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Analizadores de Procesos

Process analyzers are on-line tools for industrial process analytics. They are used to determine the chemical composition or physical properties of substances involved in industrial processes. They enable process optimization, asset protection, and compliance with environmental regulations.

With one of the most comprehensive families of sensors and on-line analyzers for pH, conductivity, dissolved oxygen, combustion oxygen, humidity, liquid and gas density and process gas chromatography, Yokogawa is recognized as a world leader in the field of analytical equipment. Accurate, repeatable measurement is the key to obtaining optimal results in your process, and Yokogawa's diagnostic-based analytical instrumentation offers the flexibility to meet a range of individual requirements. Whether for liquid or gas applications, our analyzers can resolve even the most demanding situations. Yokogawa's leadership in process analytics helps to protect the environment by reducing energy consumption and CO2 emissions. 

  • Gas Analyzers

    Real-time gas analysis enhances efficiency, safety, throughput, product quality, and ensures environmental compliance.

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  • Liquid Analyzers

    Liquid analyzers are used for monitoring process chemistry including water quality, providing process optimization and control.

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  • Process Analyzer Systems Integration

    Analytical solutions for gas and liquid measurements to support product refinement, process efficiency, and safety. 

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  • Analytical Services

    Our analytical services include installation and construction, startup and commissioning, and training services. 

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Medios de Comunicación
Improving Analytics to Meet Process Industry Demands
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Overview:

Specialized online analyzers, standardized sampling systems and other advancements are helping process plants move more measurements from offline in labs to online in-situ. The move from remote analyzer shelters to a pipe-centric approach where analyzers are installed at or near the sample tap will further cut costs, reduce maintenance and improve process control.
Medios de Comunicación
Refinery of the Future
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Overview:

Motor fuels are complex products. Various diesel fuel and gasoline grades are prepared from a large range of individual blending components whose individual properties may be extremely variable over time. Each day, refiners must determine the blend recipe based on the properties, value and availability of those components, as well as the target specifications for the product. Once that is done, the operational challenge is to verify that the blended product delivered to the pipeline actually meets those contractually defined specifications.
How can I test an ISC Converter?
(KB-000-0405)
You can test the ISC converter by simulating a conductivity reading using an ISC40 sensor. You will need: A known working ISC40 sensor. A piece of wire One or two decade box/resistance sources. Connect sensor wires 13-17 to analyzer. ...
How to test a ISC40G sensor
(KB-000-0404)
With an Ohm meter check the following wires on the ISC40G sensor cable: 11 to 12 (Pt1000 or Thermistor) 13 to 17 – Sensor coil – expect low resistance. If unstable or above 100Ω it is bad. 15 to 16 - Sensor coil – ex...
Where do I find documentation for the DO400?
(KB-000-0406)
Click the link at the top of the page to download the DO400 Manual.
Oxygold G DO sensor Maintenance
(KB-000-0407)
How to startup a new sensor, or how to replace the Membrane Cap and Electrolyte.   Startup of a new Oxygold G sensor: The Oxygold G sensor is shipped dry with a protective cap over the end of the Membrane Cartridge. CAUTION: The electrolyte ...
AV8C Maintenance and commissioning password
(KB-000-0409)
The password to access the maintenance and commissioning area is 77
Where do I find documentation for the SC150?
(KB-000-0402)
Use the link at the top of the page to download a compressed (ZIP) file containing the GS Sheet and Manual for the SC150.
What is the difference between a SC41 and a SC42 sensor?
(KB-000-0397)
The difference is the temperature sensor. The SC41 has a Ni100 temperature element and the SC42 has a PT1000 temperature element. PT1000 is a better temperature element, but some old electronics will not accept a PT1000 temperature element, so the SC...
Conductivity Sensor Cleaning
(KB-000-0391)
Soak the sensor in 5 - 10% Hydrochloric acid (HCl) in water solution. for 5 - 10 minutes, then rinse. If you have trouble finding 5 - 10% HCL you can buy muriatic acid at a building supply house and it is usually 20 - 30% HCL. Check the label. Dilute...
FLXA21 or FLXA202 - PH, Conductivity, ISC, or DO Transmitters - Forgot Password
(KB-000-0393)
If you forgot the password to your FLXA Transmitter you can use the password #PW123# - this will allow you go into the menus. Remember to change or remove the password.
SC200/202/400/402/450/FLXA21/FLXA202/DC400/DC402 Testing or simulating a contacting conductivity input
(KB-000-0394)
To test the conductivity input do the following:  Write down the cell constant and change it to 1.00 (this is not mandatory, it makes the math easier)  Place a jumper wire between 13 to 14 and another one on 15 to 16 (not necessary on t...
DC402 Turning off alarms on unused second input
(KB-000-0395)
There is no way to "turn off" an unused input on a DC402. If you leave the terminals open you will get error messages.  Connect a simulated sensor to the unused input to clear the errors. Use a resistor on 11-12 to simulate the t...
AV8C Channel reset code
(KB-000-0410)
You can use code 58 to reset a single AV8C channel.  First scroll the display to the channel you would like to cycle, then enter code 58. 
Where do I find documentation for the AV8C?
(KB-000-0411)
Here's a link to download the AV8G Manual. 
ZA8C I forgot the password to get into Maintenance mode
(KB-000-0435)
The password to get in all the maintenance and commissioning menus is 16 
ZR22S: Option "B" Adder
(KB-000-0438)
This is the Japanese GS sheet, containing a number of options we rarely sell here in the US. Contact Support at 800-524-7378 or support@us.yokogawa.com for price and delivery information.    ...
GD420/GD402 Alarm 10 - Calibration Alarm
(KB-000-0458)
If your analyzer has been up and running properly but when you try to calibrate you receive an "alm 10" code, then clean the detector and try again.    See the below for cleaning instructions ...
HA400 Instruction Manual
(KB-000-0459)
See link
ZR402G I can't get past the password on my unit, or I have never set a password.
(KB-000-0431)
If you have set a password and have forgotten it you can use the password "MOON" to get into the configuration menu. Then you will be able to modify/view the password that is set in the unit.  Note: if you have not set a password just...
ZR22 Detector Troubleshooting
(KB-000-0419)
Meter Checks: Heater: 57-85Ω (typical is 62-67Ω) Typical failure is Open or shorted TC: if the probe is at room temperature -  less than 3Ω, in the stack and hot less than 100Ω (it is a type K Thermocouple) Typical failur...
Channel Cards for AV550 - I need a K9475MR
(KB-000-0412)
