Bearings Canada
Compact Electromagnetic Holding Brake For DC Motors BLTZ1 Series 05 08 15 30 40 80 150 200 DC 24V 99V 170V Heavy Duty For High Frequency Durable Alloy Housing With Smooth Engagement Low Shock And Quick Heat Dissipation Easy Installation
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$505.88 CAD
$1,121.16 CADyou save $615.28 CAD
SKU: VXB0F136TT66
UPC:
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High-performance electromagnetic holding brake for DC motors, ideal for heavy-duty applications.
✔️ Alloy housing ensures durability, smooth low-shock engagement, and fast heat dissipation for high-frequency use in industrial setups.
✅ Smooth engagement with minimal shock for seamless motor starts and stops.
✅ Efficient heat dissipation design, perfect for high-frequency industrial applications.
✅ Compact size and straightforward installation, making it easy for CNC and printing setups.
✅ Supports various voltages like 24V, 99V, and 170V for versatile motor compatibility.
✔️ Alloy housing ensures durability, smooth low-shock engagement, and fast heat dissipation for high-frequency use in industrial setups.
This electromagnetic holding brake is a reliable component designed to securely stop and hold DC motors in place. It's commonly used in machinery like CNC machine tools and printing presses, where precise control and quick response are essential for efficient operations.
✅ Precision alloy construction for long-lasting performance.✅ Smooth engagement with minimal shock for seamless motor starts and stops.
✅ Efficient heat dissipation design, perfect for high-frequency industrial applications.
✅ Compact size and straightforward installation, making it easy for CNC and printing setups.
✅ Supports various voltages like 24V, 99V, and 170V for versatile motor compatibility.
💡 Why do electromagnetic holding brakes matter in industrial motor systems? For starters, these brakes deliver precise control to prevent unwanted movement in equipment. - They reduce downtime by offering reliable stopping power in high-speed operations - Help maintain accuracy in applications like CNC machining - Boost overall system efficiency with quick response times - Provide a cost-effective way to enhance safety and performance in automated setups