| Product | Name | Decription | Details |
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HLxxWIN Datalogger Support Software： |
a. Program Editor b. Real Time Monitor Mode c. Terminal emulator d. Auto-polling for multiple remote stations e. Communication supports f. Simple operation mode |
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TERM8W Datalogger Support Software： |
a. Windows® Graphic Interface b. Charts, Graphs and Reports c. Wind Rose Charts d. Database Editor e. Program Editor f. Auto Polling - Unlimited Remote Sites g. Real Time Data Values and Real Time Gauges Display h. Foreign languages |
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HLxx Light Datalogger Support Software： | a. Program Editor b. Real Time Monitor Mode c. Terminal emulator d. On-line new & history data view e. Communication supports f. Simple operation mode |
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HL20 Data acquisition system： | a. 20 single-ended or 8 differential analog input channels b. Expandable to more than 200 channels c. 4 excitation voltage outputs d. 4 pulse input channels e. 6 digital control outputs f. Low power consumption g. Optional EEDSU data storage unit |
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HL20-A Data acquisition system： | a. 20 single-ended or 8 differential analog input channels b. Expandable to more than 200 channels c. 4 excitation voltage outputs d. 4 pulse input channels e. 6 digital control outputs f. Low power consumption g. Optional EEDSU data storage unit |
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EEDSU Data Storage Unit | a. Data storage capacity : > 350,000,000 data points b. Power requirements : 12VDC ( 7 to 30 VDC ) c. Power consumption : < 15mA ( @12.6VDC ) in average. d. Baud rate : Data transfer is 9,600 baud. e. Temperature operating range : -25℃to +70℃ f. Dimension : 6.7cm * 6.7cm * 2.8cm |
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CEM416A Channel expansion module： | a. 48 single-ended or 32 differential input channels b. 16 full bridge input channels |
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VWA-1 VW to Analog Converter |
a. Frequency range: 400 – 6000 HZ b. Resolution: 24 bits c. Response time: @ 0.5S ( @ 500mS ) after power-on d. VW to Analog channel no.: 1 channel (VW) e. Analog output: 0 – 2 VDC (VW) f. Power requirement: 9 – 15 VDC g. Dimension: @ 16 cm (L) x 6 cm (W ) x 2.7 cm (H) |
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HP2 Power Switch Module： |
a. Channel number: 2 b. Control principle: none-contact switch c. Control voltage: High: 5 VDC, Low: 0 VDC d. Input power: 12 VDC ( < 50 VDC ) e. Output power: 12 VDC f. Current drain: < 0.05 mA g. Nominal load: < 1.5 A @12VDC |
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VS7 Logger & sensor series : | a. 5 analog input channels b. 2 potentiometer input channels c. 3 pulse input channels d. 2 continuous 5V & 12V power outputs e. 16 characters by 2 line LCD display w/3 buttons f. Adjustable logging interval from 1s up to 10+ hrs g. 2 gigabyte data storage ( SD Card ) |
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EE-04 Wind Sensor | a. Measuring range:Wind speed: 0 - 75 m/s Wind direction: 0 - 360 ° b. Accuracy: Wind speed: ±1 m/s( 0-20m/s ) ±5% ( >20m/s ) Wind direction: ±7 ° c. Signal output: Wind speed: magnetically switch Wind direction: potentiometer |
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03002 Wind Sentry Anemometer and Vane: |
a. Measuring range: Wind speed: 0 – 50 m/s Wind direction: 0 – 360 ° b. Accuracy: Wind speed: ± 0.5 m/s Wind direction: ± 5 ° c. Signal output: Wind speed: magnetically induced AC voltage Wind direction: potentiometer d. Options: 03002V WS&WD: 0 – 1 VDC outputs 03102V WS: 0 – 1 VDC output 03302V WD: 0 – 1 VDC output |
