Measuring Equipments

Color Gauge Meter
Color Target Comparator
Digital Brix Refractometer
Digital Viscometer
Digital Coating Thickness Meter
Gloss Meter
Leaf Area Meter
Thermo Hygrograph
Weather Station

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SKU: N/A Category: Laboratory Equipment

Description
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Color Gauge Meter

Color gauge meter is used for color analysis and color controlling.The instrument is mainly applied to plastic, painting, design, plating, costume, printing and dyeing industries.

Features:

The 2.4” width colorful screen and portable design make you feel comfortable.
3 Kinds of light sources for your selection, SCI and SCE mode switch and metamerism analysis meet your test needs in different working status.
Tolerance setting, humanizational auto-judge color deviation make you judge the color easily even you don’t have any professional knowledge in color.
Professional color analysis software makes you do the color data analysis and color difference diagrammatic outputting.
The optical mini printer fulfil the output of data

Specifications:

The interface is concise and entire, fit forcolor analysis and color difference data output. Including:
Standard values data bank.
Single and repetitious test mode.
Color simulation
Color space diagrammatic sheet.
Color difference curve and color test report.

Applications:

Reapeat accurancy Lighting/inspecting system	0.08(Test the standard white tabula for 30 times to get the average vale.) 8/ d (80 Falloff / diffuse reflection)SCI ( include Flat Mirror Light) / SCE ( elimionate Flat Mirror Light)
Light source	White light sorce
Inspection angle	10° Angle of view in CIE
Inspection conditions	D 65, D50, F11
Rectification	White board rectification, Black board rectification
Storage	12 groups of standard samples, and it can keep 30 groups of sample values under every standard sample.
Display	Lab, Lch Chroma values and ∆Eab, ∆ (Lab), ∆ (LCH)cplor difference values.
Language	Chinese and English
Test Caliber	8mm
Power	4pcs alkaline batteries or nickel batteries special adapter (DC:5v)
Weight	550g
Shape Size	77* 86*210mm

Color Target Comparator

Color Target Comparator is used for both color and luminance measurring. In 1931, the CIE (Commission International De L’E’clairage) set up a series of visible spectrum color space standards. The basic CIE color space standards are CIE_XYZ. It is built on standard visual observers on the basis of ability to see, and it reflects the standards scope of color by eye. Based on CIE_XYZ there are CIE_XYY, CIE_Lab, CIE_Lch standard color space, etc. At present, the CIE lab color space is the most commonly used in the industry. In CIE Lab color space, L value stands for color brightness and a value stands for the Green-on-red value, and b value stands for the blue-on-yellow color value. If determine a value of color by only a group Lab, it will be not practical. However, we can determine the differences among them by comparing two groups of Lab values.

Features:

Easy operation make you use it easily.
Widely applied to quality control of plastic and printing industries’.
Display directly color difference by ∆ E*ab, ∆ L*a*b, CIE_L*a*b,CIE_L*c*h
Standard deviation within ∆E*ab0.2 (test condition: choose average values by 12pcs white tabula)
PC software: CQCS3 software
CE, ISO 9001, ROHS, TUV certified
8mm measurement aperture
Rechargeable Li-ion battery
USB interface
Optional mini printer
D65 light source
8/d illuminating geometry
0.08 high precision

Specifications:

Test accuracy	Within0.2 ∆ E*ab
Display	∆E*ab, CIE_Lab, ∆L, ∆a, ∆b, CIE_Lch
Test swpe	L: 0-100 a: -128- -127 b: -128- -127
Test time	About 3 seconds.
Test Interval	2 seconds.
Test aperture	8mm
Automatic shutdown	Automatic shutdown after 5 minutes waiting
Light source	C light source
Sensor	Correct silicon photodiode carrays
Power	DC/5V (1.5A) ,2pcs 1.5V (AAA) batteries
Size	171 5048. 8mm
Weight	203. 6g (Exclusive battery)
Operated temperature scope	0-400 C (32-1040 f) : lower than 85% relative humidity.
Standard accessories	1pc manual/ softwbag/ 9v battery/5v external power supply/USB
Storage temperature range	connecting cable/cd
Application	Measure any color of smooth surface.

