800-826-8302 Contact Us
Loading...

Krueger Sentry GaugeĀ® Therma Type H Liquid Level Gauge, Tank 48" D, 1.5" NPT, Aluminum, G0294262

Please Wait
Contact Us
Please complete the form, and we will contact you within one business day.
SKU
7741020
per each
Contact Us

Specifications

SKU7741020
Mfr #G0294262
Sold ByEA
Connection Size1/2"
Connection TypeNPT
DisplayNo
Engineering UnitsInches
Measurement TypeVisual Indication
Upper Range Limit (URL)70 psi
UNSPSC41112407
Product Details

Krueger Sentry Gauge Therma Type H Liquid Level Gauge provides a dependable solution for tanks up to 48" deep and can measure all types of liquid levels. It is ideal for use in various applications, such as hydraulic tanks and oil reservoirs.

Utilizing a simple yet effective design, the liquid level gauge features a floating indicator attached to a swing armthat pivots along a marked gauge plate. The movement transferred from the swing arm translates the vertical motion of the float into a readable level indicator that assesses liquid volumes without an electronic component. The two-piece aluminum bushing allows the swing arm to aim away from walls, corners, and other obstructions and prevents spinning during installation.

Reliable and durable, the gauge shows the liquid level using visual indication rather than a numerical measurement. While not a direct numerical measurement, it provides a clear and easy-to-read indication of the fluid level. The top of the red indicator indicates the tank's approximate fuel level. It is calibrated in eighths of a tank on one side and quarters on the other. With few moving parts, it is less likely to break down than more complex gauges.

The patented calibration assembly can withstand pressures up to 70 psi and features a nearly indestructible double plastic dome. Additionally, the Therma Type H Level Gauge is designed to be compatible with double walls and pipe risers. 

Marked by its straightforward mechanical design, the Therma Level gauge offers durability, low maintenance requirements, quick installation, and long-term cost-effectiveness.