ECOTROC® KTD-B and KTD-TM Refrigeration dryers high resolution

Product catalog summary

Overview: The ECOTROC® KTD-B and KTD-TM refrigeration dryers are designed to provide reliable, energy-efficient, and easy-to-service solutions for drying compressed air. These systems prevent water-induced issues such as corrosion and malfunctions in pneumatic components by ensuring condensate-free and dry compressed air.

Importance of Drying Compressed Air: Water in compressed air systems can cause corrosion, malfunctions, and lubricant wash-off, leading to costly downtimes. Water enters the system as vapor in the intake air and condenses during the compression and cooling process.

ECOTROC® KTD-B Features:

Compact construction with high capacity, durability, and reliability.
Utilizes high-efficiency monobloc heat exchangers for economical operation.
Equipped with automatic condensate drains for safe and economical operation.

ECOTROC® KTD-TM Features:

Designed for variable demand environments with a thermal mass in the heat exchanger to store cold energy.
Automatically switches on when stored energy is insufficient, maintaining a pressure dewpoint of +3°C (ISO Standard 8573-1, Class 4).
Includes a digital display for monitoring compressed air conditions and is Bureau VERITAS certified.

Technical Specifications:

KTD-TM models offer capacities ranging from 30 to 1020 m³/h with a maximum operating pressure of 16 bar.
Power consumption varies from 0.3 to 3.5 kW, with air connections ranging from 1" to 2".
KTD-B models offer capacities from 11 to 7200 m³/h, with dimensions and weights varying accordingly.

Components and Options:

Both models feature components such as compressors, condensers, evaporators, and various safety switches.
Optional features include fault signal output and water separators.

Catalog excerpts

ECOTROC® KTD-B and KTD-TM Refrigeration dryers high resolution-1

ECOTROC® KTD KTD-B and KTD-TM Refrigeration Dryers

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ECOTROC® KTD-B and KTD-TM Refrigeration dryers high resolution-2

Management System Reliable, energy-saving and easy to service system for drying compressed air Why is water so detrimental to the industrial use of compressed air, and where does it come from? Water in a compressed air system leads to corrosion of the pneumatic components, causes malfunc- tions, washes the lubricant off pneumatic tools etc. The consequences are costly downtimes and loss of production. The intake air drawn in by the compressor contains water vapour, which is how water enters the compressed air network. Due to the compression process and subsequent cooling, the water vapour changes...

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ECOTROC® KTD-B and KTD-TM Refrigeration dryers high resolution-3

KTD-TM Refrigeration Dryers (thermal mass) Schematic illustration of the operating principle Condensate outlet Expansion valve Filter dryer High-pressure switch Low-pressure switch Water separator Control sensor Cut-off valve Pressure relief valve Valve with delay Aluminium: Direct transfer (conduction) ntermediate layer: Indirect transfer (storage) Technical features: • Frame and housing galvanized and epoxy coated • Hermetically sealed compressor • High-pressure and low-pressure switches • Microprocessor control system with digital display of the setpoint and dewpoint to control the condensate...

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