Telescopic fork double deep » DAMBACH COMPONENTS

KUNDENDATEN

Customer Data

Please insert your contact details

Company*

Project*

Contact person*

E-Mail*

Phone*

Street, No.*

Postal Code*

Place*

Country*

TECHNISCHE DATEN

Technical Data

Please provide further details

Place of use*

Bundesstaat

Number of units*

Desired delivery date*

Please choose the most appropriate statement:*

Your configuration is the basis for project planning. You need technical data for your application.
Your projected load handling device corresponds to an approvable design. No specific adaptations are necessary.

Note: Configuration is subject to technical changes by DAMBACH COMPONENTS

WELCHES PRODUKT

Please select the product you want to configure

Welches Produkt*

Telescopic Fork consisting of 2 tines with 2 motors
Telescopic Fork consisting of 2 tines with 1 motor
Telescopic tine with 2 motors f.e. for small, heavy load carriers
Telescopic tine with 1 motor f.e. for small, heavy load carriers

If you would like to configure a telescopic tine please get in touch with us.

Please click HERE

Please specify the payload (in kg)**

m_Max ≤ 1500 kg

Please choose the version that applies to your local situation

Load carrier lengthwise
Load carrier crosswise

Längs

What types of load carriers do you use (Multiple choices possible)

Do you have a customer-specific load carrier?

Please specify the measurements of this kind:

Hilfsfeld unterfahren auswahl

Breite b2 [in mm]

Höhe h2 [in mm]

Hilfsfeld ZA unterfahren

Zinkenabstand (ZA)

Bitte geben Sie einen Wert zwischen 300 und 800 an

Hilfsfeld eingefahren auswahl

Breite b1 [in mm]

Höhe h1 [in mm]

Hilfsfeld ZA eingefahren

Zinkenabstand (ZA)

Is there a supernatant above the load carrier?*

Yes
No

Überstand

Length z2 [in mm]

Länge z2 [in mm] alt

z1 Hilfsfeld

Length x2 [in mm]

Länge x2 [in mm] alt

x1 Hilfsfeld

Quer

What types of load carriers do you use (Multiple choices possible)

Do you have a customer-specific load carrier?

Please specify the measurements of this kind:

Hilfsfeld Quer unterfahren auswahl

Breite b2 [in mm]

Höhe h2 [in mm]

Hilfsfeld ZA unterfahren Quer

Zinkenabstand (ZA)

Bitte geben Sie einen Wert zwischen 300 und 800 an

Hilfsfeld eingefahren Quer auswahl

Breite b1 [in mm]

Höhe h1 [in mm]

Hilfsfeld ZA eingefahren Quer

Zinkenabstand (ZA)

Is there a supernatant above the load carrier?*

Yes
No

Überstand

Length z2 [in mm]

Länge z2 [in mm] alt

z1 Hilfsfeld

Length x2 [in mm]

Länge x2 [in mm] alt

x1 Hilfsfeld

Technische Details

Do your loads consist of homogenous piece goods?*

Yes
No

Please describe your piece goods

Please note the following nomenclature

Überstand

Please configure the dimensions of the shelving system

Minimum clearance between the loads z5 [in mm]*

Minimaler Abstand zwischen den Ladungen z5 [in mm] alt

Please note the following nomenclature

Überstand

Minimum clearance between the loads z5 [in mm]*

Minimaler Abstand zwischen den Ladungen z5 [in mm] alt

Additional technical details

Please describe your mechanical interface. Please choose the most appropriate interface for your requirement:*

The “Beam” designates the mechanical interface f.e. to a lifting carriage.

Your mechanical interface is not displayed?

Please describe your situation:

How shall the drive be mounted?

DT1 Zinken Location of the drive*

Your drive position is not displayed?

Please describe your situation:

DT2 Zinken Location of the drive*

Your drive position is not displayed?

Please describe your situation:

DT1 Location of the drive*

Your drive position is not displayed?

Please describe your situation:

DT2 Location of the drive*

Your drive position is not displayed?

Please describe your situation:

Would you like to use a lightweight version of the telescope?

Note: When using storage and conveyor system components, the lightweight design can lead to a reduced energy consumption.
However, the lightweight version can be associated with additional costs. The lightweight version saves approx. 13% weight compared to the standard telescopic fork. Detailed information can be found in the product specification.

