High Pressure Hydraulic Chemical Brass Flapper Type Flow Switch
Production Description
Flow Switch Working Principle
Flow Detection:
- Mechanical Flow Switch: In a mechanical flow switch, a paddle or vane is placed inside the pipe where fluid flows. When fluid flows through the pipe, it pushes against the paddle, causing it to move.
- Electronic Flow Switch: In electronic flow switches, sensors such as ultrasonic, magnetic, or thermal sensors detect the flow without any moving parts.
Switch Activation:
- When the fluid flow reaches a certain threshold, the movement of the paddle (in a mechanical switch) or the sensor detection (in an electronic switch) causes the switch mechanism to change state. This could mean closing or opening an electrical circuit.
- If the flow stops or drops below the set threshold, the switch mechanism will revert to its original state.
Triggering an Action:
- The change in the switch mechanism triggers an action, such as sending an alert, turning on a pump, or shutting down equipment to prevent damage.
Feedback and Control:
- Some flow switches provide feedback to a control system, allowing for automated adjustments to the system based on real-time flow conditions.
Basic Components:
Sensing Element: This is the part of the switch that interacts with the fluid flow. It can be a paddle, vane, or sensor depending on the type of flow switch.
Switch Mechanism: The internal mechanism that changes state (e.g., opening or closing a circuit) when the sensing element detects flow or a lack of flow.
Output Signal: The action triggered by the switch, such as activating an alarm, shutting down equipment, or starting a pump.
Types of Flow Switches:
- Mechanical Flow Switches: Use a physical component, like a paddle or vane, to detect flow.
- Electronic Flow Switches: Use sensors, such as ultrasonic or magnetic sensors, to detect flow without moving parts.
Product Specifications Configuration
Product Name | High Pressure Hydraulic Chemical Brass Flapper Type Flow Switch | ||||
Material | Brass copper material | ||||
Connection Size | G 1/2″, DN15 | ||||
Flow Range | 3.5-12 L/Min | ||||
Contact Capacity | 50W / 220V | ||||
Introduction | Flow switch is the presence or absence of flow through the output switch control signal to the water sensor switch, the main switch signal. Divided into specific types normally open and normally closed type, in the main water control work flow monitoring role to play. Water flow switch and relay use with the usual components of the water control system, easy to use, no power is the flow switch on. | ||||
Fetures | Vertical installation, float up and down by the activities drive the permanent magnets with dry reed pipe the output signal switch | ||||
Applications | It is used in the control of water circulation, water charging and discharging, water heating, water pump switch on and off of solenoid valve, or powering on and off of water discharging for electric water heater, solar energy water heater, air condition and other water systems. | ||||
Product Technical Drawing
Applications:
- HVAC Systems: Ensuring proper flow in heating, ventilation, and air conditioning systems.
- Fire Sprinkler Systems: Detecting when water flows due to sprinkler activation, triggering alarms.
- Industrial Processes: Monitoring fluid flow in pipelines and machinery to ensure operational efficiency.
- Cooling Systems: Protecting systems from overheating by ensuring cooling fluids are circulating.
The working principle of a flow switch is based on detecting the presence or absence of flow in a system and responding to that detection by activating or deactivating an associated device or system. This ensures that equipment operates safely and efficiently based on the actual flow conditions.
Reviews
There are no reviews yet.