AMS Technologies has unveiled the “mRC-C-1000-100/240” – a low-noise, compressor-based recirculating chiller with a cooling capacity of 1000 W that can maintain a stable cooling water temperature to within ±0.05 °C.
This new system offers 1000 W water cooling capacity (at +35°C ambient and +25°C cooling water temperature) and provides an efficient electronic speed control instead of the usual ‘on/off’ operation with large hysteresis and switching noise due to hot gas bypass processes. This helps to achieve extremely high temperature stability of ±0.05°C in steady state, with low vibrations and a low noise level.
The mRC-C-1000-100/240 also features an integrated wide-range power supply which can be operated worldwide using 90 to 264 V AC. Additionally, the optional Ethernet interface makes the unit “Internet of Things (IoT) ready” and can be remotely monitored and maintained via an internet browser.
Designed with low noise and low vibration in mind, the mRC-C-1000-100/240 allows for use in applications where the chiller is integrated into OEM systems. Additionally, customised systems for water cooling can be developed and manufactured by AMS Technologies for project requirements that the mRC-C-1000-100/240 does not cover.
AMS Technologies has unveiled the “mRC-C-1000-100/240” – a low-noise, compressor-based recirculating chiller with a cooling capacity of 1000 W. This chiller is designed to maintain a stable cooling water temperature to within ±0.05 °C, featuring an integrated wide-range power supply that can be operated worldwide using 90 to 264 V AC.
The optional Ethernet interface makes the unit “Internet of Things (IoT) ready” and can be remotely monitored and maintained via an internet browser. Low noise and low vibration have been taken into account when designing the system, enabling the chiller to be used in applications where it is integrated into OEM systems.
AMS Technologies also offers the option to develop and manufacture customised systems for water cooling for project requirements that the mRC-C-1000-100/240 does not cover.
Commenting on the launch, a spokesperson from AMS Technologies said: “We are thrilled to announce the launch of the mRC-C-1000-100/240, a low-noise, compressor-based recirculating chiller with a cooling capacity of 1000 W that can maintain a stable cooling water temperature to within ±0.05 °C. We hope that this innovative new system will provide users with the perfect solution for their cooling requirements.”
For more information online, please visit: https://www.amstechnologies-webshop.com/mrc-c-1000-100-240-recirculating-chiller-ams-technologies-p000198-0
AMS Technologies has unveiled the “mRC-C-1000-100/240”, a low-noise, compressor-based recirculating chiller with a cooling capacity of 1000 W. This innovative system is designed to maintain a stable cooling water temperature to within ±0.05°C and is equipped with an integrated wide-range power supply that can be operated worldwide using 90 to 264 V AC.
The optional Ethernet interface makes the unit “Internet of Things (IoT) ready” and can be remotely monitored and maintained via an internet browser, while low noise and low vibration have been taken into account when designing the system. This enables the chiller to be used in applications where it is integrated into OEM systems.
AMS Technologies also offers the option to develop and manufacture customised systems for water cooling for project requirements that the mRC-C-1000-100/240 does not cover.
Commenting on the launch, a spokesperson from AMS Technologies said: “We are thrilled to announce the launch of the mRC-C-1000-100/240 and hope that this new system will provide users with the perfect solution for their cooling requirements.”
For more information online, please visit: https://www.amstechnologies-webshop.com/mrc-c-1000-100-240-recirculating-chiller-ams-technologies-p000198-0
AMS Technologies has unveiled the “mRC-C-1000-100/240”, a low-noise, compressor-based recirculating chiller with a cooling capacity of 1000 W. This new system is designed to maintain a stable cooling water temperature to within ±0.05°C, equipped with an integrated wide-range power supply that can be operated worldwide using 90 to 264 V AC.
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