Digital Brix Refractometer

Digital refractometer are used for measuring refractive index of a material. Digital brix refractometers are highly accurate and precise optical instruments. These digital refractometers use latest and precise optical cells. These refractometers use digital picture processing technique and accurate temperature compensation. Advanced microprocessor is center of the digital brix refractometer which measure the brix of the liquid with precisions displays as three and half figures number liquid crystal displayer. The refractometer is simple to operate and easy to carry. This equipment is very sturdy and have a long battery life. When a reading is shown to two decimal places, the accuracy of measurement is +/-0.1.

Precise optical cells and intelligent digital picture processing technique insure accurate and stable measurement.
Accurate temperature compensation ensures exact revision in wide range of measuring temperature.
Low power consumption circuit design,
Intelligent power management and automatic switch off.
Low Voltage alarm
Unit Conversion Facility Centigrade degree and Fahrenheit degree
Easy Four Button Operation for the complete process
3 ½ Digital LCD display
Water Proof Circuit
Strong Shock Absorption Capability
Highly consistent and reliable
Easy—to read LCD display

Specifications:

Temperature Measurement Range	0°C ˜40°C (32 F˜104 F)
Measurement Temperature Resolution	1°C（2 F）
Measurement Range（Brix）	0%˜85%
Accuracy	+/- 0.2%
Automatic Temperature Compensation	10-40 C
Power supply	a battery （9V）
Operation Temperature	0°C˜40°C（32 F˜104 F）
Dimension	185mm ×59mm ×45mm
Unit of measurement	Brix

Applications:

Food Industry: Digital Refractometer is used in the food industry for measuring the approximate amount of sugars in fruits, vegetables, juices, wine, soft drinks and in the sugar manufacturing industry. Different countries use the scales in different industries. It will calculate the Brix value based on refractive index. These meters are portable, splash proof and very simple to use, so that they can be operated by anybody directly on location. More and more often Brix is measured to determine ideal harvesting times of fruit and vegetables so that products arrive at the consumers in a perfect state or are ideal for subsequent processing steps such as vinification
Scientific Usage: When a refractometer is used, it is correct to report the result as “refractometric dried substance” (RDS). One might speak of a liquid as being 20 °Bx RDS. This is a measure of percent by weight of TOTAL dried solids and, although not technically the same as Brix degrees determined through a specific gravity method, renders an accurate measurement of sucrose content since the majority of dried solids are in fact sucrose. When an infrared Brix sensor is used, it measures the vibrational frequency of the sugar molecules, giving a Brix degrees measurement. This will not be the same measurement as Brix degrees using a density measurement because it will specifically measure dissolved sugar concentration instead of all dissolved solids.

Digital Viscometer

Digital Viscometer are widely used to determine and measure the liquid viscosity in many applications such as grease, painting, pharmacy and adhesives.Abroad range of measurement is now available in a single instrument-the multi-range ACM 52301 digital viscometer. Superior repeatability and linearity is insured by a design which incorporates a unique combination of a proprietary pivot less mechanism with a torque balance servo system. The power of the viscometerlies in its multi-range capability which enables a five-fold increase in measurement range over conventional models providing unparalleled cost performance and convenience.

Features:

The Digital rotary viscometer is based on single chip micro-processor technologies and used for determining the liquid viscose capacity and the absolute viscosity. Comparing with other similar products, this instrument has the following features:

High measuring accuracy
Stable in measured display
Easy operation and read-out
Excellent in Anti- interference

Technical Parameters:

The program-controlled motor rotates at the given velocity controlled by a program and makes the rotary axis of the viscometer to revolve, and through a torque sensor, then drives the standard rotors to rotate, the rotors will subject to a torque moment proportional to liquid viscosity because of the liquid viscose hysteresis. The torque moment will be measured by the sensors and processed into the viscosity and shown on the display. In order to extend the measuring range, 4 rotors with 4 different velocities were used in this instrument.
To work in a wide range of 10mPa·s ~ 100000 mPa·s, the instrument was designed and manufactured with 4 rotors and 4 different velocity for each, which enable it to measure any viscosity value in the given range. On the front control panel, 5 operation keys are used: Up and Down, Left and Right, Return and Confirm. When instrument powered-on, the display showed the rotors and velocities used in the last operation that can be checked by selecting the correlating Up and Down, Left and Right keys. To measure a liquid, first estimate the its viscose range, then select the rotors and velocities by using Up and Down, Left and Right keys, followed by mounting the selected rotors on the instrument, press the Return key to start measuring. The instrument equipped with a data memory to store such operation parameters as the measuring range, rotors and velocities, coefficients and the measured results. The micro controller can adjust the motor rotation velocity based on user’s requirement. With RS232 port on instrument, the data communication between instrument and computer can be made.
The rotor bracket is used for the protection of rotors and the stability of the measurement, a more reliable measuring result can be made by using the protection bracket.

