Tekglobal Technologies

OverviewThe I/P converter with various housing is available for cabinet installation, field installation, rail installation and as slide-in type. The signal conversion is based on standard signals. Current signals 0/4 to 20 mA are converted to pressure signals 0.2 to 1 bar or 3 to 15 psi.

Data

General specifications:

• Small dimensions
• Variable designs
   Control room housing IP 20, for rail and block mounting
   Field housing, polyester IP 54 
  Field housing, aluminium IP 65
   Field housing, stainless steel IP 65
• High immunity to shocks and vibrations with an effect < 1% for loads up to 10 g
• Wide temperature range
    -40 °C (optionally -55 °C) to 85 °C
• Worldwide approvals for Explosion Proof and Intrinsic Safety

TZIDC TZIDC-200 EDP300
TEIP 11 TEIP 11-PS


PAS100 ABB Absolute pressure transmitter261AC, 261AG, 261AJ,261AM, 261AN ABB Absolute pressure transmitter266NSH ABB High overload absolute pressure transmitter266NRH ABB High overload absolute pressure transmitter with remote diaphragm seal266AST ABB Absolute pressure transmitter266ART ABB Absolute pressure transmitter with remote diaphragm seal261AS ABB Absolute pressure transmitter
266DRH ABB Differential pressure transmitter with remote diaphragm seal266MST ABB Differential pressure transmitter with multisensor technology266MRT ABB Differential pressure transmitter with remote diaphragm seals and multisensor technology266DSH ABB Differential pressure transmitter DP-StylePGS100 – Compact, reliable, essential gauge pressure transmitter suitable for liquid, gas or steam applications261GC – Standard performance gauge pressure transmitter with direct-mount flanged seal, compact class261GG – Standard performance gauge pressure transmitter with direct-mount hygienic seal, compact class261GN – Standard performance gauge pressure transmitter with direct-mount seal, front bonded diaphragm, compact class261GR – Standard performance gauge pressure transmitter with remote seal, compact class261GS – Standard performance gauge pressure transmitter, compact class266GRT – Top performance transmitter with remote seal266GST – Top performance transmitter, standard P-Style construction266HRH – High overload transmitter with remote seal266HSH – High overload transmitter
266CRH Multivariable transmitter with remote diaphragm seals for mass flow and level, accuracy 0.075%266CRT Multivariable transmitter with remote diaphragm seals for mass flow and level, accuracy 0.04%266CSH Multivariable transmitter for mass flow and level, accuracy 0.075%266CST Multivariable transmitter for mass flow and level, accuracy 0.04%266JRH Multivariable transmitter with remote diaphragm seals for differential pressure, absolute pressure and temperature measurement, accuracy 0.075%266JRT Multivariable transmitter with remote diaphragm seals for differential pressure, absolute pressure and temperature measurement, accuracy 0.04%266JSH Multivariable transmitter for differential pressure, absolute pressure and temperature measurement, accuracy 0.075%266JST Multivariable transmitter for differential pressure, absolute pressure and temperature measurement, accuracy 0.04%266 MODBUS Multivariable transmitter for differential pressure, static pressure, temperature measurement, and diagnostics, accuracy 0.04%

ProcessMaster FEP630 ProcessMaster FEP610 HygienicMaster FEH630 HygienicMaster FEH610 ProcessMaster FEP300 ProcessMaster FEP500 HygienicMaster FEH300 HygienicMaster FEH500 TFSM4000

ABB i2p Convertor
Flucon i2p Convertor
Fairchild i2p Convertor
Norgren i2p Convertor
Watsonsmith i2p Convertor
Forbes Marshall i2p Convertor
Control Air i2p Convertor
Fairchild Exproof i2p Convertor
Moore i2p Convertor


The I/P converter with various housing is available for cabinet installation, field installation, rail installation and as slide-in type. The signal conversion is based on standard signals. Current signals 0/4 to 20 mA are converted to pressure signals 0.2 to 1 bar or 3 to 15 psi.

