Lightweight H52048lj04cl Up To 45% Off [FZ63jRpY]

Lightweight H52048lj04cl Up To 45% Off [FZ63jRpY] Encoder

The Lightweight H52048lj04cl Up To 45% Off [FZ63jRpY] encoder from Danaher’s Dynapar Encoders series is a cutting-edge incremental magnetic rotary encoder designed for precision and reliability. This robust encoder offers a high resolution of up to 2048 pulses per revolution, ensuring precise position and speed feedback in various applications. Its versatile design caters to a wide range of industries, making it an ideal choice for both new installations and upgrades.

• High Resolution: Up to 2048 pulses per revolution for precise feedback.
• Wide Voltage Range: Accepts 5–15 VDC input voltage for flexibility in power supply.

Technical Specifications

The Lightweight H52048lj04cl Up To 45% Off [FZ63jRpY] encoder is equipped with a host of technical features that make it a standout choice in its category. It boasts a NEMA 4/IP65 enclosure rating, providing robust protection against dust, water, and other environmental contaminants. The encoder features a 5/8″ hollow shaft bore, making it easy to integrate into existing systems. With a frequency response up to 120 kHz, it ensures fast and accurate signal transmission.

• Environmental Protection: NEMA 4/IP65 enclosure rating for durability in harsh conditions.
• Shaft Bore: 5/8″ hollow shaft bore for easy installation and compatibility.

Applications and Benefits

The Lightweight H52048lj04cl Up To 45% Off [FZ63jRpY] encoder is a versatile tool that finds applications in a wide range of industries, from automotive to robotics. Its differential output driver, which sinks or sources 150 mA, provides a stable and reliable signal. The 90° ±22° quadrature phasing ensures accurate position and speed detection. With an operating temperature range of –20 °C to +80 °C and CE certification, this encoder is a reliable choice for any project.

• Wide Industry Use: Suitable for automotive, robotics, and other precision applications.
• Reliable Performance: Differential output driver and precise quadrature phasing for stable operation.