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Pertanyaan umum tentang Kobold dari 3G Electric.
What is the measuring range of the Kobold LZT-0810M flow meter?
The Kobold LZT-0810M has a measuring range of 10–100 l/h for liquids. This makes it suitable for low-to-moderate flow applications in industrial processes, such as cooling water lines or chemical dosing. The meter is available in a variant with an integrated valve (LZT-0810M-V), which allows manual flow adjustment while providing direct visual indication. The float-type design requires no external power, and the scale is calibrated for water at typical operating temperatures. For other fluids, density and viscosity corrections may be necessary; consult the technical datasheet for specific calibration factors.
What is the flow range of the Kobold LZT-25S16 and what does 'rod guiding' mean?
The Kobold LZT-25S16 has a flow range of 1.6–16 m³/h, making it suitable for higher-capacity industrial lines such as HVAC chilled water loops or process cooling. 'Rod guiding' refers to a central guide rod that stabilizes the float within the tapered tube, preventing lateral movement and oscillation. This improves measurement accuracy and repeatability, especially in installations with vibration or pulsating flow. The rod-guided design also enhances readability by keeping the float aligned with the scale. This model is typically used in water treatment and utility monitoring applications where reliable flow indication is critical.
Can the Kobold LZT-0801M be used with fluids other than water?
The Kobold LZT-0801M is specifically calibrated for water, as indicated in its specifications. It is available with or without an integrated valve and offers measuring range variants from 2–20 l/h up to 10–100 l/h, as well as equivalent ranges in GPH and SCFH for gas applications. While the meter can technically be used with other liquids, the float position is affected by fluid density and viscosity, so recalibration or a correction factor is required. For non-water fluids, it is advisable to contact 3G Electric for application guidance and to verify compatibility with wetted materials. The meter is not designed for corrosive or high-temperature fluids without proper material selection.
What is the maximum working pressure for Kobold LZT series flow meters?
Typical Kobold LZT series flow meters are rated for working pressures up to 16 bar, though this can vary by model and connection size. For example, the LZT-0810M and LZT-0802M are designed for low-pressure industrial lines, while larger models like the LZT-25S16 may have similar or higher ratings depending on the body material and sealing. Always verify the pressure rating on the specific model's datasheet before installation. Exceeding the rated pressure can damage the float tube or cause leakage. For high-pressure applications, consider using a Kobold turbine meter or consult 3G Electric for alternative options.
What are the available connection sizes for Kobold LZT flow meters?
Kobold LZT flow meters are available with nominal pipe connections ranging from 10 mm to 25 mm, typically using G1/4, G1/2, or G3/4 threaded connections. For instance, the LZT-0802M (2–20 l/h) uses a G1/4 connection, while the LZT-15S60 (60–600 l/h) uses a G1/2 connection. The LZT-25S16 (1.6–16 m³/h) uses a G3/4 connection. These threads are standard for industrial piping and allow direct installation into existing lines. Adapters may be required for other thread standards. Ensure the connection size matches your piping to avoid flow restriction or leakage. 3G Electric can provide connection details for each model.
Does Kobold offer flow meters with integrated valves for flow control?
Yes, several Kobold LZT models are available with an integrated needle valve, such as the LZT-0810M-V and the LZT-0801M with valve option. These models combine flow measurement and manual regulation in a single compact unit, allowing operators to adjust flow rate while observing the float position. This is particularly useful in low-flow applications like chemical dosing, purge lines, or lubrication systems where precise control is needed. The valve is typically located at the inlet or outlet, and the meter body is designed to accommodate the additional component without increasing the overall footprint significantly. This integrated design reduces the need for separate valves and simplifies installation.