DT1 Zinken*

Yes, please consider lightweight version
No, please consider standard version

DT2 Zinken*

Yes, please consider lightweight version
No, please consider standard version

DT1*

Yes, please consider lightweight version
No, please consider standard version

DT2*

Yes, please consider lightweight version
No, please consider standard version

Please configure the installation space gap z6 in your system*

Maximum distance z6 [in mm]

Please choose the desired profile version

Note: When retracting the telescopic tines into the pallet, a tine clearance is required all around. Recommended tine clearances xl = 22 mm / yl = 15 mm. If pallets with different clearances are used, the remaining clearances must be observed.

profile version*

Version S
Version TSX
Version M
Version TMX

Please choose the desired profile version

Note: When retracting the telescopic tines into the pallet, a tine clearance is required all around. Recommended tine clearances xl = 22 mm / yl = 15 mm. If pallets with different clearances are used, the remaining clearances must be observed.

profile version*

Version S
Version TSX
Version M
Version TMX

z MAX Hilfsfeld für Unterteil

Installation space [in mm]

Length bottom part [in mm]

Length top part [in mm]

Bitte konfigurieren Sie die Länge des Oberteils [in mm] alt

Bitte konfigurieren Sie die Gassenbreite [in mm] alt

Extension path single deep [in mm]

Ausfahrweg einfachtief max

Extension path double deep [in mm]

Ausfahrweg doppeltief max

Do you require an additional single deep extension path?*

Yes
No

How long is the maximum single deep extension path? [in mm]*

(Subject to a technical feasability study)

Please choose the mounting plate to your mechanical interface*

Type 1
Type 2
Type S: Customer-specific

Your mounting plate is not displayed?

Please describe your situation

Please choose your desired surface coating for the top part of the telescopic fork

The standard colour of the telescopic forks‘ top part is RAL 9005.

Please specify your desired colour

Nutzungsdauer und Rahmenbedingungen

Operating life and environmental conditions

How many operating cycles per hour are assumed?

Please state a number ≤ 600

How many operating hours per day are assumed?

Please state a number ≤ 24

How many operating days per year are assumed?

Please state a number ≤ 365

Please specify the ambient temperature [in °C] *

Please state a temperature between -30°C and +40°C

Min. Temperature [in °C]*

Max. Temperature [in °C]*

Please specify the ambient humidity [in %]*

Please state an ambient humidity between 15% and 60%

Are there any special environmental conditions?

Yes
No

Please specify the environmental conditions

Is a special corrosion protection required?

Yes
No

Please specify the required corrosion protection

Do special lubricants specifications exist?

Yes
No

Please specify the lubricants required

Are there any special factory regulations?

Yes
No

Please specify the existing factory regulations

Antriebseinheit

Drive unit

Please configure the drive*

Standard version
Performance version
Customer-specific version

Please specify your desired drive unit:

Note: Your individual drive unit requirement will be checked as soon as possible. The DAMBACH COMPONENTS team will contact you.

We recommend the following drive unit

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded = 1,5 m/s²
Acceleration (loaded): a_loaded = 1 m/s^2>
Velocity (unloaded): v_unloaded = 1,25 m/s
Velocity (loaded): v_loaded = 0,85 m/s
For single deep and double deep extension

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded = 5 m/s²
Acceleration (loaded): a_loaded = 1,3 m/s²
Velocity (unloaded): v_unloaded = 2 m/s
Velocity (loaded): v_loaded = 1,5 m/s
For single deep and double deep extension

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded= 5 m/s²
Acceleration (loaded): a_loaded = 1,3 m/s²
Velocity (unloaded): v_unloaded = 2 m/s
Velocity (loaded): v_loaded = 1,5 m/s
For double deep extension

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded = 1,5 m/s²
Acceleration (loaded): a_loaded = 1 m/s²
Velocity (unloaded): v_unloaded = 1,25 m/s
Velocity (loaded): v_loaded = 0,85 m/s
For single deep and double deep extension

Welcher Antriebshersteller soll eingesetzt werden? alt

Wie groß ist die Antriebsspannung? alt

Wie groß ist die Antriebsfrequenz? alt

Kinematischen Größen

Beschleunigung (voll beladen)*

Bitte nennen Sie die gewünschte Beschleunigung (voll beladen)*

Bitte geben Sie einen Wert zwischen 0,10 und 1,30 m/s² an

Beschleunigung (leer)*

Bitte nennen Sie die gewünschte Beschleunigung (leer)*

Bitte geben Sie einen Wert zwischen 0,10 und 5,00 m/s² an

Geschwindigkeit (voll beladen)*

Bitte nennen Sie die gewünschte Geschwindigkeit (voll beladen)*

Bitte geben Sie einen Wert zwischen 0,01 m/s und 1,50 m/s an

Geschwindigkeit (leer)*

Bitte nennen Sie die gewünschte Geschwindigkeit (leer)*

Bitte geben Sie einen Wert zwischen 0,01 m/s und 2,00 m/s an

Umrechnung Geschwindigkeit (leer) Vorauswahl m/min

Umrechnung Geschwindigkeit (leer) Kunde m/min

Umrechnung Geschwindigkeit (voll beladen) Vorauswahl m/min

Umrechnung Geschwindigkeit (voll beladen) Kunde m/min

Weitere Details

Wird eine spezielle Antriebszulassung gefordert?*

Um welche Antriebszulassung handelt es sich?*

Ist der Einsatz einer bestimmten Energieeffizienzklasse Ihres Antriebs erforderlich?*

Um welche Energieeffizienzklasse handelt es sich?*

Bitte konfigurieren Sie die benötigte Bremsspannung?*

Wird eine Lüftung der Bremse benötigt?*

Gibt es weitere Thermobedingungen des Motors?

