The streaming current is used to continuously measure the electric charge on the tiny suspended particles and colloids in the liquid. The electric charge is measured by electronic signal processing.
The measurement result is converted into A.C signal or flowing current (SC). The value of flowing current (SC) is proportional to the charge density. The charged state depends on the water after flocculation.
Upgraded POWER-Z tester KT002-USB KM003C Type-C voltage current detector. POWER-Z PD tester for mobile phone motherboard repair. KT002 POWER-Z USB version. KM003C POWER-Z Type-C version 0-50V 0-6A PD3.1 Mobile Repair Tool 48V Type-C Charger Test Tool. Option: 1. POWER-Z tester KT002 USB version. 2. Power-Z TESTER KM003C Type-C version. POWER-Z This test table integrates a total of six USB ports, to meet the needs of most of the players test. Another feature of it is to support ripple testing. Its function is similar to a micro-oscilloscope, you can test less than 50Hz ripple, the daily use of enough. It be used to test the PD instrument, the table gives full consideration to the complexity of the physical interface updating when charging, diversity and charging of the agreement, will be the most common USB-A interface, Micro USB port, Type-C interface integrated together, in addition to the USB PD measurement professional, can also be used for the measurement of QC3.0/2.0 and other fast charge. Product Function: Display voltage, current, power, mAh, mWh Press the menu button can be transferred to the recording interface, you can set to store a variety of different capacity and energy data Each stored data can be deleted and marked Set the recording time interval and maximum capacity Automatic run of the rule setting, current threshold setting End time setting Display the information interface Test line resistance function It will be measured wire into the tester, followed by a load, the resistance will always beating, until the resistance is stable, the degree, is the size of the line resistance, and there are good evaluation, let you know the wire is good or bad You can set the waveform display refresh rate, the higher the refresh rate, the faster the display Plug in the charger, the automatic display D + and D-voltage, the following shows the charger support the charging protocol Press the menu button, automatically trigger quick charge voltage.
Features : - Touch Screen 2.4 Inch Color TFT Screen - Inbuilt Thermal Printer to print challan - Inbuilt Rechargeable Battery - 20,000 Memories - Data collection report using PC Software utility Specification: - Measurement Mode : Active Mode and Passive Mode - Sensor type : Fast Fuel Sensor - Display : 2.4 inch color TFT display - Mouth Pieces : Yes - Units : %BAC, mg/L, mg/100ml BAC - Measurement Range : (0-550) mg/100ml BAC - Accuracy : Range (0-88) mg/100ml 4.4 mg/100ml Range (88-220) mg/100ml 5% absolute Range 220 mg/100ml 10% absolute - Measurement Range : (0-2.5) mg/L BrAC - Accuracy :Range ( 0.00-0.40) mg/L 0.020 mg/L Range ( 0.40-1.00) mg/L 5% absolute Range 1.00 mg/L 10% absolute - Memory : 20,000 - Pre Heating Time : About 5 sec - Condition pressure : 600-1400 hPa - Condition Humidity : 20-98% r.h. - Measurement time : More than 1000 times testing - Power Save Mode : Automatic switch off after 2.5 minutes without use - Battery : 7.4V, 1300mAH rechargeable Li-ion battery - Device Interface : USB data can be transmitted to Printer or PC - Software Mgment : PC Data Manager, data transmit and storage option - Dimension : 170mm x 70mm x 30mm - Weight : 125gm including battery
