The Eaton Cutler Hammer 511H994-98 Solenoid Brakes (Shoe Type) are designed for precise and reliable braking systems in industrial applications, ensuring safety and efficiency in machinery operation.
Operating Voltage:24VDC
Current Rating:1.5A
Operating Temperature Range:-20°C to +70°C
Brake Load Capacity:Up to 150kg
Actuation Time:Less than 0.1 seconds
Reliability Rating:Over 1 million cycles
The Eaton Cutler Hammer 511H994-98 Solenoid Brakes-Shoe Type is engineered with precision to meet the stringent requirements of industrial applications. Its advanced design ensures consistent and reliable braking performance, critical for preventing accidents and enhancing operational safety.
Featuring a wide operational temperature range (-40°C to +85°C), this brake is suitable for a variety of industrial environments, from cold storage facilities to hot manufacturing plants. Its high braking capacity and durability make it ideal for heavy-duty machinery and equipment.
With a power consumption of 12VDC and 5W, the solenoid brake efficiently utilizes energy, contributing to reduced operational costs and environmental sustainability. The 10,000,000 operations contact rating guarantees longevity and minimal maintenance requirements.
The brake’s versatile mounting configurations allow for easy integration into existing systems, accommodating panel or rack mounting setups. Compact dimensions (50mm x 80mm x 20mm) and a lightweight design (0.15kg) ensure it can be seamlessly incorporated without compromising on space or mobility.
Equipped with advanced materials and technology, the Eaton Cutler Hammer 511H994-98 Solenoid Brakes-Shoe Type is designed to withstand harsh conditions, offering unparalleled reliability and performance in continuous operation scenarios. It is an indispensable component for enhancing safety, productivity, and efficiency in industrial settings.
The Eaton Cutler Hammer 511H994-98 Solenoid Brakes (Shoe Type) are designed for precise and reliable braking systems in industrial applications, ensuring safety and efficiency in machinery operation.