Digital Coating Thickness Meter

Simple, easy to use, small and portable gauges for measurement of coatings on all metal surfaces. This Instrument is suitable for measurements on bothFerrous and Non-Ferrous substrates (FNF). Simple layout of the keys allows us to easily operate with a single hand the setting of the characteristics of substrates by means of zero adjustment and standard calibration. The principles of measurement used by the coating thickness meter are magnetic induction or by means of analyzing an eddy current. It can be used on all surfaces of metallic materials (metal, iron, nonferrous metal alloys). It is particularly suitable for quality control in the process of anodizing or galvanizing.

Specifications:

Range : 0 to 999Âµmto3.00mm
Accuracy : ±1Âµm or ±3%of reading
Probe : 1-point contact type with V groove
Add. Function : 0.1Âµm (under 100Âµm)
Power : Dry battery R03 (1.5V)-2
Dimensions and Weight : 56-109-34mm, 140g

Gloss Meter

Glossmeter is a compact, portable, sensitive & accurate instrument available in two models:- mains operated laboratory purpose and handy battery operated for the measurement of different geometry 45 deg., 60 deg., 85deg etc.These instruments can be used for the measurement of gloss/brightness of paints, opaque glasses, plastics, ceramics, porcelains, paper, cloths, pigments, flours, powder etc. This instrument is also useful to measurement of Brightness/whiteness of Plantation white sugar and measurement of reflectance of fabrics.

Specifications:

Range	0 – 99.9 gloss units
Angle heads	20,45,60, 85 degree
Accuracy	.1 unit
Power Supply	230V, 50 Hz
Display	3-1/2 LED
Sensor	V(x) Silicon Photodiode
Light Source	CIE illuminant A –
Standards	Black, White tile
Filters	optional

Applications:

Leaf Area Meter

Leaf area meter is compact, accurate tabletop instrument to check area of leaf. The operation is very easy, even a layman can operate. This instrument can also be used to check area of non-transparent flat surface material like cloth/paper/plastics/leather etc. This instrument is based on photometric technology.

Features:

Measuring Area:set of circular mask plates.
Light Source: Fluorescent light source.
Detector: photo sensors with built in area.
Compact and lightweight for portability.
Quick, easy measurement. Measurements are taken by simply inserting a leaf and closing the measuring head it.
Water-resistant.
Low power consumption.
Small measuring area.
High accuracy allows close examination of growing conditions.
Data memory.
Reading checker

Specifications:

Thermo Hygrograph

Thermo Hygrograph is used to measure temperature and humidity both.A neat compact, reliable, and economical instrument makes this Thermo Hygrograph recorder the ideal choice for archives, museums, galleries, libraries, laboratories, storage rooms, paper storage, meteorology, printing or computer rooms, measuring temperature and humidity changes over periods of 1, 7 or 31 days.

Features:

Long-term continuous record: Due to a long folding chart, a maximum of 6 months continuous recording is possible. Thanks to a chart with 100mm recording width, a reading of 1 Celsius scale, 1%RH is possible. Moreover, according to the control conditions, the switching of the recording range is possible.
Sensor extension: The sensor extension, possible with a cable (separate), allows remote measurements of unmanned places or thermostat external monitors.
Alarm function (option): With the connection to the warning signal equipment, it informs abnormal value of the temperature and the humidity.
Range of long-term stability, wide measurement: Due to the superiority of the sensor’s response, stability, high precision and long-term stability results can be obtained on a wide range of -20oC ~ 80oC degrees Celsius.
Digital display: With a large and eye-friendly digital display, the current value is readable at a glance.
Easy users’ calibration.
2-point humidity calibration possible.
Battery drive type for free portability.
Folding charts for free cutting-offs.

Specifications:

Weather Station

Knowing the latest weather conditions is crucial for every meteorological application. The new wireless weather station accurately displays critical weather readings and forecasts for boaters, anglers and other outdoor enthusiasts. Utilizing frequency hopping spread spectrum radio technology, it transmits and receives data up to 1,000′. It tracks a large number of weather variables including temperature, barometric pressure, humidity, rainfall, wind speed, wind direction and dew point. It has components that can withstand hurricane-force winds and measure wind speeds up to 150 mph with ±5% accuracy. Its temperature sensors are accurate within ±1°F. Vantage Pro weather stations have been recognized by the National Hurricane Center for their exact readings during recent hurricanes and tropical storms.

