KTR Systems GmbH | Carl-Zeiss-Straße 25 | 48432 Rheine  | T +49-5971798-0 | F +49-5971798-698

Coupling configurator RADEX-N®/RIGIFLEX-N®

Dear customer,

your previous input data from the coupling configurator are carried over.
Please refine your input for the product RADEX-N® or RIGIFLEX-N®.

1. Application


2. Products

RADEX-N® NANA
RADEX-N® NN
RIGIFLEX-N®

3. Eigenschaften

Double-cardanic Double-cardanic
Single-cardanic Single-cardanic
Radial removable Radial removable
ATEX conform ATEX conform

4. Technical Data

Base data
kW   ⇔   {{layoutparameter.inputTKN}} Nm Nm
Speed n: min-1
Max. torque Tmax: Nm  (optional)
Distance between shaft ends DBSE: mm   (min.: )
Balancing:
Operating factor / Application SB:  ({{currentAppDesc}})
Temperature St:
Rotation factor SR:
API:
Comment:

Driving

Bore type:
Ø bore driving d1:
mm   (max.: )
Finish bore according to ISO fit H7, feather keyway according to DIN 6885 sheet 1 - JS9
Taper type:
Taper code:
Selected taper:
Code: {{ taperDataDriving.code }}
Taper-Ø d{{ taperDataDriving.tolD }}: {{ taperDataDriving.d }} mm
Keywidth b{{ taperDataDriving.tolB }}: {{ taperDataDriving.b }} mm
Keydepth t2{{ taperDataDriving.tolt2 }}: {{ taperDataDriving.t2 }} mm
Taper length lK: {{ taperDataDriving.lK }} mm
Spline norm:
Profile code:
Code:
Code: {{ inchDataDriving.ktrCode }}
Ø d: {{ inchDataDriving.diameterInch }} ″
b: {{ inchDataDriving.keyWidthInch }} ″ (⇔ {{ inchDataDriving.keyWidthMM }} mm)
t2: {{ inchDataDriving.keyDepthMM }} mm


Finish bore and feather keyway according to ANSI/AGMA 9002-C14

Driven

Bore type:
Ø bore driven d2:
mm   (max.: )
Finish bore according to ISO fit H7, feather keyway according to DIN 6885 sheet 1 - JS9
Taper type:
Taper code:
Selected taper:
Code: {{ taperDataDriven.code }}
Taper-Ø d{{ taperDataDriven.tolD }}: {{ taperDataDriven.d }} mm
Keywaywidth b{{ taperDataDriven.tolB }}: {{ taperDataDriven.b }} mm
Keywaydepth t2{{ taperDataDriven.tolt2 }}: {{ taperDataDriven.t2 }} mm
Taperlength lK: {{ taperDataDriven.lK }} mm
Spline norm:
Spline code:
Code:
Code: {{ inchDataDriven.ktrCode }}
Ø d: {{ inchDataDriven.diameterInch }} ″
b: {{ inchDataDriven.keyWidthInch }} ″ (⇔ {{ inchDataDriven.keyWidthMM }} mm)
t2: {{ inchDataDriven.keyDepthMM }} mm


Finish bore and feather keyway according to ANSI/AGMA 9002-C14
Please correct wrong or missing input data in the yellow fields.
ATTENTION: the defined max. torque is less than the layout torque TAS * SB = {{ layoutparameter.inputTKN }} * {{ layoutparameter.inputSB }} = {{ layoutparameter.inputTKN * layoutparameter.inputSB }} Nm !
   

Result {{numResults}}
Filter by: Max. Ø mm   Max. length mm
{{r.name}}
Base data
Coupling size: {{ r.size }} Torque TKN: {{ r.tkn }} Nm
Max. torque TK max: {{ r.maxTK }} Nm Max. speed n: {{ r.maxN }} min-1
Bore driving Ød1: {{ r.boreDataDriving.boreDiameter }} mm (max.) Bore driving: no bore Bore driving: Inch code {{ inchDataDriving.ktrCode }}
{{ inchDataDriving.diameterInch }} ″ (⇔ {{ inchDataDriving.keyWidthMM }} mm)
Bore driven Ød2: {{ r.boreDataDriven.boreDiameter }} mm (max.) Bore driven: no bore Bore driven: Inch code {{ inchDataDriving.ktrCode }}
{{ inchDataDriving.diameterInch }} ″ (⇔ {{ inchDataDriving.keyWidthMM }} mm)
Distance between shaft ends E: {{ r.physical.dbse }} mm (min.) Lateral natural critical speed: {{ r.physical.bkdz | number }} 1/min
Displacements: ΔKa= ±{{r.dispAxial}} mm | ΔKr= ±{{r.dispRadial}} mm | ΔKw= ±{{r.dispAngular}}° pro Lamelle ΔKa= {{r.dispAxial}} mm | ΔKr= {{r.dispRadial}} mm | ΔKw= {{r.dispAngular}}° pro Lamelle
Outer dimension (ØxL): {{ r.maxVert }} mm x {{ r.maxHor }} mm Material: {{ r.materialHub }}
Phys. Data Overall Hub driving Hub driven Lamina package Tube
Moments of inertia {{ r.physical.moiOverall.toLocaleString() }} kgm2 {{ r.physical.moiHubDriving.toLocaleString() }} kgm2 {{ r.physical.moiHubDriven.toLocaleString() }} kgm2 {{ r.physical.moiLamina.toLocaleString() }} kgm2 {{ r.physical.moiTube.toLocaleString() }} kgm2
Weights {{ r.physical.weightOverall.toLocaleString() }} kg {{ r.physical.weightHubDriving.toLocaleString() }} kg {{ r.physical.weightHubDriven.toLocaleString() }} kg {{ r.physical.weightLamina.toLocaleString() }} kg {{ r.physical.weightTube.toLocaleString() }} kg
Torsional stifness* {{ r.physical.torsionalStiffnessOverall.toLocaleString() }} MNm/rad - - {{ r.physical.torsionalStiffnessLamina.toLocaleString() }} MNm/rad {{ r.physical.torsionalStiffnessTube.toLocaleString() }} MNm/rad
* ohne Welle/Nabeanteil
ATTENTION: the Shaft-hub-connection must be checked by the customer!

ACHTUNG: All data are approximated values !
{{version}}
Information
Dear customer,

unfortunately we were unable to find a matching coupling.

Please contact our KTR specialists.

You can use the button to create a Mail prefilled with all relevant information.

Or you can just give our support a call:

Engineering RADEX-N®/RIGIFLEX-N®
Tel. +49 (5971) 798-0

Hints regarding the coupling selection with operating factors
The operating factors used are based on experiences estimating the operating behaviour of drive and driven machine. In case of a periodic running of the machines or when starting or braking larger masses a special selection acc. to DIN 740 or a torsional vibration calculation must be made by the manufacturer of the coupling.

This information is supplied without warranty.
We reserve the right for modifications of dimensions and designs.

Contact
Sales RADEX®
T +49 (5971) 798-0
F +49 (5971) 798-698

Engineering RADEX®
T +49 (5971) 798-484
E r.banemann@ktr.com