Accessories for electrical positioning systems
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- Mildred Russell
- 5 years ago
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1 Accessories for electrical positioning systems
2 Accessories for electrical positioning systems Features At a glance Bellows couplings EAMC-B page 3 One-piece coupling with threaded pin locking, suitable for forcelocked and backlash-free transmission of small and medium torques between electric motors and axes. System product for positioning technology Outside diameter 15 and 19 mm Gear couplings EAMC page 5 Three-piece coupling with clamping hub, suitable for force-locked and backlash-free transmission of medium and high torques between electric motors and axes. System product for positioning technology Outside diameter 15, 16, 20, 30, 40, 42, 56, 65, 67 mm Gear couplings EAMD, with expanding mandrel page 10 Three-piece coupling with expanding mandrel and clamping hub, suitable for force-locked and backlash-free transmission of medium and high torques between electric motors and axes with hollow shafts. System product for positioning technology Outside diameter 16, 19, 21, 25, 28, 30, 32, 33, 42, 56, 67, 75 mm Connecting shafts KSK page 14 Electric axes are often combined to form multi-axis systems. It is particularly important when designing gantry systems with a medium centre distance of the axes and heavy loads that the two basic axes be driven synchronously. For these systems, two axes with toothed belt drive are generally coupled with a shared motor and synchronised using a connecting shaft. Range of applications: For synchronising toothed belt axes DGE and EGC For torsion-resistant transmission of the necessary torque For slip-free transmission of an identical feed speed For compensating tolerances and alignment errors between two axes for toothed belt axis: DGE-ZR-KF page 15 EGC-TB-KF page 17 ELGA-TB-RF page 19 ELGA-TB-KF page 19 2 Internet: Subject to change 2018/02
3 Couplings EAMC Type codes Bellows couplings EAMC-B Type codes EAMC B Type EAMC Coupling type B Coupling Bellows coupling Outside diameter [mm] mm mm Overall length mm mm Clamping diameter D1 Clamping diameter D2 2018/02 Subject to change Internet: 3
![Couplings EAMC Bellows coupling EAMC-B -N- Diameter 15 and 19 mm General technical data Type EAMC-B-15-22 EAMC-B-19-24 Mass moment of inertia [kg mm 2 ] 0.13 0.47 Tightening torque for [Nm] 1.5 1.](/docs-images/87/95742750/images/4-0.jpg "5 clamping screw Max.")
4 Couplings EAMC Bellows coupling EAMC-B -N- Diameter 15 and 19 mm General technical data Type EAMC-B EAMC-B Mass moment of inertia [kg mm 2 ] Tightening torque for [Nm] clamping screw Max. rotational speed [rpm] Corrosion resistance class CRC 1) 1 Materials Hubs Aluminium Bellows Stainless steel Note on materials RoHS-compliant 1) Corrosion resistance class CRC 1 to Festo standard FN Low corrosion stress. For dry indoor applications or transport and storage protection. Also applies to parts behind covers, in the non-visible interior area, and parts which are covered in the application (e.g. drive trunnions). Dimensions and ordering data Download CAD data [mm] D1 D2 D3 L1 L2 X [ ] Transferable torque [Nm] Weight [g] Part No EAMC-B EAMC-B EAMC-B EAMC-B EAMC-B EAMC-B Type EAMC-B EAMC-B EAMC-B EAMC-B Internet: Subject to change 2018/02
5 Couplings EAMC Type codes Gear couplings EAMC Type codes EAMC Type EAMC Gear coupling Outside diameter [mm] mm mm mm mm mm mm mm mm mm Overall length mm mm mm mm mm mm mm mm mm Clamping diameter D1 Clamping diameter D2 2018/02 Subject to change Internet: 5
