PH1500AJ

Description

The HPS Imperator PH1500AJ is a high-performance 1.5 KVA transformer, crafted to excel in demanding industrial settings where high in-rush currents are common. This 600 volts transformer is particularly well-suited for applications involving relays, solenoids, and magnetic motor starters. Its design incorporates advanced insulation systems and high-quality materials to ensure reliable operation and adherence to rigorous UL and CE standards.

The HPS Imperator PH1500AJ is a high-performance, 1.5 KVA industrial control transformer designed for demanding applications with high in-rush currents, such as relays, solenoids, and magnetic motor starters.

Key Features of HPS PH1500AJ Dry Type Transformer:

• Constructed with high quality silicon steel laminations that provide optimum performance and reliability.
• Encapsulated coils encased in a custom injection molded cover, protect coils and terminations from moisture, dirt and other industrial airborne contaminants.
• Mounting feet made of heavy steel and welded or bolted to the core, these mounting feet provide superior strength in a compact design.
• Combination slot/Philips #6 screw, complete with SEMS washer termination.
• Optional finger safe terminal covers available on all units.
• Terminal connection numbers molded into terminal block and correspond to nameplate and wiring diagrams, make connecting the HPS Imperator quick and simple.
• SEMS washer allows for easy connection of supply or load wires with or without terminal connectors.
• Innovative terminal block design provides for easy hook-up and installation of fuse clip.
• Custom injection molded coil cover with its unique ""fin shaped"" design combine superior cooling properties with a clean, bold look.
• 600, 575, 550 V primary volt.
• 120 x 240, 115 x 230, 110 x 220 V secondary volt.
• Encapsulated copper wound coils encased in a custom injection molded cover.
• Secondary fuse clips, fuse clip mounting screws and primary and secondary voltage links/jumpers supplied with transformers.
• 40 deg C maximum.