HS35R2048H37E
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
-
Available
The Danaher HS35R2048H37E is part of the Dynapar Encoders series and functions as an incremental optical encoder. It boasts a resolution of 2048 pulses per revolution and supports open collector, push-pull, and differential line driver outputs. Designed for 9-36 VDC operation, it offers two-channel quadrature signal formatting.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
The HS35R2048H37E Encoder is a rotary encoder made by Danaher that features a hollow shaft. The encoder's resolution of 2,048 pulses per rotation is ideal for systems that require exact placement.
The encoder's 1-inch open shaft makes it easy to connect to motor shafts that are already in place. It can take voltages between 5 and 26 VDC, which makes it useful for a variety of control systems. A line driver creates different signals to lower noise, and that is what the electrical output type is. The output voltage is between 5 and 26 VDC, the same as the input range. The encoder's 10-foot wire termination provides stable signal transmission without the need for connectors. The hollowshaft mounting type simplifies the installation process. This type of shaft requires no connectors because it is hollow. The encoder does not offer a status indication in order to simplify the process. Commutation signals, which are generally present in brushless motors, are also absent. The differential output type ensures reliable data transfer over great distances. The encoder's internal bearings provide mechanical stability and support for the rotating shaft. The CE mark confirms that the encoder meets the European Union's safety and performance requirements.
The HS35R2048H37E encoder should not be used in locations where explosives are feasible due to its lack of explosion-proofing. Encoders having an IP67 rating are dust and moisture-resistant. The encoder is suitable for a wide range of applications due to its wide operating temperature range of -40 to 85 °C. Because it cannot communicate, the encoder cannot give any feedback about where the rotors are at the moment. The encoder is an essential component of industrial automation systems, providing dependable performance with a broad variety of control systems.
Frequently Asked Questions about HS35R2048H37E:
Q: How does HS35R2048H37E handle electrical noise?
A: The differential output and line driver design provide noise immunity. This supports long cable runs and ensures signal integrity.
Q: Why is HS35R2048H37E rated with IP67 protection?
A: IP67 rating protects against dust ingress and water immersion. This makes the encoder suitable for environments with exposure to fluids or dust.
Q: Do HS35R2048H37E encoders support wide voltage input?
A: Yes, the encoder operates on 5–26 VDC input. This allows compatibility with various control systems and voltage sources.
Q: How does HS35R2048H37E provide mechanical stability?
A: The internal bearings support the shaft during rotation. This maintains consistent alignment and improves encoder longevity.
Q: Why does HS35R2048H37E not include commutation?
A: The encoder is designed for general feedback applications. Without commutation, it is not suitable for brushless motor rotor position detection.