6 Couplings EAMC Gear coupling EAMC -N- Diameter mm General technical data Type EAMC EAMC EAMC EAMC EAMC Mass moment of inertia [kg mm 2 ] Tightening torque for [Nm] clamping screw Max. rotational speed [rpm] Corrosion resistance class CRC 1) 1 Materials Hubs Aluminium Ring gear Polyurethane Note on materials RoHS-compliant Type EAMC EAMC EAMC EAMC EAMC EAMC Mass moment of inertia [kg mm 2 ] Tightening torque for [Nm] clamping screw Max. speed [rpm] Corrosion resistance class CRC 1) 1 Materials Hubs Aluminium Ring gear Polyurethane Note on materials RoHS-compliant 1) Corrosion resistance class CRC 1 to Festo standard FN Low corrosion stress. For dry indoor applications or transport and storage protection. Also applies to parts behind covers, in the non-visible interior area, and parts which are covered in the application (e.g. drive trunnions). 6 Internet: Subject to change 2018/02
7 Couplings EAMC Dimensions and ordering data Download CAD data 1 Nominal length with axial offset compensation 2 Min. installation (interference profile of clamping screw) 3 Insertion depth D1 D2 D3 D4 L1 L2 Transferable Weight Part No. Type [mm] torque [Nm] [g] ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC EAMC EAMC EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC /02 Subject to change Internet: 7
8 Couplings EAMC Dimensions and ordering data Download CAD data 1 Nominal length with axial offset compensation 2 Min. installation (interference profile of clamping screw) 3 Insertion depth [mm] D1 D2 D3 D4 L1 L2 Transferable torque [Nm] Weight [g] Part No ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC XX 1) ± EAMC XX-15 XX 1) ± EAMC XX-20 Type 1) Hub predrilled to 5 mm. Hole max. 20 mm 8 Internet: Subject to change 2018/02
9 Couplings EAMC Dimensions and ordering data Download CAD data 1 Nominal length with axial offset compensation 2 Min. installation (interference profile of clamping screw) 3 Insertion depth [mm] D1 D2 D3 D4 L1 L2 Transferable torque [Nm] Weight [g] Part No ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC Type ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC ± EAMC XX 2) ± EAMC XX ± EAMC ± EAMC ± EAMC ) Hub predrilled to 9.5 mm. Hole max. 38 mm 2018/02 Subject to change Internet: 9
10 Couplings EAMD Type codes Gear couplings EAMD, with expanding mandrel Type codes EAMD X 12 U Type EAMD Gear coupling with expanding mandrel Outside diameter [mm] mm mm mm mm mm mm mm mm mm mm mm mm Overall length mm mm mm mm mm mm mm mm mm Clamping diameter D1 Mandrel diameter D2 Mandrel length C2 Ring gear hardness U 10 Internet: Subject to change 2018/02
11 Couplings EAMD Gear coupling EAMD, with expanding mandrel -N- Diameter mm General technical data Type EAMD EAMD EAMD EAMD EAMD Mass moment of inertia [kg mm 2 ] Tightening torque for [Nm] clamping screw D1 Tightening torque for [Nm] clamping screw D2 Max. rotational speed [rpm] Corrosion resistance class CRC 1) 1 Materials Hubs Aluminium Ring gear Polyurethane Note on materials RoHS-compliant Type EAMD EAMD EAMD EAMD EAMD Mass moment of inertia [kg mm 2 ] Tightening torque for [Nm] clamping screw D1 Tightening torque for [Nm] clamping screw D2 Max. speed [rpm] Corrosion resistance class CRC 1) 1 Materials Hubs Aluminium Ring gear Polyurethane Note on materials RoHS-compliant Type EAMD EAMD EAMD EAMD EAMD Mass moment of inertia [kg mm 2 ] Tightening torque for [Nm] clamping screw D1 Tightening torque for [Nm] clamping screw D2 Max. speed [rpm] Corrosion resistance class CRC 1) 1 Materials Hubs Aluminium Ring gear Polyurethane Note on materials RoHS-compliant 1) Corrosion resistance class CRC 1 to Festo standard FN Low corrosion stress. For dry indoor applications or transport and storage protection. Also applies to parts behind covers, in the non-visible interior area, and parts which are covered in the application (e.g. drive trunnions). 2018/02 Subject to change Internet: 11
