TC2570

SymCool™ Axisymmetric Free-Piston Stirling Cryocooler Design

Featuring an axisymmetric design, the SymCool™ Free-Piston Stirling Cryocooler enables cylindrical modular integration with optical lenses, achieving significant space optimization and streamlined manufacturing.

OrthoCool™ Orthogonal Hybrid Pulse Tube Cryocooler Design (Phase-Shifting Displacers at ambient temperature)

The orthogonal hybrid pulse tube architecture of the "OrthoCool"™ is an innovative high-frequency pulse tube cryocooler techonogy oriengnally developed by Lihan Cryogenics. This architecture is suitable for the design of refrigerators operating within the temperature range of 20K to 200K and with a cooling capacity ranging from 10W to 1000W.

TC2570

0.5W@77K

Descriptions

A linear micro-sized free-piston Stirling cryocooler designed for infrared thermal imaging applications. It comes with IDCA (Integrated Dewar Cooler Assembly) packaging and offers low vibration, long lifetime, high reliability, high integration and ease of use.（K508/C363 compatible options can be provided.）

Features

Linear gas-bearing compressor, long lifetime.
Single piston configuration, light weight and small size.
Built-in active damper with extremely low vibration.
Built-in controller for high integration and ease of use.
Maintenance-free.

Specifications

Cooling Capacity (20℃ reject)	0.5W@77K
Rated Input Power	18 W
Power Supply	DC 12V(4A) / DC 24V(3A)
Weight	265 g
Temperature Stability	±0.2 K
Ambient Temperature Range	-40℃ ~ 70℃
MTTF（hrs Goal)	50000
Drive Electronics	Built-in

Typical Performance

Dimensions

Cooler Application Sets

TC2570 ap1

The TC2570 Linear Stirling Cryocooler is equiped with a cooling fan, a lightweight radiator with a mounting bracket and a universal l interface board-all integrated into a single compact unit . This design enhances ease of use and minimizes additional development.

TC2570 ap2

0.5W@77K

The TC2570 and TC26G0 Linear Stirling Cryocoolers are equiped with a cooling fan, a reinforced radiator with mounting holes and a universal interface board-all integrated into a single compact unit . This design enhances ease of use and minimizes additional development.