칼피셔 방법
측정범위 | 5ug ~ 100mg |
---|---|
해상도 | 0.1ug |
Display | 240 x 128 dot matrix LCD |
응용분야 | Petroleum, chemical, powder,pharmaceuticals, commodity inspection,environmental protection and other fields. |
첨부1 | 카다로그 |
TKF7306 type of trace moisture analyzer using the coulometric Karl Fischer titration, for GB7600, GB/T11133, GB/T606, GB/T11146, GB/T6023, GB/T6283 standards.
Can be reliable for liquid, gas, solid Determination of trace water samples.
The device consists of a large-screen LCD display, can be man-machine dialogue, high sensitivity, high accuracy, high reproducibility, simple intuitive, low-power energy-saving design, optional built-in battery for Portable measurement for petroleum, chemical, power, pharmaceuticals, commodity inspection, environmental protection and other fields.
Technical parameters:
◆Measurement range: 5ug~100mg
◆Accuracy: Test between the amount of water in the5ug~1000ug error less than ±3ug,
Test water is greater than 1000ug error less than ±0.3%.
◆Resolution: 0.1ug
◆electrolytic current: 0~400mA
◆Display: 240×128dotmatrixLCDdisplay
◆Stand by power consumption: 5W
◆Power: AC220V±25V
◆Frequency: 50Hz±2.5Hz%
◆the application temperature: 5℃~40℃
◆Suitable humidity: ≤85%
◆Dimension: 320×240×150mm
Main features:
◆240×128 dot matrix LCD display, characters prompts, intuitive and friendly
◆current compensation using the blank electrolyte, electrolyte balance drift compensation to fix the measurement results
◆large electrolytic current can quickly reach equilibrium, into test status
◆history with time stamp, store upto 256, power-down save for 10years
◆has a screen saver function, extend the life of the LCD
◆Thermal Micro Printer, printing more efficient and more beautiful, with off-line printing
◆Built-in battery(optional), fully charged, can be more than 8hours of continuous use
◆function with POST
TKF7306 automatic trace moisture analyzer principle: Classical theory: Karl-Fischer coulometry
TKF7306 trace moisture analyzer automatic special features: The end of large current compensation, reducing stand by time