The part number you see on the channel card circuit board is not the part number for the channel card. It is the part number for the circuit board before any parts are installed.  There are 2 versions on the channel card.  If you look at ...
AV550 I changed my channel card and now the channel will not power up
(KB-000-0414)
The AV550 automatically turns off the power to the channel card when it is removed. You have to either cycle power to the whole unit, or use the channel card power.  To get to the channel card power menu hit the Setup Key (wrench). See below:&n...
AV550 Forgot password that is set.
(KB-000-0416)
You can use the password JAVAJAVA to get past the password screen. Make sure you go to the password menu change the password setting. 
I need to replace a ZO21D probe or a ZR22 probe with a /AV or /ZA on the end of the Model Number.
(KB-000-0418)
Yokogawa has been making Zirconia Oxygen Analyzers for over 30 years. The older O2 probes and analyzers used a transistor temperature sensor. The newer units use a PT1000 RTD. We discontinued the ZO21D probe and both the AV8G and ZA8C analyzers over ...
PH200, SC200, IC200, PH202, SC202, IC202, ISC202, PH402, SC402, DC402, IC402, ISC402, DO402, GD402 - forgot password
(KB-000-0389)
If you forget the password you have set in one of these transmitters there are only 9 passwords that can be set.  The password setting on the unit is a little difficult to understand. When you put a 3 digit code in service code 52 you are setti...
SC150 - Lost or Forgot the Password
(KB-000-0385)
If you have lost the password for your SC150 you can use password   #PW123#   to get into the menu. The next thing you should do is to reset the password.
Can we mount pH sensors upside down?
(KB-000-0312)
Most pH sensors with a glass membrane cannot be mounted upside down. To absorb the thermal expansion of the internal buffer solution there is always a sizeable air bubble inside the sensor. When the sensor is mounted upside down the reference element...
Does Yokogawa offer a nonglass pH electrode?
(KB-000-0313)
Yokogawa offers the PH18 sensor. This sensor is nonglass and suitable for regular CIP and SIP cycles.
In a dual input FLXA202 or FLXA21 analyzer, how can I see the values from the second input module?
(KB-000-0316)
In a dual input FLXA202 or FLXA21 analyzer you can use a HART Splitter to convert the HART® dynamic variables into current outputs or contact outputs. The model number is "1W-KFD2-HLC-EX1.D" and the description is "P+F HART Splitte...
Can we use a pH analyzer as a temperature analyzer? If so, how?
(KB-000-0317)
Yokogawa's pH and conductivity sensors include a temperature sensor to allow for temperature compensation. The pH and conductivity sensors have a relatively large temperature mass and respond slowly to the changes in the process temperature. This...
Can I improve the life of pH sensor when I choose 225 mm electrode in place of 120 mm electrode?
(KB-000-0311)
That is possible but not guaranteed. The 225 mm sensor body is longer, so it has more electrolyte. Often the reference electrode fails because the electrolyte is depleted as it diffuses through the reference junction into the process. With ...
Errors caused by shorting the electrode cables
(KB-000-0246)
Often, Instrumentation technicians like to shorten cables to match the installation. This is strongly discouraged with Analytical Sensors. Yokogawa has designed cables with a special layer of conductive plastic to ensure maximum noise ...
EXA450 Error 130, Error 131
(KB-000-0218)
Error 130 & 131 are display errors. The PH450 calibrates the display each time it powers up. Error 130 or 131 means this calibration failed. Cycle the power to the unit and allow it to calibrate the display again. If after 6 times the error is st...
Do the new Differential Cation sensors need to be recalibrated regularly?
(KB-000-0241)
Yes. The Cation Differential pH and ORP sensors have a glass electrode that needs a 2 point calibration performed regularly. Because of the Cation Reverence electrode you must use special buffers with a constant sodium ion concent...
Errors resulting from cracked glass electrodes.
(KB-000-0244)
A tiny crack in the membrane of a glass electrode is not always visible to the naked eye. Frequent shocks may create cracks in the glass that cause measurment errors. These cracks will cause the analyzer to read 0 mV and the ...
Errors caused by wet cables or bad connections.
(KB-000-0245)
It is very important that the cables maintain a very high impedance. If any moisture penetrates the cable the impedance will drop and the cable will short out the voltage generated by the pH sensors. This will cause errors or a total loss of mea...
How accurate is your pH analyzer?
(KB-000-0319)
Generally we state that the pH analyzer is as accurate as the care that is given to the device allows. With lots of care you can achieve 0.05 pH accuracy. With normal care you achieve 0.1 pH Without care the measuring error can be pH 0.5 or more...
Can pH and ORP be measured simultaneously?
