shanghai kerang technology co ltd
Shanghai kerang technology co ltd
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An instrument for measuring the breaking force and connecting firmness of anesthesia bag catheter
Product description
It is used to test the breaking force of the catheter of anesthesia package, the connection firmness between the catheter and the catheter joint, the connection firmness between the needle seat and the needle tube, and the connection firmness between the liner core and the core seat
Product introduction:
It adopts 5.7 inch (320 * 240) LCD display and Chinese menu display. The tester is designed and manufactured according to the test method of fracture force and firmness in yy0321. It is used to test the catheter breaking force of anesthesia package, the connection firmness of catheter and catheter joint, the connection firmness between needle seat and needle tube, and the connection firmness between liner core and core seat.
Digital closed-loop control is adopted. The AD acquisition speed is 500KHz and the internal code is 1 million;
High precision clock chip, power-off storage; PLC control dynamic display of loading force value;
Overload alarm and shutdown protection; nominal specification, test, uplink, downlink, time, calibration. It can communicate with the upper computer to facilitate data processing;
The menu on the LCD screen is controlled by the keyboard, the test data is printed on board and the tension is displayed in real time.
The testing range of breaking force is 0-100n, the error is not more than ± 0.1N, and the resolution is 0.01N.
Test time: 1-999s, random selection, error no more than ± 0.5s.
Test speed: breaking force 500mm / min, connection firmness 10mm / min, error no more than ± 2%.
It is used to test the catheter breaking force of anesthesia package, the connection firmness of catheter and catheter joint, the connection firmness between needle seat and needle tube, and the connection firmness between liner core and core seat.
Printing mode: it can print 8 times, 10 times or 13 times test data and average puncture force and deviation value.