Ametherm products

The Standard Surge Limiter Series from Ametherm comprises advanced devices designed to safeguard electrical systems against damaging power surges. These devices have obtained UL certification, ensuring their reliability and performance. Engineered to handle inrush currents up to 90 Joules and 10 Amps, they provide strong protection against sudden voltage increases. These inrush current limiters are applicable across various industrial sectors, finding use in numerous applications that require robust surge mitigation. By integrating these surge limiters into your electrical infrastructure, you can enhance system stability and prevent potential damage caused by abrupt current spikes.

The MS35 Series of inrush current limiters by Ametherm are designed to handle up to 800 Joules of energy and support steady-state currents ranging from 10 A to 50 A. Built to withstand the rigors of demanding high-power applications, these power thermistors are instrumental in alternative and green energy systems. They help prevent current spikes in power generated from wind turbines, solar panels, and other renewable sources as it is fed into batteries, inverters, and other energy storage systems. In addition, MS35 inrush current limiters regulate the release of battery energy in electric vehicles and play a crucial role in pre-charge circuits for various types of battery chargers. These components are essential for maintaining system reliability and efficiency across multiple high-power applications.

The AS Series Inrush Current Limiters manufactured by Ametherm are designed to provide dependable and effective inrush current limitation. These components are available in multiple configurations, including models such as AS32 0R536, AS32 0R530, AS32 1R030, AS32 1R036, AS32 2R025, AS32 5R020, AS32 10015, AS32 20010, and AS32 50006. Each model in the AS Series is engineered to handle various inrush currents effectively, making them suitable for a wide range of applications. Established in 1994, Ametherm has a long-standing reputation for quality and innovative design in producing inrush current limiting solutions. These limiters help to protect electrical circuits by preventing the high initial current that occurs when devices are first powered on. This protection is crucial in extending the lifespan and reliability of the components in the electrical system while maintaining their optimal performance.

The NTC Thermistor-Probe Assembly with Ring Lug from Ametherm is a precise temperature sensing device featuring a Negative Temperature Coefficient (NTC) thermistor enclosed within a durable probe housing, equipped with a ring lug for convenient installation. This assembly is part of the PANR series, designed for accurate temperature monitoring and control in diverse applications. Ametherm offers custom probe solutions to meet specific application requirements, ensuring compatibility and performance. Notable uses of the PANR Probe Assembly include industrial temperature monitoring, HVAC systems, and automotive applications. Key specifications encompass various models, each tailored to specific electrical requirements. Established in 1994, Ametherm is known for reliable and effective inrush current limiting solutions, embodying innovative design and quality manufacturing.

The NTC Thermistors - Probe Assembly with Threaded Hex Nut by Ametherm are crafted from a specially-formulated metal oxide ceramic material, known for its precision in temperature sensing. These thermistors are utilized in various applications for temperature sensing, compensation, and control. They are housed in diverse casings and leaded units, ensuring high performance in multiple environments. The thermistors are named under several specifications including PANT302395, PANT502395, PANT103395, and others, which represent variations suited for specific requirements. Since its establishment in 1994, Ametherm has been dedicated to providing reliable and effective inrush current limiting solutions through meticulous design, quality manufacturing, and customer support excellence.