
GE GE332MV-H 3-Lamp Electronic Ballast - T8, 120-277V
General Electric GE332MV-H: Reliable Electronic Ballast for T8 Lighting SystemsThe General Electric GE332MV-H is a reliable electronic ballast designed for T8 lighting systems. This ballast provides efficient and consistent power to your fluorescent lamps, ensuring optimal performance and energy ...
*Price sourced from Amazon.com. Last updated:Jul 14, 2026.Price and availability are subject to change.
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Overview
General Electric GE332MV-H: Reliable Electronic Ballast for T8 Lighting Systems
The General Electric GE332MV-H is a reliable electronic ballast designed for T8 lighting systems. This ballast provides efficient and consistent power to your fluorescent lamps, ensuring optimal performance and energy savings. Suitable for a variety of commercial and industrial lighting applications.
- Lamps: 3-Lamp
- Lamp Type: T8
- Voltage: 120-277V
- Frequency: 50/60HZ
Key Features
3-Lamp
Multi-Volt Proline High Performance Electronic Ballast
T8
120-277V, 50/60 Hz
Class P, Outdoor Type 1
Specifications
Pros & Cons
👍 Pros
- Supports up to three T8 lamps, providing a solution for multi-lamp lighting fixtures.
- Multi-Volt Proline design allows for operation with a wide voltage range of 120-277V, increasing versatility.
- Electronic ballast type offers potentially more energy-efficient operation compared to magnetic ballasts.
- Rated for 50/60 Hz, suitable for use in various electrical power standards.
- Designed as Class P and Outdoor Type 1, indicating safety and suitability for certain environmental conditions.
👎 Cons
- Specifically for T8 lamps, limiting its compatibility with other fluorescent lamp types.
- As an electronic ballast, it may be susceptible to issues like electromagnetic interference (EMI) if not properly shielded.
- Does not specify any dimming capabilities, suggesting it might be a standard on/off ballast.
- While "Outdoor Type 1" is mentioned, detailed environmental operating conditions (e.g., temperature range) are not provided.
- The term "High Performance" is subjective and not backed by specific performance metrics like ballast factor or efficiency ratings.