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Product Detailed Parameters
- Description:PWR XFMR LAMINATED 1.5VA TH
- Series:Single Primary
- Mfr:Triad Magnetics
- Package:Box
- Type:Laminated Core
- Voltage - Primary:115V, 230V
- Voltage - Secondary (Full Load):Parallel 115V, Series 230V
- Current - Output (Max):Parallel 13mA, Series 6.5mA
- Primary Winding(s):Dual
- Secondary Winding(s):Dual
- Center Tap:No
- Power - Max:1.5VA
- Mounting Type:Through Hole
- Termination Style:PC Pin
- Size / Dimension:34.93mm L x 28.58mm W
- Height - Seated (Max):28.58mm
- Voltage - Isolation:1500Vrms
- Weight:0.25 lb (113.4 g)
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Overview
The Triad Magnetics F-367P is a laminated core power transformer designed for industrial automation and servo applications. It features dual primary windings supporting 115VAC or 230VAC input configurations via parallel or series connection. The secondary output provides 230VCT at 6.5mA. Rated at 1.5VA with 1500Vrms isolation, it utilizes PC pin through-hole termination for PCB mounting.
Feature Summary
- Servo power transformer construction
- Dual primary winding flexibility
- High voltage isolation capability
Applications
- Industrial automation systems
- Servo drive circuits
- Control and instrumentation equipment
Procurement Notes
Verify the specific datasheet version to confirm terminal configuration and insulation class. Ensure the application requires the exact 1.5VA rating and 230VCT secondary output. Confirm PCB footprint compatibility with the PC pin termination style before integration into the design.
Selection Notes
Select this component when high isolation and compact PCB mounting are required for low-power servo control. The dual primary design allows global voltage adaptability. Verify thermal requirements against the Class B insulation limit for continuous operation in enclosed environments.
Part Context
This model belongs to the Triad Magnetics industrial power transformer lineup. It serves as a specialized solution for servo and automation sectors requiring reliable galvanic isolation. The laminated core design ensures efficient performance at standard line frequencies.
Replacement Considerations
No public confirmed substitute part numbers are available in the provided documentation. Cross-reference electrical parameters such as VA rating, isolation voltage, and pinout geometry when evaluating alternative components from other manufacturers.
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