022FY [N] 3200 2400 640 288FZ [N] 3200 2400 640 288MX [Nm] 202 151 40 18MY [Nm] 288 216 58 26MZ [Nm] 144 108 29 13
GD20BMLAT
FX [N] 1703 1277 1362 1022FY [N] 17200 12900 3440 1548FZ [N] 8600 6450 1720 774MX [Nm] 1204 903 241 108MY [Nm] 860 645 172 77MZ [Nm] 860 645 172 77
to be considered as non-combined loads
Free length (mm)
Arr
ow
(m
m)
LOAD DEFLECTION (GD20BMLAT)
0 1000 30002000
50 Kg 40 Kg 30 Kg 20 Kg 10 Kg 0 Kg
4
3
2,5
3,5
1,5
2
0,5
1
0
FZ
L
36
Ø 25 H7
Possibilità di personalizzazione fortura testata compatibilmente con la costruzione della testata stessa
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
Ø 20
Ltot 100 Lc + corsa + 20 (extracorsa) 100
130
Hc
105
Lc
200
300
22,
5 4
5
22,5 45 90
4,30 11
8,3
0 13
,80
120
90
130
2.6 GD20XM
GENERAL DIMENSIONS
Total carriage length L1c [mm] 200
Total guide length Ltot [mm] Stroke + 420
Total carriage height Hc [mm] 156,5
Lc + stroke + 20 (extra stroke)
Option for customised carriage boring, depending on the construction of the carriage itself
Option to customise head boring compatibly with the construction of the head itself
37
Fz
Fy
Fx
Mz
My
Mx
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD20XM
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 5753 4314 4602 3452
FY [N] 8600 6450 1720 774
FZ [N] 17200 12900 3440 1548
MX [Nm] 1677 1258 335 151
MY [Nm] 1032 774 206 93
MZ [Nm] 1032 774 206 93
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 7,8
Weight of stroke guide 0 [kg] * 17,2
Weight of guide every 100 mm stroke [kg] 2,2
*including weight of carriage
TOOTHED BELT
Type of belt AT10-50
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 7670
GENERAL TECHNICAL DATA
Repeatability [mm] ± 0,1
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum stroke [mm] 5780
Typical load applied [Kg]* 60
Profile section [mm] 90 x 90 + profile GD20X
JX profile moment of inertia [cm4] 492,0
JY profile moment of inertia [cm4] 500,0
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
TRACK ROLLERS
Type of track roller 58C-58E
C0 static load coefficient [N] 9200
Cdin dynamic load coefficient [N] 16580
Axial load [N] 4300
Radial load [N] 4300
LOAD DEFLECTION
Free length (mm) 80 Kg 60 Kg 40 Kg 20 Kg 0 Kg
0 1000 30002000
3
2,5
1,5
2
0,5
1
0
FZ
L
38
Ø 25 H7
Possibilità di personalizzazione fortura testata compatibilmente con la costruzione della testata stessa
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
130
Ltot
130 130 Lc + corsa + 20 (extracorsa)
H1c
H2c
Tc 10
5
125
Lc
350
214
90
22,
50
45
8,3
0 13
,80
4,30 11 22,50 45
90
120
75 10
5
Ø 20
2.7 GD20SMLAT
GENERAL DIMENSIONSTotal carriage length L1c [mm] 350Total guide length Ltot [mm] Stroke + 630Total carriage height H1c [mm] 136,5Total carriage height H2c [mm] 77,5*Total carriage width Tc [mm] 159*The carriage protrudes from under the support surface of the axis
Lc + stroke + 20 (extra stroke)
Option to customise carriage boring depending on the construction of the carriage itself
Option to customise head boring compatibly with the construction of the head itself
39
Fz
Fy
Fx
Mz
My
Mx
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
GD20SMLAT
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 5753 4314 4602 3452
FY [N] 34400 25800 6880 3096
FZ [N] 17200 12900 3440 1548
MX [Nm] 2408 1806 482 217
MY [Nm] 2494 1871 499 224
MZ [Nm] 2494 1871 499 224
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 11,0
Weight of stroke guide 0 [kg] * 23,1
Weight of guide every 100 mm stroke [kg] 2,0
*including weight of carriage
TOOTHED BELT
Type of belt AT10-50
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 7670
GENERAL TECHNICAL DATA
Repeatability [mm] ± 0,1
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum stroke [mm] 5630
Typical load applied [Kg]* 70
Profile section [mm] 90 x 90 + profile GD20M
JX profile moment of inertia [cm4] 569,8
JY profile moment of inertia [cm4] 244,2
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
TRACK ROLLERS
Type of track roller 58C-58E
C0 static load coefficient [N] 9200
Cdin dynamic load coefficient [N] 16580
Axial load [N] 4300
Radial load [N] 4300
LOAD DEFLECTION
Free length (mm)
Arr
ow
(m
m)
0 1000 30002000
80 Kg 60 Kg 40 Kg 20 Kg 0 Kg
2,5
1,5
2
0,5
1
0
FZ
L
40
Predisposizione motorizzazione
Possibilità di personalizzazione foratura carrello compatibilmente con la costruzione del carrello stesso
6 Lc + corsa + 20 (extracorsa) 6
Ltot
Hc
90
Lc 2
70
150
Ø 19 H7
Ø 105 45°
M6
300
270
130
75
Ø 20
45
90
22,
50
22,50 45
8,3
0 13
,80
4,30 11
2.8 GD20XC
GENERAL DIMENSIONS
Total carriage length L1c [mm] 300
Total guide length Ltot [mm] Stroke + 332
Total carriage height Hc [mm] 111,5
Lc + stroke + 20 (extra stroke)
Drive set-up
Option to customise carriage boring depending on the construction of the carriage itself
41
Fz
Fy
Fx
Mz
My
Mx
LOAD CAPACITY PINION/RACK SYSTEM - TRACK/ROLLING BODIES
GD20XC
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 4896 3672 3917 2938
FY [N] 8600 6450 1720 774
FZ [N] 17200 12900 3440 1548
MX [Nm] 1677 1258 335 151
MY [Nm] 1806 1355 361 163
MZ [Nm] 1806 1355 361 163
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 9,1
Weight of stroke guide 0 [kg] * 16,4
Weight of guide every 100 mm stroke [kg] 2,2
*including weight of carriage
CREMAGLIERA-PIGNONE
Type of rack* M2
Type of pinion Z 20
Pinion pitch diameter Dp [mm] 42,44
