Industrial Instrumentation

The SUP-LDG series of electromagnetic flow meters was developed based on long-standing technology for flow measurement. The LDG family has expanded its range of applications with both integrated and remote models. Through constant developments and improvements, the LDG series has become more accurate and reliable, and has become widely used in the field of industrial instrumentation. We offer a wide range of electromagnetic flow meters, all meeting the highest requirements in terms of accuracy and reliability in industries such as water and wastewater, food and beverages, mining, pulp and paper.

Features:

• High degree of accuracy: Provides highly precise measurements for various applications.
• Extremely simple operation: The meter is easy to operate and maintain, ideal for demanding industrial environments.
• Self-diagnosis for empty pipe detection: The meter has the capability to automatically detect if the pipe is empty.
• Nominal diameter range: DN 10 to 1200 (3/8 to 48″).
• Nominal pressure: PN 10, 16, 40.
• Process connection: Flange, clamp, among others.
• Liner: Rubber, PFA, F46, Neoprene, PTFE, FEP.
• Signal output: Pulse, 4-20mA, RS485, or HART.
• Electrode material: Stainless steel SUS316L, Hastelloy C, Titanium, Tantalum, Platinum-iridium.

Description

The ultrasonic gas flow meter is ideal for a wide variety of applications, including the supply, transmission, and distribution of most dry gases in fields such as underground air storage, power stations, petrochemical industry, aluminum foundries, etc. The ultrasonic meter can measure a wide range of gases, including natural gas, compressed gas, air, fuel gas, corrosive gas, toxic gas, high-purity gas, etc.

Features

• No moving parts, low pressure loss, long service life;
• Bidirectional measurement;
• Simple installation, easy maintenance;
• High accuracy and good reliability;
• Explosion-proof: Exd(ib)IIBT4 (excludes acetylene);
• Temperature and pressure compensation;
• Suitable for low flow rates and large diameter pipes.

Specifications

• Accuracy: ±0.5%, ±1.0%, ±1.5%;
• Diameter: 1” ~ 12” (DN25mm ~ DN300mm);
• Reduction ratio: >1:30;
• Medium: Gas, liquid;
• Output signal: Pulse, 4 ~ 20 mA;
• Communication protocol: MODBUS protocol;
• Explosion-proof: Common type, and explosion-proof;
• Protection: IP65;
• Explosion-proof grade: Exdib II BT4 (GYB101058);
• Operating temperature: -40 ºC ~ +85 ºC;
• Maximum overload flow: 120%;
• Power supply: DC 24V (600mA), DC 12V (1A);
• Nominal pressure: 1.6 MPa, 2.5 MPa, 4.0 MPa, 6.3 MPa, 10.0 MPa, 16 MPa, 25 MPa, 42 MPa. (232 psi, 363 psi, 580 psi, 914 psi, 1450 psi, 2320 psi, 3625 psi, 6095 psi.)

The Coriolis mass flow meter

Offers the best performance in mass flow measurement, density, and temperature, in addition to calculating volumetric flow, total flow, and fluid composition in real time. Currently, it has three available styles: M-type sensor, U-type sensor, and S-type sensor. Each series has its own compact and remote meters.

In general, a typical mass flow meter consists of a flow sensor and a signal transmitter. The flow sensor is designed to equip two flow tubes for vibration, resulting in signals for capture; the signal transmitter uses a digital signal processor (DSP) and a dynamic vibration balance (DVB) circuit to provide a fast yet accurate response in measurement. Additionally, on-site node configuration, diagnostics, and data recording are easily managed through HART or Modbus RTU communication.

Features

• Robust, with no moving parts for a long service life
• Custom flow connectors and installation lengths
• Excellent repeatability (±0.05% of flow rate)
• Optional Net Oil functionality
• NIST traceable and NTEP certified for custody transfers

Materials

• Tubes: SS316L (Hastelloy C option)
• Flow Separator: SS304 (SS316L and Hastelloy C options)
• Flanges: SS304 (SS316L and Hastelloy C options)
• Housing (NON-WETTED PARTS): SS304 (SS316L options)
• Options: Compliance with NACE MR 0175/0103

Benefits

• Increased productivity, less maintenance
• Lower installation costs
• Higher product quality
• Simpler complete solution for Net Oil without PLC/RTU

The LiveFlo Multiphase Flow Meters

Are non-intrusive, inline devices that measure the flow rates of individual phases in oil and gas well flows without the need for separation. This multiphase measurement technology is applicable to a wide range of well conditions and variable flow regimes, providing accurate and reliable flow rate measurements, from low-flow marginal wells to high-production wells, including measurements of heavy oil and wet gas. LiveFlo meters can be installed at the wellhead, in the flow line, or in the test manifold.