Data

General specifications:

• Small dimensions
• Variable designs
   Control room housing IP 20, for rail and block mounting
   Field housing, polyester IP 54 
  Field housing, aluminium IP 65
   Field housing, stainless steel IP 65
• High immunity to shocks and vibrations with an effect < 1% for loads up to 10 g
• Wide temperature range
    -40 °C (optionally -55 °C) to 85 °C
• Worldwide approvals for Explosion Proof and Intrinsic Safety

TZIDC TZIDC-200 EDP300
TEIP 11 TEIP 11-PS

TEIP11

OverviewThe I/P converter with various housing is available for cabinet installation, field installation, rail installation and as slide-in type. The signal conversion is based on standard signals. Current signals 0/4 to 20 mA are converted to pressure signals 0.2 to 1 bar or 3 to 15 psi.

Data

General specifications:

• Small dimensions
• Variable designs
   Control room housing IP 20, for rail and block mounting
   Field housing, polyester IP 54 
  Field housing, aluminium IP 65
   Field housing, stainless steel IP 65
• High immunity to shocks and vibrations with an effect < 1% for loads up to 10 g
• Wide temperature range
    -40 °C (optionally -55 °C) to 85 °C
• Worldwide approvals for Explosion Proof and Intrinsic Safety

TZIDC TZIDC-200 EDP300
TEIP 11 TEIP 11-PS

TEIP11

• AUTOMATION EXPO CHENNAI
• AUTOMATION EXPO MUMBAI

Ultrasonic sensors work by sending sound waves that echo off of a target and return to the transmitter. The term ultrasonic means above human hearing, or any sound wave above 20 kHz. This method is quite accurate, and weve developed a line of sensors with an accuracy of 0.25% of detected range.

Because the speed of sound is a constant, under fixed atmospheric conditions, the time from the sound burst to the return is measured and translated into a distance. The sensors microprocessor calculates the distance and converts it to a level indication, volume measurement, or a rate of flow. It also compensates for temperature, and filters the signal.

Common uses for ultrasonic level sensors are level, volume, and flow monitoring. Other uses include presence or absence detection, and object dimensioning.

Ultrasonic level sensors are typically quite small, low maintenance, and easy to ship and install. Each of our ultrasonic sensors have a microprocessor, which allows for more advanced control. In addition, they do not come in contact with the target substance, which avoids build-up and damage.

Ultrasonic sensors require an unobstructed air column between the sensor and the target. Anything that deflects or absorbs the signal, or acts as a false surface, may cause erroneous readings. This can result from physical obstructions, excessive foam, heavy vapors, thick dust and light powders.

A stilling pipe can be used to contain or guide the signal around obstructions, or to lessen surface foam. A more powerful sensor can also be used to strengthen the signal. However, our continuous float level transmitters, submersible pressure transducers, or level switches may be best in these scenarios.

Our ultrasonic level sensors are known for their field programmability. Within minutes, you can perfectly match your sensors parameters to your application, giving you unparalleled performance.

Most of our ultrasonic sensors are designed for use in level applications with ranges from as little as 4 inches to as much as 50 feet. They are used both indoors and out, capable of monitoring in cold and hot weather. Automatic temperature compensation is standard in each model.

Radar sensor VEGAPULSC11

Radar sensor VEGAPULS11

Radar sensor VEGAPULS64

TDR sensor VEGAFLEX81

Radiation-based sensor FIBERTRAC31

Pressure sensor VEGABAR28

VEGABAR 29

VEGABAR 38

VEGABAR 39

VEGAPULS21

VEGAPULS31

VEGAPULSC21

VEGAPULSC22

VEGAPULSC23

VEGAPULS61

VEGAPULS62

VEGAPULS63

VEGAPULS65

VEGAPULS66

VEGAflex83

VEGAflex86

VEGAson61

VEGAson62

VEGAson63