12 Couplings EAMD Dimensions and ordering data EAMD-16- /EAMD-19- EAMD- Download CAD data 1 Nominal length with axial offset compensation 2 Min. installation (interference profile of clamping screw) 3 Insertion depth [mm] D1 D2 D3 D4 D5 L1 L2 L3 L4 Transferable torque [Nm] Weight [g] Part No ± EAMD X ± EAMD X ± EAMD X ± EAMD X ± EAMD X ± EAMD X10 Type ± EAMD X ± EAMD X EAMD X EAMD X EAMD X EAMD X EAMD X EAMD X ± EAMD X EAMD X ± EAMD X ± EAMD X20-U ± EAMD X ± EAMD X ± EAMD X ± EAMD X12 12 Internet: Subject to change 2018/02
13 Couplings EAMD Dimensions and ordering data EAMD- Download CAD data 1 Nominal length with axial offset compensation 2 Min. installation (interference profile of clamping screw) 3 Insertion depth [mm] D1 D2 D3 D4 D5 L1 L2 L3 L4 Transferable torque [Nm] Weight [g] Part No ± EAMD X ± EAMD X ± EAMD X ± EAMD X25-U ± EAMD X ± EAMD X ± EAMD X ± EAMD X25-U ± EAMD X ± EAMD x ± EAMD x ± EAMD X ± EAMD X ± EAMD X ± EAMD X ± EAMD X27-U ± EAMD X ± EAMD X ± EAMD X ± EAMD X ± EAMD X27 Type ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U ± EAMD X32-U 2018/02 Subject to change Internet: 13
14 Connecting shaft KSK Type codes For toothed belt axis DGE- -ZR-KF KSK Type KSK Connecting shaft Size 25 DGE-25- -ZR-KF 40 DGE-40- -ZR-KF 63 DGE-63- -ZR-KF Nominal length L1 For toothed belt axis EGC- -TB-KF KSK Type KSK Connecting shaft Size 50 EGC-50- -TB-KF 70 EGC-70- -TB-KF 80 EGC-80- -TB-KF 120 EGC TB-KF 185 EGC TB-KF Nominal length L1 For toothed belt axis ELGA-TB-RF- /ELGA-TB-KF- KSK Type KSK Connecting shaft Size A-70 ELGA-TB-RF-70- ELGA-TB-KF ELGA-TB-RF-80- ELGA-TB-KF ELGA-TB-RF-120- ELGA-TB-KF ELGA-TB-KF-150- Nominal length L1 14 Internet: Subject to change 2018/02
15 Connecting shaft KSK Connecting shafts KSK for toothed belt axis DGE-ZR-KF -N- Size 25, 40, 63 General technical data Size L1 Nominal length L1 = Centre-to-centre distance between the axes The total mass is calculated as follows: m total = m 0 + m L x L1 The moment of inertia is calculated as follows: J total = J 0 + J L x L1 Design Connecting tube with a coupling at each end Mounting position Horizontal (vertical on request) Nominal length L1 [mm] Basic moment of inertia J 0 [kg mm 2] with L1 = 0mm Additional moment of inertia J L [kg mm 2 /m] per 1m nominal length Max. permissible [mm] ±2 axial offset Basic weight m 0 [kg] with L1 = 0mm Additional weight m L per 1m nominal length [kg/m] Operating and environmental conditions Ambient temperature [ C] Corrosion resistance class CRC 1) 2 Materials Coupling, Hubs Wrought aluminium alloy Coupling, Bellows High-alloy steel Connecting tube, drive shaft materials High-alloy steel Note on materials RoHS-compliant Contains PWIS (paint-wetting impairment substances) 1) Corrosion resistance class CRC 2 to Festo standard FN Moderate corrosion stress. Indoor applications in which condensation may occur. External visible parts with primarily decorative requirements for the surface and which are in direct contact with the ambient atmosphere typical for industrial applications. Max. rotational speed n as a function of nominal length L1 Max. speed v as a function of nominal length L1 KSK-25 KSK-40 KSK /02 Subject to change Internet: 15
16 Connecting shaft KSK Dimensions and ordering data Download CAD data Size [mm] B1 D1 D2 H1 L1 L2 L3 Part No. Type ) KSK KSK KSK-63-1) Centre-to-centre distance between the axes -H- Note The nominal length L1 must be specified in the type code when ordering. The nominal length L1 indicates the centre-to-centre distance between the axes in this case. Order example: Two toothed belt axes DGE-40- -ZR-KF are to be linked using a connecting shaft with a nominal length L1 = 1000 mm. The following connecting shaft is required: Type: KSK Part No Internet: Subject to change 2018/02