Since the launch of this technology in 1994, there has been a commitment to continuous innovation and improvement, resulting in this innovative technology being implemented worldwide and over 50,000 successful well tests conducted for our diverse clients.

The incorporation of LiveFlo multiphase meters provides our clients with significant reductions in initial capital expenditure and reduced recurring operating costs for their projects. At the same time, the equipment can leverage real-time cloud computing, enabling timely and informed decisions that ultimately lead to maximizing well and field productivity. From drilling and cleanup stages to stable production phases, LiveFlo meters provide extremely reliable, accurate, and repeatable well data, a critical component for determining the long-term plan for the well and optimizing overall field production.

Description

• Non-Nuclear Inline Density
• Inline mounting
• High precision and reproducibility
• Suitable for all types of slurries
• Process connection via HART and 4-20mA
• Density range: 700 … 3,000 g/l
• Accuracy: Up to 0.005 S.G … +/- 0.5%

Additional Information

This new density meter employs proven ultrasonic technology, yet includes many new features that enhance lifespan, reliability, and accuracy while drastically reducing maintenance needs.

Industries

• Mining and Minerals
• Petroleum and derivatives
• Construction materials
• Energy and electricity supply
• Any other industry or application where density measurement is required.

Accuracy and Reliability with Ultrasonic and Radar Technologies

Achieve unmatched accuracy in level measurement with our advanced solutions, which incorporate both ultrasonic and radar technologies. Designed for industries such as oil and gas, chemical processing, and water treatment, our systems provide critical data for optimal process control and operational efficiency.

Ultrasonic Technology

Our ultrasonic systems use sound waves for precise, non-contact level measurements. Benefits include:

• High Accuracy: Reliable measurements even in challenging environments.
• Non-Contact: Reduces wear and ensures long-term reliability.
• Versatility: Ideal for tanks, silos, and open channels.
• Easy Installation: Simple setup and calibration.

Radar Technology

Our radar solutions use microwave signals for accurate level readings in demanding conditions. Benefits include:

• Exceptional Accuracy: Precise detection in extreme environments.
• Robust Performance: Reliable measurements despite dust, vapor, or foam.
• No Maintenance: Contactless technology eliminates regular maintenance.
• Wide Range: Suitable for both short and long-range measurements.

Applications:

• Oil and Gas: Reliable level measurement in tanks and vessels.
• Chemical Processing: Precise monitoring in reactors and storage units.
• Water Treatment: Efficient control in reservoirs and tanks.
• Food and Beverage: Accurate measurement of ingredient and product levels.
• Mining: Robust level measurement in slurry tanks, silos, and processing plants.

Microwave Sensor MWS-ST/SR for Level Detection

The MWS-ST/SR microwave sensor is a level switch consisting of a transmitter (MWS-ST) and a receiver (MWS-SR) installed face to face. The transmitter emits a continuous low-power microwave beam towards the receiver, and an output relay is activated when the beam is blocked. This sensor has multiple applications in various industries where highly reliable and non-contact level detection is required. It is generally used in process control, monitoring the presence or absence of a product, flow/no flow conditions, and point level detection in hoppers, containers, and silos. The sensor can also be used as a proximity switch for vehicle detection, such as dump trucks and train cars.

Features:

• High Penetration: Thanks to the high penetration capability of microwaves, the sensor can pass through process accumulations on the antenna, refractory bricks, refractory material, etc.
• Unaffected by Adverse Environments: The sensor is not affected by contaminants on the surface, flames, steam, airborne particles, or humidity, making it suitable for harsh industrial conditions.
• Easy Beam Alignment: Due to the wide beam angle, the initial beam alignment is easy during installation, simplifying the setup process.
• Sensitivity Margin Indicators: Sensitivity margins are indicated on the receiver by LEDs, allowing for easy visual adjustment and simple maintenance of the sensors.
• Lightweight, Compact, and Easy to Install: The sensor weighs less than 1 kg and is housed in a compact die-cast aluminum enclosure. Built-in amplifiers eliminate the need for interconnection between the transmitter and receiver.
• Enhanced Anti-Vibration: All circuits are molded within the housing, improving resistance to vibrations.
• IP65 Enclosure Rating: The sensor housing has an IP65 rating, ensuring resistance to dust and water, providing reliable operation in demanding environments.

This MWS-ST/SR microwave sensor is ideal for industrial applications requiring non-contact level detection, even in challenging environmental conditions, and is an excellent choice for flow monitoring, presence/absence detection of products, and process control across various sectors.