HS35R0240H34E
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The HS35R0240H34E, a member of Danaher's Dynapar Encoders series, is an incremental optical encoder made with a durable aluminum housing and stainless steel shaft. It has a resolution of 240 pulses per revolution, supports input voltages of 5 to 26 VDC, and is NEMA4/IP66 rated for dust proof and washdown applications.
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Product Description:
The HS35R0240H34E is an incremental hollow-shaft encoder manufactured by Danaher for industrial automation. The encoder delivers 240 pulses during every rotation. This enables accurate motion feedback in control systems. Stable signal transmission is enabled through the differential line driver output design of the encoder.
This HS35R0240H34E encoder allows input power between 5V and 26V DC. The normal operating current usage of this device amounts to 100 mA. The encoder incorporates dual A/B channels along with the available Z channel for indexing. Signal rise and fall times are maintained below one microsecond for responsive output. The output frequency operates at 200 kHz at maximum speed. This encoder enables shaft speeds reaching 6,000 RPM. This makes it appropriate for fast-moving equipment. The encoder incorporates a 0.625-inch hollow shaft and enables safe attachment through an anti-rotation tether. The HS35R0240H34E encoder features aluminum construction, which enhances durability and minimizes its weight. The 10-pin MS connector located on the side exit makes it simpler to handle cables effectively. This unit can function across all operating environments from -40°C to +100°C. It is engineered to resist up to 10 g of vibration testing along with 100 g of shock testing that lasts for 11 milliseconds. The rated IP65 protection standards of the enclosure safeguard it from both dust and low-pressure water ingress. Direct motor mounting is possible without additional components due to the hollow-shaft design.
The HS35R0240H34E encoder meets all EMC performance requirements. It complies with IEC 61000-6-2 and 61000-6-4 requirements. Phase separation is set to 90 electrical degrees ±15°. It also has an index pulse width of 90 electrical degrees. Its fast signal transitions and noise immunity support effective feedback in electrically noisy environments. Position detection accuracy in industrial motion systems becomes possible because of these encoder characteristics.
Frequently Asked Questions about HS35R0240H34E:
Q: How does the encoder maintain accuracy at high speeds like 6000 RPM in HS35R0240H34E?
A: Its precision-built design and high-frequency output maintain consistent pulse generation. This allows reliable operation of HS35R0240H34E at maximum rated shaft speed.
Q: Why is the differential line driver output critical in HS35R0240H34E for noise immunity?
A: The differential line driver in HS35R0240H34E boosts signal integrity over long cable runs. It helps reduce electromagnetic interference in noisy industrial settings.
Q: Why is fast signal transition important in HS35R0240H34E encoder applications?
A: Fast signal transitions enable the encoder to respond quickly to position changes. This reduces lag and improves control loop responsiveness.
Q: How does the hollow-shaft design of HS35R0240H34E improve installation flexibility?
A: The hollow-shaft design of HS35R0240H34E allows direct mounting on motors or shafts. It eliminates the need for couplings, simplifying installation.
Q: How does aluminum construction benefit the HS35R0240H34E encoder in industrial environments?
A: Aluminum offers high strength-to-weight ratio, enhancing the encoder’s durability. It also helps dissipate heat, maintaining performance in demanding conditions.
