Liquid helium heater Lake shore 325 temperature controller special

Liquid helium heater Lake shore 325 temperature controller special

Technical Indicators:

Precision wound nickel chromium resistance wire

Efficient magnesium oxide insulation layer

CSA Component Identification

2 solid needles

The heater has a rated power in closed air, and in low-temperature applications, the heater can be operated up to the rated value many times by proper heat sink or in liquid.

Power: 100W

Current: ＜ 2A

Voltage: ＜ 50V

Size: 6.248 mmX25.4mm, optional 5.5mmx20mm

Insulation between wire and packaging: magnesium oxide

The fastest heating time is 3 seconds

Power: 100W, 50W (optional)

Maximum current: 2A, 1A

Maximum voltage: 50V

Liquid helium heater Lake shore 325 temperature controller special

Low temperature environments are common working conditions in many industrial and scientific research fields. From low-temperature propellant processing in aerospace, to low-temperature cell preservation in biomedicine, to ultra-low temperature environment simulation in scientific research experiments, these low-temperature scenarios all impose strict requirements on the performance of equipment. Low temperature heaters, as key equipment capable of providing stable heat in low-temperature environments, are playing an indispensable role. It is like a warm messenger in a low-temperature world, escorting various low-temperature operations.

The magnesium oxide insulation layer plays a crucial role in low-temperature heaters, providing a dual guarantee of safety and efficiency. From the perspective of thermal conductivity, magnesium oxide has good thermal conductivity and can quickly transfer the heat generated by nickel chromium resistance wires to the working area of the heater. This feature not only ensures that the heater can quickly heat up, meeting the timely demand for heat in low-temperature applications, but also evenly distributes heat throughout the entire heater, avoiding local overheating or undercooling, and improving heating efficiency and uniformity.

In the future, low-temperature heaters may have new applications in the field of new energy vehicles. With the popularity of electric vehicles, the performance issues of batteries in low-temperature environments are becoming increasingly prominent. Low temperature heaters can be used to heat battery packs, improve the charging and discharging efficiency and lifespan of batteries in low-temperature environments, and ensure the normal use of electric vehicles in cold regions. In the field of aerospace, with the development of deep space exploration and manned spaceflight, there is an increasing demand for equipment performance of spacecraft in harsh low-temperature environments. Low temperature heaters can provide stable heat for electronic devices, propulsion systems, and other components of spacecraft, ensuring safe and reliable operation in harsh space environments. I believe that in the future, low-temperature heaters will play an important role in more fields and contribute to the technological progress and improvement of human life.