Description
110VA Universal Step Down Voltage Converter Transformer
Power up your LED, fluorescent, or HID lighting with the versatile Espen VETR480/277-110VA Step Down Transformer. This compact, non-isolated autotransformer seamlessly converts high voltage (480V/347V) to lower voltage (277V/240V) needed for optimal performance and efficiency.
Key Features:
- Universal Voltage: Handles both 480V and 347V input, making it ideal for a variety of applications.
- 60VA Output: Powers a wide range of lighting fixtures with ease.
- UL Listed: Ensures safety and compliance for LED, fluorescent, and HID installations.
- Thermally Protected: Features an auto-resetting thermal protector for peace of mind.
- Low Profile Design: Fits easily into tight spaces and maintains a clean aesthetic.
- 5-Year Warranty: Backed by Espen's commitment to quality and reliability.
Ideal Applications:
- Commercial Buildings: Offices, warehouses, retail stores, restaurants.
- Industrial Facilities: Factories, workshops, manufacturing plants.
- Institutional Settings: Schools, hospitals, government buildings.
- Anywhere Requiring 277V/240V Lighting: Convert high voltage power to power your existing fixtures.
Upgrade your lighting system with the Espen VETR480/277-110VA Step Down Transformer and experience the benefits of reliable, efficient power conversion!
Specifications:
- Type: Non-isolated autotransformer
- Input Voltage: 480V/347V
- Output Voltage: 277V/240V
- Output Power: 110VA
- Power Factor: 0.95
- THD (Primary Lamp Type): 10%
- Max Case Temperature: 105°C
- Features: UL listed, thermally protected, low profile, 5-year warranty
- Applications: LED, fluorescent, HID lighting
- Ideal for: Commercial buildings, industrial facilities, schools, hospitals
- Order Code: VETR480/277-110VA
Why do we use VA instead of Watts when setting Step-Down Transformer loads?
The power in watts is the real power drawn by the equipment. Volt-Amps (VA) are called the "apparent power· and is the product of the voltage applied to the equipment times the current drawn by the equipment. -Use one of these formulas to determine the missing quantity: Watts= VA *Power factor or VA= Watts/Power Factor
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