Chemical Perthermo ETD・ETN (Water-Cooled) for Liquid Medicine Temperature Control Device
Orion Machine / Temperature Control Unit. A high-precision temperature control unit that can directly control the temperature of chemical solutions. It features a heat exchanger made of Teflon in the contact part, making it compatible with various chemical solutions.
■Realization of high-precision temperature control and high water pressure resistance heat exchangers, with ±0.1℃ control and 0.3MPa water pressure resistance structure. ■Direct temperature control of chemical solutions. ■Compact design, the lightest in the industry, utilizing a dedicated switching power supply.
basic information
■ETN23A-N Temperature control range: 15–50℃ Control accuracy: ±0.1℃ (varies depending on conditions) Cooling capacity/Heating capacity: approximately 280/approximately 600W ■ETN45A-N Temperature control range: 15–50℃ Control accuracy: ±0.1℃ (varies depending on conditions) Cooling capacity/Heating capacity: approximately 460/approximately 1,000W ■ETN90A-N Temperature control range: 15–50℃ Control accuracy: ±0.1℃ (varies depending on conditions) Cooling capacity/Heating capacity: approximately 920/approximately 2,000W 【Common Specifications】 Operating ambient temperature range: 15–35℃ Heat dissipation (cooling) method: water-cooled Applicable fluids: DIW/DHF/BHF/FPM/SC1 ■ETD232-SA-A-G2 (Power Supply Unit) Input current (at AC208V): maximum approximately 4.5A ■ETD452-SA-G2 (Power Supply Unit) Input current (at AC208V): maximum approximately 9A ■ETD832-SA-G2 (Power Supply Unit) Input current (at AC208V): maximum approximately 17A 【Common Specifications for Power Supply Units】 Power supply: single-phase 200–240V (50/60Hz) Control method: PID control with auto-tuning
Price information
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Delivery Time
Model number/Brand name
Orion Machine / Temperature Control Device
Applications/Examples of results
It is widely used in advanced industries and the field of physics and chemistry, including high-precision types with an accuracy of ±0.05℃ using electronic freezing methods, compact immersion and circulation types, and direct temperature control devices for chemical solutions. It is utilized for local temperature control of various equipment such as semiconductor manufacturing equipment, liquid crystal-related manufacturing equipment, and research experimental devices like electron microscopes, as well as for temperature control of chemical solutions.
