H52048LJ04CL
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The H52048LJ04CL incremental encoder features a magnetic operation, a pulses per revolution range of 64-2048 PPR, and differential line driver output signals. As part of the Dynapar Encoders series by Danaher, it operates within a -20°C to +80°C temperature range and offers an enclosure rating of NEMA 4 / IP65.
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Product Description:
The H52048LJ04CL is a Rotary encoder from the HS56 product series developed by Danaher. It is designed for position and speed feedback in automation systems. The encoder is widely used as a precision motion control component in various industrial automation settings.
The H52048LJ04CL rotatory encoder can be connected directly to the shaft due to its hollow shaft with a 5/8-inch hole. It can send signals in both directions, but it does not have a numbered marker. The input and output voltage rating for this encoder is 5 to 15 VDC. Because of the way its electrical output is set up, the line driver can send differential messages. An NPT fitting that is 1/2-inch in size ends the industrial latching link. The encoder does not have a state light. From -20 °C to 80 °C, the encoder can work. Adhere to NEMA 12 and NEMA 4 standards to keep encoders safe from external threats. The IP65 grade means that it will keep dust and low-pressure water jets out. The strict safety tests set by the European Commission were passed by this encoder, giving it the CE mark.
The H52048LJ04CL encoder is equipped with a connector termination that utilizes a latching mechanism with industrial threading and an electrical output type that supports differential signaling. With a resolution of 2,048 pulses per revolution, this encoder has important mounting and compliance features. These characteristics are intended to ensure that signals in automation applications are secure and connections remain reliable. The encoder's hollow shaft makes it simple to integrate into drive systems, and its compliance with IP65 and NEMA standards improves operating reliability. The encoder is appropriate for industrial automation systems that necessitate electrical compatibility and consistent feedback.
Frequently Asked Questions about H52048LJ04CL:
Q: How does H52048LJ04CL maintain electrical signal integrity?
A: It uses a differential output that helps minimize signal interference and improves transmission reliability across extended distances.
Q: Why does H52048LJ04CL support 5–15 VDC input?
A: The wide voltage range allows integration with various control systems without additional voltage regulation circuits.
Q: Does H52048LJ04CL have a shaft with bearings?
A: Yes, the encoder contains bearings that support mechanical stability and improve rotational accuracy under load.
Q: Why does H52048LJ04CL use a hollow shaft design?
A: The hollow shaft allows direct mounting onto motor shafts, which reduces the need for extra couplings and simplifies alignment.
Q: Do H52048LJ04CL encoders include commutating signals?
A: No, this encoder model does not include commutating signals, which makes it suitable for non-servo motor feedback systems.