Linear displacement per pinion revolution [mm] 133
Maximum transmissible force [N] 6528
*option to fit a straight or helical toothed rack
GENERAL TECHNICAL DATA
Repeatability [mm] * ± 0,04
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 30
Maximum stroke [mm] 5680
Typical load applied [Kg]* 50
Profile section [mm] 45 x 90 + profile GD20X
JX profile moment of inertia [cm4] 128,9
JY profile moment of inertia [cm4] 430,8
*helical toothed rack repeatability**load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
TRACK ROLLERS
Type of track roller 58C-58E
C0 static load coefficient [N] 9200
Cdin dynamic load coefficient [N] 16580
Axial load [N] 4300
Radial load [N] 4300
LOAD DEFLECTION
Free length (mm)
Arr
ow
(m
m)
0 1000 2000
60 Kg 40 Kg 20 Kg 0 Kg
3
2,5
1,5
2
1
0,5
0
FZ
L
42
22.9
2.10
GDM SERIES LINEAR UNIT DRIVE
FASTENING ACCESSORIES
L I
A B ØD
DRI
VES
- AC
CES
SORI
ES
LINEAR AXIS CLAMP CODE L I B ØD A No. HOLES
GD6M GLSQ009 80 40 20 5,5 52 2
GD10 AM/BM/CM GLSQ010 80 40 25 8,5 72 2
GD20 AM/BM GLSQ010 80 40 25 8,5 72 2
GD20XM GLSQ010 80 40 25 8,5 117 2
The fastening clamps are made of anodised aluminium. On request, they can be made of galvanized steel
The GDM series linear units provide for the coupling between the driving pulley and the transmission shaft by means of a key hole. The drive’s coupling can be fitted with a set-up flange, aluminium coupling, flexible couplings or, where possible, direct connection between the motor/reduction gear and driving pulley. Motor/reduction gear coupling set-ups are customised according to customer requirements.
43
136,
50
M
157,
50
M
SA10400102_03_04
13
6
15
4
SA103012SA103013SA103014SA103015
5
7,60
7,8013,40
9,50
228
M
SA107003SA107004SA107005SA107006
136,
50
M
157,
50
M
SA10400102_03_04
13
6
15
4
SA103012SA103013SA103014SA103015
5
7,60
7,8013,40
9,50
228
M
SA107003SA107004SA107005SA107006
2.11 FIXING NUTS
NU
TS
LINEAR AXIS NUT CODE M MATERIAL ATTACHABLE AFTER ASSEMBLY
GD6M
SA107003 M4 GALVANISED STEEL NO
SA107004 M5 GALVANISED STEEL NO
SA107005 M6 GALVANISED STEEL NO
SA107006 M8 GALVANISED STEEL NO
GD10AM/GD10AMLATGD10BM/GD10BMLATGD10CM/GD10CMLAT
SA104001 M4 GALVANISED STEEL YES
SA104002 M5 GALVANISED STEEL YES
SA104003 M6 GALVANISED STEEL YES
SA104004 M8 GALVANISED STEEL YES
GD20AM/GD20AMLATGD20BM/GD20BMLAT
SA104001 M4 GALVANISED STEEL YES
SA104002 M5 GALVANISED STEEL YES
SA104003 M6 GALVANISED STEEL YES
SA104004 M8 GALVANISED STEEL YES
GD20XM
SA104001 M4 GALVANISED STEEL YES
SA104002 M5 GALVANISED STEEL YES
SA104003 M6 GALVANISED STEEL YES
SA104004 M8 GALVANISED STEEL YES
GD20SMLAT
SA104001 M4 GALVANISED STEEL YES
SA104002 M5 GALVANISED STEEL YES
SA104003 M6 GALVANISED STEEL YES
SA104004 M8 GALVANISED STEEL YES
GD20XC
SA104001 M4 GALVANISED STEEL YES
SA104002 M5 GALVANISED STEEL YES
SA104003 M6 GALVANISED STEEL YES
SA104004 M8 GALVANISED STEEL YES
SA107003SA107004SA107005SA107006
SA104001SA104002SA104003SA104004
44
SEN
SORS
2.12 INDUCTIVE SENSORS
GD10AMLAT-GD10BMLAT-GD10CMLAT SENSOR
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GL05007011 - SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
50
il sensore legge il passaggio del grano fissato sul carrello
GD20AM-GD20BM-GD20XM SENSOR
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GL05007011* - SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
*Component not required on GD20AM. - The carriage must be working for sensor reading.
carrello con fresatura per lettura sensore23A
A SEZIONE A-A
GD20AMLAT-GD20BMLAT-
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GL05007011 - SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
50
il sensore legge il passaggio del grano fissato sul carrello
The inductive sensors are used as proximity sensors and as zero sensors. They are available in normally open (NA) or normally closed (NC) versions. These sensors do not wear out since they do not have mechanical contact with the carriage in motion. The proximity sensor transmits the position of the linear axis carriage to the motor drive. Motors with an incremental encoder need this sensor for operation, as well as for every restart after the power is switched off.Additional holes is required on the carriage and/or aluminium profile in order to secure the reading plate or sensor.
the sensor reads the grub screw secured to the carriage when passing through
the sensor reads the grub screw secured to the carriage when passing through
carriage with boring for sensor reading
SECTION A-A
GD10AM-GD10BM-GD10CM SENSOR
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE 2 x SA104002 + GLGD10M019 GLGD10M020 SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
40 15
45
NU
TS -
SPEC
IAL
MA
CH
ININ
G -
AX
IS C
OD
ING
GD20XC SENSOR
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GL05007011 - SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
The carriage must be working for sensor reading
carrello con fresaturaper lettura sensore
50A
A SEZIONE A-A
2.13 ELECTROMECHANICAL SENSORS
Electromechanical sensors are used to detect the limit switch positions. These sensors cut off the drive power supply in the event of switching. This should prevent the linear axis carriage from going beyond the set limit, thereby preventing damage. Contact our Technical Department for the technical drawings.
