Dual Voltage Adaptability Supports DC12V and DC24V rated voltage options, matching the power supply specifications of different industrial equipment and mechanical systems for flexible application without additional voltage conversion devices.
Stable Torque Output Performance Provides a fixed 5NM rated braking torque and 11W rated power, maintaining consistent and reliable braking force during operation, even under high-speed working conditions up to 6000rpm.
Dry Single Plate Structural Design Adopts a dry single plate brake structure, avoiding the need for lubricating oil in use, reducing daily maintenance procedures and keeping the working environment clean and free of oil contamination.
Wide Industrial Application Compatibility Ideal for small and medium-sized machinery such as automation equipment, precision transmission systems, lifting machinery, and electric tool drive units that require quick braking and accurate positioning.
Power-On Braking Working Mode Features a power-on engagement braking design, realizing fast response and immediate braking when the power is turned on, with sensitive action and short braking response time to ensure equipment operation safety.
وصف
This DZD5-5base electromagnetic brake is a dry single plate power-on braking device, engineered for precise and safe braking in industrial mechanical transmission systems. It comes with core parameters: 5NM rated braking torque, 11W rated power, and a maximum applicable speed of 6000rpm, supporting dual DC voltage inputs of 12V and 24V for flexible matching with different equipment power supplies. Adopting a dry single plate structure, it operates without lubricant, lowering maintenance costs and keeping the working area clean. Its power-on braking mode enables fast and sensitive braking response, effectively ensuring the positioning accuracy and operation safety of equipment. It is widely suitable for automation equipment, precision transmission units, small lifting machinery and electric tool systems that demand reliable and quick braking performance.