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Apera Instruments 2301T-F PVC-Body Conductivity/Temp. Electrode (K=1.0), Range: 0.5 S/cm to 200 mS/cm, BNC/RCA Connector
Item #: 14743672

Apera Instruments 2301T-F PVC-Body Conductivity/Temp. Electrode (K=1.0), Range: 0.5 S/cm to 200 mS/cm, BNC/RCA Connector

Item #: 14743672

USD 90

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What Stands Out

Versatile Range
This electrode offers a wide conductivity measurement range from 0.5 µS/cm to 200 mS/cm, making it suitable for diverse applications, from laboratory research to industrial processes.
Durable PVC Body
Constructed with a robust PVC body, this electrode ensures long-lasting performance and reliability, even in challenging environments, reducing the frequency of replacements.
Easy Connectivity
Equipped with a BNC/RCA connector, it allows for quick and secure connections to various meters, enhancing user convenience and efficiency in data collection.

Product Details

Shop online for Apera Instruments 2301T-F PVC-Body ConductivityTemp Electrode at Ubuy Turks and Caicos. Wide range of electrodes available. Fast shipping and reliable service.
  • Built-in temperature sensor, testing conductivity and temperature simultaneously (supports auto. Temp. Compensation)
  • Apera's unique BPB conductivity sensor, ensuring high accuracy in a wide range
  • Equipped with a detachable probe storage cap, keeping the sensor hydrated when not in use.
  • 6-Month fulfilled by Apera Instruments

Product Technical Details

Product Dimensions‎9.45 x 2.36 x 1.57 inches
Item Weight‎4.2 ounces
Manufacturer‎Apera Instruments
Item model number‎AI1305

What's in the box

2301T-F Electrode

Who Should Buy?

Suitable For
  • Lab Technicians

    Ideal for lab technicians needing precise conductivity measurements across a wide range of solutions and temperatures.

  • Hydroponic Farmers

    Perfect for hydroponic systems where monitoring nutrient solutions is essential for optimal plant growth.

  • Aquarium Owners

    Great choice for aquarium enthusiasts wanting to maintain ideal water parameters for aquatic life health.

Not Suitable For
  • Field Applications

    Not suitable for rugged outdoor fieldwork due to lack of durability against harsh environments.

  • High-purity Industries

    May not meet the stringent requirements of high-purity applications like semiconductor manufacturing.

  • Home Users

    Not ideal for casual home users who require basic conductivity measurements without advanced functionalities.

Product Description

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Customer Questions & Answers

  • Question: What types of applications is the Apera Instruments 2301T-F conductivity/temp electrode suitable for?

    Answer: The Apera Instruments 2301T-F electrode is ideal for various applications such as hydroponics, aquaculture, laboratory research, and environmental monitoring. This versatility is due to its wide conductivity range from 0.5 S/cm to 200 mS/cm, making it suitable for both low and high ionic concentration solutions. In hydroponics, for instance, it helps in maintaining optimal nutrient levels, while in aquaculture, it aids in monitoring water quality for fish health.
  • Question: How does the PVC body of the Apera Instruments 2301T-F enhance durability?

    Answer: The PVC body of the Apera 2301T-F electrode contributes significantly to its durability, making it resistant to various chemicals and suitable for harsh environments. Unlike glass electrodes, the PVC body is less prone to breakage, allowing for reliable usage in a variety of settings such as laboratories or fieldwork. Its robust design ensures it can withstand frequent handling without compromising accuracy.
  • Question: What is the importance of a BNC/RCA connector on the Apera Instruments 2301T-F?

    Answer: The BNC/RCA connector on the Apera Instruments 2301T-F provides a secure and stable connection to a wide range of meters and devices. This connectivity is crucial for transmitting accurate conductivity and temperature measurements. Users can seamlessly integrate this electrode into their existing setups, ensuring compatibility and enhancing the overall functionality of their monitoring systems.
  • Question: Can the Apera Instruments 2301T-F be used for both conductivity and temperature measurements?

    Answer: Yes, the Apera Instruments 2301T-F is specifically designed to measure both conductivity and temperature. This dual-functionality simplifies the monitoring process, allowing users to obtain crucial data concurrently. For example, in environmental science, researchers can analyze water quality while considering temperature variations that can affect conductivity readings, providing a comprehensive understanding of aquatic environments.
  • Question: What maintenance does the Apera Instruments 2301T-F electrode require?

    Answer: To ensure optimal performance, the Apera Instruments 2301T-F electrode requires regular rinsing with distilled water after use and occasional calibration with standard solutions. Maintenance not only prolongs the life of the electrode but also ensures accurate readings. Users who frequently test various solutions are particularly advised to keep the electrode clean to avoid cross-contamination, ultimately leading to more reliable results.
  • Question: What is the K value of the Apera Instruments 2301T-F and why is it significant?

    Answer: The K value of the Apera Instruments 2301T-F is 1.0, which signifies the electrode's sensitivity and its ability to provide accurate readings across its measurement range. A K value of 1.0 indicates a good balance, making it effective for a broad spectrum of applications, from low ionic strength solutions in labs to higher concentrations in commercial settings. This feature makes the electrode versatile for various testing scenarios.
  • Question: How do I calibrate the Apera Instruments 2301T-F conductivity/temp electrode?

    Answer: Calibrating the Apera Instruments 2301T-F involves using standard calibration solutions at known conductivity values. Users typically start by rinsing the electrode with distilled water, then immersing it in the calibration solutions. Regular calibration ensures accuracy in readings, particularly before critical tests in research or production environments, ensuring that data reflects true measurements and supports reliable decision-making.
  • Question: Is the Apera Instruments 2301T-F electrode suitable for outdoor use?

    Answer: Yes, the Apera Instruments 2301T-F electrode is suitable for outdoor use, thanks to its durable PVC body designed to withstand various environmental conditions. Users conducting field tests in water bodies or agricultural settings can rely on this electrode for accurate measurements without the risk of damage from exposure to elements. The robust construction ensures consistent performance even in challenging outdoor environments.
  • Question: What is the temperature range for the Apera Instruments 2301T-F electrode?

    Answer: The Apera Instruments 2301T-F electrode is designed to measure temperature in conjunction with conductivity, typically ranging from 0°C to 60°C. This temperature range is suitable for most applications involving water and nutrient solutions. For instance, in aquaculture, monitoring temperature is vital to maintain optimal conditions for aquatic life, making this electrode an essential tool for precise environmental assessments.
  • Question: Where can I buy Apera Instruments 2301T-F PVC-Body Conductivity/Temp. Electrode in Turks and Caicos?

    Answer: You can purchase the Apera Instruments 2301T-F PVC-Body Conductivity/Temp. Electrode from Ubuy. Ubuy offers a reliable platform with a user-friendly interface for buying this quality electrode, ensuring that you receive the product efficiently. They provide a straightforward purchasing process, making it easier to obtain the equipment you need for accurate conductivity and temperature measurements.

Apera Instruments Electrochemistry Accessories ‎AI1305 Editorial Review

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Pros

  • Highly accurate measurements
  • Durable PVC body
  • Wide conductivity range
  • Compatible with BNC/RCA connectors
  • Quick response time

Cons

  • May be slightly heavier than similar models.

Product Price History

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