5.112.15 STANDARD LINEAR AXIS CODING
C LS
SERIES LINEAR AXIS STROKE mm SPECIAL MACHINING
-GD6M -GD20AM
0
1
NONE
PROFILE SLOTS FOR SENSOR KIT INSERTION
-GD10AM -GD20AMLAT-GD10AMLAT -GD20BM-GD10BM -GD20BMLAT-GD10BMLAT -GD20XM-GD10CM -GD20SMLAT-GD10CMLAT -GD20XC*Accessories or any drive set-ups are to be requested separately from axis coding
2.14 PROFILE SLOTS
Upon request, milling can be carried out next to one or more slots to insert the nuts to secure the sensor kit once the axis has already been fully assembled. Machining is performed as standard next to the centre of the profile.
40
If not requested, the standard construction does not provide for this machining.
*Machining only required for GD10M axis where the sensor’s support is secured in a slot
carriage with boring for sensor reading
SECTION A-A
46
3IL
IL SERIES LINEAR UNIT
The IL linear systems enable movements with simple assembly and economically and technically advantageous solutions. The guides are made up of an anodised aluminium profile where, via chamfering, hardened steel shafts are secured. They equip the anodised aluminium carriage system where three track rollers are installed, two concentric and one eccentric, with an external profile with a gothic arch. By adjusting the eccentric track roller it is possible to regulate the system’s pre-load, achieving fluid movements with high speeds and low loads, or good rigidity in the case of modest loads. These systems do not require special maintenance since they are equipped with track rollers integrating dust shields. The main technical features are:• Reduced dimensions;• High speeds;• Low noise;• No lubrication;• No maintenance;• Interchangeability and easy installation.All linear guides can be customised according to application specifications. Additional holes on the carriages and aluminium profiles can be customised according to customer requirements. The catalogue contains the standard versions available in stock and Fait Group reserves the right to modify its products based on the needs for their technical improvement.
47
MAIN TECHNICAL FEATURES
COMPONENTS
The load capacity of the linear units depends on the size of the track rollers used, their interaxial distance, and their work position. Therefore, the load features will vary according to whether the load application directions are radial, lateral or combined. The recommended maximum values of a vertical load (Fz) and lateral load (Fy) are related to the track roller/sliding bar system and are identified as 20% of the static load capacity and 12% of the dynamic load capacity of the performance of the transfer system. Based on our experience, these values make it possible to obtain sufficient static safety and endurance for most applications. To carry out an actual verification of the operating conditions, and consequently of the applicability of the linear axis, it is recommended to contact our Technical Department for the necessary technical verification test. The maximum acceptable values for speed, acceleration, and positioning repeatability might be lower in the case of heavy loads.
GUIDE CARRIAGE TYPICAL LOAD [KG] SPEED [m/s] ACCELERATION [m/s2]
IL32 C32 3 1 5
IL42 C42 12 1.5 20
IL65 C65 18 5 20
*Reference conditions: horizontal guide. Typical load applied in the centre of the Carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
ALUMINIUM PROFILEThe self-supporting profiles used are made of aluminium EN AW 6060. The dimensional tolerances comply with standards UNI EN 755-9 and UNI 3879.
TRANSFER SYSTEMThe transfer system is crucial for the load capacity, speed, and maximum acceleration.The IL series uses a transfer system with the following features:• Two hardened chrome-plated shafts with 60 HRC hardness and h7 tolerance are installed and secured in the
profile’s housings by means of chamfering;• The carriage, made of anodised aluminium, consists of 3 oblique contact double track rollers with a gothic
arch profile;• The track rollers are assembled on steel pins, one of which eccentric for system pre-load calibration and
adjustment;• The track rollers have 2RS or ZZ external protections lubricated for life.