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05103 Wind monitor： | a. Measuring range: Wind speed : 0 - 100 m / s Wind direction : 0 - 360° b. Accuracy: Wind speed : ± 0.3 m / s or 1% of reading Wind direction : ± 3° c. Signal output: Wind speed : magnetically induced AC voltage Wind direction : DC voltage - potentiometer d. Options : 05103V with 0 - 5 VDC outputs 05103L with 4 - 20 mA outputs |
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MP101A Temp. / RH probe： |
a. Measuring range: Temperature : -40℃ - +60℃ Humidity : 0 - 100% b. Accuracy: Temperature : ± 0.3℃ Humidity : ± 1.5% ( 10 - 95% ) ± 2.5% ( ＜10% or ＞ 95% ) |
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111N&222N Temp./RH probes: |
a. Measuring range: Temperature: -40 ℃ to + 60 ℃ Humidity: 0 - 100 % b. Accuracy: Temperature: ± 0.3 ℃ (-20 ℃ to + 40 ℃ ) ± 0.5 ℃ (-40 ℃ to + 60 ℃ ) Humidity: ± 3 % (0 - 90 %) ± 5 % (90 - 98 %) |
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TH-46 Temp./RH probe: | a. Measuring range: Temperature: -40 ℃ to + 60 ℃ Humidity: 0 - 100 % RH b. Accuracy: Temperature: ± 0.15 ℃ Humidity: ± 1.0 % RH |
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888 & 884 Solar radiation shields: |
a. Material: UV stabilized white thermoplastic plates b. Principle: Natural ventilation c. No power required d. 888: 8 plates e. 884: 4 plates |
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E20 Sillicon pyranometer： | a. Spectral range: 400 - 1100 nm b. Sensitivity: 48 uV / W / m2 c. Linearity: 1% up to 3000 W / m2 d. Accuracy: ± 3 % e. Response time: typical 3 uS |
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LP02 Pyranometer： | a. Spectral response: 305 - 2800 nm b. Sensitivity: 10 - 40 uV/ W/ m2 c. Non - stability: < 1% change per year d. Non -Linearity: ± 2.5 % e. Response time 95 % : 18 Sec f. Temperature range: -40 ℃ to + 80 ℃ |
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SR11 First Class Pyranometer | a. ISO classification: First Class b. Spectral response: 305 – 2800 nm c. Sensitivity ( nominal ): 15 uV/W/m2 d. Range: 0 – 2000 W/m2 e. Temperature dependence: < 0.1%/℃ f. Temperature range: -40℃ to +80℃ g. Calibration traceability: WRR |
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NR01 & RA01 Net Radiation – Pyrgeometer sensors NR01 & RA01 Specs: |
General: a. Temperature range: -40℃ to +80℃ b. Range: 0 – 2000 W/m2 c. Temperature sensor: Thermister d. Temperature sensor: users own preference can be plugged in Pyranometer ( Short Wave ): a. Pyranometer ISO classification: Second Class b. Spectral response: 305 - 2800 nm c. Calibration traceability: WRR Pyrgeometer ( Long Wave ): a. Spectral response: 4500 – 50000 nm b. Calibration traceability: NIST c. Window heating offset @ 1000 W/m2 solar radiation: < 15 W/m2 d. Heating power: 5 Watt @ 12VDC |
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MS-020VM Pyranometer： | a.Spectral response: 400 – 1100 nm b.Signal output: 0 – 1 VDC c.Measuring range: 0 – 1400 W/ ㎡ d.Accuracy: < 4% e.Response time: < 50 ms f.Power supply: 12 – 24 VDC/7mA |
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BP0611A Barometric Pressure sensor: | a.Measuring range:630 – 1130 mBar or hPa ( 18.6 – 33.4in. Hg ). b.Resolution: Infinite. c.Operating Temp.:-40ºC to + 85ºC. d.Temp. Compensatedrange: 0ºC to + 70ºC. e. Accuracy: ±0.125% FS f.Power requirement:10 – 24VDC. g. Current Consumption: Active 5mA @12VDC Static 1.1mA @12VDC. h.Signal output: 0 - 2 VDC. |
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E90 Quantum sensor： | a. Spectral range: 400 - 700 nm b. Sensitivity: 2.7mV per 1000 umols-1m-2 c. Linearity: 1 % up to 10,000 umols-1m-2 d. Accuracy: ± 4 % e.Stability: < ± 2 % change over a 1 year period f. Response time: typical 1 uS |
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