Product Description

This Danaher product under Dynapar Encoders brand delivers precise high-speed performance through the HR62510000240 encoder model which features a space-saving design. The incremental optical encoder offers adjustable resolution levels from 50 to 2540 pulses per revolution. Designed for industrial environments the encoder achieves a maximum speed of 6000 RPM which allows it to deliver consistent signals during normal or high-speed applications. The core output type of this device features a 7272 push-pull driver which serves as a common standard within automation systems and motor controls therefore enabling connection to various control platforms.

The incremental design of the HR62510000240 provides dependable motion feedback especially during rotary system operations which need real-time direction and position data. The encoder starts with minimal torque output at 12.0 oz-in maximum which leads to decreased mechanical drive system resistance and extends device reliability throughout time. The system benefits the most from having this capability when torque efficiency and mechanical drag reduction matter in applications. This compact and lightweight encoder carries a weight of 10 ounces despite its powerful electrical and mechanical specifications. The lightweight design makes this product suitable for compact integration in restricted control cabinet spaces. The device functions optimally when the ambient temperature stays between +70°C and 0°C and suits various industrial interior environmental conditions.

The HR62510000240 serves users with enduring operation and reduces maintenance needs due to Danaher's commitment to quality construction. The encoder delivers both precise signals together with durable and space-efficient operation that makes it suitable for motor feedback and robotics applications and automated conveyor tracking systems. The HR62510000240 serves as a perfect selection for engineering teams and integrators who seek a combination of small size and adjustable resolution and trustworthy signal generation capabilities.