17 Connecting shaft KSK Connecting shafts KSK for toothed belt axis EGC-TB-KF -N- Size 50, 70, 80, 120, 185 General technical data Size L1 Nominal length L1 = Inside width between the drive covers The total mass is calculated as follows: m total = m 0 + m L x L1 The moment of inertia is calculated as follows: J total = J 0 + J L x L1 Design Connecting tube with a coupling at each end as well as 2 drive shafts for adapting the hollow shaft Mounting position Horizontal (vertical on request) Nominal length L1 [mm] Basic moment of inertia J 0 [kg mm 2] with L1 = 0mm Additional moment of inertia J L [kg mm 2 /m] per 1m nominal length Max. permissible [mm] ±2 ±5 axial offset Basic weight m 0 [kg] with L1 = 0mm Additional weight m L per 1m nominal length [kg/m] Operating and environmental conditions Ambient temperature [ C] Corrosion resistance class CRC 1) 2 Materials Coupling, Hubs Wrought aluminium alloy Coupling, Bellows High-alloy steel Connecting tube, drive shaft materials High-alloy steel Note on materials RoHS-compliant Contains PWIS (paint-wetting impairment substances) 1) Corrosion resistance class CRC 2 to Festo standard FN Moderate corrosion stress. Indoor applications in which condensation may occur. External visible parts with primarily decorative requirements for the surface and which are in direct contact with the ambient atmosphere typical for industrial applications. Max. rotational speed n as a function of nominal length L1 Max. speed v as a function of nominal length L1 KSK-50 KSK-70 KSK-80 KSK-120 KSK /02 Subject to change Internet: 17
18 Connecting shaft KSK Dimensions and ordering data Internal/external guide Download CAD data Internal guide External guide Projection of coupling Size [mm] B1 B3 B4 D1 D2 H1 H2 L1 L3 Part No. Type ) KSK KSK KSK KSK KSK-185-1) Inside width between the drive covers -H- Note The nominal length L1 must be specified in the type code when ordering. The nominal length L1 indicates the inside width between the drive covers in this case. Order example: Two toothed belt axes EGC-70- -TB-KF are to be linked using a connecting shaft with a nominal length L1 = 1000 mm. The following connecting shaft is required: Type: KSK Part No Internet: Subject to change 2018/02
19 Connecting shaft KSK Connecting shafts KSK for toothed belt axis ELGA-TB-RF -N- Size A-70, 80, 120 General technical data Size A L1 Nominal length L1 = Inside width between the drive covers The total mass is calculated as follows: m total = m 0 + m L x L1 The moment of inertia is calculated as follows: J total = J 0 + J L x L1 Design Connecting tube with a coupling at each end as well as 2 drive shafts for adapting the hollow shaft. 2 plugs are supplied additionally with the KSK 185 for insertion into the pipe ends Mounting position Horizontal (vertical on request) Nominal length L1 [mm] Basic moment of inertia J 0 [kg mm 2] with L1 = 0mm Additional moment of inertia J L [kg mm 2 /m] per 1m nominal length Max. permissible [mm] ±2 axial offset Basic weight m 0 [kg] with L1 = 0mm Additional weight m L per 1m nominal length [kg/m] Operating and environmental conditions Ambient temperature [ C] Corrosion resistance class CRC 1) 2 Materials Coupling, Hubs Wrought aluminium alloy Coupling, Bellows High-alloy steel Connecting tube, drive shaft materials High-alloy steel Note on materials RoHS-compliant Contains PWIS (paint-wetting impairment substances) 1) Corrosion resistance class CRC 2 to Festo standard FN Moderate corrosion stress. Indoor applications in which condensation may occur. External visible parts with primarily decorative requirements for the surface and which are in direct contact with the ambient atmosphere typical for industrial applications. Max. rotational speed n as a function of nominal length L1 Max. speed v as a function of nominal length L1 KSK-A-70 KSK-80 KSK /02 Subject to change Internet: 19
20 Connecting shaft KSK Dimensions and ordering data Internal/external guide Download CAD data Projection of coupling Size [mm] B1 B3 D1 D2 H2 L1 L3 Part No. Type ) KSK-A , KSK KSK-120-1) Inside width between the drive covers -H- Note The nominal length L1 must be specified in the type code when ordering. The nominal length L1 indicates the inside width between the drive covers in this case. Order example: Two toothed belt axes ELGA-TB-RF-80- are to be linked using a connecting shaft with a nominal length L1 = 1000 mm. The following connecting shaft is required: Type: KSK Part No Internet: Subject to change 2018/02