48
3.1 IL32
L1c
Hc
Ltot = L1c + corsa + 20 (extracorsa)
L2c
S
20,50 24
5,5
0
M4
4 57
4
24
M4
65
32
32
15,5
0
21,50
10,5
0
Ø6
GENERAL DIMENSIONS
Total carriage length L1c [mm] 65
Total carriage width L12c [mm] 32
Total guide length Ltot [mm] Stroke + 85
Total carriage height Hc [mm] 28,5
Protrusion of carriage profile S [mm] 0,5
Ltot = L1c + stroke + 20 (extra stroke)
49
Fz
Fy
Fx
Mz
My
Mx
LOAD CAPACITYTRACK/ROLLING BODIES
IL32
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FY [N] 1020 765 204 92
FZ [N] 318 239 64 28,6
MX [Nm] 2,3 1,7 0,5 0,2
MY [Nm] 4,2 3,2 0,8 0,4
MZ [Nm] 20,4 15,3 4,1 1,8
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,1
Weight of stroke guide 0 [kg] * 0,2
Weight of guide every 100 mm stroke [kg] 0,1
*including weight of carriage
GENERAL TECHNICAL DATA
Maximum speed [m/s] 1
Maximum acceleration [m/s2] 5
Maximum profile length [mm] 6000
Typical load applied [Kg]* 3
Profile section [mm] 32 x 15,5
JX profile moment of inertia [cm4] 0,5
JY profile moment of inertia [cm4] 3,0
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
TRANSFER SYSTEM
Carriage C32
Type of track roller RPC17-RPE17
C0 static load coefficient [N] 850
Cdin dynamic load coefficient [N] 1250
Axial load [N] 106
Radial load [N] 510
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances
50
3.2 IL42
Ø6
L1c
Hc
Ltot = L1c + corsa + 20 (extracorsa)
L2c
S
25 35
7
M5
85
42
6 73
6
30
M5
20
42
14
29
GENERAL DIMENSIONS
Total carriage length L1c [mm] 85
Total carriage width L12c [mm] 42
Total guide length Ltot [mm] Stroke + 105
Total carriage height Hc [mm] 35,5
Protrusion of carriage profile S [mm] 0,5
Ltot = L1c + stroke + 20 (extra stroke)
51
Fz
Fy
Fx
Mz
MyMx
LOAD CAPACITYTRACK/ROLLING BODIES
IL42
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FY [N] 1740 1305 348 157
FZ [N] 510 383 102 46
MX [Nm] 5 3,7 1 0,4
MY [Nm] 10 7,4 2 1
MZ [Nm] 50 38 10,1 5
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,25
Weight of stroke guide 0 [kg] * 0,4
Weight of guide every 100 mm stroke [kg] 0,2
*including weight of carriage
GENERAL TECHNICAL DATA
Maximum speed [m/s] 1,5
Maximum acceleration [m/s2] 20
Maximum profile length [mm] 6000
Typical load applied [Kg]* 12
Profile section [mm] 42 x 20
JX profile moment of inertia [cm4] 1,3
JY profile moment of inertia [cm4] 9,0
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
TRANSFER SYSTEM
Carriage C42
Type of track roller RPC24-RPE24
C0 static load coefficient [N] 2200
Cdin dynamic load coefficient [N] 3500
Axial load [N] 170
Radial load [N] 870
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances
52
3.3 IL65
L1c
Ltot = L1c + corsa + 20 (extracorsa)
Hc S
L2c
27,50 60
14
M6
115 10 95
10
45 65
M6
Ø10
65
32
23,
50
42,50
GENERAL DIMENSIONS
Total carriage length L1c [mm] 115
Total carriage width L12c [mm] 65
Total guide length Ltot [mm] Stroke + 135
Total carriage height Hc [mm] 57,5
Protrusion of carriage profile S [mm] 1,2
Ltot = L1c + stroke + 20 (extra stroke)
53
Fz
Fy
Fx
Mz
MyMx
LOAD CAPACITYTRACK/ROLLING BODIES
IL65
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FY [N] 4000 3000 800 360
FZ [N] 1200 900 240 108
MX [Nm] 17 13 3,4 1,5
MY [Nm] 30 22,5 6 2,7
MZ [Nm] 150 112,5 30 13,5
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,8
Weight of stroke guide 0 [kg] * 1,4
Weight of guide every 100 mm stroke [kg] 0,4
*including weight of carriage
TRANSFER SYSTEM
Carriage C65
Type of track roller RPC35-RPE35
C0 static load coefficient [N] 8100
Cdin dynamic load coefficient [N] 8100
Axial load [N] 400
Radial load [N] 2000
GENERAL TECHNICAL DATA
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 20
Maximum profile length [mm] 6000
Typical load applied [Kg]* 18
Profile section [mm] 65 X 32
JX profile moment of inertia [cm4] 8,6
JY profile moment of inertia [cm4] 55,7
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Guide length 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
It is recommended to support the linear guide throughtout the entire length in order to ensure the indicated mechanical performances
54
3TR
AC
K R
OLL
ERS
- AX
IS C
OD
ING
3.4
11.5
RPC/RPE TRACK ROLLERS
STANDARD LINEAR GUIDE CODING
The IL series carriages are fitted with RPC and RPE oblique contact double track rollers with an external gothic arch profile. The track rollers have 2RS or ZZ external protections and are provided with lubrication for life with lithium soap-based grease. The track rollers can be made with a pin that can be assembled on the track roller or directly integrated into it (pin and track roller are therefore one single non-removable component).
