Repair Power Plant SGI Two Stage Automatic Vacuum System
Repair Power Plant SGI Two Stage Automatic Vacuum System Specification
- Max Suction
- -0.097MPa
- Head Size
- Up to 72 meters
- Inlet/Outlet
- DN50 / DN40
- Flow Rate
- 20-100 m3/h
- Noise Level
- 75 dB
- Mounting Type
- Floor Mounted
- Discharge Pressure
- Up to 2.5 MPa
- Control System
- Automatic Digital Control
- Features
- Corrosion-resistant, Energy Efficient, Continuous Operation
- Theory
- Two Stage Automatic Vacuum, Two Stage Automatic Vacuum
- Caliber
- DN50
- Frequency
- 50/60 Hz
- Speed
- 1450-2900 RPM
- Fuel Tank Capacity
- N/A - Electric Drive
- Working Temperature
- 0-80C
- Voltage
- 380V/415V
- Material
- Stainless Steel/ Cast Iron
- Structure
- Vertical Split Casing, Portable Skid Mounted
- Power
- 4-7.5 kW, 3.7 kW
- Standard
- SGI Industrial Standard
- Fuel Type
- Electric, Electric
- Pressure
- 0.6-2.5 MPa, -0.098 MPa
- Usage
- Repair Power Plant, Industrial Applications, Power Plant Vacuum Repair
- Application
- Power Plant Maintenance, Process Industry, Power Plant, Industrial Equipment Maintenance
- Suction Type
- Vacuum Suction
- Seals Type
- Mechanical Seal
- Priming
- Automatic
- Pump Type
- Two Stage Vacuum Pump, Rotary Vane Pump
- Capacity
- Customizable
- Compatible Medium
- Clean air, non-corrosive gases
- Installation
- Plug and Operate
- Cooling Method
- Air Cooled
- Connection
- Flanged
- Service Support
- Available Onsite and Remote
- Compliance
- CE Certified
- Weight
- 265 kg
- Display
- Digital Pressure and Vacuum Meters
- Dimensions (LxWxH)
- 1200 mm x 600 mm x 1100 mm
- Operating Humidity
- 95% RH non-condensing
- Protection Class
- IP54
- Vacuum Gauge
- Included
Repair Power Plant SGI Two Stage Automatic Vacuum System Trade Information
- Minimum Order Quantity
- 1 Unit
- Main Domestic Market
- Gujarat
About Repair Power Plant SGI Two Stage Automatic Vacuum System
This system is designed for the comprehensive repair and maintenance of SGI Two-Stage Automatic Vacuum Systems specifically used in power plants. It addresses critical issues such as leaks, component wear, and automation failures, ensuring optimal performance and reliability. The repair process involves thorough diagnostics, precision component replacement, recalibration of automatic controls, and rigorous testing to meet operational standards. By restoring the vacuum system's efficiency, this service helps power plants maintain consistent operations, reduce energy consumption, and prevent costly downtime associated with vacuum system malfunctions. It's a specialized solution for critical infrastructure.Advanced Vacuum Technology for Power Plants
This SGI Two Stage Automatic Vacuum System incorporates rotary vane pumps, digital controls, and a mechanical seal to deliver reliable vacuum suction and pressure. With a maximum suction of -0.097MPa and customizable flow rates up to 100 m3/h, it supports diverse industrial applications efficiently.
Durable Construction and Safety Certified
Constructed with corrosion-resistant stainless steel and cast iron, the system meets SGI and CE standards for quality and safety. Its IP54-rated enclosure and digital display protection ensure secure, continuous operation even in high humidity (up to 95% RH, non-condensing).
Simple Setup and Comprehensive Support
Installation is effortless thanks to the portable skid-mounted structure and flanged connections. The plug-and-operate design minimizes downtime, while onsite and remote service options provide ongoing technical support and maintenance to keep your system running smoothly.
FAQ's of Repair Power Plant SGI Two Stage Automatic Vacuum System:
Q: How is the SGI Two Stage Automatic Vacuum System installed and operationalized?
A: The system is designed for straightforward installation with plug-and-operate functionality. Simply connect the flanged inlets/outlets (DN50/DN40), hook up to a compatible electric supply (380V/415V, 50/60Hz), and use the digital display to monitor pressure and vacuum. No special tools or complex setup are required.Q: What types of gases or mediums can this vacuum system handle?
A: The vacuum system is compatible with clean air and non-corrosive gases, making it ideal for power plant repair and a broad range of industrial maintenance applications where non-corrosive environments are present.Q: When is it beneficial to use this vacuum system in a power plant?
A: This system is particularly useful during maintenance, repair, and routine process operations in power plants when reliable vacuum generation is needed for equipment servicing, cleaning, or process optimization. Continuous operation capability ensures minimal downtime.Q: Where is supporting service available for this vacuum system?
A: Comprehensive service support is available both onsite and remotely. Whether troubleshooting, maintenance, or technical advice is needed, support can be accessed at your facility or via remote consultation.Q: What are the main benefits of using this vacuum system over conventional models?
A: Key advantages include energy efficiency, corrosion-resistant build, digital monitoring for accuracy, continuous operation, and compliance with CE and SGI standards. Its portable, skid-mounted design also allows easy relocation and installation.Q: How does the automatic priming feature work in this system?
A: Automatic priming ensures the pump is always ready for operation without manual intervention. It initiates the priming process as soon as the system detects operational requirements, maintaining efficient vacuum suction and preventing dry runs.




Price:
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