Remote configuration and temperature information retrieval is possible! A device that simulates heat generation from servers and other equipment.
This device is used in research aimed at energy saving in large-scale data centers and simulates the heat generation of servers and similar equipment. It converts heat from a commercial 100V input through a resistive load (heater). Additionally, by setting the heater power and fan current, it is possible to change the amount of heat generated and the airflow. It measures and displays the heater current, fan current, and intake and exhaust temperatures. 【Features】 - Used in research aimed at energy saving in large-scale data centers - Converts heat from a commercial 100V input through a resistive load (heater) - Allows changes in heat generation and airflow by setting heater power and fan current - Measures and displays heater current, fan current, and intake and exhaust temperatures - Enables remote settings and temperature information retrieval via LAN connection - Uses the same SNMP protocol as servers for settings and data retrieval *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications (Excerpt)】 ■Power Supply ・For Heater: AC100V ・For Fan and Control: AC100V±10% ■Heater ・Power Consumption: 1500W ・Power Switching: 150W to 1500W in 150W steps Configurable via LAN ■Fan ・Fan Power Supply: DC48V ・Current Setting: 0.20A to 2.00A in 10mA steps Configurable via LAN ・Maximum Airflow: 10 m³/min ■Heating Element Time Constant ・Rise: Approximately 7 minutes until temperature change is below 1℃ ・Fall: Approximately 8 minutes until intake and exhaust temperature difference is below 1℃ ・Air Velocity: 4.2m/s at 1500W *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Tokyo Seiden meets customer needs through the fusion of our winding technology, circuit design, and mechanical design, which are at the core of power electronics technology.