Features: 1. Advanced flat surfaced alcohol sensor, high sensitivity 2. Rapid detect results quick response and resume 3. High accuracy, detection range: 0.000-0.199% BAC / 0.00-1.99 BAC / 0.00-0.99 mg/L 4. Easy to use, Light weight, With a bag for it, easy to carry 5. Low power consumption , auto power-off, Long span life 6. Sensor fault self checking 7. Blue-colored backlight LCD display. Description: Color: Black LCD Back light: Blue Sensor: Advanced flat surfaced semiconductor alcohol sensor Warm-up time: Within 10 seconds Respond time: Within 5 seconds Operating temperature range: 5~40 Detection range: 0.000-0.199% BAC / 0.00-1.99 BAC / 0.00-0.99 mg/L Digital display results (% BAC / BAC / mg/L) Power input: 3V (3 x alkaline battery, not included) Net weight: 70
Model:SKLON-N models ultrasonic cell processors Easy to operate.Crushing capacity from 0.5ml to 1200ml . (sonicator,ultrasonic homogenizers,ultrasonic processor,ultrasonic cell crusher,ultrasonic cell disrupter) Parameters: Models Ultrasonic Frequency(KHZ) Maximum Output Power Duty Ratio(%) Optional Variable Amplitude Lever(¡é) Included with Machine Capacity per time(ml) electricity Supplyl(V) Temperature Control SKL150-IIN 20-25 150 W 1-99% 3 mm 6mm 10-100ml 220/110 No SKL250-IIN 20-25 250 W 1-99% 3 mm 6mm 10-200ml 220/110 No SKL650-IIN 20-25 650 W 1-99% 2,3,8,10,12,15mm 6mm 0.5-500ml 220/110 No SKL650-IIDN 20-25 650 W 1-99% 2,3,8,10,12,15mm 6mm 0.5-600ml 220/110 YES SKL1200-IIIN 19.5-20.5 1200 W 1-99% 15,25mm 20mm 50-1000ml 220/110 No SKL1200-IIIDN 19.5-20.5 1200 W 0.1-99.9% 15,25mm 20mm 50-1000ml 220 or 110 V YES SKL1800-IIDN 19.5-20.5 1800 W 0.1-99.9% 25,28mm 25mm 50-1200ml 220 or 110 V YES Ultrasonic Dispersing and Deagglomeration: The dispersing and deagglomeration of solids into liquids is an important application of ultrasonic devices. Ultrasonic cavitation generates high shear forces that break particle agglomerates into single dispersed particles. Ultrasonic Emulsifying: Emulsions are dispersions of two or more immiscible liquids. Highly intensive ultrasound supplies the power needed to disperse a liquid phase (dispersed phase) in small droplets in a second phase (continuous phase). In the dispersing zone, imploding cavitation bubbles cause intensive shock waves in the surrounding liquid and result in the formation of liquid jets of high liquid velocity. At appropriate energy density levels, ultrasound can well achieve a mean droplet sizes below 1 micron (micro-emulsion). A wide range of intermediate and consumer products, such as cosmetics and skin lotions, pharmaceutical ointments, varnishes, paints and lubricants and fuels are based wholly or in part of emulsions. Ultrasonic Cell Disintegration This effect can be used for fermentation, digestion and other conversion processes of organic matter. After milling and grinding, ultrasonication makes more of the intra-cellular material e.g. starch as well as the cell wall debris available to the enzymes that convert starch into sugars. It does also increase the surface area exposed to the enzymes during liquefaction or saccharification. This does typically increase the speed and yield of yeast fermentation and other conversion processes, e.g. to boost the ethanol production from biomass.ultrasonic treatment can disintegrate fibrous, cellulosic material into fine particles and break the walls of the cell structure. This releases more of the intra-cellular material, such as starch or sugar into the liquid. In addition to that the cell wall material is being broken into small debris. Ultrasonic Cell Extraction The extraction of enzymes and proteins stored in cells and subcellular particles is an effective application of high-intensity ultrasound, as the extraction of organic compounds contained within the body of plants and seeds by a solvent can be significantly improved. Ultrasound has a potential benefit in the extraction and isolation of novel potentially bioactive components, e.g. from non-utilized by-product streams formed in current processes.
