The Anti-corrosion Type Ball Float Liquid Water Level Sensor is a robust and reliable sensor designed to detect and control liquid levels in corrosive environments. With a maximum switching voltage of 110VDC and a current capacity of 10A, this float sensor is suitable for high-demand applications. Its anti-corrosion material ensures durability and long-term performance, even in harsh chemical or saline environments. This sensor is perfect for industrial, marine, and chemical processing applications where precise and reliable liquid level detection is critical.
- Anti-corrosion Material: Resistant to chemical and saline environments, ensuring long-lasting performance.
- High Switching Voltage: Supports a maximum voltage of 110VDC, suitable for demanding applications.
- High Current Capacity: Handles up to 10A, making it ideal for controlling large systems.
- Reliable Detection: Provides accurate and consistent liquid level monitoring and control.
- Wide Application Range: Compatible with various liquids, including corrosive and saline solutions.
Anti-corrosion Type Ball Float Liquid Water Level Sensor Switching Voltage Max 110VDC 10A Specifications
- Material: Anti-corrosion material
- Switching Voltage: Max 110VDC
- Current Capacity: 10A
- Liquid Compatibility: Corrosive and non-corrosive liquids
- Operating Temperature: Designed for harsh environmental conditions
- Installation: Vertical or horizontal mounting options
Anti-corrosion Type Ball Float Liquid Water Level Sensor Switching Voltage Max 110VDC 10A Applications
- Chemical Processing: Monitors liquid levels in chemical tanks, ensuring safe and efficient operations.
- Marine Applications: Ideal for use in saline environments, such as ballast tanks and bilge systems.
- Industrial Automation: Controls liquid levels in industrial tanks and reservoirs with high reliability.
- Water Treatment Plants: Ensures precise liquid level monitoring in corrosive environments.
- Oil and Gas Industry: Suitable for detecting liquid levels in tanks and pipelines exposed to harsh chemicals.