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RTX

RTX

Product catalog summary

Overview: This document outlines the technical specifications and operational guidelines for the RTX750 and RTX900 rotary indexer models. It includes detailed tables on mass moments of inertia, step times, load capacities, dimensions, and recommended configurations for various applications.

Specifications:

RTX750: Features a 240 mm output flange diameter, 160 mm overall height, and a 60 mm center opening. It supports a maximum rotating plate size of 1800 mm and weighs 85 kg. The standard drive motor size is IEC71/80 with a power range of 0.18 – 2.2 kW.
RTX900: Features a 285 mm output flange diameter, 174 mm overall height, and an 80 mm center opening. It supports a maximum rotating plate size of 2200 mm and weighs 125 kg. The standard drive motor size is IEC71/90 with a power range of 0.25 – 3 kW.

Performance Parameters:

Indexing accuracy is ±20 angular seconds for RTX750 and ±16 angular seconds for RTX900.
Radial and axial forces, torque, and tilting moments are specified, with RTX900 having higher capacities.

Operational Guidelines:

Index tables can be configured with various numbers of stops, affecting step time and mass moment of inertia.
Increased indexing accuracy can be achieved through selected components, and combined loads must be confirmed by TAKTOMAT.

Control and Integration:

The TIC universal controller offers features like cycle time optimization, easy integration via fieldbus connections, and safety functions such as STO, SS1, and SLS.
It supports applications including rotary indexers, globoidal index drives, and linear transfer systems.

Additional Information:

Detailed load tables and inquiry forms are available for customizing rotary indexers to specific requirements.
Accessories and additional specifications, such as temperature sensors and connector assemblies, are available upon request.

Catalog excerpts

Rotary indexers TYPE RTX

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* Dimensions depend on the used drive

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upside down Load on output flange Torque on output flange [Nm] 376 Load on central column Precision Axial runout on the output ﬂange ø [mm] Runout on the output ﬂange ø [mm] Indexing accuracy * in angular seconds [“] * Increased indexing accuracy accessible through selected components „From division 16, the division error due to multi-point locks on the drive cam is larger by a factor of 1.5“ Torque on output flange [Nm] 10 Combined loads and possible process forces must be conﬁrmed by TAKTOMAT. Standard drive Motor size Overall height (output ﬂange screw-on suface) Gear size (Center distance)...

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Load table Speed t = Step time in [s] JMax = Mass moment of inertia (base plate + fixtures and parts) in [Kgm²] Without motor and lifetime n = Number of stops / 360° revolution of output flange JL = Mass moment of inertia by life time (base plate + fixtures and parts) in [Kgm²] J = Mass moment of inertia with motor (base plate + fixtures and parts) in [Kgm²] From n=16 The output flange steps 2 times per cam revolution J From n=36 The output flange steps 3 times per cam revolution

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* Dimensions depend on the used drive

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upside down Load on output flange Radial force FrA [kN] 17,5 Axial force FaA [kN] 20 Torque on output flange [Nm] 322 Load on central column Precision Axial runout on the output ﬂange ø [mm] Runout on the output ﬂange ø [mm] Indexing accuracy * in angular seconds [“] * Increased indexing accuracy accessible through selected components „From division 16, the division error due to multi-point locks on the drive cam is larger by a factor of 1.5“ Torque on output flange [Nm] 77 Combined loads and possible process forces must be conﬁrmed by TAKTOMAT. Standard drive Motor size Overall height (output...

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Load table Speed t = Step time in [s] JMax = Mass moment of inertia (base plate + fixtures and parts) in [Kgm²] Without motor and lifetime n = Number of stops / 360° revolution of output flange JL = Mass moment of inertia by life time (base plate + fixtures and parts) in [Kgm²] J = Mass moment of inertia with motor (base plate + fixtures and parts) in [Kgm²] J From n=16 The output flange steps 2 times per cam revolution J From n=36 The output flange steps 3 times per cam revolution

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drehend feststehend Position of the hole pattern in the output flange Stop number Quantity bolts Torsion ﬁtting holes Further stop numbers you can find in the RTF/RTX550 dimension sheet at our website. * Dimensions depend on the used drive feststehend drehend Distanzausführung (feststehend)

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upside down Load on output flange Axial force FaA [kN] 18,4 Torque on output flange [Nm] 508 Load on central column Precision Axial runout on the output ﬂange ø [mm] Runout on the output ﬂange ø [mm] Indexing accuracy * in angular seconds [“] * Increased indexing accuracy accessible through selected components „From division 16, the division error due to multi-point locks on the drive cam is larger by a factor of 1.5“ Torque on output flange [Nm] 77 Combined loads and possible process forces must be conﬁrmed by TAKTOMAT. Standard drive Motor size Overall height (output ﬂange screw-on suface)...

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* Dimensions depend on the used drive

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upside down Load on output flange Axial force FaA [kN] 22,5 Torque on output flange [Nm] 833 Load on central column Precision Axial runout on the output ﬂange ø [mm] Runout on the output ﬂange ø [mm] Indexing accuracy * in angular seconds [“] * Increased indexing accuracy accessible through selected components „From division 16, the division error due to multi-point locks on the drive cam is larger by a factor of 1.5“ Torque on output flange [Nm] 170 Combined loads and possible process forces must be conﬁrmed by TAKTOMAT. Standard drive Motor size Overall height (output ﬂange screw-on suface)...

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Load table Speed t = Step time in [s] JMax = Mass moment of inertia (base plate + fixtures and parts) in [Kgm²] Without motor and lifetime n = Number of stops / 360° revolution of output flange JL = Mass moment of inertia by life time (base plate + fixtures and parts) in [Kgm²] J = Mass moment of inertia with motor (base plate + fixtures and parts) in [Kgm²] J From n=16 The output flange steps 2 times per cam revolution From n=36 The output flange steps 3 times per cam revolution

Open the catalog to page 13

* Dimensions depend on the used drive

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upside down Load on output flange Torque on output flange [Nm] 1063 Load on central column Precision Axial runout on the output ﬂange ø [mm] Runout on the output ﬂange ø [mm] Indexing accuracy * in angular seconds [“] * Increased indexing accuracy accessible through selected components „From division 16, the division error due to multi-point locks on the drive cam is larger by a factor of 1.5“ Torque on output flange [Nm] 200 Combined loads and possible process forces must be conﬁrmed by TAKTOMAT. Standard drive Motor size Overall height (output ﬂange screw-on suface) Gear size (Center distance)...

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Load table Speed t = Step time in [s] JMax = Mass moment of inertia (base plate + fixtures and parts) in [Kgm²] Without motor and lifetime n = Number of stops / 360° revolution of output flange JL = Mass moment of inertia by life time (base plate + fixtures and parts) in [Kgm²] J = Mass moment of inertia with motor (base plate + fixtures and parts) in [Kgm²] From n=16 The output flange steps 2 times per cam revolution From n=36 The output flange steps 3 times per cam revolution

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