EXPLOSION PROOF ELECTRIC PUMP
Model: WDTD-60-EX
Ex mark: Ex dl IB T4 Gb
Rated Voltage: 220V
Rated Power: 550W
Suction head lift: 2m
Flow: 60L/min
Oil Pump Basics:
An oil pump is a mechanical device designed to move oil or other viscous fluids through a system under pressure. It typically consists of a rotating element (such as a gear, vane, or piston) that is driven by an external power source (like an electric motor or engine). The pump's primary function is to provide the necessary pressure and flow rate to ensure proper lubrication, cooling, or hydraulic power in various industrial, automotive, and machinery applications.
OGM Flowmeter Overview:
The OGM flowmeter, on the other hand, stands for Optical Gas Monitoring flowmeter. This type of flowmeter utilizes optical sensors to detect and measure the presence, concentration, or flow rate of gases in a fluid stream. It is particularly useful in applications where traditional flowmeters might struggle to accurately measure fluids containing dissolved or entrained gases, or where monitoring specific gas emissions is essential for environmental compliance or process control.
Integration of Oil Pump with OGM Flowmeter:
Combining an oil pump with an OGM flowmeter creates a highly advanced fluid handling system capable of precise flow control and gas emission monitoring simultaneously. This setup allows operators to:
Accurately Measure Fluid Flow: The flowmeter continuously monitors the volume or mass flow rate of the oil, providing real-time data for process optimization and efficiency monitoring.
Detect and Monitor Gas Emissions: The OGM technology enables the system to detect and quantify the presence of gases within the oil stream, such as air bubbles or dissolved gases. This is crucial for maintaining fluid quality, preventing cavitation in pumps, and complying with environmental regulations.
Enhance Safety and Reliability: By continuously monitoring both fluid flow and gas emissions, the system can detect potential issues early on, reducing the risk of equipment damage, downtime, and environmental incidents.
Facilitate Process Automation: The integration of sensors and flowmeters enables seamless integration with automation systems, allowing for remote monitoring, control, and optimization of the fluid handling process.