Vertical Type Radiator LT & HT For Mitsubishi Gas Engine Cooling

Vertical type radiators are a preferred cooling solution for Mitsubishi gas engines, offering robust performance and efficient heat rejection for both LT (Low Temperature) and HT (High Temperature) cooling circuits. These radiators are engineered to support continuous-duty power generation, combined heat and power (CHP) systems, and industrial gas engine installations.

 

Optimized for Mitsubishi Gas Engines

Mitsubishi gas engines-such as the GS, GSR, and GSU series-require stable and precise temperature control. Vertical LT/HT radiators are designed to match the engine's thermal load and operating characteristics, ensuring:

Reliable jacket water cooling (HT circuit)

Efficient intercooler and auxiliary equipment cooling (LT circuit)

Steady performance under high ambient temperatures

Whether used on natural gas, biogas, or landfill gas engines, the cooling package ensures long-term durability and consistent engine output.

LT & HT Dual-Circuit Cooling System

• HT Circuit (High Temperature)

Handles engine block and cylinder head cooling

Designed for high heat load and continuous operation

Large finned-coil surfaces and multiple axial fans ensure strong cooling capacity

• LT Circuit (Low Temperature)

Cools intercoolers, oil coolers, gas mixers, and other auxiliaries

Maintains lower coolant temperatures for improved combustion and efficiency

Often integrated into the same radiator module for compact installation

 

Key Features

Marine- and industrial-grade construction for long service life

Vertical coil arrangement for efficient airflow and a compact footprint

High-performance axial fans with optional VFD control

Corrosion-resistant fins and coated frames suitable for outdoor use

Custom coils available in copper–aluminum, galvanized steel, or stainless steel

Easy maintenance access for cleaning and servicing

 

Vertical type LT & HT radiators provide a durable, efficient, and engine-matched cooling solution for Mitsubishi gas engines. Their high thermal performance, compact design, and strong reliability make them ideal for both new installations and retrofit projects.