(KB-000-0321)
Most of our pH sensors have a noble metal solution ground and our transmitters measures two values: 1.  the voltage between this solution ground, or liquid earth sensor and the pH sensor, and 2. the voltage between this solut...
Where do I find documentation for the PH150?
(KB-000-0366)
The PH150 and SC150 were discontinued in 2004. The Manual and General Specification sheet are no longer available on Yokogawa's website. Use this link to download a zip file containing both documents.
Where do I find documentation for the TM20?
(KB-000-0370)
The TM20 pH meter was discontinued over 20 years ago, but the manual is still available.  If you have trouble downloading it, send us an email at support@us.yokogawa.com or call 800-524-7378.
PH Sensor Cleaning
(KB-000-0380)
Cleaning pH Sensors Basic Steps  Rinse electrode in clean water Clean by immersing the electrodes in a cleaning solution (see below).  Rinse Again Check with buffers Cleaning Solutions: If you know a specific way to clean the sens...
I have a pH sensor that does not have a solution ground. Can I use it with a Yokogawa Transmitter?
(KB-000-0384)
Yes you can, but we do not recommend this method. A pH sensor has a reference electrode that has a low impedance to the process. If the process suffers from common mode voltages or ground loops it will be difficult to measure the ...
Can I use my FU20 or FU24 pH sensor in a Tank by just dropping it in the tank?
(KB-000-0365)
The short answer to this question is NO. But, there is a long answer that will give you another option. Yokogawa has created a Submersible Sensor Kit (part number M1289XT) for the FU20 pH sensors - M1289XU for the FU24 sensor). It is also known as ...
Can the FLXA202 or FLXA21 Converter using an analog sensor be changed to work with a SENCOM® sensor?
(KB-000-0354)
Yes, the input module can be changed in the Converter.    See the FAQ: Which Input Module do I order for my FLXA21/202 analyzer? ...
How can be the process reading be wrong when it is correct in the pH buffers?
(KB-000-0324)
This is a well-known pH problem that we call Diffusion Potential. If the sensor junction is partially plugged the electrical contact between electrolyte and process is not good. This results in a high diffusion potential and an error i...
Can a reference electrode be stored in demineralized, deionized, or distilled water?
(KB-000-0325)
NO!  Sensors that are not used need to be stored in a solution that guarantees that the sensor is ready for use. When the sensor is stored in pure water the salt will be washed out of the junction of the reference cell. This causes the sensor t...
Do I need to re-calibrate after cleaning my pH-electrode?
(KB-000-0328)
Yes and No.  Yes - after cleaning you need to verify that the analyzer is reading correctly. The easiest way is to see how it reads when placed in 2 pH buffer soltuions. This is what you do when calibrating.  No - If the readings are with...
Can the FU20F or FU24F SENCOM sensors be used to measure pH and ORP at the same time?
(KB-000-0345)
Yes, the SENCOM Module in these sensors allows a Modbus Master to connect using Modbus RTU protocol and access the following data: pH Temperature compensated pH ORP pH compensated ORP rH Temperature Junction resistance value Sensor details ...
PH150 Forgot Password?
(KB-000-0209)
The PH150 allows the use of passwords to limit access to the Calibration functions and access to the Configuration functions. If these functions have been protected with a password and the password is not available there is a way to bypass the prote...
eBook
Boiler Optimization Toolkit
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Overview:

This toolkit includes:

  • How to reduce boiler accidents
  • Best practices for optimizing pressure startup and combustion
  • How to accurately measure steam and carbon monoxide
  • The Top 3 things to consider in your boiler lifecycle
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    Yokogawa YPA Sensor Manufacturing
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    Come take a virtual visit into our manufacturing facility in Amersfoot, Netherlands.
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    TDLS8000 - Tunable Diode Laser Spectrometer Overview
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    Overview:

    Yokogawa’s new TDLS8000 houses all of the industry’s leading features in one robust device. The platform design is for in situ measurements which negate the need for sample extraction and conditioning. The non-contacting sensor allows for a variety of process types including corrosive, abrasive and condensing. The first generation platform has been proven in many others for the measurements of O2, CO, CH4, NH3, H2O and many more NIR absorbing gases. This second generation platform has improved reliability and ease of installation and maintenance while still meeting or exceeding designed application demands.

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