Tekglobal Technologies

The Rosemount 5300 guided wave radar level transmitter has some superior features and capabilities, which makes them an ideal choice for liquid and interface applications. Here are a few of them:

• The Rosemount 5300 radar level transmitter has a robust construction and is low on maintenance, which allows you to focus on your plant and its performance.
• It is easy to install and requires no calibration. The installation is top down which reduces the risk in terms of leakages. Also, there are no moving parts.
• The guided wave radar technology is beneficial in many ways. This technology offers an accurate and reliable direct level measurement with no compensation needed for changing process conditions such as density, conductivity, viscosity, pH, temperature, and pressure.
• It is not affected by process conditions and is designed to be resistant to temperature, pressure, dust, vapor, turbulence, foam, and other physical parameters.
• It is suitable for small tanks or tanks with difficult geometry, internal obstacles, and unaffected by the mechanical design of chambers.
• The Dynamic Vapor Compensation feature in this transmitter assures accurate measurements even in saturated steam.
• The Smart Galvanic Interface feature enables stable microwave performance, reduces EMI as well as external disturbances.
• The heavy duty hardware enables a robust transmitter design and offers multiple layers of protection
• The verification reflector offers online detection and verifications of high level conditions of online devices.
• The transmitter has a pre-configured Rosemount Radar Master with a five-step wizard, auto connect, and online help.
• The transmitter has diagnostic tools to detect any build-up of fluids on the probe, as well as monitor boiling, turbulence, and foam quantity.
• The transmitter has optional features such as HART Tri-Loop™ and Smart Wireless THUM Adapter.

SITRANS P320/420 are the first pressure transmitters with remote safety handling: It enables the user to program all devices from the control room instead of each individual transmitter on site. This shortens commissioning, especially in applications that require functional safety. A test period of up to 15 years instead of the usual 2 years ensures low maintenance costs.
Benefits *Reduced commissioning time due to remote safety handling
*Suitable for harsh conditions due to robust materials
*User-friendly due to clear and large display and diagnostic icons acc. to NAMUR NE107 and a quick start wizard
*Maintenance cost reduction due to proof test interval up to 15 years
*Fast reaction and optimized processes due to reduced response time
Differential pressure transmitter with remote diaphragm seal
Thanks to the “All-Welded” technology inherited by Taylor in remote seal design and manufacturing, 266DRH can offer unmatched total performance and a wide selection of options such as fill fluid, diaphragm material, capillary protection and mounting connections. ABB, leader in severe process measurements, is able to provide the right solution for the most critical process media at extreme ambient and process conditions. The long-term stability and its proven reliability make of 266DRH the best application solution for differential pressure measurements.
Replacement plug & play electronics with auto configuration capability help in reducing maintenance time and costs. The Easy Set-up menu provides configuration and zero trim in minutes without the need of an expensive communicator.SIL2/SIL3 certification issued by TÜV Nord according to IEC 61508 represents another key-feature within 266 pressure transmitter portfolio. This certification is a real guarantee of protection and makes of 266DRH the smartest fit in Safety-critical loops.
266DRH features WirelessHART communication protocol allowing a shorter installation times by eliminating complex wired infrastructures, and lower overall implementation costs of process measurement.266DRH battery life is about 10 years at 32 sec. update rates, delivering a very cost effective and reliable solution to monitor your process assets.
The measuring possibilities of the SITRANS P line are extended by a wide range of Remote seal transmitters are used when it is necessary to isolate the transmitter from the process for any reason.The technique fluid may be at an accelerated temperature. The technique fabric may be a slurry that might clog trendy instrument lines.it can be corrosive.The method fluid may additionally freeze or solidify in the course of swings in ambient or technique temperature. A food, beverage or pharmaceutical process may require a sanitary seal to keep away from cavities and lifeless quantity. the use of faraway seal transmitters helps simpler cleansing to avoid infection among batches.
Parameters that decide the plan of a remote seal transmitter are:
Temperatures (process and ambient).Exposure to vacuum.Pressure (operating and maximum).Length of capillary.Type of seal desired.Process connection, material of construction and similar considerations.Installation requirements.Measurement span.

<p>Honeywell STF800 series single flange transmitter/STF828 STF82F/STF832 / STF83F</p> <p>The ST800 series transmitters can replace any 4-20 mA output transmitter in use today and operate in a standard two-wire system.Other features of the system include:</p> <p>"Three in one" piezoresistive sensor, set differential pressure sensor, temperature sensor, static pressure sensor in one, can output complete, fully compensated output signal integrated A/D converter high-performance microprocessor to provide faster response time, higher accuracy and wider adjustable range</p> <p>Provide a range of output communication options: including the 4 to 20 mA, the Honeywell Digitally Enhanced (DE) protocol, HART, and FF field bus</p> <p>Integration with Experion PKS: Improves performance and provides transmitter messaging, health watch diagnostics, maintenance mode instructions and interference alerts/instructions, among other features</p>