LENZE 14.800.06.10.4 Intorq

Artikelnummer: 2607171048

LENZE 14.800.06.10.4 Intorq

 160,95

1 op voorraad

1 op voorraad

Betaalmethode:

Specificatie

Gewicht 5,00 kg
Packing Quantity

1 Unit(s)

Unit of Measure

Unit(s)

Brand

LENZE

Category

Couplings

Description

Electromagnetic Clutch Brake

MPN

14.800.06.10.4 Intorq

Other Notations

14.800.06.10.4 Intorq

,

14.800.06.10.4Intorq

Fabr. Art. Nr.

1480006104 Intorq

Roosendaal

Vandaag

Nederland

België 

1-2 dagen
1-2 dagen

Omschrijving

INTORQ 14.800.06.10.4 Clutch-Brake Combination Description The INTORQ 14.800.06.10.4 is a high-performance, electromagnetically operated clutch-brake combination. Designed for reliability and precision, it is ideal for applications requiring frequent starting and stopping cycles. This unit provides a seamless transition between engagement and braking, ensuring optimal control in automated machinery. Specifications Manufacturer: INTORQ (now part of Kendrion) Type: 14.800.06.10.4 Product Type: Clutch-Brake Combination Voltage: 24V DC Torque: 7.5 Nm Power Consumption: 11.5W / 15W Label Info Typ: 14.800.06.10.4 Nr.: 00111247 Date: 22.04.13 Application This component is commonly used in packaging machinery, conveyor systems, printing presses, and other industrial automation where precise control of motion is critical. Country of Origin Manufactured in Germany. CO2 Impact By purchasing this pre-owned component, you are contributing to a circular economy and helping to avoid approximately 100 kg of CO2 emissions that would be generated from manufacturing a new one. Availability This item is in stock and ready for immediate dispatch. Order now from profideals for expert support and fast delivery. FAQ What is the typical application for a clutch-brake combination like this?These units are designed for stop-and-go operations in machinery like packaging lines, conveyors, and automation where precise and rapid starting and stopping is required. What is the difference between the 11.5W and 15W power rating on the label?This often refers to the power consumption under different conditions, such as the initial pull-in power (higher wattage) versus the continuous holding power (lower wattage) of the electromagnetic coil. How can I verify the wear on this unit before installation?Visually inspect the friction surfaces for excessive grooving or damage. It is also recommended to check the air gap between the armature and the magnet body against the manufacturer’s specifications to ensure it is within tolerance for proper operation. profideals is not an authorized distributor, reseller, or representative of the products featured on this website. All product names, trademarks, brands, and logos used on this site are the property of their respective owners. Last Update: Friday, March 13, 2026