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO mRPC 17 C32 6 17 7 10.5 23 1.5 1.5 5 5.5 - 2.5 M5 1250 850 106 510 1250 1700 15
RPE 17 C32 6 17 7 10.5 23 1.5 1.5 5 5.5 0.5 2.5 M5 1250 850 106 510 1250 1700 15
RPC 24 C42 6 24 11 14 29 3 2 6 7 - 4 M8 3500 2200 170 870 1250 4350 42
RPE 24 C42 6 24 11 14 29 3 2 6 7 0.5 4 M8 3500 2200 170 870 1250 4350 42
RPC 35 C65 10 35 15.9 20.65 44 3.2 2 10 13 - 5 M10 8100 8100 400 2000 4900 9700 120RPE 35 C65 10 35 15.9 20.65 44 3.2 2 10 13 0.75 5 M10 8100 8100 400 2000 4900 9700 120
TABLE FOR TRACK ROLLERS WITH INTEGRATED PIN WITH A GOTHIC ARCH PROFILE
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO m
RPC 17N C32 6 17 7 10.5 21.5 0.5 3.5 5 5.5 - 2.5 M5 1250 850 106 510 1250 1700 15
RPE 17N C32 6 17 7 10.5 21.5 0.5 3.5 5 5.5 0.5 2.5 M5 1250 850 106 510 1250 1700 15
RPC 24N C42 6 24 11 14 26 - 2 6 7 - 4 M8 3500 2200 170 870 1250 4350 42
RPE 24N C42 6 24 11 14 26 - 2 6 7 0.5 4 M8 3500 2200 170 870 1250 4350 42
RPC 35N C65 10 35 15.9 20.65 40.9 - 2 12 11 - 5 M10 8100 8100 400 2000 4900 9700 120
RPE 35N C65 10 35 15.9 20.65 40.9 - 2 12 11 0.75 5 M10 8100 8100 400 2000 4900 9700 120
LT
SERIES LENGTH GUIDE TOTAL MM
-IL32-IL42-IL65*Special boring operations are to be requested separately from the standard coding
55
11.6 STANDARD CARRIAGE CODING
TABLE FOR MODULAR TRACK ROLLERS WITH A GOTHIC ARCH PROFILE
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO mRPC 17 C32 6 17 7 10.5 23 1.5 1.5 5 5.5 - 2.5 M5 1250 850 106 510 1250 1700 15
RPE 17 C32 6 17 7 10.5 23 1.5 1.5 5 5.5 0.5 2.5 M5 1250 850 106 510 1250 1700 15
RPC 24 C42 6 24 11 14 29 3 2 6 7 - 4 M8 3500 2200 170 870 1250 4350 42
RPE 24 C42 6 24 11 14 29 3 2 6 7 0.5 4 M8 3500 2200 170 870 1250 4350 42
RPC 35 C65 10 35 15.9 20.65 44 3.2 2 10 13 - 5 M10 8100 8100 400 2000 4900 9700 120RPE 35 C65 10 35 15.9 20.65 44 3.2 2 10 13 0.75 5 M10 8100 8100 400 2000 4900 9700 120
TABLE FOR TRACK ROLLERS WITH INTEGRATED PIN WITH A GOTHIC ARCH PROFILE
TYPE DIMENSIONS [mm] LOAD CAPACITY [N]
AXIAL LOAD [N]
RADIAL LOAD [N]
ROTATION SPEED LIMIT [RPM] WEIGHT [g]
TRACK ROLLER CARRIAGE dw D C A L C1 C2 C3 C4 e SW M Cdin C0 FA FR GRASSO OLIO m
RPC 17N C32 6 17 7 10.5 21.5 0.5 3.5 5 5.5 - 2.5 M5 1250 850 106 510 1250 1700 15
RPE 17N C32 6 17 7 10.5 21.5 0.5 3.5 5 5.5 0.5 2.5 M5 1250 850 106 510 1250 1700 15
RPC 24N C42 6 24 11 14 26 - 2 6 7 - 4 M8 3500 2200 170 870 1250 4350 42
RPE 24N C42 6 24 11 14 26 - 2 6 7 0.5 4 M8 3500 2200 170 870 1250 4350 42
RPC 35N C65 10 35 15.9 20.65 40.9 - 2 12 11 - 5 M10 8100 8100 400 2000 4900 9700 120
RPE 35N C65 10 35 15.9 20.65 40.9 - 2 12 11 0.75 5 M10 8100 8100 400 2000 4900 9700 120
SERIES
-C32-C42-C65*Special boring operations are to be requested separately from the standard codingNote: kindly specify if the carriage must have modular track rollers or an integrated pin
56
4IL
M
MAIN TECHNICAL FEATURES
ILM SERIES LINEAR UNIT
The load capacity of the linear units depends on the size of the track rollers used, their interaxial distance, and their work position. Therefore, the load features will vary according to whether the load application directions are radial, lateral or combined. The maximum load in an axial direction is related to the type of belt used. The recommended maximum values of a vertical load (Fz) and lateral load (Fy) are related to the track roller/sliding bar system and are identified as 20% of the static load capacity and 12% of the dynamic load capacity of the performance of the transfer system. Based on our experience, these values make it possible to obtain sufficient static safety and endurance for most applications. To perform an actual verification of the operating conditions and, consequently, application of the linear axis, it is recommended to contact our Technical Department for the necessary technical verification test. The maximum acceptable values for speed, acceleration, and positioning repeatability might be lower in the case of heavy loads.
The ILM series has been designed by seeking construction simplicity, easy assembly, reduced dimensions and good positioning precision. The actuators are made up of an anodised aluminium self-supporting structure and the transmission section is controlled by aluminium or burnished steel (ILM65) toothed pulleys and a polyurethane toothed belt with high resistance steel strands. This type of axis is particularly suitable for applications in dusty or dirty environments. All linear axis can be customised according to application specifications. Motor/reduction gear coupling set-ups, additional holes on heads and carriages, and fastening accessories can be customised according to customer requirements. The catalogue contains the standard versions available in stock and Fait Group reserves the right to modify its products based on the needs for their technical improvement.
LINEAR AXIS TYPICAL LOAD [KG] SPEED [m/s] ACCELERATION [m/s2] REPEATABILITY [mm]
ILM32 3 1 5 ±0,10
ILM42 12 1.5 20 ±0,10
ILM65 18 5 20 ±0,10
Reference conditions: horizontal axis. Typical load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
57
COMPONENTS
TRACTION BELTThe ILM series linear units are made using polyurethane toothed belts with AT steel strands. The type of belts used for motion transmission are ideal for linear units, considering the mechanical features and entity of the loads involved. This way, it is possible to obtain:• High performance;• Low noise;• Low wear.
ALUMINIUM PROFILEThe self-supporting profiles used are made of aluminium EN AW 6060. The dimensional tolerances comply with standards UNI EN 755-9 and UNI 3879. The extruded profiles are provided with slots to facilitate installation of the units and accessories.
TRANSFER SYSTEMThe transfer system is crucial for the load capacity, speed, and maximum acceleration.The ILM series uses a transfer system with the following features:• Two hardened chrome-plated shafts with 60 HRC hardness and h7 tolerance are installed and secured in the
profile’s housings by means of chamfering;• The carriage, made of anodised aluminium, consists of 3 oblique contact double in-line track rollers with an
external gothic arch profile;• The track rollers are assembled on steel pins, one of which eccentric for system pre-load calibration and
adjustment;• The track rollers have 2RS or ZZ external protections lubricated for life.
