SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The SolaHD HSP10F3AS is a single-phase encapsulated automation transformer with a 3 kVA power rating. It features a 600 VAC primary winding and dual secondary voltage options of 120 VAC or 240 VAC, corresponding to current ratings of 25 A and 12.5 A respectively. Designed for chassis mounting, this unit operates at 60 Hz and meets NEMA Type 3R enclosure standards. The construction utilizes stainless steel components, ensuring durability in industrial environments while providing reliable electrical isolation and voltage transformation capabilities.
Verify the specific secondary voltage requirement (120V or 240V) against the load specifications before procurement. Confirm that the chassis mounting dimensions align with the installation panel. Ensure the operating environment temperature range falls within the transformer's thermal limits. Check for any specific certification requirements such as UL or CSA listings relevant to the final application region.
Select this model when a robust, encapsulated transformer is required for single-phase 600V systems. The choice depends on the need for high inrush current handling typical of automation loads. Consider the physical size constraints due to the encapsulated housing. Evaluate if the NEMA 3R rating is necessary for the installation location to justify the stainless steel construction over standard alternatives.
This component belongs to the SolaHD HSP series of non-ventilated automation transformers. The series is characterized by encapsulated windings and heavy-duty construction designed for demanding industrial settings. The HSP10F3AS represents a specific capacity variant within this line, offering standardized voltage configurations for common industrial control applications.
Direct replacements must match the 3 kVA rating, 600V primary, and 120/240V secondary outputs. Verify mechanical mounting hole patterns and overall envelope dimensions. Ensure the replacement unit maintains equivalent insulation class and thermal performance characteristics to prevent overheating in enclosed spaces.