Gate of pumping station building, gate of Yangtze River Hebei Iron and Steel Company, gate of water conservancy engineering station building
Category:
building materials/door/Other doors
Model:
SK-GDM
Brand:
Sai Ke
Door body material:
Steel plate/aluminum alloy/color steel/stainless steel
Drive Type:
Electric translation/folding
Working voltage:
AC 380V/220V
wind resistance rating:
≥ Level 8
Opening speed:
0.3-0.5m/s
Surface Treatment:
Electrostatic spraying/fluorocarbon spraying
Control method:
Remote control/manual/linkage
Retail Price
10,000,000.00USD
重量
kg
- Product Description
-
Door body material Steel plate/aluminum alloy/color steel/stainless steel
Drive Type Electric translation/folding
Working voltage AC 380V/220V
wind resistance rating ≥ Level 8
Opening speed 0.3-0.5m/s
Surface Treatment Electrostatic spraying/fluorocarbon spraying
Control method Remote control/manual/linkage
Description :
The gate of the pump station building is a heavy-duty entrance and exit protection facility designed specifically for water conservancy pump stations, sewage treatment plants, and industrial plants. This type of product mainly solves the problems of closed access channels for large equipment, regional security isolation, and durability in harsh environments. Typical working conditions include outdoor environments that are humid, dusty, or contain corrosive gases, requiring the door to have extremely high structural strength and sealing performance. As an important component of pump station infrastructure, it not only undertakes the daily traffic function for personnel and vehicles, but also needs to provide reliable physical barriers in emergency situations to ensure the safe operation of core electromechanical equipment in the station and prevent unauthorized external intrusion.
This type of industrial electric gate is usually made of high-strength aluminum alloy, color steel plate or stainless steel material, and the surface is treated with electrostatic spraying or fluorocarbon spraying to enhance corrosion resistance and weather resistance. The door structure is mostly designed as a frame or panel, with polyurethane foam material filled inside to enhance insulation and sound insulation effects. The drive system is equipped with high-power AC motors or DC brushless motors, coupled with precision gear rack or chain transmission mechanisms, to ensure smooth operation. The implementation standard shall comply with GB/T 8478-2020 "Aluminum Alloy Doors and Windows" or relevant industrial door technical specifications, with wind, water, and dust resistance levels, and a common protection level of IP54 or above, suitable for all-weather outdoor operations.
When selecting, it is important to consider the size of the entrance of the pump station building, the frequency of traffic, and the surrounding environmental conditions. For entrances and exits with large spans, it is recommended to choose segmented sliding doors or folding doors to reduce the demand for lateral space; If the wind pressure is high in an area, the stiffness of the door frame should be strengthened and wind resistant ribs should be added. Compared with ordinary civilian rolling shutter doors, pump station dedicated doors pay more attention to impact resistance and long-term stability, and are not suitable for indoor office spaces with extremely high requirements for quietness. When purchasing, it is necessary to clarify the voltage specifications (usually 380V three-phase power or 220V single-phase power), opening speed requirements, and whether intelligent modules such as access control systems, radar sensing, or remote control centers need to be integrated.
During the installation process, it is necessary to ensure that the horizontal and vertical errors of the track are controlled within millimeters, and the strength of the foundation concrete needs to meet the load-bearing requirements to prevent sinking and deformation after long-term use. Daily maintenance recommendations include regularly checking the motor lubrication level, cleaning track debris, checking belt or chain tension, and conducting insulation tests on electrical circuits. Common faults include motor overheating protection startup, limit switch failure, or remote control signal interference, which can be resolved by resetting the controller, adjusting the position of the limit switch, or replacing the battery. A reasonable service life can reach 10-15 years, and regular maintenance can significantly extend the service life of components, reduce the risk of sudden shutdown, and ensure the continuous and stable operation of the pump station.
AfterSalesService :
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