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Have you ever seen a intrinsically safe, explosion-proof portable density meter? By \"portable,\" I mean it has its own battery. Those who have seen it, please report back; I’ll give out year-end bonuses. . . The models I’ve seen in newspapers. . . . . . To lead the way, I’ll share with you today two types of flash density analyzers that I’ve seen{:3_51:}. One is called an intrinsically safe, explosion-proof, portable dual-use flash density analyzer; the other is called an intrinsically safe, explosion-proof portable immersion-type density analyzer
No zero drift, no temperature drift, no time drift – complete compensation; it truly represents a masterpiece of engineering. SC606 is an intrinsically safe, explosion-proof flash-type slurry density analyzer that can be used either as a portable unit or as a fixed device. Technical specifications: 1. Ease of use: A. Can be used either portably or fixedly; it takes just 1 minute to set up the device after unboxing, and another 1 minute to pack it away. No tools such as wrenches are required for installation. B. No need to level the base for measurements; even when placed on a steep slope, high-precision readings can still be obtained. 2. Operation: Push and pull the limit switch, place the probe in the liquid to be measured, press a button, and a sample analysis can be completed within 5 seconds. 3. Principle: Hydrostatic method. 4. Resolution of measurement values: 0.001 grams per cubic centimeter. 5. Reproducibility of measurements: ≤±0.001 grams per cubic centimeter; 6. Measurement accuracy: The total measurement error, taking all influencing factors into account, is ≤±0.003 grams per cubic centimeter.
7. Range: 0–6 grams per cubic centimeter, 1–20 grams per cubic centimeter.
8. Calibration: Calibration can be carried out using distilled water or commercially available pure water on-site, ensuring that the instrument maintains its factory-set precision; this process takes only 5 seconds.
9. Media: Solutions, emulsions, two-phase or three-phase suspensions, including sludge and cement mortar; the temperature of the liquid can range from -40 to 110°C.
10. Probe and maintenance: The probe is designed to prevent sticking and contamination; after measurement, it can be rinsed with clean water in a beaker or gently brushed.
11. Safety: Intrinsic safety design, E*aⅡCT6 rating, allowing use in environments with explosive gases.
12. Protection level: IP65, suitable for use in all weather conditions.
13. Power supply: 2 AA batteries; external 12VDC power supply is also available as an option.
14. Communication: RS232 data communication interface is available as an option; computer testing software is provided free of charge, along with programming examples.
15. Weight: 3.6 kg
Wow, thank you so much ╭︿︿︿╮ {/ o o /} ( (oo) ) ︶︶︶ Brother, let me broaden my horizons.
This post was last edited by 1111111 on 2015-12-18 at 13:16. No zero drift, no temperature drift, no time drift – complete compensation; it truly requires skill. SC603 is an intrinsically safe, explosion-proof, portable immersion-type slurry density analyzer. Technical specifications: 1. Ease of use: No installation or fixing required; direct measurement in the liquid, with the ability to measure density at different depths. 2. Operation: Immerse the probe in the liquid to be tested and keep it suspended; press a button once, and a sample analysis can be completed within 5 seconds. 3. Principle: Hydrostatic method. 4. Resolution of measured values: 0.001 grams/cubic centimeter. 5. Repeatability of measurements: ≤±0.001 grams/cubic centimeter; 6. Measurement accuracy: In static conditions, the total measurement error considering all influencing factors is ≤±0.003 grams/cubic centimeter.
7. Range: 0–6 grams/cubic centimeter, 1–20 grams/cubic centimeter.
8. Calibration: Calibration can be carried out using distilled water or commercially available pure water on-site; this ensures that the instrument maintains its factory-set precision and only takes 5 seconds.
9. Media: Solutions, emulsions, two-phase or three-phase suspensions, including sludge and cement mortar. Temperature of the fluid: -30–70°C or -20–110°C. Fluid level: ≥20 cm.
10. Probe and maintenance: The probe is designed to prevent sticking and contamination; after measurement, it can be rinsed with clean water or gently brushed.
11. Safety: Intrinsically safe and explosion-proof, classified as E*aⅡCT6, allowing use in environments with highly flammable gases.
12. Protection rating: IP65 for the entire unit (IP68 for the probe).
13. Power supply: 2 AA batteries; external 12VDC power supply is also available.
14. Communication: RS232 data communication interface is available as an option; computer testing software is provided free of charge, along with programming examples.
15. Weight: 3.8 kg
No matter how good the table is, its appearance needs to be improved: lol it doesn’t look very premium at all
A densitometer isn’t necessary. I’ve visited your company’s website (Shaanxi Shuaike), and their products do have distinct features. I’m interested in learning about the prices of the SC9900, a portable pressure measurement and calibration device that combines a pump and a gauge, as well as the SC310 and SC7010 pressure gauges (with pressures of 7 kPa and 15 kPa, and accuracy levels of ±0.02%FS, ±0.01%FS, and ±0.05%rdg respectively); Additionally, can the SC882 volume meter be used for measuring the liquid level and determining the volume of LNG in storage (-162°C)? What is the approximate cost of a sensor of the twin-differential-pressure type?
. . Answer: 1. The SC882 storage meter is suitable for measuring the liquid level and calculating storage volumes of LNG –162°C, and this can be achieved by using ultra-low temperature twin-pressure probes. 2. To determine the cost, the following three parameters are needed: gas phase pressure, liquid level height, and accuracy requirements.
Portable density meter with intrinsically safe explosion-proof design – if you’ve seen one, come and let me know! Tell me the model number, and I’ll give you a big bonus at the end of the year. . . . . . .