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Product Range
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| TA - TF SECOTEC Refrigeration Dryers |
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Models Available
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| TA5, TA8, TA11, TB19, TB26, TC31, TC36, TC44, TD51, TD61, TD76, TE91, TE121, TE141, TF173, TF203, TF251 |
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Brochure(s)
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SECOTEC Brochure and Technical Specifications |
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Enquire about this Product Range
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| send email enquiry |
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Features & Benefits :
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Refrigerant dryers cool compressed air to a pressure dewpoint of 3°C which is lower than anywhere else in the system, this results in condensation taking place only in the dryer.
SECOTEC dryers achieve considerable power savings during periods of intermittent use due to their innovative design. At the heart of each dryer is a temperature controlled cold storage compartment which allows the unit to shut down during low demand periods unlike traditional dryers which operate continuously.
The SECOTEC range also offer extremely low pressure losses across the dryer. This is an important consideration as a loss of 0.2 bar equates to approximately 1.5% of the power demanded by a screw compressor.
SECOTEC® Series TA to TF Flow rates: 0.6 to 25.0 m³/min - The cost saving effect of the SECOTEC® system
Energy savings all day, every day, with SECOTEC® Control
The high capacity thermal mass is cooled down to cut-out temperature by the refrigeration circuit and extracts the heat from the compressed air that flows through the heat exchanger. As soon as the temperature of the thermal mass rises to the cut-in temperature the refrigerant compressor starts and cools it down again. Due to the thermal mass’ high capacity, the refrigerant compressor can be shut down as soon as the lower temperature is reached. This feature considerably reduces power consumption compared with non-cycling controllers.
Minimal pressure drop means more energy savings
The air/air and refrigerant/air heat exchangers are equipped with generously sized copper piping to ensure minimal pressure drop. The smooth inner walls of the piping prevent deposits from accumulating, so that the pressure drop across the SECOTEC dryer remains low, even after years of operation. |
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Method of operation;
- Warm compressed air entering the dryer is initially cooled in the upper part of the heat exchanger by the cold compressed air leaving the dryer
- Air is cooled to dewpoint temp. in the lower part of the heat exchanger by a refrigerant circuit with a thermal storage medium
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Condensate formed by the cooling action is separated from the compressed air by multistage, maintenance free, separating system and expelled via automatic condensate drain
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Dried air leaving the Dryer is re-heated in the upper part of the heat exchanger and delivered to the compressed air outlet
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| Other images - click to enlarge : |
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