58
Hc
Ltot
50 Lc + corsa + 20 (extracorsa) 50
50
40
32 40
Ø 8 h7
Lc
Ø 8 h7
Ø 5 Ø 45
Albero uscente assemblato sulla testataPossibilità di personalizzazione foratura testatacompatibilmente con la costruzione della testata stessa
120
32
31,50 57
4
24
M4
30
30
15,5
0
32
Ø 6
15
8
17
2 7,20
4.1 ILM32
GENERAL DIMENSIONS
Total carriage length L1c [mm] 120
Total guide length Ltot [mm] Stroke + 240
Total carriage height Hc [mm] 58,5
Lc + stroke + 20 (extra stroke)
Exiting shaft assembled on the head Option for customised head boring, depending on the construction of the head itself
59
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
ILM32
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 503 377 402 302
FY [N] 1020 765 204 92
FZ [N] 318 239 64 29
MX [Nm] 2,3 1,7 0,5 0,2
MY [Nm] 4,2 3,2 0,8 0,4
MZ [Nm] 20,4 15,3 4,1 1,8
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,14
Weight of stroke guide 0 [kg] * 1,0
Weight of guide every 100 mm stroke [kg] 0,3
*including weight of carriage
TOOTHED BELT
Type of belt AT5-10
Type of pulley Z22 AT5
Pulley primitive diameter Dp [mm] 35,01
Linear displacement per pulley revolution [mm] 110
Maximum belt traction [N] 670
TRACK ROLLERS
Type of track roller RPC17-RPE17
C0 static load coefficient [N] 850
Cdin dynamic load coefficient [N] 1250
Axial load [N] 106
Radial load [N] 510
LOAD DEFLECTIONGENERAL TECHNICAL DATA
Repeatability [mm] ± 0,1
Maximum speed [m/s] 1
Maximum acceleration [m/s2] 5
Maximum stroke [mm] 3500
Typical load applied [Kg]* 3
Profile section [mm] 30 x 30 + profile IL32
JX profile moment of inertia [cm4] 9,1
JY profile moment of inertia [cm4] 5,7
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
My
Mx
Free length (mm)
Arr
ow
(m
m)
0 400 600 800200 1000 1200 1400
2,5
1,5
2
0,5
1
0
6 Kg 4 Kg 2 Kg 0 Kg
FZ
L
60
Albero uscente assemblato sulla testata
80 80 Ltot
Lc + corsa + 20 (extracorsa)
75
Hc
42
50
Ø 14 h7
101
5
Lc
Ø 40
M6
180
42
53,50 73
6
30
40
40
20
42
Ø 6
20
8 21
8 4,50
M5
4.2 ILM42
GENERAL DIMENSIONS
Total carriage length L1c [mm] 180
Total guide length Ltot [mm] Stroke + 360
Total carriage height Hc [mm] 75,5
Lc + stroke + 20 (extra stroke)
Exiting shaft assembled on the head
61
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
ILM42
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 503 377 402 302
FY [N] 1740 1305 348 157
FZ [N] 510 383 102 46
MX [Nm] 5 3,8 1 0,5
MY [Nm] 10 7,5 2 1
MZ [Nm] 50 38 10 5
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 0,3
Weight of stroke guide 0 [kg] * 2,3
Weight of guide every 100 mm stroke [kg] 0,4
*including weight of carriage
TOOTHED BELT
Type of belt AT5-10
Type of pulley Z32 AT5
Pulley primitive diameter Dp [mm] 50,93
Linear displacement per pulley revolution [mm] 160
Maximum belt traction [N] 670
TRACK ROLLERS
Type of track roller RPC24-RPE24
C0 static load coefficient [N] 2200
Cdin dynamic load coefficient [N] 3500
Axial load [N] 170
Radial load [N] 870
LOAD DEFLECTIONGENERAL TECHNICAL DATA
Repeatability [mm] ± 0,1
Maximum speed [m/s] 1,5
Maximum acceleration [m/s2] 20
Maximum stroke [mm] 4000
Typical load applied [Kg]* 12
Profile section [mm] 40 x 40 + profile IL42
JX profile moment of inertia [cm4] 18,8
JY profile moment of inertia [cm4] 29,3
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
My
Mx
Free length (mm) 15 Kg 10 Kg 5 Kg 0 Kg
Free length (mm)
0 1000 2000
3
2,5
3,5
1,5
2
0,5
1
0
Arr
ow
(m
m)
FZ
L
62
Possibilità di personalizzazione foratura testatacompatibilmente con la costruzione della testata stessa
100 100
Ltot
Hc
130
Lc + corsa + 20 (extracorsa)
60
65
Ø 19
57,50 95 210
10
45
65
45
22,
50
22,50 45
8,3
0 13
,80
4,30 11
90
32
Ø 10 65
M6
4.3 ILM65
GENERAL DIMENSIONS
Total carriage length L1c [mm] 210
Total guide length Ltot [mm] Stroke + 430
Total carriage height Hc [mm] 147,5
Lc + stroke + 20 (extra stroke)
Option for customised head boring, depending on the construction of the head itself
63
LOAD CAPACITY TRACKS/ROLLING BODIES-BELT SYSTEM
ILM65
Theoretic Maximum recommended
Static Dynamic Static Dynamic
FX [N] 1703 1277 1362 1022
FY [N] 4000 3000 800 360
FZ [N] 1200 900 240 108
MX [Nm] 17 13 3,4 1,6
MY [Nm] 30 23 6 2,8
MZ [Nm] 150 113 30 13,6
to be considered as non-combined loads
MECHANICAL PROPERTIES
Weight of carriage [kg] 1,0
Weight of stroke guide 0 [kg] * 6,1
Weight of guide every 100 mm stroke [kg] 0,9
*including weight of carriage
TOOTHED BELT
Type of belt AT10-16
Type of pulley Z20 AT10
Pulley primitive diameter Dp [mm] 63,66
Linear displacement per pulley revolution [mm] 200