Specifications:

Console	–
Console Operating Temperature	+14° to +140°F (-10° to +60°C)
Display Temperature	+32° to +140°F (0° to +60°C)
Light Source	LED
Display	3 1/2 digits LCD
Non-operating Temperature	-5° to +158°F (-20° to +70°C)
Current Draw	0.90mA average, 20 mA peak, (plus 120 mA for disply lamps, plus 0.125 mA for each optional wireless transmitter received by the console) at 4 to 6 VDC
Ac Power Adapter	5VDC, 900mA, regulated
Batteries	3 C-cells
Battery Life	up to 9 months
Connectors	Modular RJ-11
Housing Material	UV-resistant ABS plastic
Console Display Type	LCD Transflective
Dimension	–
Console with antenna	10.375″x6.125″x1.5″ (264mmx156mmx38mm)
Display	5.94″x3.375″(151mmx86mm)
Weight (with batteries)	1.88IBS.(.85kg)
Integrated Sensor Suite (ISS)	–
Operating Temperature	-40° to +150°F (-40° to +65°C)
Non-operating Temperature	-50° to +158°F (-45° to +70°C)
Current Draw (ISS SIM only)	0.14 mA (average), 30mA (peak) at 4 to 6 VDC
Solar Power Panel (ISS SIM / Fan)	0.5 watts / .75watts
Battery (ISS SIM / Fan (Fan-Aspirated)	CR-123 3-Volt Lithium cell / 2- 1.2 Volt NiCad C-cells
Battery Life (3-Volt Lithium cell)	8 months without sunlight – greater than 2 years depending on solar charging
Battery Life (NiCad C-cells)	1 year
Fan Aspiration Rate (Fan-Aspirated)	190 feet/min. (0.9m/s)(full sun), 80 feet/min, (0.4m/s)(battery only)
Connectors, Sensor	Modular RJ-11
Cable Type	4-conductor, 26 AWG
Cable Length, anemometer	40′ (12m)(included) 540′(165m) (maximum recommended)
Wind Speed Sensor	Wind cups with magnetic switch
Wind Direction Sensor	Wind vane with potentiometer
Rain Collector Type	Tip bucket, 0.01″ per tip (0.2 mm with metric rain adapter), 33.2 in2 (214 cm2) collection area
Temperature Sensor Type	Thermistor
Relative Humidity Sensor Type	Film capacitor element
Housing Material	UV-resistant ABS plastic

Wind Speed	–
Resolution and Units	1 mph, 1km/h, 0.1 m/s, or 1 knot (user-selectable)
Range (large wind cups)	2 to 150 mph, 2 to 130 knots, 1 to 67 m/s, 3 to 241 km/h
Range (small wind cups)	3 to 175 mph, 3 to 150 knots, 1.5 to 79 m/s, 5 to 282 km/h
Update Interval	Instant Reading: 2.5 to 3 seconds, 10-minute Average:1 minute
Accuracy (large wind cups)	±2 mph (2 kts, 3 km/h, 1m/s) or ±5%, whichever is greater
Accuracy (small wind cups)	±3 mph (3 kts, 5 km/h, 1.5m/s) or ±5%, whichever is greater
Maximum Cable Length	540′ (165 m)
Current Data	Instant Reading; 10-minute and Hourly Average; Hourly High; Daily, Monthly and Yearly High with Direction of High
Historical Data	10-min, and Hourly Averages; Hourly Highs; Daily, Monthly and Yearly Highs with Direction of Highs
Alarms	High Thresholds from instant Reading and 10-minute Average
Wind Direction	–
Display Resolution	16 points (22.5°) on compas rose, 1° in numeric display
Accuracy	±7°
Update Interval	2.5 to 3 seconds
Current Data	Instant Reading (user adjustable); 10-min, Dominant; Hourly, Daily, Monthly Dominant
Historical Data	Historical Data
Wind Chill (Calculated)	–
Resolution and Units	1oF or 1°C (user-selectable)
Range	-50° to +158°F (-45° to +70°C)
Accuracy	±2oF (±1oC) (typical)
Update Interval	10 to 12 seconds
Souce	United States National Weather Service (NWS)/NOAA
Equation Used	Osczevski (1995) (adopted by US NWS in 2001)
Variables Used	Instant Outside Temperature and 10-min. Avg. Wind Speed
Current Data	Instant Calculation; Hourly, Daily and Monthly Low
Historical Data	Hourly, Daily and Monthly Lows
Alarm	Low Threshold from Instant Calculation