Product Introduction Digital PD Detector Partial Discharge Testing Digital PD Detector Partial Discharge Testing Product Overview The transformer partial discharge detection device and the sensorwith the software using advanced signal processing technology covering a wide range of statistical methods and graphical display mode and coming with highenergy lithium batteries can flexibly achieve the detection of transformer partial discharge signals and ultrasonic signals capable of full range of detection for the transformer's partial discharge. Partial discharge detection location detect the partial discharge changes in the transformer's internal during the operation by examining the partial discharge conditions of the device to analyze the insulating state of the transformer. High frequency current transformers (pulsed current method) an ultrasonic sensor (ultrasonic method). Through a variety of means to suppress various external noise interference it improved signal to noise ratio and the measurement accuracy. product features Product Characteristics Digital PD Detector Partial Discharge Testing Working Condition Altitude 3000m Environmental Temperature -20~60C Relative Humidity 95%
Product Introduction Digital PD Detector Partial Discharge Testing Digital PD Detector Partial Discharge Testing Product Overview The transformer partial discharge detection device and the sensorwith the software using advanced signal processing technology covering a wide range of statistical methods and graphical display mode and coming with highenergy lithium batteries can flexibly achieve the detection of transformer partial discharge signals and ultrasonic signals capable of full range of detection for the transformer's partial discharge. Partial discharge detection location detect the partial discharge changes in the transformer's internal during the operation by examining the partial discharge conditions of the device to analyze the insulating state of the transformer. High frequency current transformers (pulsed current method) an ultrasonic sensor (ultrasonic method). Through a variety of means to suppress various external noise interference it improved signal to noise ratio and measurement accuracy. product features Product Characteristics Digital PD Detector Partial Discharge Testing Working Condition Altitude3000m Environmental Temperature -20~60°C Relative Humidity 95%
Product Introduction Digital PD Detector Partial Discharge Testing Digital PD Detector Partial Discharge Testing Product Overview The transformer partial discharge detection device and the sensorwith the software using advanced signal processing technology covering a wide range of statistical methods and graphical display mode and coming with highenergy lithium batteries can flexibly achieve the detection of transformer partial discharge signals and ultrasonic signals capable of full range of detection for the transformer's partial discharge. Partial discharge detection location detect the partial discharge changes in the transformer's internal during the operation by examining the partial discharge conditions of the device to analyze the insulating state of the transformer. High frequency current transformers (pulsed current method) an ultrasonic sensor (ultrasonic method). Through a variety of means to suppress various external noise interference it improved signal to noise ratio and the measurement accuracy. product features Product Characteristics Digital PD Detector Partial Discharge Testing Working Condition Altitude 3000m Environmental Temperature -20~60C Relative Humidity 95%
Description The Innov-X Omega X-Ray fluorescence spectrometer is a handheld XRF analyser. With its ultra rugged design, diverse field analysis is possible in any conditions. The XRF delivers fast and precise identification and analysis of elements from phosphorus to uranium (P to U). Advantages of Field Portable XRF. In the past, studies relied exclusively on expensive and time consuming analysis based on samples that hopefully characterised the site. The portable XRF has revolutionised environmental investigations by allowing you on-the-spot elemental analysis, in real time. Measure the composition of soils, debris, run-off streams, dust wipes, coatings, corings, paints, plastic and wood instantly,saving you time and money. From phosphorus to lead, from low ppm to 100% - in soils, solids, liquids, powders, cores, fragments, filters & films, slurries and more. One simple test can analyse up to 25 separate elements in seconds, including priority pollutants. Determine zonal and contamination patterns; track pollutant migration caused by extreme weather; perform real-time surveys to delineate and define metals present. In-situ soil analysis for rapid, comprehensive site investigations: Delineate metals present and contamination patterns Measure high volume field tests to minimise laboratory analytical costs Test soil directly through plastic corings or bagged samples Establish contamination boundaries and depth profiles for remediation and disposal Collection of samples to produce rock-solid analytical data at the site: XRF is non-destructive submit same sample for laboratory confirmation Ensure validation requirements/targets are met on-site in real time Prepared soil sample testing assures the maximum possible accuracy Ultimate XRF Performance with Silicon Drift Detector (SDD) Technology The Innov-X Omega Xpress and Omega Xpress Vacuum Alloy Analyzers utilize the latest in detector technology - an innovative, large area Silicon Drift Detector (SDD), commonly used and tested extensively in high end, laboratory based instrumentation. In comparison to a traditional Si PiN Diode detector, the SDD provides: 10x improvement in signal to background ratio Marked resolution improvement, from 195eV to 165eV The capacity to handle 10x more counts Key benefts to the user: >3x improvement in reading speed. Light element (Mg, Al, Si, P, S) analysis in air 3x better limits of detection for sensitive tramp elements
Product Overview Adapts advanced technology TKGX Underground Cable Detector is the most effective device to detect underground utilities of gas electric power telecom water supply drainage cable television and etc. Features Portable designation suitable for wild field testing. Full digital control easy to control. English graphic display. Transmitter designed with over load and overheating protection. To detect the location and depth of underground cable accurately also is available for branch pipe or network construction underground cable. Two detect methods: AC current gradient method and ground electric field method. To locate and detect depth of underground cable synchronously.
