M-LN-120 condenser

The M-LN-120 condenser device is a compressor type condenser designed and produced specifically for various analytical instruments used in industrial process control and environmental online detection of gas components (NOx, SO2, CO, CO2, etc.). It utilizes the principle of compressor refrigeration, and through a specially designed heat exchanger, fully cools the high-temperature and humid sample gas in the heat exchanger, causing the humid and hot gas to condense into a liquid state and rapidly dehydrate the sample gas, providing dry and complete sample gas for online gas analysis instruments, fundamentally avoiding the damage of corrosive gas condensation in humid sample gas to analysis instruments.

Function Tips

This dryer is used to reduce the dew point of humid sample gas and only allows the use of filtered gas. Additionally, please note that the gas flow rate and dew point at the gas inlet should not exceed the specifications of this dryer.

Wall mounted installation, compact size, exquisite appearance.

Reliable design, using a compressor for refrigeration and cooling, a specially designed heat exchanger for cooling the sample gas, ensuring uninterrupted operation of the compressor and avoiding the impact of frequent start-up on its lifespan.

Dual channel dehydration, the sample gas is cooled and dehydrated again after primary cooling to ensure high dehydration efficiency, with a dehydration efficiency of up to 97%.

High precision control, using energy neutralization control theory and intelligent PID to regulate the temperature of the heat exchanger, keeping the temperature of the heat exchanger constant at the set temperature with a control error of ± 0.2 ℃.

Fault alarm output: When the temperature of the heat exchanger exceeds the set value, an alarm signal is output to protect the analytical instrument.

Environmentally friendly and pollution-free, the compressor refrigerant uses R134a, which has no pollution to atmospheric ozone, is green and environmentally friendly, and has good refrigeration effect.