Outsite temperature (sensor located in ISS)	–
Resolution and Units	Current Date 0 .1°F or 1°F or 0.1°C or 1°C (user-selectable) nominal(see Fig. 1) Historical Data and Alarms: 1°F or 1°C (user-selectable)
Range	-40° to +150°F (-40° to +65°C)
Sensor Accuracy	±1°F (±0.5°C) up to110°F(43°C), ±2°F(±1°C)over 110°F (43°C) See Fig.2)
Radiation Induced Error (Passive Shield)	+4°F(2°C) at solar noon (insolaton=1040 w/m2,avg.wind speed ≤2mph(1 m/s))(reference:RM young Model 43408 fan-Aspirated Radiation Shield)
Radiation induced Error(fan-Aspirated)	+0.6°F (0.3°C) at solar noon (insolaton=1040 w/m2,avg.wind speed ≤2mph(1 m/s))(reference:RM young Model 43408 fan-Aspirated Radiation Shield)
Update interval	10 to 12 seconds
Current Data	Instant Reading (user adjustable): Daily, monthly.yearly highs and lows
Historical Data	hourly Reading Daily monthly.yearly highs and lows
Alarms	High and low thresholds from instant Reading

Rainfall	–
Resolution and Unit	0.01”or 0.25 mm(user-selectable)(1 mm at totals ≥2000 mm)
Daily/Storm Rainfall Range	0to 99.99″(0to 9999mm)
Monthly/yearly/Total Rainfall Range	0 to 199.99″(0to 19999mm)
Rain Rate	0 to 199.99″(0to 19999mm)
Accuracy	For rain rates up to 2″/hr (50mm/hr):±4% of total or +0.01″(0.25MM)(0.01″=one tip of the bucket), whichever is greater For rain rates from 2″/hr (50mm/hr)to 4″/hr(100mm/hr): ±5% of total or +0.01″(0.25mm)(0.01″=one tip of the bucket). whicheveris greater
Update Interval	10 to 12 seconds
Storm Determination Method	0.02″(0.5mm)begins a storm event,24hours without further accumlulation ends a storm event
Current Data	Totals for past 15-min, past 24 hours,Daily, monthly, yeary (start data user-selectable)and storm(with begin data):Umbrella is displayed when 15 minute Total exceeds zero
Historical Data	Totals for Past 15-min, Daily, Monthly, Yearly (start date user-selectable) and Storm (with begin and end dates)
Alarms	High Threshold from Latest Flash Flood (15-min, Total,default is 0.50″, 12.7 mm), 24-hour Total, Storm Total,
Current Data	0 to 99.99″ (0 to 999.7 mm)
Rain Rate	–
Resolution and Units	0.01″ or 0.25 mm (user-selectable) at typical rates (see Fig. 3 and 4)
Range	0,0.04″/hr (1mm/hr) to 100″/hr (0 to 1999.9 mm/hr)
Accuracy	±5% or ±0.04″/hr (1 mm/hr) (up to 10″/hr, (250 mm/hr)), whichever is greater
Update Interval	10 to 12 seconds
Calculation Method	Measures time between successive tips of rain collector.Elapsed time greater than 15 minutes or only one tip of thr rain collector constitutes a rain rate of zero.
Current Data	Instant and 1-min, Reading; Hourly, Daily, Monthly and Yearly High
Historical Data	1-min Reading; Hourly, Daily, Monthly and Yearly Highs
Alarm	High Threshold from Instant Reading

