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Quote for E5HF150S Part of Solahd under Electronic Automation

Quote for High Quality Solahd E5HF150S part at Nascent Industrial. To request a quote for this Electronic Automation item, please fill out the Instant RFQ form below. Provide relevant details such as desired quantities, shipping deadlines, and target prices to help us tailor the quotation to your specific needs. Other details of this part is Low temperature rise transformers feature a +220.C insulation system and temperature rise of only +80.C or +115.C under full nameplate load. The result is 13-21 percent lower operating losses compared to conventional +150.C rise units. The reduction in temperature rise also increases reliability due to a +35.C thermal reserve on +115.C rise units and a +70.C reserve on +80.C rise units. When operated as +150.C rise units, they provide a short term overload capacity of 15-30 percent..

At Nascent Industrial, we prioritize quality as the cornerstone of our operations. As an ASAP Semiconductor owned and operated purchasing platform, we adhere to rigorous standards including AS9120B, ISO 9001:2015, and FAA AC 00-56B. We are committed to maintaining the highest quality E5HF150S part in our processes and services.


Part Specifications

PropertyValue
Part NumberE5HF150S
DescriptionLow temperature rise transformers feature a +220.C insulation system and temperature rise of only +80.C or +115.C under full nameplate load. The result is 13-21 percent lower operating losses compared to conventional +150.C rise units. The reduction in temperature rise also increases reliability due to a +35.C thermal reserve on +115.C rise units and a +70.C reserve on +80.C rise units. When operated as +150.C rise units, they provide a short term overload capacity of 15-30 percent.
ManufacturerSola Electric
CategoryMisc

Product Description

Low temperature rise transformers feature a +220.C insulation system and temperature rise of only +80.C or +115.C under full nameplate load. The result is 13-21 percent lower operating losses compared to conventional +150.C rise units. The reduction in temperature rise also increases reliability due to a +35.C thermal reserve on +115.C rise units and a +70.C reserve on +80.C rise units. When operated as +150.C rise units, they provide a short term overload capacity of 15-30 percent.

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