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Building A, High tech Entrepreneurship Center, Zibo High tech Development Zone
Shandong Shengkang Electric Co., Ltd
Building A, High tech Entrepreneurship Center, Zibo High tech Development Zone
SCLQ3301A typeFlash evaporatorWorking Principle:
The analysis of trace components in liquid hydrocarbons has always been a technical challenge in production. A feasible method is to use a steel cylinder connected to a capillary tube for constant temperature water bath gasification, and analyze using the reduction method.Flash evaporatorThe introduction of new concepts such as "flash evaporation" and "equal composition gasification", using microcomputer control and assisted by high-precision imported flow sensors to accurately measure gas flow rate and cumulative volume, has successfully solved the technical problem of analyzing trace components in olefins, and has been fully recognized by industry insiders for its easy operation and accurate measurement.
SCLQ3301A typeFlash evaporatorInstrument features:
High definition 7-inch color touch screen, full screen touch buttons, Chinese/English interface.
32-bit high-performance microprocessor, embedded Linux operating system.
The temperature control adopts PID self-tuning technology for precise temperature control.
High precision imported flow sensor, precise flow rate control after sample vaporization.
By preset volume parameters, the injection process automatically stops without the need for manual supervision.
SCLQ3301A typeFlash evaporatorTechnical parameters:
Power supply: AC 220V ± 22V
Power supply: VA
Frequency: 50Hz ± 2.5Hz
Operating environment temperature: 10 ℃~35 ℃
Operating environment humidity: ≤ 85%
Weight: 6kg
Dimensions: 230mm * 400mm * 325mm
Temperature measurement: Platinum resistance
Metal bath temperature: not less than 60 ℃
Temperature control range: room temperature-350degree
Temperature control accuracy: ± 0.3 ℃
Temperature resolution: 0.1 ℃
Flow velocity measurement: flow sensor
Flow rate range: 5.0L/m (adjustable)
Flow rate control accuracy: 1% F.S
Flow rate resolution: 0.01L/m
Volume measurement: flow rate * time, calculated to obtain
Volume resolution: 0.01L
Quality measurement: volume * density, calculated to obtain
Quality resolution: 0.001g