21 Connecting shaft KSK Connecting shafts KSK for toothed belt axis ELGA-TB-KF -N- Size A-70, 80, 120, 185 -H- Note The connecting shaft KSK-185 is used in combination with the toothed belt axis ELGA-TB-KF-150. General technical data Size A L1 Nominal length L1 = Inside width between the drive covers The total mass is calculated as follows: m total = m 0 + m L x L1 The moment of inertia is calculated as follows: J total = J 0 + J L x L1 Design Connecting tube with a coupling at each end as well as 2 drive shafts for adapting the hollow shaft. 2 plugs are supplied additionally with the KSK 185 for insertion into the pipe ends Mounting position Horizontal (vertical on request) Nominal length L1 [mm] Basic moment of inertia J 0 [kg mm 2] with L1 = 0mm Additional moment of inertia J L [kg mm 2 /m] per 1m nominal length Max. permissible [mm] ±2 ±5 axial offset Basic weight m 0 [kg] with L1 = 0mm Additional weight m L per 1m nominal length [kg/m] Operating and environmental conditions Ambient temperature [ C] Corrosion resistance class CRC 1) 2 Materials Coupling, Hubs Wrought aluminium alloy Coupling, Bellows High-alloy steel Connecting tube, drive shaft materials High-alloy steel Note on materials RoHS-compliant Contains PWIS (paint-wetting impairment substances) 1) Corrosion resistance class CRC 2 to Festo standard FN Moderate corrosion stress. Indoor applications in which condensation may occur. External visible parts with primarily decorative requirements for the surface and which are in direct contact with the ambient atmosphere typical for industrial applications. Max. rotational speed n as a function of nominal length L1 Max. speed v as a function of nominal length L1 KSK-A-70 KSK-80 KSK-120 KSK /02 Subject to change Internet: 21
22 Connecting shaft KSK Dimensions and ordering data Internal/external guide Download CAD data Projection of coupling Size [mm] B1 B3 D1 D2 H2 L1 L3 Part No. Type ) KSK-A KSK KSK , KSK-185-1) Inside width between the drive covers -H- Note The nominal length L1 must be specified in the type code when ordering. The nominal length L1 indicates the inside width between the drive covers in this case. Order example: Two toothed belt axes ELGA-TB-KF-80- are to be linked using a connecting shaft with a nominal length L1 = 1000 mm. The following connecting shaft is required: Type: KSK Part No Internet: Subject to change 2018/02
Passive guide axes DGC-FA, without drive
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-Q- Temperature range C. -L- Operating pressure bar. Vacuum filters ESF Technical data. Function
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Compact cylinders ADN/AEN, to ISO 21287 q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement
Mounting kits SAMH-S
Key features and type codes Function Tamper-proof mounting of proximity sensors of the type SME-8M or SMT-8M-A. These mounting kits fulfil the applicable requirements of EN ISO 13849-2 for mechanical systems:
Toothed belt axes DGE
Toothed belt axes DGE Toothed belt axes DGE Key features At a glance Precision, rigid guide Highly adaptable, thanks to wide choice of mounting and attachment options Wide range of options for attaching
Linear drives DGC. Festo core product range Covers 80% of your automation tasks
Linear drives DGC q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement and storing complexity
Spindle axes DGE Key features
Spindle axes DGE Spindle axes DGE Key features At a glance Precision, rigid guide Highly adaptable, thanks to wide choice of mounting and attachment options Wide range of options for attaching drive units
