1. Purpose: A professional analytical instrument used to test the safety and effectiveness of high-frequency electrosurgical devices (high-frequency scalpels) in accordance with domestic and international standards. It can comprehensively detect various indicators of high-frequency electrosurgical devices, including output power, high-frequency leakage current, loop impedance monitoring, power distribution curve, etc.
2. Working conditions
2.1 Power supply 115/230 ± 10% VAC; 48-66 Hz, 35 VA
2.2 Working environment temperature: 10 ℃ to 40 ℃.
2.3 Data storage 5000 pieces
3. Main technical parameters
3.1. The equipment can test the output power of high-frequency electric knives, with a measurement range of no less than 500W and an accuracy of ± (5% of reading+1W)
3.2. The equipment needs to be equipped with non-inductive ceramic resistors for power measurement. The variable resistance range is from 0 to 5115 Ω, with a step of 5 Ω and an accuracy of ± (1% set value+0.5 Ω). Two sets of 200 Ω fixed non-inductive resistor loads are installed for leakage current measurement
3.3. The peak voltage must meet the peak to peak range of 0-10kV, with an accuracy of ± (10% of reading+15V)
3.4. The true effective value of the working voltage ranges from 0-700V, with an accuracy of ± (10% of the reading+5V)
3.5. The measurement range of high-frequency current is from 0-6000mA, with an accuracy of ± (2% of reading+10mA)
3.6. Directly calculate and display the peak voltage/true effective value of voltage, i.e. peak factor, ranging from 1.4 to 20
3.7. Built in a set of independent loop impedance analog resistors, ranging from 0 to 475 Ω, in steps of 1 Ω, with an accuracy of ± 5% ± 2 Ω
