HC62536000101
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The Danaher HC62536000101 is a top-tier incremental encoder from the Dynapar Encoders series, designed with a resolution ranging from 3000 to 5000 PPR. It boasts a frequency response of 250 kHz, a maximum shaft speed of 10,000 RPM, and robust NEMA4/IP66 enclosure rating. Additionally, it endures 50 G's shock.
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Product Description:
The HC62536000101 is an Incremental Encoder manufactured by Danaher under the Dynapar™ brand. It is a member of the HC625 Series. It uses a Size 25 frame alongside an enclosed body along with integrated shaft sealing used in industrial automation. The encoder operates with incremental mechanics and delivers feedback accuracy at 3000 to 5000 revolution pulses.
This HC62536000101 encoder delivers a 250 kHz frequency response. This allows it to maintain stable signal transmission when rotation speed increases. The encoder generates two-channel quadrature signals (A and B) and demands an Optional Index (Z) and complementary outputs for improved system integration. The 7273 open collector type output operates with a current output of 40 mA. It uses a voltage capacity of 30 VDC. The HC62536000101 encoder reaches maximum shaft speeds at 10,000 RPM. It provides 2.5 oz-in starting torque and is designed to operate at 25 °C. The encoder measures 2.83 × 10⁻⁴ oz–in–sec² moment of inertia to fulfill exact motion control needs. The encoder offers operation in demanding operating conditions. It possesses NEMA4/IP66 enclosure protection status to resist dust and withstand water exposure. This controller has a current draw of up to 80 mA, not including the load current with 4.5 VDC to 26 VDC input voltage range.
This HC62536000101 encoder functions efficiently between 0 to +70 °C of standard temperature and extends its operation between –40 to +85 °C. This component has enough strength to withstand 50 G shocks over 11 milliseconds and tolerates 5 to 2000 Hz vibrations at 20 G forces. The encoder design incorporates features to operate as an effective and reliable solution in demanding industrial environments. The encoder provides dual output modes that support multiple interface protocol needs.
Frequently Asked Questions about HC62536000101:
Q: How does the HC62536000101 encoder's quadrature output improve motion detection?
A: Quadrature outputs enhance direction sensing and allow precise speed measurement, crucial for synchronized motion control applications.
Q: Why is the optional Index (Z) signal important in the HC62536000101 encoder?
A: The Index (Z) pulse provides a reference point per revolution, aiding in absolute positioning and system homing during initialization.
Q: How does the open collector 7273 output benefit the HC62536000101 encoder's performance?
A: 7273 open collector outputs enable flexible interfacing with different logic levels and long cable drives, supporting robust signal integrity.
Q: What role does the 2.83 × 10?4 oz–in–sec² inertia play in the HC62536000101 encoder?
A: Low moment of inertia allows faster acceleration and deceleration, ideal for dynamic motion control systems requiring high responsiveness.
Q: How does the IP66 protection rating enhance the HC62536000101 encoder's usability in harsh environments?
A: IP66 rating protects against dust ingress and high-pressure water, ensuring consistent encoder operation in rugged industrial conditions.
