Call: 08045479911
Send Inquiry
Send InquirySiemens Sitor Fuse Semiconductor Fuse 3ne, 3nc
Siemens Sitor Fuse Semiconductor Fuse 3ne, 3nc Specification
- Insulation Material
- Ceramic
- Surface Finish
- Smooth, Industrial Grade
- Feature
- Fast Acting, High Breaking Capacity
- Shape
- Rectangular
- Mounting Type
- Panel/Holder Mount
- Connector Type
- Bolt-On Terminal
- IP Rating
- IP20
- Operating Temperature
- -5C to +40C
- Humidity %
- Up to 95% RH (non-condensing)
- Efficiency
- Up to 99%
- Overheating Protection
- Integrated
- Power Factor
- 1
- Product Type
- Semiconductor Fuse
- Application
- Protection of Power Semiconductors
- Protection Level
- High
- Frequency (MHz)
- 50/60 Hz
- Rated Voltage
- 690 V AC
- Energy Consumption
- Low
- Output Type
- Fuse Output
- Color
- White / Metallic
- Dimension (L*W*H)
- 88 x 36 x 36 mm
- Weight
- 480 g
- Size
- Standard
- Phase
- Single Phase
- Input Voltage
- 690 V
- Connection Type
- Bolt Type
- No Of Poles
- Single Pole
- Material
- Ceramic & Metal
- Arc Quenching Medium
- Quartz Sand
- Compliance Standards
- IEC 60269-4, VDE 0636
- Breaking Capacity
- 120 kA
- Response Time
- Ultra Fast
- Current Ratings Available
- 10A to 630A (varies by sub-model)
- Model Series
- 3NE, 3NC
- Indication
- With or without built-in indicator
- Fuse Element Material
- Silver
About Siemens Sitor Fuse Semiconductor Fuse 3ne, 3nc
Take advantage of our exclusive Clearance and Hot deal offers on Siemens Sitor Fuse Semiconductor Fuse 3NE, 3NC seriesengineered for premier protection of power semiconductors. With a superior breaking capacity of 120 kA, these remarked fuses adhere to IEC 60269-4 and VDE 0636 standards. Available in a wide range of current ratings (10A630A), each model boasts efficient, ultra-fast response times and low energy consumption. The advanced bolt-type connection, robust ceramic-metal build, smooth finish, and integrated overheating protection underscore its industrial-grade quality. Hurry for this Markdown opportunitytop performance, marked safety, minimal energy loss!
Superior Application Versatility and Competitive Edge
Siemens Sitor Fuse 3NE and 3NC models are premier solutions for power semiconductor protection across diverse industrial facilities. Designed for single-phase systems, their fast-acting functionality and robust insulation offer distinct advantages over conventional fuses. Their high breaking capacity and ultra-fast response make them uniquely qualified for environments needing reliable and efficient protection. Secure your sites assets with this highly efficient, smoothly finished industrial-grade fuse, built for demanding operational settings.
FOB Port, Proposal, and Exchange Certifications
Each Siemens Sitor Fuse 3NE, 3NC is available for shipment from prominent Indian FOB ports. Orders are securely packaged to preserve product integrity during transportation. The proposal amount includes standard export packaging and can be optimized for bulk purchase. Internationally recognized certificationsIEC 60269-4 and VDE 0636provide confidence for global exchange transactions. Choose Siemens for assured compliance, swift delivery, and seamless exchange processes tailored to your projects needs.
Superior Application Versatility and Competitive Edge
Siemens Sitor Fuse 3NE and 3NC models are premier solutions for power semiconductor protection across diverse industrial facilities. Designed for single-phase systems, their fast-acting functionality and robust insulation offer distinct advantages over conventional fuses. Their high breaking capacity and ultra-fast response make them uniquely qualified for environments needing reliable and efficient protection. Secure your sites assets with this highly efficient, smoothly finished industrial-grade fuse, built for demanding operational settings.
FOB Port, Proposal, and Exchange Certifications
Each Siemens Sitor Fuse 3NE, 3NC is available for shipment from prominent Indian FOB ports. Orders are securely packaged to preserve product integrity during transportation. The proposal amount includes standard export packaging and can be optimized for bulk purchase. Internationally recognized certificationsIEC 60269-4 and VDE 0636provide confidence for global exchange transactions. Choose Siemens for assured compliance, swift delivery, and seamless exchange processes tailored to your projects needs.
FAQs of Siemens Sitor Fuse Semiconductor Fuse 3ne, 3nc:
Q: How does the Siemens Sitor Fuse 3NE/3NC ensure superior protection for power semiconductors?
A: These fuses offer high breaking capacity (120 kA) and ultra-fast response, reducing the risk of damage to sensitive semiconductor equipment during faults.Q: What are the available current ratings for the Siemens Sitor Fuse semiconductor series?
A: Current ratings range from 10A to 630A, allowing you to select the most appropriate model for your specific application needs.Q: Where can these fuses be installed, and what connection types are supported?
A: Designed for panel or holder mounting, the fuses use robust bolt-on terminals for secure installation in power distribution and industrial sites.Q: What are the key competitive advantages of the Siemens Sitor Fuse 3NE/3NC?
A: They feature industrial-grade construction, high efficiency (up to 99%), ultra-fast acting elements, superior insulation, low energy loss, and smooth surface finish.Q: What kind of packaging and certification can I expect with my order?
A: Each order is professionally packaged for safe transportation and comes with IEC 60269-4 and VDE 0636 certifications, ensuring international compliance.Q: When should I consider replacing a Siemens Sitor Fuse?
A: Replace the fuse immediately if it has blown or if the built-in indicator (if equipped) signals failure to maintain optimal circuit protection.
Tell us about your requirement
Price:
Quantity
Select Unit
- 50
- 100
- 200
- 250
- 500
- 1000+
Additional detail
Mobile number
Email
Contact Details
UNIMAX TRADERS
GST : 19ABIPV3987C1Z3
- NO. 49, EZRA STREET,Kolkata - 700001, West Bengal, India
- Phone :08045479911
Send Inquiry
Developed and Managed by Infocom Network Private Limited.
