Profile:
System Overview
The KDZD608A shielding suit efficiency testing device is a professional equipment for testing the shielding efficiency of shielding suits, and is widely used in power systems, manufacturers, scientific research units, etc. This device is designed in accordance with the requirements of the national standard GB/T 6568-2008 "Shielding Clothing for Live Working", and in combination with the requirements of the power industry standard DLT 976-2017 "Regulations for Preventive Tests of Tools, Devices and Equipment for Live Working", the shielding efficiency of the shielding clothing is regularly tested and inspected.
This device consists of three parts: the test mainframe, the pressurized electrode and the receiving electrode. The test host integrates a sine wave inverter power supply and a measurement module inside. With an external 220V AC power supply, it can generate a stable single-phase AC 600V test power supply and automatically measure and calculate the test results.
Features:
Main functions and features
1.The test host can output a single-phase AC test power supply and automatically calculate the efficiency of the shielding suit.
2. It adopts a large-screen LCD with a full Chinese character menu-based human-machine interface, tabular data management, and Chinese character prompts for easy operation.
3. The instrument is equipped with a software calibration function and can automatically calibrate the voltage.
4. The instrument is equipped with a real-time clock to record the test time at any time.
5. It can store 20 records of the shielding efficiency of the shielding suit and the test data can be reviewed at any time.
6. It adopts a high-speed thermal printer, which can print the test results on site.
7. It can be used in conjunction with our company's test management software to upload test data and results to the local server, achieving automated office work.
Parameter:
Technical parameters
Applied voltage range: 100-600V (RMS value), error < ±1% reading
Response voltage range: 15mV-20V (RMS value), error < ±1% reading
Working environment temperature: -10 to 40 ℃
Relative humidity: ≤ 85%
Instrument working power supply: AC 187 V - 242 V; 50Hz±1Hz