Spindle axes EGC-HD-BS, with heavy-duty guide
Electromechanical drives Selection aid Overview of toothed belt and spindle axes Toothed belt axes Spindle axes Coordinate system Speeds of up to 10 m/s Acceleration of up to 50 m/s 2 Repetition accuracy
Planar surface gantries EXCH
Key features At a glance General Optimum dynamic response when compared with other Cartesian gantry systems The drive concept ensures low moving dead weight Flat system design Perfectly matched drive and
Linear gantries EXCT
Key features At a glance General Optimal dynamic response when compared with other Cartesian gantry systems The drive concept ensures low moving dead weight Flat system design Perfectly matched drive and
Twin cylinders DPZ/DPZJ
Key features High force with excellent protection against torsion 100 to 1,000 N thrust at 6 bar operating pressure Load capacity (F q ) from 8 to 105 N F q max. Permissible torque load (T L ) centrally
Semi-rotary drives DRVS
Key features Key features at a glance Double-acting semi-rotary drive with rotary vanes Lighter than other semi-rotary drives Modern and compact design Fixed swivel angle Swivel angle can be adjusted with
Radial grippers DHRS
Key features At a glance General information Flexible range of applications Lateral gripper jaw support for high torque loads Self-centring Gripper jaw centring options Max. repetition accuracy Gripping
Cartridge fittings QSP, NPT
General technical data Size Design Mounting position Mini Standard Push-pull principle Any Operating and environmental conditions Operating pressure for [bar] 0.95 +10 entire temperature range Operating
Vacuum generators Key features
Vacuum generators Vacuum generators Key features Product overview Vacuum generator All Festo vacuum generators have a single-stage design and operate according to the venturi principle. The product families
Parallel grippers HGPP, precision
Key features 1 3 4 At a glance Wide range of variants for greater flexibility: Double-acting piston drive HGPP-...-A. Compression springs for supporting or retaining gripper forces, or for use as a singleacting
Flat cylinders EZH/DZF/DZH
Flat cylinders EZH/DZF/DZH Extremely flat design Protected against torsion thanks to special piston shape Compact assembly with block mounting Wide variety of mounting options 2017/10 Subject to change
Rotary indexing tables DHTG
Key features At a glance Sturdy mechanical system Easy planning and commissioning Indexing: 2, 3, 4, 6, 8, 12, 24 Integrated functions: Overload protection Sensor function Cushioning adjustment Speed setting
Cantilever axes DGEA, with toothed belt drive
Features Key features at a glance Super flat Ω drive head enabling high mechanical torques. High-quality guide as for DGE-KF/ DGP-KF axis. Improved dynamics compared to toothed belt axis DGE-ZR in cantilever
Pneumatic valves VUWS/valve manifold VTUS
Pneumatic valves VUWS/valve manifold VTUS -V- New VUWS-LT25, VTUS-25 Pneumatic valves VUWS/valve manifold VTUS Key features Innovative Versatile Reliable Easy to install A reliable, heavy-duty valve with
Cartridge cylinders EGZ
Peripherals overview and type codes 7 Installation without mounting attachments Minimal installation space required 4 3 2 1 Mounting attachments and accessories Description 1 Swivel mounting WBN 2 Flange
Linear drives DGC-K. Festo core product range Covers 80% of your automation tasks
q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement and storing complexity qready for dispatch
Swivel/linear drive units DSL-B
Key features At a glance High repetition accuracy thanks to cushioning components with fixed stop Swivel angle can be infinitely and accurately set The mechanical gearing between the stop element and swivel
-H- Note. Silencers Product range overview. Version Type Connection D1 Push-in connector. For tubing I.D. Push-in sleeve diameter.
