The GHE40L Power Supply Unit (PSU) from GATRIEBABAU NORD GmbH & Co KG is a robust solution for motor brake applications. With its adaptable input and output voltage ranges, this PSU is engineered to perform reliably in diverse industrial settings. Its durable yellow plastic casing and modular design ensure seamless integration into existing systems.
Technical specifications
Feature | Specification | Benefit |
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Input Voltage Range | 200-10% to 480+10% VAC | Versatility for fluctuating power sources |
Output Voltage Range | 90VDC to 215VDC | Flexibility for different load requirements |
Current Output | 2.0A at 40°C, 1.0A at 75°C | Handles moderate to high currents based on temperature |
Temperature Range | -20°C to 75°C | Suitable for varied industrial environments |
Material and Style | Yellow plastic casing | Durable and easy to handle |
Customization guide
Adjust the input voltage to match specific power sources and modify the output voltage to meet particular load needs. Customize current output by choosing the appropriate ambient temperature setting for optimal performance.
Get inspired
With the GHE40L PSU, you can ensure reliable power management in challenging industrial scenarios, thanks to its wide-ranging voltage adaptability and robust construction.
Choose your model
Parameter | Base Model | Advanced Model | Pro Model |
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Input Voltage Range | Standard | +15% Range | +30% Range* |
Output Voltage Range | Basic | Enhanced | Premium |
Current Output | Standard | +15% Capacity | +30% Capacity* |
Supplier's note
The GHE40L PSU's input voltage range is a significant technical breakthrough, allowing for seamless operation across variable voltage conditions. Its adjustable output voltage is another major advancement, offering tailored load management. The Pro model's current output capability, exceeding industry standards by 30%, ensures high efficiency in high-temperature environments.
For users needing robust power supply solutions, the Pro version is optimal, especially in harsh industrial settings where stable and efficient power delivery is critical. With its enhanced voltage adaptability, it guarantees performance superiority.