Engine Coolant Simulation Corrosion Analyzer
(Equipment / Material)
Model Number: FDY-0801
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 / T0088-91
The method is used: a sample reservoir in the closed system, water pump, radiator and consisting of rubber tube, at a certain temperature and flow conditions of circulation 1064h, typically by the metal corrosion test inside the reservoir by the engine's cooling system weightlessness and will face in the visual status of each member and determine tablets.
Performance by the periodic change of the sample on the sample taken from the system for analysis in the test cycle to determine.
The instrument is suitable for engine coolant and engine coolant concentrate.
Overview:
Features
1. It is equipped with explosion-proof motor and over-temperature protection, the reservoir cap fitted with a safety valve, to ensure safe operation of the instrument.
2. It uses a piston displacement of 1.6 ~ 5.0L auto water pump and cooling water tank, countertops made of stainless steel fasteners made of stainless steel screws, easy to disassemble never rust.
3. It adopts imported digital temperature controller, PID tracking high precision temperature control.
4. It adopts turbine flowmeter, accurate and intuitive.
5. It adopts intelligent digital timer, timing accuracy, after the half-way down to show the actual running time.
Technical Parameters
1. The liquid flow rate: 1.3 ~ 1.6L / s;
2. Control temperature: 88 °C± 3 °C;
3. Running time: 1064h;
4. Heating power: 2.6kw;
5. Motor power: 2.2KW;
6. The pressure directions: 80 ~ 103Kpa;
7. Total Power: 4.8kw;
8. The working power: AC380V ± 10% 50HZ;
9. Weight: 180Kg.
Changsha Friend Experimental Analysis Instrument Co.,Ltd
Total Employees: 50
Main Products/Services: Petroleum testing eqipment
Year Established: 2010