Tag: Process monitoring

Process monitoring

  • Ultra-Low Differential Pressure Transmitter PMM06-D

    Ultra-Low Differential Pressure Transmitter | PMM06-D

    Ultra-Low Differential Pressure Transmitter  - Overview

    Instantly monitors airflow and pressure changes. As it is equipped with a high-sensitivity hot-wire sensor, it enables accurate measurement under ultra-low differential pressure conditions. It has a built-in square root extraction algorithm, which can directly convert differential pressure to air velocity and air flow, greatly simplifying system integration. This is a reliable solution for comprehensive airflow monitoring. Applications include cleanrooms, HVAC systems, and process pressure control.

    Ultra-Low Differential Pressure Transmitter  - Features

    • Highly sensitive hot-wire sensor, capturing even ultra-low differential pressure
    • Measurement range as low as ±0 ... ±10 Pa
    • High-resolution sensing capability up to two decimal places
    • Built-in square root calculation outputs air velocity/flow
    • Display + RS-485 + 4 ... 20 mA – All in one
    • IP65 protection ensures durability and peace of mind
    • Built-in relay outputs to control switching signals
  • Relative or Absolute Universal Pressure Transmitter P048

    Relative or Absolute Universal Pressure Transmitter | P048

    Price range: R2,076.00 through R2,373.00 ex vat

    Relative or Absolute Universal Pressure Transmitter - Overview

    The P048 is an economical pressure transmitter which uses a diffused silicon pressure sensor as a pressure sensing element. The millivolt signal of the sensor is transmitted through internal ASIC into a standard current signal. It can be directly connected to a computer interface card, control instruments, intelligent meters or PLC. Long-distance transmission can use the current output. It is small and lightweight with an all stainless steel sealing structure. It can be used in corrosive environments. The product is easy to install and has an extremely high vibration and shock resistance.

    Relative or Absolute Universal Pressure Transmitter - Features

    • 316L stainless steel diaphragm structure
    • High precision
    • All stainless steel structure
    • Small size and lightweight
    • Strong anti-interference
    • Good long-term stability
    • Diversified formal structures
    • Easy installation and use
    • Wide measuring range - absolute pressure, relative pressure
    • Excellent vibration and shock resistance
    • Zero, full-scale span adjustable
  • Digital Differential Pressure Transmitter P064

    Digital Differential Pressure Transmitter | P064

    Price range: R7,973.00 through R9,364.00 ex vat

    Digital Differential Pressure Transmitter - Overview

    The P064 digital differential pressure / pressure transmitter is a high-performance pressure transmitter incorporating advanced monocrystalline silicon pressure sensor technology. This product uses a diaphragm that has double overpressure protection and also has an internal circuit with anti-surge protection. It can accurately measure differential pressure, flow, vacuum, liquid level, and density.

    Digital Differential Pressure Transmitter - Features

    • Advanced monocrystalline silicon differential pressure sensor
    • Wide range covering:0.1 ... 25 bar
    • Measures liquid, gas, steam, liquid level
    • 2-wire, 4 ... 20 mA+HART® protocol digital communication
    • LCD, backlit display, remote transmission and local zero, span adjustment
    • High accuracy, good stability
    • Stainless steel housing
    • IP rating:IP65
    • Strong resistance to frequency conversion interference
    • High static pressure, high overpressure protection
    • Diaphragm with patented double overpressure protection design
    • Lightning protection circuit design
  • IOT-Human Machine Interface Signal Meter IOT-HMI

    IOT-Human Machine Interface Signal Meter | IOT-HMI

    IOT-Human Machine Interface Signal Meter - Overview

    The HMI (Human-Machine Interface) in conjunction with the transmitters, facilitates data integration, centralises management, enables precise measurement, and real-time monitoring of energy usage, and assists customers in achieving more efficient and intelligent parameter monitoring. The HMI systems operators can monitor and control distant devices or systems, making remote management more convenient. Benefits include real-time monitoring and response, fault detection and warning, enhanced operational efficiency, as well as data analysis and optimisation.

    IOT-Human Machine Interface Signal Meter - Features

    • Quad-core CPU with High Performance dedicated 3D Processor
    • Plays video in high resolution, video decode 1080p H.264
    • Supports customised resolution for 16:9 / 4:3 LCD monitor
    • Fan-less Cooling System
    • Built-in 4GB Flash Memory and RTC
    • Supports MPI 187.5K
    • Built-in Power Isolator
    • Compact Design and DIN-rail Mountable
    • Efficient process monitoring
    • HDMI output resolution: Customisable, Max. 1920 x 1080
    • Input power: 24±20%VDC
    • I/O Port: USB Host, Ethernet, RS-485 Dual Isolation, HDMI output, etc.
  • Piezoresistive Differential Pressure Transmitter P063

    Piezoresistive Differential Pressure Transmitter | P063

    Piezoresistive Differential Pressure Transmitter - Overview

    The Piezoresistive differential pressure sensor P063 measures the differential pressure of various gases and liquids in pipelines precisely. Suitable for use in petroleum plants, chemicals, power stations, hydrology, etc.

    Piezoresistive Differential Pressure Transmitter - Features

    • Gases and liquids
    • Piezoresistive differential pressure sensor
    • 316L isolated diaphragm
    • Welding and full-sealed construction
    • Stainless steel housing
    • Compact size
    • Easy installation
    • Well overload capacity and shock effect, better long-term stability
    • Value for money