Bitte beschreiben Sie die Thermobedingungen

Please configure your torque limitation*

Your travel encoder is

Motor encoder

Your travel encoder is

External encoder

Is a mounting device for the travel encoder required?*

Yes
No

Please specify the required travel encoder*

Shall the required travel encoder be part of DAMBACH COMPONENTS’s scope of supply?*

Yes
No

Equipment

Please configure your additional equipment

Please configure your center position sensor*

Comments section

Data upload

Drop files here or

The contact to our customers is important to us*

Yes, I agree to the DAMBACH COMPONENTS privacy policy.

Hilfsfelder

b1

b1_min

b1_max

h1_min

h1_max

b2_min

b2_max

h2_min

h2_max

za1_min

za2_min

za1_max

za2_max

Durchbiegung des ausgewählten Produkts: Beladener Zustand

Durchbiegung des ausgewählten Produkts: unbeladener Zustand

Eigengewicht de ausgewählten Produkts (ohne Antrieb)

Eigengewicht des Antriebs

Eigengewicht des ausgewählten Produkts (mit Antrieb)

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configuration_token

configuration_link

configuration_qrcode

CONFIGURATOR – TELESCOPIC FORK DOUBLE DEEP

KUNDENDATEN

Customer Data

Please insert your contact details

TECHNISCHE DATEN

Technical Data

Please provide further details

WELCHES PRODUKT

Please select the product you want to configure

If you would like to configure a telescopic tine please get in touch with us.

Längs

Quer

Technische Details

Please note the following nomenclature

Please configure the dimensions of the shelving system

Please note the following nomenclature

Additional technical details

How shall the drive be mounted?

Would you like to use a lightweight version of the telescope?

Please choose the desired profile version

Note: When retracting the telescopic tines into the pallet, a tine clearance is required all around. Recommended tine clearances xl = 22 mm / yl = 15 mm. If pallets with different clearances are used, the remaining clearances must be observed.

Please choose the desired profile version

Note: When retracting the telescopic tines into the pallet, a tine clearance is required all around. Recommended tine clearances xl = 22 mm / yl = 15 mm. If pallets with different clearances are used, the remaining clearances must be observed.

Nutzungsdauer und Rahmenbedingungen

Operating life and environmental conditions

Please specify the ambient temperature [in °C] *

Please state a temperature between -30°C and +40°C

Antriebseinheit

Drive unit

Information about the drives‘ performance Acceleration (unloaded): aunloaded = 1,5 m/s2 Acceleration (loaded): aloaded = 1 m/s2> Velocity (unloaded): vunloaded = 1,25 m/s Velocity (loaded): vloaded = 0,85 m/s For single deep and double deep extension

Information about the drives‘ performance Acceleration (unloaded): aunloaded = 5 m/s2 Acceleration (loaded): aloaded = 1,3 m/s2 Velocity (unloaded): vunloaded = 2 m/s Velocity (loaded): vloaded = 1,5 m/s For single deep and double deep extension

Information about the drives‘ performance Acceleration (unloaded): aunloaded= 5 m/s2 Acceleration (loaded): aloaded = 1,3 m/s2 Velocity (unloaded): vunloaded = 2 m/s Velocity (loaded): vloaded = 1,5 m/s For double deep extension

Information about the drives‘ performance Acceleration (unloaded): aunloaded = 1,5 m/s2 Acceleration (loaded): aloaded = 1 m/s2 Velocity (unloaded): vunloaded = 1,25 m/s Velocity (loaded): vloaded = 0,85 m/s For single deep and double deep extension

Kinematischen Größen

Weitere Details

Equipment

Please configure your additional equipment

Hilfsfelder

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded = 1,5 m/s²
Acceleration (loaded): a_loaded = 1 m/s^2>
Velocity (unloaded): v_unloaded = 1,25 m/s
Velocity (loaded): v_loaded = 0,85 m/s
For single deep and double deep extension

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded = 5 m/s²
Acceleration (loaded): a_loaded = 1,3 m/s²
Velocity (unloaded): v_unloaded = 2 m/s
Velocity (loaded): v_loaded = 1,5 m/s
For single deep and double deep extension

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded= 5 m/s²
Acceleration (loaded): a_loaded = 1,3 m/s²
Velocity (unloaded): v_unloaded = 2 m/s
Velocity (loaded): v_loaded = 1,5 m/s
For double deep extension

Information about the drives‘ performance
Acceleration (unloaded): a_unloaded = 1,5 m/s²
Acceleration (loaded): a_loaded = 1 m/s²
Velocity (unloaded): v_unloaded = 1,25 m/s
Velocity (loaded): v_loaded = 0,85 m/s
For single deep and double deep extension