Silencers Silencers Product range overview Version Type Connection Push-in connector Sintered metal For tubing I.D. Push-in sleeve diameter Noise level M thread G thread NPT thread [db (A)] U-PK-3 3 70
-U- Type discontinued. -H- Note. Available up until Angle grippers HGW Key features. 2 Internet:
Key features At a glance Double-acting piston drive Self-centring Variable gripping action: External/internal gripping Versatility thanks to externally adaptable gripper fingers Wide range of options for
Linear drives DGC Key features
Linear drives DGC Linear drives DGC Key features General information Compact fitting length relative to stroke Loads and devices can be directly mounted on the slide Three types of cushioning available:
Toothed belt axes ELGA-TB
Toothed belt axes ELGA-TB q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement and storing
Long stroke grippers HGPL
Sturdy Gripping forces of up to 754 N Reliable Space saving 2004/10 Subject to change Products 2004/2005 1 / 3 Key features At a glance Space saving and suitable for high forces Two parallel and opposing
Semi-rotary drives DSR/DSRL
Wide variety of mounting options Infinitely adjustable swivel angle Comprehensive range of accessories 2017/10 Subject to change Internet: www.festo.com/catalog/... 1 Features Brief description In these
-V- New. Linear drives DGC Features. 2 Internet:
Linear drives DGC Features At a glance Without external guide, for simple drive functions Compact fitting length relative to stroke Fully interchangeable with the linear drive DGP Easy assembly and installation
Linear drives DGPL Selection aid
Linear drives DGPL Linear drives DGPL Selection aid General Compact, fitting length relative to stroke Highly adaptable thanks to wide choice of mounting and attachment options Adjustable end-position
MFH MOFH JMFH JMFDH NVF3 MUFH VOFD VOFC VSNC VUVS
Solenoid coils Solenoid coils Product range overview Version Type For valve series Page/ Internet MFH MOFH JMFH JMFDH NVF3 MUFH VOFD VOFC VSNC VUVS F solenoid coil MSF VACF 3 N solenoid coil VACN-N 6 N
ELGC-BS-KF. Spindle axis. Instructions Operating c [ ]
![ELGC-BS-KF. Spindle axis. Instructions Operating c [ ]](/thumbs/88/115778972.jpg "ELGC-BS-KF. Spindle axis. Instructions Operating c [ ]")
ELGC-BS-KF Spindle axis Instructions Operating 8095590 8095590 2018-08c [8095592] Translation of the original instructions 2 Festo ELGC-BS-KF 2018-08c Table of contents 1 Further applicable documents...
