
GE 9T58R0050 Transformer - 1PH 0.5KVA 440-480V to 120V
Reliable Power Conversion with GE 9T58R0050 Transformer The General Electric GE 9T58R0050 Transformer provides dependable power conversion for a variety of industrial and commercial applications. Designed for durability and efficiency, this transformer ensures a stable and reliable power supply. ...
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Overview
Reliable Power Conversion with GE 9T58R0050 Transformer
The General Electric GE 9T58R0050 Transformer provides dependable power conversion for a variety of industrial and commercial applications. Designed for durability and efficiency, this transformer ensures a stable and reliable power supply.
Specifications:
- Brand: GE (General Electric)
- Model: 9T58R0050
- Type: Transformer
- Phase: 1PH
- Power: 0.5 KVA
- Primary Voltage: 440/460/480V-AC
- Secondary Voltage: 120V-AC
Key Features
Phase: 1PH
Power: 0.5 KVA
Primary Voltage: 440 V-AC, 460 V-AC, 480 V-AC
Secondary Voltage: 110 V-AC, 115 V-AC, 120 V-AC
Specifications
Pros & Cons
👍 Pros
- Provides single-phase power conversion, making it suitable for specific industrial and commercial applications
- Offers a substantial 0.5 KVA power capacity, capable of handling moderate loads for various equipment
- Designed for versatile primary voltage inputs, accepting 440 V-AC, 460 V-AC, and 480 V-AC for broad compatibility
- Delivers consistent secondary voltage outputs of 110 V-AC, 115 V-AC, and 120 V-AC to power standard devices
- Manufactured by GE, a brand recognized for its long history in electrical and industrial equipment, suggesting reliability
👎 Cons
- Specifically designed for single-phase power, which limits its application in three-phase systems
- The 0.5 KVA power rating might be insufficient for very heavy-duty machinery or large commercial installations
- Requires specific primary voltage inputs (440-480V AC), meaning it is not universally compatible with all power grids
- Output voltages are limited to 110-120V AC, which may not suit devices requiring different voltage standards
- Detailed efficiency ratings or cooling methods are not provided, which could be important for energy-conscious installations