ASTM D4684 Automatic Engine Oil Boundary Pumping Temperature Tester TP-3829B

Applicable standards for automatic engine oil boundary pumping temperature tester: GB/T9171, NB/SH/T 0562, ASTM D3829, ASTM D4684, automatic engine oil boundary pumping temperature tester adopts contemporary advanced technology, integrating machinery, optical electronics It is integrated with computer technology for temperature measurement and constant temperature control. The temperature control is accurate and stable. The automatic engine oil boundary pumping temperature tester has reasonable structure, stable performance and simple operation. It is an ideal analysis and testing equipment.

Technical Parameters:

1. Applicable standards: GB/T9171 NB/SH/T 0562, ASTM D4684, ASTM D3829

2. Temperature range: 80～-40±0.2℃ 　

3. Working mode: digital display temperature control, imported compressor refrigeration, 9 holes

4. Working power supply: AC220V±10% 50HZ

Features

1. Fully automatic engine oil boundary pumping temperature measuring instrument adopts LCD liquid crystal screen display and friendly human-machine communication interface

2. The automatic engine oil boundary pumping temperature tester is equipped with an automatic diagnosis system and automatic fault prompt function

3. The automatic engine oil boundary pumping temperature tester adopts imported photoelectric detection switch to detect rotor speed, and has the function of photoelectric encoder test

4. The automatic engine oil boundary pumping temperature tester adopts an intelligent operating system, and the user only needs one key operation. The instrument automatically controls the temperature, automatic timing, automatic speed measurement, and automatic calculation

5. The automatic engine oil boundary pumping temperature tester adopts imported compressor for refrigeration, which has sufficient refrigeration capacity and good temperature stability of the cold bath, which replaces the disadvantages of traditional semiconductor refrigeration that requires a large amount of circulating water due to the long experimental time.