Technical Specification

Output: 4–20 mA / HART

Range: 11.8 to 118 in. / 300 to 3000 mm (to order)

Operating pressure: -10 to 2900 psi (-0.6 to 200 bar)

Specific gravity range: Standard: 0.5 to 1.5

Operating temperature: –20 to 200°C

Ambient temperature: –20 to 60 °C

Accuracy: < ±1% of output span

Repeatability: ±0.2% of output span

Linearity: 0.2% of output span

Resolution: 0.1% of output span

Hysteresis: 0.3% of output span

Power supply: 12 to 40 Vdc loop-powered

Installation

• Knock-out pots
• Condensate drums
• Separators
• Flash vessels
• Storage vessels
• Receiver tanks

Description

One of the important tools in measurement is the displacement level transmitter, which, alongside simple physical principles, offers extraordinary accuracy. According to the data obtained based on a key principle such as Archimedes, it works by reducing the weight of an immersed object by the same amount of weight that the liquid it displaces. To better understand, we should say that this object is placed in liquids; when the liquid level changes, its volume will also change. Then the weight is measured by a sensor, and the effective weight is usually proportional to the change in liquid level. However, the precise liquid level is measured by the displacement level transmitter, and this occurs when the change in displacement weight creates a force applied to the electronic system. In the following text, we will become familiar with the advantages of this tool and its important features; stay with us for more information.