CIT23-10S
HWP23-10S liquid ignition point tester, this standard applies to test hot flame, cold fire auto-ignition temperature of liquid chemicals in an uniformly heated container at atmospheric pressure
Product description
CIT23-10S liquid ignition point tester, this standard applies to test hot flame, cold fire auto-ignition temperature of liquid chemicals in an uniformly heated container at atmospheric pressure. In line with "Standard Test Method for auto-ignition temperature of the liquid chemical" and ASTM E659-78 (2005) "Standard Test Method for auto-ignition temperature of liquid chemicals."
Product Features
Embedded processor, Windows CE operating system;
8-inch LCD touch screen which can display the test status in real time;
Use electric heating boiler crucible with forced air furnace system, improve test efficiency;
Furnace chamber materials used vacuum ceramic fiber insulation, thermal insulation effect is good, to ensure uniform heating test;
Using a thermocouple sensor, fast and accurate response to temperature changes;
Testing process fully automated, no need of human intervention, animated demonstrates of experiment process, automatically generate reports;
Fitted with temperature and humidity module, real-time monitoring of the test environment, humidity and atmospheric pressure.
Product parameters
MODEL | CIT23-10S |
Operating environment | 5 °C ~ 30 °C, <85% RH, mounted inside the hood |
test object | Liquid |
Temperature range | Room temperature ~ 650 °C |
Temperature accuracy | Below 350 °C of ± 1 °C Above 350 °C of ± 2 °C |
Temperature measurement range | room temperature ~ 800 °C |
Temperature measurement resolution | 0.1 °C |
Temperature measurement accuracy | Below 300 °C of ± 2.5 °C Above 300 °C of ± (0.75% of reading) |
Ambient temp. measurement range | -10 °C ~ + 60 °C |
Ambient temp. measurement accuracy | ± 0.5 °C |
Humidity measuring range | 5 ~ 95% RH |
Humidity measurement accuracy | ± 3.0% RH |
ambient atmospheric pressure measurement range | 60 ~ 110kPa |
ambient atmospheric pressure measurement accuracy | ± 0.5kPa |