Termotek is launching the new P800 chiller Series. The Termotek P800 Series has been designed to meet the new requirements of passively cooled laser
systems.
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Our products range from air-water heat exchangers for small lasers – commonly used in the medical field, air-water compressor based chillers commonly used for diode lasers in the middle range of performance (up to 200 W) through to air-water compressor based chillers for high powered diode lasers.
We also have a range of non-compressor based water-water chillers.
Our chillers are delivered plug-and-play, easy to use and maintain and are highly reliable. We also design and build OEM units for specific customers that want to integrate the chiller into their laser system.
The P800 Series of Termotek chillers is based on the
well known P600 Chillers.
The Termotek P800 Series has been designed to meet
the new requirements of passively cooled laser systems.
The components used are identical to those in the
P Series. This ensures high quality and reliability.
The E Series of Termotek Chillers is based on the
well known P300 Chillers.
The Termotek E Series has been designed to meet
the new requirements of passively cooled laser
systems.
The chilling or heating is performed by Peltier modules. The cooling or heating is transmitted to the water circuit via a heat exchanger. Temperature stability via control of performance.
Chilling is performed by passing the laser water through a heat exchanger which is also attached to primary (house) water. Functional requirement: a ∆t of at least 5 °C is necessary between the secondary circuit (laser water) and the primary circuit (house water). Temperature control via a proportional valve.
Air-Water cooling via a compressor. Temperature control via a PWM-hot gas bypass. Available also in a Water-Water configuration.
Air-Water cooling via a compressor. Temperature control via a PWM-hot gas bypass. Available also in a Water-Water configuration.
Cooling water is cooled via forced ambient air.
Environmental design owing to the closed coolant water circuit.
Replaces fresh water supply.
Very good price/performance ratio.
Robust and reliable design.
Low maintenance.
Air-Water cooling via a compressor. Temperature control via a PWM-hot gas bypass. Available also in a Water-Water configuration.
Customized chiller design to fit customer specifications.
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