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Physical and chemical equipment Oxygen measurement system Liquid phase oxygen electrode system for photosynthesis/respiration research Chlorolab3+-Chlorolab3+
Physical and chemical equipment Oxygen measurement system Liquid phase oxygen electrode system for photosynthesis/respiration research Chlorolab3+-Asahiko Trading Co., Ltd.

Physical and chemical equipment Oxygen measurement system Liquid phase oxygen electrode system for photosynthesis/respiration research Chlorolab3+
Asahiko Trading Co., Ltd.

🧪 Chemical Industry Use

Asahiko Trading Co., Ltd.'s Response Status

Response Rate

100.0%

Response Time

1.8hours

Very Fast Response


About This Product

■Summary

Oxylab+ oxygen electrode control units offer significantly more flexibility and performance than previous generation electrode control units, combining striking looks with enhanced functionality. Oxylab+ is a very useful tool for measuring oxygen evolution or uptake in a wide range of liquid phase samples, from chloroplast extracts to mitochondrial suspensions with up to 100% oxygen concentration. It offers excellent cost performance with simple operability and functionality. Oxylab+ can be used in education and research settings as well. 24-bit resolution allows detection of small changes in oxygen concentration without applying instrument gain. Therefore, even if you zoom in on the area you want to measure, you will get a beautiful trace with no noise. It has a built-in electronic circuit that controls the LED light source, and the light intensity can be automatically varied using a user-defined PFD light table. This system graphs signals from auxiliary inputs and ion-selective electrodes in real time, allowing comprehensive analysis of oxygen activity along with signals such as pH, TPP+, calcium, potassium, and hydrogen ions. The signals from all inputs are further displayed on an LCD screen mounted on the front panel of the Oxylab+ control unit. Up to two Oxylab+ control units can be connected to one PC and operated simultaneously from OxyTrace+ software to create a powerful multichannel system.

■Features

・Oxylab+ control unit ・DW3 high capacity electrode chamber, 2 optical ports, S1 oxygen electrode disk ・LH36/2R LED light source (up to 900 µmols m-2 s-1) ・Liquid phase sample 1-20ml at oxygen concentration 0-100% ・24-bit high resolution oxygen signal measurement ・Possible to measure pH and ion selective electrode (ISE) signals with 16-bit resolution (optional) ・Onboard LCD display of oxygen, auxiliary electrode, and ISE signals ・Quantitherm PAR/temperature sensor for light source calibration ・OxyTrace+Windows® software for data acquisition, hardware control, and data analysis ・It is also possible to output analog oxygen signals in real time (0 to 4.5v)

  • Product

    Physical and chemical equipment Oxygen measurement system Liquid phase oxygen electrode system for photosynthesis/respiration research Chlorolab3+
  • Usage Scenarios

    Chemical Industry Use

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1 Models of Physical and chemical equipment Oxygen measurement system Liquid phase oxygen electrode system for photosynthesis/respiration research Chlorolab3+

Image Part Number Price (excluding tax) Power supply Electrode type Electrode output Oxygen consumption Suitability Communication Display Measuring range Temperature control Residual current Material Response time Size External dimensions Resolution Polarization voltage Input sensitivity Light source Optical port Signal input Magnetic stirrer Plunger Sample amount Sample chamber Sampling rate Control Electronics Analog output Oxylab+ Electrode Control Unit Weight DW3 electrode chamber weight
Physical and chemical equipment Oxygen measurement system Liquid phase oxygen electrode system for photosynthesis/respiration research Chlorolab3+-Part Number-Chlorolab3+

Chlorolab3+

Available upon quote

95~260 universal input mains power, output 12VDC 2.5A

Clark type polarographic oxygen sensor

Typical 1.6μA at 21% O2

Typically <0.015µmol/hr^-1

Liquid phase photosynthesis/respiration

USB2.0

61×2 character blue LCD

Oxygen: 0~100%, pH: 0~14pH, Aux: 0~4.096V

Water jacket connected to circulating constant temperature water tank

Typical 0.04µA in 0% O2

Black acetal

10~90%, typically less than 5 seconds

117×75×100mm

250×125×65mm

Oxygen: 0.0003% (24 bits), pH: 0.0006pH (16 bits),
Aux: 62.5μV/bit (16bit)

700mV

0~9,000nA

36 red LEDs

Optical port (φ26mm), crystal window (φ36mm)

S1 O2 electrode (SMB), pH/ISE (BNC), Aux (8-pin MiniDin),
QTP1 PAR/Temp probe (6-pin MiniDin)

150~900rpm, software controlled in % steps

Variable height, center hole

1~20ml (more than 15ml for lighting)

Borosilicate glass

0.1~10 times/sec

Via Oxylab+ and OxyTrace+ software

Microcontroller: 16-bit high-performance CPU dual, low-power, 16/24-bit Sigma Delta running on 32 MHz ADC

0~4.5V O2 signal

0.63Kg

400 grams

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About Company Handling This Product

Response Rate

100.0%


Response Time

1.8hrs

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