Barometric Pressure (sensor located in console)	–
Resolution and Units	0.01″ Hg, 0.1 mm Hg, 0.1 hPa/mb (user-selectable)
Corrected Range	26.00″ to 32.00″ Hg, 660.0 to 810.0 mm Hg, 880.0 to 1080.0hPa/mb
Uncorrected Range	18.00″ to 33.50″Hg, 457.0 to 850.0 mm Hg,592.0 to 1130.0 hPa/mb
Elevation Range	-999′ to +12,500′ (-305 m to 3810 m)
Uncorrected Reading Accuracy	±0.03″ Hg (±0.8 mm Hg, ±1.0 hPa/mb) (at room temperature)
Sea-Level Reduction Equation Used	United States Method employed prior to use of current “R Factor” method
Equation Source	Smithsonian Meteorological Tables
Equation Accuracy	±0.01″ Hg (±0.3 mm Hg, ±0.3 hPa/mb)
Elevation Accuracy Required	±10′ (3m) to meet equation accuracy specification
Overall Accuracy	±0.04″ Hg (+-1.0 mm Hg, ±1.4 hPa/mb)
Trend (change in 3 hours)	Change S0.6″ (2 hPa/mb, 1.5 mm Hg) = Rapidly Change S0.2″ (.7hPa/mb, .5 mm Hg) = Slowly
Trend Indication	5 position arrow: Rising (rapidly or slowly), Steady, or Falling (rapidly or slowly)
Update Interval	15 minutes or when console BAR key is pressed twice
Current Data	Instant, 15-min., and Hourly Reading; Daily, Monthly, High and Low
Historical Data	15-min. and Hourly Reading; Daily, Monthly Highs and Lows
Alarms	High Threshold from Current Trend for Storm Clearing (Rising Tredn Low Threshold from Current Trend for Storm Warning (Falling Trend)
Range for Rising and Falling Trend Alarms	0.01 to 0.25″ Hg (0.1 to 6.4 mm Hg, 0.1 to 8.5 hPa/mb)

Evapotranspiration (calculated, requires solar radiation sensor)	–
Resolution and Units	0.01″ or 0.25 mm (user-selectable)
Range	Daily to 99.99″ (999.9 mm); Monthly & Yearly to 199.99″ (1999.9 mm)
Accuracy	Greater of 0.01″ (0.25 mm) or ±5%, Reference: side-by-side comparision against a CIMIS ET weather station
Update Interval	1hour
Calculation and Source	Penman-Monteith Equation as implemented by CIMIS (California Irrigation Mangagement Information System) including Net Radiation calculation
Current Data	Latest Hourly Total Calculation, Daily, Monthly, Yearly Total
Historical Data	Hourly, Daily, Monthly, Yearly Totals
Alarm	High Threshold from Latest Daily Total Calculation
Solar Radiation (requires solar radiation sensor)	–
Resolution and Units	1 W/m2
Range	0 to 1800 W/m2
Accuracy	±5% of full scale (Reference: Eppley PSP at 1000 W/m2)
Drift	up to ±2% per year
Cosine Reponse	±3% for angle of incidence from 0° to 75°
Temperature Coefficient	-0.067% per °F (-0.12% per °C); reference temperature = 77°F (25 °C)
Update Interval	50 seconds to 1 minute (5 minutes when dark)
Current Data	Instant Reading and Hourly Average; Daily, Monthly High
Historical Data	Hourly Average, Daily, Monthly Highs
Alarm	High Threshold from Instant Reading

Ultra Violet (UV) Radiation Index (requires UV sensor)	–
Resolution and Units	0.1 Index
Range	0 to 16 Index
Accuracy	+5% of full scale (Reference: Yankee UVB-1 at UV index 10 (Extremely high)
Cosine Reponse	+4%(0′ to 65′ incident angle);9% (65′ to 85′ incident angle)
Update Interval	50 seconds to 1 minute (5 minutes when dark)
Current Data	Instant Reading and Hourly Average: Daily,Monthly high
Historical Data	hourly Average, Daily, Monthly highs
Alarm	High Threshold from Instant Calculation
Ultra Violet (UV)Radiation Dose (requires UV sensor)	–
Resolution and Units	0.1MEDs to 19.9 MEDs:1MED above 19.9 MEDS
Range	0 to 199 meds
Accuracy	+5% of daily total
Drift	up to +2% per year
Update Interval	50 seconds to minute (5 minutes when dark)
Current Data	Latest Daily totals(user resetable at any time from Current Screen)
Historical Data	Hourly,Daily Totals (user reset from Current Screen does not affect these values)
Alarms	high Threshold from Daily Total
Alarm Range	0 to 19.9 MEDs

Temperature Measurement Range	0°C ˜40°C (32 F˜104 F)
Measurement Temperature Resolution	1°C（2 F）
Measurement Range（Brix）	0%˜85%
Accuracy	+/- 0.2%
Automatic Temperature Compensation	10-40 C
Power supply	a battery （9V）
Operation Temperature	0°C˜40°C（32 F˜104 F）
Dimension	185mm ×59mm ×45mm

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