HNL05.1R-0113-N0652-N-A4-NNNF
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MPN: R911346702
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The HNL05.1R-0113-N0652-N-A4-NNNF linear motor offers a rated current of 1.13 amperes, a nominal force of 652 newtons, a cooling type of natural convection, and IP54 protection class. Part of the HNL Mains Chokes series by Bosch Rexroth Indramat, it operates within a temperature range of -10 degrees C to +40 degrees C.
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Product Description:
The HNL05.1R-0113-N0652-N-A4-NNNF mains choke was made for industrial control by Bosch Indramat. The product is meant to make systems more productive, and it works with three-phase electrical lines.
The HNL05.1R-0113-N0652-N-A4-NNNF mains choke can consume up to 652 A of current, and it has an inductance of 113 uH. It comes with liquid cooling, which makes it easier to control the temperature and let the power flow. The mains choke can dissipate an energy of 3059 W. The liquid cooling system has 9.9 liters per minute of discharge rate and a discharge rate that is built in. The loss of air in the refrigeration system is measured at 1.3 bar. It is possible for electrical lines that are up to 75 meters long to fit through the choke. The device has an IP00 grade, which means it can work at temperatures as high as 40 degrees C. It has a three-phase inductor with big, layered cores that can be cooled by either water or air. It is about 124 mm deep, 407 mm long, and 197 mm wide. The product has all the necessary safety signs and indicators to make sure it works right. The way the parts are attached is meant to make sure a strong link to the baseplate, which allows for the best thermal contact.
The HNL05.1R-0113-N0652-N-A4-NNNF mains choke has a specialized ventilation vent. The device's electrical components are configured in a manner that guarantees optimal functionality, regardless of the volume of demand. The choke was designed with industrial automation in mind, and its inductive properties are reliable. The mechanical dimension of the choke enables it to be fastened to a baseplate using M8 screws. The choke is effective when liquid cooling is required to eliminate energy in power control systems.
Frequently Asked Questions about HNL05.1R-0113-N0652-N-A4-NNNF:
Q: Does the HNL05.1R-0113-N0652-N-A4-NNNF require a specific flow rate for cooling?
A: Yes, the required flow rate is 9.9 l/min to ensure consistent liquid circulation and efficient thermal management.
Q: Why does the HNL05.1R-0113-N0652-N-A4-NNNF use IP00 protection class?
A: It uses IP00 for integration into closed control cabinets where external environmental sealing is not required.
Q: Do the cooling fittings of HNL05.1R-0113-N0652-N-A4-NNNF come pre-integrated or externally attached?
A: The fittings are integrated, reducing setup time and enhancing liquid cooling reliability during continuous operation.
Q: How does the 1.3 bar pressure drop affect HNL05.1R-0113-N0652-N-A4-NNNF cooling efficiency?
A: A 1.3 bar pressure drop ensures effective flow through cooling channels without overloading the pumping system.
Q: Why does the HNL05.1R-0113-N0652-N-A4-NNNF feature a baseplate mounting design?
A: The baseplate mounting allows direct thermal transfer to mounting surfaces for better heat dissipation and mechanical stability.
