Precima FDW 13 spring-applied brake, 24VDC, 19H7Ø

HV2052208007

The Precima FDW 13 is a compact, high-performance spring-applied brake designed for demanding industrial and outdoor environments. Operating at 24 VDC, it delivers 20 Nm braking torque via a robust dual-disc configuration mounted on a Ø19 H7 hub.

The brake meets IP66 standards, providing full protection against dust and powerful water jets. This makes it particularly suitable for use in wind turbines, car wash systems, mobile equipment, and process industry environments. The pre-set air gap ensures easy, adjustment-free installation.

As a fail-safe unit, the brake is engaged by spring force and only releases when voltage is applied, offering a secure solution for emergency stop and holding applications.

Optional features such as sealed manual release, temperature monitoring, anti-condensation heating, wear indicators, and ATEX compliance for zone 22 provide flexibility for customized integration.

Ideal for pitch drives, hoisting mechanisms, and any application requiring secure braking performance in harsh conditions.

€218.00

Excluded taxes and delivery costs

Made to order

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Description

Key features:

Dust- and waterproof design: The FDW brake is engineered to withstand harsh environmental conditions, providing protection against dust, moisture, and other external elements.
Brake size 13: With its compact and efficient size, this brake is specifically tailored to fit wind turbines, offering seamless integration and space-saving advantages.
24VDC brake voltage: The 24VDC brake voltage ensures energy efficiency while maintaining consistent and powerful braking performance, essential for safe and controlled operation.
High brake torque (20Nm): The 20Nm brake torque capacity delivers strong stopping power, ensures the safety and stability of wind turbines during operations and in emergency situations.
IP 66 protection class: Boasting an IP 66 protection class rating, the FDW brake provides a high level of defense against water and dust ingress, prolonging its lifespan and minimizing maintenance requirements.