The DTH Series: A High-Capacity Air Heating Solution.

A condensing heating solution for demanding industrial environments, designed to maximize energy efficiency. Ideal for reducing operating costs and improving overall performance.

Features

Controlled Power, Engineered to Perform.

Airflow

2,700 to 27,700 CFM

Net capacity

350 to 1,500 MBH

Temperature Rise

50 to 120°F

Maximum Supply Air Temperature

Max. 120°F

Maximum Performance, Even in Extreme Conditions

Designed to handle large airflow volumes, the DTH Series delivers uniform, high-performance heating. It maintains optimal thermal stability, even under continuous operating conditions.

Efficiency and Control at the Core of the System

A modulating system that adjusts output based on actual demand. Optimizes energy consumption while maintaining consistent thermal comfort.

Industrial Durability and Flexible Integration

Easily integrates into existing ventilation systems and air handling units. Provides the flexibility needed to meet project-specific constraints.

Additional Information

Robust design built for harsh industrial environments
Indirect gas-fired heat exchanger
Heating capacities from 350 to 1,500 MBH, depending on model
High airflow for heating large-volume spaces
High-precision modulating system, up to 30:1 depending on model
Temperature rise from 50°F to 120°F (28°C to 67°C)
Operates on natural gas or propane
120 VAC / 1 phase / 60 Hz power supply

Indoor or outdoor installation
Horizontal or vertical discharge configuration
Integration into ventilation systems and air handling units
Positive-pressure installation downstream of the fan
Temperature control via duct sensor (PID)
Integrated safety systems for temperature, gas, and combustion
Compatible with high-airflow and continuous-operation applications
Compliant with CSA and ANSI standards, with cETLus certification

A Solution Built Around Your Reality

Every industrial environment comes with its own challenges. The DTH Series can be adapted to meet your specific requirements, whether in terms of capacity, integration, or performance.

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