Engine Coolant Aluminum pump Cavitation Corrosion Characteristics Analyzer IN ASTM D2809
(Equipment / Material)
Model Number: FDY-0701
Condition: New
Made in: China
Export Mode: FOB
Location or Storage Country: China
Location: Hunan
Nearest Port: Shanghai
Packaging Details: Standard Wooden case
Service Engineering Support: Yes
Warranty: Yes, 1 YEAR WARRANTY TIME
Price: Call for price
Description:
Applicable standards: SH/T0087 ASTM D2809
Test method: standard aluminum automotive water pumps, pumping the sample to make it operate under certain conditions, 100h, and then check the water pump, determine the extent of cavitation corrosion, and table rating according to the grading system. This instrument is suitable for detecting the engine coolant and the engine coolant concentrate.
Overview:
Features
1. Buick aluminum pump and engine front cover, aluminum pump disassembly easy to replace.
2. The use of explosion-proof motor two-speed pump inverter, the DRO displays the measured speed, accurate and intuitive, the control circuit is equipped with over-temperature protection.
3. The system uses a stainless steel tube connected countertops made of stainless steel fasteners made of stainless steel screws, easy to disassemble never rust.
4. Multi-functional digital timer, timing can be sustained after the half-way down.
5. The use of electric heating tube, liquid storage tank equipped with safety valve, to ensure safe and reliable operation of the instrument.
6. Equipment imported digital temperature controller, PID tracking high precision temperature control.
Technical Parameters
1. Aluminum pump speed: 2675r/min, 4600 ± 100r/min;
2. Pressure indicator: 103 ± 3Kpa;
3. The control temperature: 63° C to 68 ° C, 113 ° C ± 3 ° C;
4. Heating power: 2kw;
5. Total Power: 4.2kw;
6. Power: AC380V ± 10% 50HZ;
7. Dimensions: 1100 × 660 × 1400 = length × width × height (mm);
8. Weight: 180Kg.
Changsha Friend Experimental Analysis Instrument Co.,Ltd
Total Employees: 50
Main Products/Services: Petroleum testing eqipment
Year Established: 2010