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The Siemens 6SE7038-6GK84-1GG0 serves as an inverter snubber module upper unit (SMU3), designed primarily for surge protection and transient suppression. It can handle a DC link voltage of up to approximately 620 volts and operates efficiently at a pulse frequency of around 2.5 kHz.
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| Manufacturer | Siemens |
|---|---|
| Product Type | Inverter Snubber Module Upper Unit (SMU3) |
| Product Line | SIMOVERT MASTERDRIVES |
| Part Number | 6SE7038-6GK84-1GG0 |
| UPC | 662643431001 |
| Weight | 0.06 lbs (0.03 kg) |
| Primary Function | Surge protection and transient suppression |
| DC Link Voltage | Up to ~620V |
| Pulse Frequency | ~2.5 kHz |
| Physical Dimensions | ~75mm x 35mm x 60mm |
| Mounting | Plug-in style |
| Cooling | Passive air convection |
| Operating Temperature | -25°C to +70°C |
| Transient Energy Handling | Absorbs surge energy |
| RC Network | Integrated resistor-capacitor circuit |
| Efficiency | Minimal power loss |
The 6SE7038-6GK84-1GG0 part from Siemens functions as an inverter snubber module upper unit (SMU3). The module's primary function is to provide surge protection and suppress transients, thereby safeguarding connected components. It can withstand a DC link voltage of up to approximately 620 volts, making it suitable for high-power applications. Operating effectively at a pulse frequency of around 2.5 kHz, this module ensures signal integrity in dynamic electrical conditions.
Compactly designed, the overall dimensions of the unit are roughly 75 mm by 35 mm by 60 mm, allowing for easy integration into tight spaces. With a weight of around 0.2 kg, it avoids adding significant load to systems where it is installed. To maintain optimal function, it utilizes passive air convection for cooling, enhancing its reliability under varied operational conditions.
This module is rated for an operating temperature range from -25°C to +70°C, ensuring suitable performance even in extreme environments. It features built-in transient energy handling capabilities, efficiently absorbing excessive surge energy that could otherwise damage sensitive electronics. The integrated resistor-capacitor (RC) network enhances its transient suppression abilities while maintaining minimal power loss, contributing to the overall efficiency of the system it protects.