Multi-position cylinders/adapter kits
Multi-position cylinders/adapter kits Multi-position cylinders ADNM Product range overview Function Version Type Piston Max. stroke Piston rod With female thread With male thread Doubleacting ADNM Single-ended
Parallel grippers HGP, with protective dust cap
Key features At a glance Double-acting piston drive With protective dust cap for use in dusty environments (protection class IP54) Self-centring Variable gripping action: External/internal gripping High
Angle seat valve VZXF, NPT
Angle seat valve VZXF, NPT -V- New Angle seat valve VZXF, NPT Key features Function Angle seat valves are externally actuated valves. These valves are actuated by a direct supply of compressed air. In
Parallel grippers DHPS
Key features At a glance General information Flexible range of applications Resilient and precise T slot guide of the gripper jaws Oval piston for high gripping forces High gripping forces with compact
Toothed belt axes ELGG
Key features At a glance Toothed belt axis with two opposing slides Optimum price/performance ratio Ready-to-install unit for quick and easy design High reliability thanks to a tested service life of 2500
Standard cylinders DNC, ISO 15552
Key features At a glance DIN Standards-based cylinders to ISO15552 (corresponds to the withdrawn standards ISO 6431, DIN ISO 6431, VDMA24562, NFE49003.1 and UNI 10290) The modern design and construction
Silencers. Festo core product range Covers 80% of your automation tasks
Silencers q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement and storing complexity qready
Proportional pressure regulators MPPES
Product range overview Function Type Circuit symbol Design Pneumatic connection 1 Proportional pressure regulators With proportional solenoid MPPES Directly actuated valve Nominal size pressurise/ exhaust
Clamping-unit cylinders, standard port pattern
Key features At a glance Clamping units are generally used for the friction locking of longitudinally variable rods at any position. The attachment of a clamping unit to a pneumatic cylinder allows the
Proportional directional control valves MPYE
Key features General information The directly actuated proportional directional control valve has a position-controlled spool. This transforms an analogue input signal into a corresponding opening cross-section
Toothed belt axes EGC-TB-KF, with recirculating ball bearing guide
q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement and storing complexity qready for dispatch
Round cylinders DSNU/ESNU
Round cylinders DSNU/ESNU Reacts quickly thanks to minimal break-away force Meets the highest requirements for running characteristics, service life and load carrying ability Extensive range of accessories
Standard cylinders DSBC, to ISO 15552
Key features At a glance DIN Standards-based cylinders to ISO 15552 (corresponds to the withdrawn standards ISO 6431, DIN ISO 6431, VDMA 24 562, NF E 49 003.1 and UNI 10290) Double-acting For contactless
Pneumatic valves VUWS/valve manifold VTUS
Pneumatic valves VUWS/valve manifold VTUS -V- New VUWS-LT25, VTUS-25 Pneumatic valves VUWS/valve manifold VTUS Key features Innovative Versatile Reliable Easy to install A reliable, heavy-duty valve with
Pneumatic components for high-pressure applications
Pneumatic components for high-pressure applications Pneumatic components for high-pressure applications, series L Product range overview Function Version Type Size Pneumatic connection 1, 2 Page Direct
Linear drives DGC-HD, with heavy-duty guide
Linear drives DGC Key features At a glance New heavy-duty design for: Maximum loads and torques thanks to duo rail guide Long service life Ideal as a basic axis for linear gantries and cantilever axes
Spindle axes ELGA-BS
Spindle axes ELGA-BS Electromechanical drives Selection aid Overview of toothed belt and spindle axes Toothed belt axes Spindle axes Coordinate system Speeds of up to 10 m/s Acceleration of up to 50 m/s
Linear drive units DGO
Features General information Double-acting Magnetically coupled without mechanical connections Piston chamber and slide are pressure tight Pressure tight and leak-free system Dirt and dust cannot enter
Multiple distributors QS, Quick Star
Multiple distributors QS, Quick Star Easy to insert Easy to release Up to 6 outlets 360 rotatable 2016/01 Subject to change Internet: www.festo.com/catalogue/... 1 Multiple distributors QS, Quick Star
Compact Cylinders ADN/AEN/ADNGF Inch Series, Based on ISO 21287
Compact Cylinders ADN/AEN/ADNGF Inch Series, Based on ISO 21287 Compact cylinders for maximum productivity in confined spaces, combining innovative technology, high performance and reduced installation
Stepper motors EMMS-ST
q/w Worldwide: Superb: Easy: Festo core product range Covers 80% of your automation tasks Always in stock Festo quality at an attractive price Reduces procurement and storing complexity qready for dispatch