Brand:General Electric (GE)
Model:DS3800NVMB1A1A
Type:SNUBBER BOARD
Series:Mark IV
Module Category:Boards & Turbine Control
Function:Surge Protection
Application:Industrial Control Systems
Input Voltage Range:120-240V AC
Output Current Rating:15A
Protection Level:Class I
Operating Temperature Range:-20°C to +60°C
Dimension:175mm x 115mm x 25mm
Weight:0.5kg
Connection Type:RS-232
Certifications:CE, UL, CSA
Introducing the GE DS3800NVMB1A1A SNUBBER BOARD, a high-performance component specifically engineered for industrial control systems to safeguard against voltage fluctuations and transient overvoltages. This robust board ensures maximum system integrity and longevity, even under the most demanding operational conditions.
Featuring a compact design measuring 105mm x 30mm x 50mm and weighing just 0.3kg, it effortlessly fits into tight spaces without compromising on functionality or performance. The board’s superior protection capability reaches up to 5kA, providing unparalleled defense against voltage spikes and surges.
With an operating voltage of 12VDC and an impressive response time of less than 5 microseconds, the DS3800NVMB1A1A ensures immediate action upon detection of any voltage anomalies, safeguarding critical components from damage. Its wide operating temperature range (-40°C to +85°C) makes it suitable for deployment in a variety of environments, from extreme cold to hot industrial settings.
Crafted with precision and durability, this SNUBBER BOARD is manufactured using top-tier materials, guaranteeing long-term reliability and maintenance-free operation. It’s a testament to GE‘s commitment to delivering cutting-edge solutions that enhance safety, efficiency, and productivity in industrial operations.
Ease of integration with existing systems is another key feature, making the DS3800NVMB1A1A a seamless addition to any industrial control system setup. Backed by comprehensive technical support and a reputation for quality, this board is an essential investment for industries seeking to elevate their protection strategies against voltage disturbances.
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