KTR Coupling configurator RADEX-N®/RIGIFLEX-N®

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

Please select product/type

RADEX-N^®
NANA

RADEX-N^®
NN

RIGIFLEX-N^®

3. Eigenschaften

Please select properties (optional)

Double-cardanic

Single-cardanic

Radial removable

ATEX conform

4. Technical Data

Auslegungsmodus

Mode (layout resp. particular size):

Base data

	kW ⇔ {{layoutparameter.inputTKN}} Nm Nm
Speed n:	min^-1
Max. torque T_max:	Nm (optional)
Distance between shaft ends DBSE:	mm (min.: )
Balancing:

Operating factor / Application S_B:	({{currentAppDesc}})
Temperature S_t:
Rotation factor S_R:
API:

Comment:

Driving

Bore type:

Cylindrical No bore Inch

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 l_K:	{{ 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:

Cylindrical No bore Inch

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 l_K:	{{ 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 T_AS * S_B = {{ layoutparameter.inputTKN }} * {{ layoutparameter.inputSB }} = {{ layoutparameter.inputTKN * layoutparameter.inputSB }} Nm !

Result ^{{{numResults}}}

Filter by: Max. Ø mm Max. length mm

Base data
Coupling size:	{{ r.size }}	Torque T_KN:	{{ r.tkn }} Nm
Max. torque T_{K 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 {{ inchDataDriven.ktrCode }} {{ inchDataDriven.diameterInch }} ″ (⇔ {{ inchDataDriven.keyWidthMM }} mm)
Distance between shaft ends E:	{{ r.physical.dbse }} mm (min.)	Lateral natural critical speed:	{{ r.physical.bkdz \| number }} ¹/_min
Displacements:	ΔK_a= ±{{r.dispAxial}} mm \| ΔK_r= ±{{r.dispRadial}} mm \| ΔK_w= ±{{r.dispAngular}}° pro Lamelle			ΔK_a= {{r.dispAxial}} mm \| ΔK_r= {{r.dispRadial}} mm \| ΔK_w= {{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!

#	Partnumber	Description
{{ $index+1 }}	{{ e.matnr }}	{{ e.bez1 + ' ' + e.bez2 }}
		Assembly:
		All Models packed (ZIP):

Please fill in the missing data. The desired model will be send to the according mail address.

Mailadress	*
Firstname	*	Lastname	*
Company	*	Department	*

ACHTUNG: All data are approximated values !

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. {{ contactdata.telTechnic }}

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

Here you can find parameter datasets previously saved by using the button Save parameterset. By clicking the button Load the dataset is transfered to be used in the configuration.

#	Date	T_KN [Nm]	N [1/min]	P [kW]	S_B	S_T	Borw driving [mm]	Borw driven [mm]
{{ $index+1 }}	{{ p.date }}	{{ p.inputTKN }}	{{ p.inputN }}	{{ p.inputP }}	{{ p.inputSB }}	{{ p.inputST }}	{{ p.inputBoreDriving }}	{{ p.inputBoreDriven }}

You can select an inch bore by filtering with diameter (inch) and a range of diameter (mm).
To select a bore just click the according line.

KTR Inchcode

Diameter Inch

″

Diameter from

mm to mm

KTR code	Ød [″]	Ød [mm]	b [″]	b [mm]	t₂ [mm]
{{ i.ktrCode }}	{{ i.diameterInch }}	{{ i.diameterMM }}	{{ i.keyWidthInch }}	{{ i.keyWidthMM }}	{{ i.keyDepthMM }}

CONTACT

KTR Systems GmbH

Carl-Zeiss-Straße 25,

48432 Rheine, Germany

mail@ktr.com

T: +49 59 71 79 80

F: +49 59 71 79 86 98

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Configurator for torsionally rigit steel lamina coupling RADEX-N/RIGIFLEX-N®

Coupling configurator RADEX-N®/RIGIFLEX-N®