Vacuum cup board Specification
- Features
- Corrosion Resistant, Easy Installation, Sturdy Construction
- Rated Insulation Voltage
- 660V
- Way
- Double Door, Multiple Way
- Panel Type
- Distribution Panel
- Cooling System
- Natural Air Cooling
- Rated Operation Voltage
- 230V / 415V AC
- Cover Material
- Transparent/Sheet Steel Door
- Cabinet Material
- Mild Steel
- Operating Voltage
- 230-415V
- Components
- MCB, MCCB, Busbars, Terminal Strips, Neutral Links
- Connectivity Type
- Hardwired
- Surface Finish
- Smooth Powder Coated Finish
- Rated Voltage
- 230V / 415V
- Maximum Output Current
- 32A
- Dimension (L*W*H)
- 600 mm x 400 mm x 200 mm
- Application
- Industrial Electrical Distribution
- Operating Temperature Range
- -10C to +55C
- Window Type
- Observation Window (Optional)
- Number of Phases
- Three Phase / Single Phase
- Busbar Material
- Electrolytic Copper
- Mounting Type
- Wall Mounted / Floor Mounted
- Finish Type
- Epoxy Polyester Powder Coated
- Door Type
- Double Door with Lock and Key
Vacuum cup board Trade Information
- Minimum Order Quantity
- 100 Pieces
- Supply Ability
- 1000 Pieces Per Week
About Vacuum cup board
The Vacuum Cup Board is a specially designed electronic control system that regulates the functions of vacuum cups or suction-based devices used in industrial and domestic applications. It manages power distribution, suction control, and operational timing to ensure stable performance and energy efficiency. Built with advanced circuit design, the board provides precise control over the vacuum pump, ensuring consistent suction power and reliable handling of materials or objects. Safety features are integrated to protect against overload, short circuits, and overheating, which enhances durability and long service life. The compact design makes it easy to install within different equipment, while user-friendly interfaces allow simple operation and monitoring. Ideal for packaging machines, automation systems, and lifting devices, the vacuum cup board ensures smooth operation, reduced downtime, and cost-effective performance. Its robust construction and reliable functionality make it a critical component in modern suction-based technology and automation equipment.