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Kobelt 5027-S - Spring Applied Brake Caliper - Hydraulic Release, Spring Applied, Adjustable Torque, Die-Cast Silicon Bronze, Stainless Steel Hardware
The Kobelt 5027-S Spring Applied Brake Caliper is an advanced and durable braking solution designed for high-performance applications. This brake caliper uses fluid pressure for release and internal springs for application, providing infinite control over brake torque. The actuator is highly responsive, allowing for precise torque adjustments. Additionally, the brake is designed with a large shoe area, which reduces the frequency of lining replacements, making it ideal for applications requiring constant drag. Built from die-cast silicon bronze and equipped with stainless steel hardware, this brake caliper is engineered to deliver long-lasting, trouble-free service even in harsh environments.
The 5027-S model is available with a variety of options, including a manual release screw (5027-SR) and side mount versions. It is compatible with Kobelt's standard ventilated 2″ (51 mm) discs, with the option to order custom-made discs or shims for non-standard disc thicknesses. With a maximum allowable lining wear of 0.42 in. (10.6 mm), this caliper ensures consistent, high-performance braking. Its easy maintenance and robust construction make it suitable for demanding industrial and marine applications.
- Clamping force: 48,000 lbf (213.5 kN)
- Max disc thickness: 2 in. (51 mm)
- Large shoe area for reduced lining replacement frequency
- Adjustable brake torque with actuator adjustments for lining wear
- Constructed from die-cast silicon bronze and stainless steel hardware
- Highly responsive actuator for precise control
- Available with manual release screw (5027-SR) and side mount options
- Max. release pressure: 120 psi (827 kPa)
- Max. pressure: 250 psi (1724 kPa)
- Weight: 186 lb (84 kg)
The Kobelt 5027-S Spring Applied Brake Caliper is a robust and versatile choice for industrial, marine, and heavy-duty applications, offering precision and reliability in even the toughest conditions. Its responsive actuator and durable materials ensure consistent performance and longevity, while the design offers easy maintenance and low downtime.
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