HS35R2000D372
Wake Industrial LLC is not an authorized distributor of this product.
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships 1-2 Days
The HS35R2000D372 encoder by Danaher, part of the Dynapar Encoders series, features an incremental optical design with a resolution of 2000 pulses per revolution. It supports a frequency response of at least 100 kHz, operates with input voltages from 5 to 26 VDC, and has a standard NEMA12/IP54 enclosure rating.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
As a product from Danaher, the HS35R2000D372 Dynapar Encoder serves industrial automation applications through precise motion control. Under ambient conditions, this device operates with a maximum running torque of 5.0 in oz while its total weight equals 1.76 lb or 28 oz. The internal disc material includes plastic or metal which features an impervious build-up for reliability.
The HS35R2000D372 Dynapar encoder maintains mechanical stability throughout operation through ABEC 1 bearings. This encoder can tolerate shock impacts of up to 400g that last for 6 milliseconds and functions through vibrations from 5 to 3000 Hz operating at 20g. The device functions properly under 100 percent humidity conditions while installed inside an IP67-rated housing which defends against material and water intrusion. To boost durability the housing with cover receives aluminum processing through hard anodization combined with powder coating. This encoder produces dual-channel quadrature signal outputs and possesses an available index signal. The product features additional complementary output options to enhance its signal compatibility functions. Quadrature Phase locking remains accurate within a 90° electrical range of 15° for all resolutions up to 1200 PPR. The phasing tolerance for resolutions above 1250 PPR stands at 90° electrical within a 30° range.
The HS35R2000D372 Dynapar encoder operates through an input power ranging from 5 to 26 VDC or 5 to 15 VDC based on configuration and consumes a maximum of 50 mA when output loads are not active. During clockwise shaft turning phase A maintains an electrical lead ahead of phase B as observed from the shaft end. Three driver outputs of ET7272 and ET7273 together with the 4469 enable the encoder system to work with different control systems. The device presents a maximum Frequent Response capability for data and index signals which reaches 125 kHz.
Frequently Asked Questions about HS35R2000D372:
Q: How does the IP67 housing of the HS35R2000D372 encoder enhance its usability?
A: IP67-rated housing protects against dust ingress and water immersion. This allows the HS35R2000D372 encoder to function reliably in extreme industrial settings.
Q: Why is the use of ABEC 1 bearings significant in the HS35R2000D372 encoder?
A: ABEC 1 bearings provide reliable mechanical stability and reduce friction. This ensures smooth rotary motion and long service life for the HS35R2000D372 encoder.
Q: What makes the HS35R2000D372 encoder suitable for high-frequency vibration applications?
A: Withstanding vibrations up to 3000 Hz at 20g, the encoder HS35R2000D372 is built for environments with heavy mechanical stress. It continues accurate operation under such conditions.
Q: What are the advantages of having complementary outputs in the encoder HS35R2000D372?
A: Complementary outputs in the HS35R2000D372 improve electrical noise immunity. They allow stable signal processing across long cable lengths and diverse industrial setups.
Q: Why is dual-channel quadrature output important in the HS35R2000D372 encoder?
A: Dual-channel quadrature outputs allow the HS35R2000D372 to determine both position and direction. This feature is essential for advanced motion control systems.