Maximum belt traction [N] 2270
TRACK ROLLERS
Type of track roller RPC35-RPE35
C0 static load coefficient [N] 8100
Cdin dynamic load coefficient [N] 8100
Axial load [N] 400
Radial load [N] 2000
GENERAL TECHNICAL DATA
Repeatability [mm] ± 0,1
Maximum speed [m/s] 5
Maximum acceleration [m/s2] 20
Maximum stroke [mm] 5770
Typical load applied [Kg]* 18
Profile section [mm] 45 x 90 + profile IL65
JX profile moment of inertia [cm4] 284,9
JY profile moment of inertia [cm4] 80,8
*load applied in the centre of the carriage, which does not generate torques in the 3 main directions. Stroke 1 metre, speed 0.5 m/s, acceleration 0.5 m/s2
Fz
Fy
Fx
Mz
My
Mx
LOAD DEFLECTION
Free length (mm)
30 Kg 20 Kg 10 Kg 0 Kg
0 1000 30002000
1,5
2
0,5
1
0
Arr
ow
(m
m)
FZ
L
64
44.4 ILM SERIES LINEAR UNIT DRIVE
DRI
VES
- AC
CES
SORI
ES
4.5 FASTENING ACCESSORIES
L I
A B ØD
LINEAR AXIS CLAMP CODE L I B ØD A No. HOLES
ILM32 GLSQ009 80 40 20 5,5 52 2
ILM42 GLSQ002 80 40 20 8,5 62 2
ILM65 GLSQ010 80 40 25 8,5 72 2
The fastening clamps are made of anodised aluminium. On request, they can be made of galvanized steel
The ILM series linear units provide for the coupling between the driving pulley and the transmission shaft by means of a key hole. The drive’s coupling can be fitted with a set-up flange, aluminium coupling, flexible couplings or, where possible, direct connection between the motor/reduction gear and driving pulley. Motor/reduction gear coupling set-ups are customised according to customer requirements.
65
4.6
136,
50
M
157,
50
M
SA10400102_03_04
13
6
15
4
SA103012SA103013SA103014SA103015
5
7,60
7,8013,40
9,50
228
M
SA107003SA107004SA107005SA107006
136,
50
M
157,
50
M
SA10400102_03_04
13
6
15
4
SA103012SA103013SA103014SA103015
5
7,60
7,8013,40
9,50
228
M
SA107003SA107004SA107005SA107006
136,
50
M
157,
50
M
SA10400102_03_04
13
6
15
4
SA103012SA103013SA103014SA103015
5
7,60
7,8013,40
9,50
228
M
SA107003SA107004SA107005SA107006
FIXING NUTS
NU
TS
LINEAR AXIS NUT CODE M MATERIAL ATTACHABLE AFTER ASSEMBLY
ILM32
SA107003 M4 GALVANISED STEEL NO
SA107004 M5 GALVANISED STEEL NO
SA107005 M6 GALVANISED STEEL NO
SA107006 M8 GALVANISED STEEL NO
ILM42
SA103012 M4 GALVANISED STEEL YES
SA103013 M5 GALVANISED STEEL YES
SA103014 M6 GALVANISED STEEL YES
SA103015 M8 GALVANISED STEEL YES
ILM65
SA104001 M4 GALVANISED STEEL YES
SA104002 M5 GALVANISED STEEL YES
SA104003 M6 GALVANISED STEEL YES
SA104004 M8 GALVANISED STEEL YES
SA107003SA107004SA107005SA107006
SA104001SA104002SA104003SA104004
SA103012SA103013SA103014SA103015
66
SEN
SORS
ILM32 SENSOR
4.7 INDUCTIVE SENSORS
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GLILM32019 GLILM32020 SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
ILM42 SENSOR
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GLTLE55032 GLILM42020 SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
ILM65 SENSOR
COMPONENT SENSOR NUT READING PLATE INDUCTIVE SENSOR
CODE GLILM65019 GLILM65020 + GLILM65021 SAE2S-W25-1M (NA) SAE2S-W26-1M (NC)
The inductive sensors are used as proximity sensors and as zero sensors. They are available in normally open (NA) or normally closed (NC) versions. These sensors do not wear out since they do not have mechanical contact with the carriage in motion. The proximity sensor transmits the position of the linear axis carriage to the motor drive. Motors with an incremental encoder need this sensor for operation, as well as for every restart after the power is switched off. Additional holes on the carriage is required in order to secure the reading plate.
20
35 42
35
35 51
35
35 67,50
67
NU
TS -
SPEC
IAL
MA
CH
ININ
G -
AX
IS C
OD
ING
4.8 ELECTROMECHANICAL SENSORS
Electromechanical sensors are used to detect the limit switch positions. These sensors cut off the drive power supply in the event of switching. This should prevent the linear axis carriage from going beyond the set limit, thereby preventing damage. Contact our Technical Department for the technical drawings.
4.10 STANDARD LINEAR AXIS CODING
C LS
SERIESSTROKE
LINEAR AXISMm
SPECIAL MACHINING
-ILM32 0 NONE
-ILM42 1 PROFILE SLOTS FOR SENSOR KIT INSERTION-ILM65
*Accessories or any drive set-ups are to be requested separately from axis coding
4.9 PROFILE SLOTS
Upon request, milling can be carried out next to one or more slots to insert the nuts to secure the sensor kit once the axis has already been fully assembled. Machining is performed as standard next to the centre of the profile.
40
If not requested, the standard construction does not provide for this machining.
