In conclusion, oversized probe length will not hinder normal use of tuning fork level switches. By selecting compact models, cutting the probe on site, adjusting installation directions or customizing probe sizes, users can perfectly solve installation limitations in narrow spaces while ensuring detection precision and operational stability.

In short, tuning fork level switches feature reliable anti-interference performance for complex industrial conditions. Based on mechanical vibration damping principle and fully enclosed structure, they work stably in foam, dust and high-temperature steam environments where traditional sensors often fail. With high temperature resistance and maintenance-free merits, they suit most harsh working scenarios, with only minor limitations in extreme conditions, making them ideal industrial level measurement tools.

Why is a tuning fork level switch the optimal solution for level measurement in a high-temperature saturated steam environment?

The customer asked why the tuning fork switch on his reactor kept malfunctioning.

This capacitive level gauge is a reliable continuous measuring device tailored for diesel tanks. Benefiting from capacitance detecting principle with no moving parts, it features high precision, strong diesel resistance and optional explosion-proof design. With flexible probe length and easy field calibration, it serves stationary oil depots and mobile machinery fuel tanks efficiently while requiring minimal daily maintenance.

Applicable Ranges of Cable Float Level Switch
1. Medium conditions
Medium type: clean water, wastewater, oil, weak corrosive chemical liquid; unsuitable for high-viscosity paste, easy-crystallization and fibrous entangled medium.

1. Preparation before adjustment
Stop feeding and discharging liquid, stabilize tank liquid level; open the switch inspection cover on the side-mounted linkage assembly, prepare screwdriver and ruler.

Side-mounted float level switch contact capacity (divided into three types: micro-mechanical, reed switch, and explosion-proof intrinsically safe, according to industrial standards).

Four types of test methods for dielectric strength (withstand voltage) of float level switches (applicable to reed type/transmitter type, according to GB/T14536.17, GB/T21418, IEC60730)