Densitometer LDTR-T2010

Introduction

Densitometer performs density detection of the medium with a measuring range of 0 to 2.5 g/cc. Digital temperature sensor compensates for temperature-related variations in measurements. display shows one of the three variables: density, mass, percentage, and sensor frequency. Designed with wetted material, made up of 316 L stainless steel Hastelloy for better durability.

This densitometer is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Densitometers are widely used in various fields, including photography, printing, radiology, and material science and for maintaining quality and consistency of materials in industries.

Specifications

Measuring range	0 to 2.5 g /cc (0 to 2500 kg/m3)
Calibration range	0 to 2.5 g /cc (0 to 2500 kg/m3)
Measurement accuracy	± 0.002 g /cc (± 2 kg/m3)
Repeatability	± 0.0002 g /cc (± 0.2 kg/m3)
Output accuracy (20 ⁰C)	± 0.1% of reading or ± 0.05% FS
Output repeatability (-40 to +85 ⁰C)	± 0.05% FS
Temperature Coefficient	Less than 0.1 kg/m3/⁰C (after correction)
Temperature sensor	Digital sensor
Max. Working pressure range	207 bar (3000 psi)
Pressure effect	Negligible
Fluid viscosity range	0 to 2000 cP
Wetted material	316 L stainless steel Hastelloy
Fork body coating	Standard type, , or electrolytic polishing
Analog signal output	4 to 20 mA, 0 to 1000 Hz，RS485 Modbus
Process connection	150 to 1500 RF 50 PN16 50 PN40 and Hygienic
Shell	Aluminum alloy
Protection level	IP65
Power supply	24V DC, ≥ 50 mA

Features

Detects density with a measuring range of 0 to 2.5 g/cc (0 to 2500 kg/m³)

Made up of 316 L stainless steel Hastelloy wetted material

Digital temperature sensor to adjust measurements for fluctuations in temperature

Fork body coated with Standard type, or electrolytic polishing as a medium of vibration to detect density

Works at operational temperature of -50 to +150 ⁰C

Maximum working pressure of 207 bar

Measures fluid viscosity with a range of 0 to 20000 cP

Analog signal output to display measured density in analog form

FAQs

1. Can the Densitometer measure bacterial turbidity?

The Densitometer is specifically designed to measure the density of fluids and media, and not the turbidity caused by bacterial growth. Its measurements can be converted into concentration percentage values, making it highly effective for chemical and industrial applications. The instrument relies on vibration and density principles rather than optical methods that are used in turbidity testing. Since bacterial turbidity requires detection of suspended particles or microorganisms, this device is not intended for that purpose. Instead, it ensures highly precise density readings with temperature compensation. Therefore, while excellent for monitoring fluid density, it is not suitable for microbial turbidity analysis.

2. Can the Densitometer handle temperature variations automatically?

Yes. The Densitometer is equipped with a digital temperature sensor that provides automatic compensation for thermal fluctuations. This ensures that density values remain stable even when the medium’s temperature changes. The system maintains a very low temperature coefficient, minimizing drift and improving accuracy. Users benefit from consistent measurements without the need for frequent recalibration. This makes the instrument suitable for environments where temperature is not constant.

3. Is the Densitometer suitable for high-pressure and high-viscosity samples?

Yes. The Densitometer is built to withstand working pressures up to 207 bar, making it durable for high-pressure environments. It can also measure fluids with viscosities as high as 2000 cP, broadening its usability. These features make it well-suited for challenging industrial and research applications. The rugged build and corrosion-resistant materials ensure long-term performance under such demanding conditions. Additionally, optional protective coatings like can be applied for greater chemical resistance. This versatility makes it an excellent choice for diverse sample types.

4. In which industries are this Densitometer commonly used?

The Densitometer finds widespread use in fields like petroleum testing, material science, radiology, printing, and photography—basically, any scenario where precise material consistency and density measurement are essential. Its robust materials and high-accuracy performance make it particularly valuable for maintaining quality control and ensuring product consistency across industrial processes. The application range extends further thanks to configurable outputs that allow easy integration with , , or other automation systems. Its ability to maintain consistent measurements under variable conditions makes it a versatile choice for both research environments and process monitoring. By focusing on density and concentration metrics, it helps professionals ensure reproducible and safe operations across sectors.

5. What environments or fluids is it suitable for?

This Densitometer is engineered for a broad array of applications involving different types of media. It excels in challenging environments thanks to its rugged design that includes durable wetted materials such as 316L stainless steel and Hastelloy. The compact yet tough build allows for operation across diverse industries, including petroleum, chemical, pharmaceutical, and laboratory research, particularly where accurate fluid density measurement is critical. With its ability to accommodate highly viscous samples and resist high pressures, the is adaptable to conditions that might compromise other instruments. Its temperature compensation and versatile output options further enhance its applicability in automated systems. This makes it equally reliable in both steady-state and dynamic operational contexts.