EDCOR Electronics Corporation
XPWR001 - 500V@100mA CT, 6.3V@1A CT, & 5V@2A.
| Quantity Discounts | ||||
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| 10 pcs | 25 pcs | 100 pcs | 500+ pcs | |
| 5% off | 10% off | 15% off | 20% off | |
| Orders over 25 pcs may take longer. Please contact us for scheduling and dates. | ||||
| Basic Specifications | |
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Series |
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SKU Model Number/Unit Name
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XPWR001-120
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 SchematicFree Adobe Acrobat Reader can be downloaded at Adobe.com.
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 Spec SheetFree Adobe Acrobat Reader can be downloaded at Adobe.com.
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Primary Input
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Secondary Output
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Termination Such as lead wires, terminals, PCB pins, etc.
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Mounting |
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Mounting Orientation Direction of mounting.
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Mounting Hardware Coating |
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Mounting Hardware Color |
#004f7c
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| Primary (p) | |
Voltage Symbol: Ep
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120V
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Impedance Symbol: Zp
AC resistance
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1.152H
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Operational Frequency Symbol: ƒop
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Current Symbol: Ip
Maximum primary current
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0.608A
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DC Resistance Symbol: Rp
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2.975Ω
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Inductance Symbol: Lp
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1.152H
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| Secondary | |
Tube Voltage Symbol: Es
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500V
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Other Voltage(s) Symbol: Es
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6.3V and 5V
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Unloaded Voltage(s) Symbol: NL(Es)
Calculated voltage when no loaded is applied to the secondary.
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549.634V, 6.761V, and 5.408V
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Current(s) Symbol: Is
Maximum secondary current(s)
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0.100A, 1A, and 2A
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DC Resistance Symbol: Rs
DC Resistance
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80.33Ω, 0.136Ω, and 0.056Ω
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Inductance (Ls) Calculated value. Actual value may vary.
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1.152H
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| Other Specifications | |
Total Volt Amperes Symbol: VA
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Winding Configuration Type of winding pattern.
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Leakage Inductance Symbol: LI
Imperfect magnetic link of one winding to another.
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Temperature Rise Symbol: Tr
The temperature rise above the ambient temperature at rated power.
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56.07°F (13.37°C)
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Efficiency Symbol: η
The efficiency of the transfer of energy from the primary to the secondary.
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| Physical | |
Weight Symbol: Wt
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4.4 lb
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Dimensions (Width) X (Height) X (Depth)
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Dimensional Drawing (#) |
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Dimension Drawing (PDF) Free Adobe Acrobat Reader can be downloaded at Adobe.com.
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3D Model (STEP) STEP (Standard for the Exchange of Product Data), an ISO standard exchange format.
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| Material | |
Bobbin Material |
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Bobbin Flammability Rating |
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Magnet Wire |
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Coil Finish Wrapper |
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Termination |
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Core Material |
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Core Material Size |
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Core Stack Size |
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Core Stack Type |
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Secondary Insulation |
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Dielectric Strength |
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Temperature Range |
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HIPOT Primary-Secondary |
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| Compliance | |
RoHS Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment.
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REACH Registration, Evaluation, Authorization and Restriction of Chemicals in EU.
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CMRT RMI Conflict Metals Reporting Template
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GPSR The General Product Safety Regulation (GPSR) is a legislative framework established by the European Union.
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| Other | |
Country of Origin Where the product was manufactured or assembled.
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Harmonized System (HS) Code Standardized numerical system classifying traded products.
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The XPWR001 is a high-quality vacuum tube plate and filament power transformer is designed for Hi-Fi audio and guitar amplifiers.
EDCOR manufactures all transformers in their United States factory in Carlsbad, New Mexico.
Design
The primary windings are tailored to the source voltage and frequency, while the secondary windings are calculated with a loss factor to ensure the specified voltage is achieved under full load.
Materials
EDCOR sources materials and parts from other U.S. manufacturers whenever possible, ensuring all components are RoHS and REACH compliant.
The bobbins are made from injection-molded nylon 6/6 with 30%-35% glass fibers for higher heat resistance. The coils use high-quality virgin copper magnet wire for low DC resistance. The steel cores are made from M6 line grain-oriented steel laminations, finished hand-stacked for optimal core performance.
Mounting
For secure mounting, this transformer includes steel powder-coated end bells that cab be mounting with screws to the chassis (see detailed in the dimensional drawing).
Please note that some specification values are calculation and may vary from the actual values
⚠ WARNING ⚠
These electronic components are designed exclusively for indoor or enclosed environments. It is crucial to keep them away from water and moisture to prevent damage. Transformers can generate hazardous voltages and currents, so technical electrical expertise is essential for safe use.