68
5FO
RMA
T RI
CH
IEST
E TE
CN
ICH
E TE
CN
OLI
NE
LINEAR MODULES QUOTATION FORM
CONTACT INFORMATIONCOMPANY:
CONTACT PERSON:
EMAIL:
PHONE:
APPLICATION INFORMATIONTYPE OF APPLICATION:
APPLICATION DESCRIPTION
OPERATING TEMPERATURE min °C max °C
WORK ENVIRONMENT (clean, dust, slivers, liquids, steam)
WORK CYCLENUMBER OF HOURS/DAYSNUMBER OF DAYS/YEARPOSITIONING ACCURACY mm
LIFETIME REQUIRED KmLIFETIME REQUIRED Hours
AXIS X NotesSTROKE mm
SPEED m/s
ACCELERATION m/s2
ACCELERATION TIME s
DECELERATION m/s2
DECELERATION TIME s
AXIS Y NotesSTROKE mm
SPEED m/s
ACCELERATION m/s2
ACCELERATION TIME s
DECELERATION m/s2
DECELERATION TIME s
AXIS Z NotesSTROKE mm
SPEED m/s
ACCELERATION m/s2
ACCELERATION TIME s
DECELERATION m/s2
DECELERATION TIME s
69
LOAD AND DISTANCES
Mass m Kg
a mm
b mm
c mm
EXTERNAL LOADS APPLIED
Fx N Mx NmFy N My Nm
Fz N Mz Nm
d mm
e mm
f mm
* Fx, Fy, Fz, Mx, My, Mz have to be considered as forces not related to the mass to move
** Opposite forces to those indicated have to be noted with the sign - (minus)
TYPE OF APPLICATION
* Fx, Fy, Fz, Mx, My, Mz sono da considerarsi come forze esterne indipendenti dal carico da movimentare** Forze di verso opposto a quello indicato da indicare col segno -
□ z
TIPOLOGIA APPLICAZIONE
□ y□ x
□ 2x □ 2y □ 2z
□ 2xy □ 2yz □ y2z
CARICHI ESTERNI APPLICATICARICO E DISTANZE
□ xy □ yz □ xz 1
□ xz 2 □ xyz □ 2xyz
YX
Z
f
m
Fy
Fz
a
bc
Fx
d
e
YX
Z
f
m
Fy
Fz
a
bc
Fx
d
ef
a
c
b
m
Fy
Fz
Fx
d
ef
Z
X Y
D
E
F
C
1 2 3
B
A
321 5
C
D
4 6 7 8
A
B
YX
Z
a df
e
Fx
c
b
Fz
Fy
m
YX
Z
f
m
Fy
Fz
a
b
c
Fx
d
e
D
E
F
C
1 2 3 4
B
A
321 5
C
D
4 6 7 8
A
B
DATA
DATA: 01/08/2019Dott. Ing. David DisabatoIng. Lorenzo MatteiDISEGNATO
APPROVATO
TRATTAMENTO SUPERFICIALE(surface finishing):
REVISIONI
MATERIALE(material):
DESCRIZIONE (Description)
N. DISEGNO (n° drawings)
SCALA:1:3 FOGLIO 1 DI 1
A3
PESO: 3.76 kg
GLTLE55_1P_EP
GLTLE55 1P EP
NOME CLIENTE
gg/mm/aaaa xx
QUOTE SENZA TOLLERANZA SPECIFICA UNI EN22768 -mK(dimension without specific indication UNI EN22768 - mK)raggi non quotati R=0.5(radius without indication r=0.5 mm)smussi non quotati 1x45°(edges without indication 1x45°)
Note:xx
YX
Z
f
m
Fy
Fz
a
bc
Fx
d
e
YX
Z
f
m
Fy
Fz
a
bc
Fx
d
e
YX
Z
a df
e
Fx
c
b
Fz
Fy
m
a
c
bm
Fy
Fz
Fx
d
e
f
Z
X Y
D
E
F
C
1 2 3
B
A
321 5
C
D
4 6 7 8
A
B
a
c
b
m
Fy
Fz
Fx
d
ef
Z
X Y
D
E
F
C
1 2 3 4
B
A
321 5
C
D
4 6 7 8
A
B
DATA
DATA: 01/08/2019Dott. Ing. David DisabatoIng. Lorenzo MatteiDISEGNATO
APPROVATO
TRATTAMENTO SUPERFICIALE(surface finishing):
REVISIONI
MATERIALE(material):
DESCRIZIONE (Description)
N. DISEGNO (n° drawings)
SCALA:1:3 FOGLIO 1 DI 1
A3
PESO: 3.76 kg
GLTLE55_1P_EP
GLTLE55 1P EP
NOME CLIENTE
gg/mm/aaaa xx
QUOTE SENZA TOLLERANZA SPECIFICA UNI EN22768 -mK(dimension without specific indication UNI EN22768 - mK)raggi non quotati R=0.5(radius without indication r=0.5 mm)smussi non quotati 1x45°(edges without indication 1x45°)
Note:xx
YX
Z
f
m
Fy
Fz
a
bc
Fx
d
e
YX
Z
f
m
Fy
Fz
a
bc
Fx
d
e
YX
Z
m
Fy
Fz
a
bc
Fx
d
ef
YX
Z
f
mFy
Fz
ab
c Fx d
e
f
a
c
b
m
Fy
Fz
Fx
d
ef
Z
X Y
D
E
F
C
1 2 3 4
B
A
321 5
C
D
4 6 7 8
A
B
MEMBER OF DEXIS EUROPE
ROLL
ERS
HeadquarterFAIT Group SpAVia Scarpettini, 367-369
59013 Oste Montemurlo (PO) Italy
Tel. +39 0574 68121
Fax +39 0574 681262
Filiale di MilanoFAIT Group SpAVia Talamoni, 57
20861 Brugherio (MB) Italy
Tel. +39 02 26708477
Fax +39 02 26708887
GermanyFAIT De GmbhGerd Schafer
Tel. +49 (0) 7151-33011
Fax. +49 (0) 7151-33063
Mobile: +49 (0) 151-25307794
APRIL 2021