Tek-Sub 4800 Series Submersible Level Transmitters Features

Tek-Sub 4800 Submersible Level Transmitters are designed to measure the liquid and slurries Level, along with monitoring the level of fluids. These devices have high precise piezoresistive sensor, stainless steel body, and waterproof cable, which makes them suitable for long term ideal service. Easy to install, clean, and almost no maintenance.

Tek-Sub 4800A uses a high-quality ceramic pressure sensor packaged with PTFE housing that gives corrosion resistance in fluids.
Tek-Sub 4800B is designed to measure the liquid and slurries Level, including a high precise piezoresistive sensor that offers accurate and reliable level measurement in numerous applications.
Tek-Sub 4800C Borehole is 19 mm diameter, perfect for narrow conduit installation. The piezoresistive sensor is placed in a slim outer body that fits into boreholes, wells, and slender pipes.
Tek-Sub 4800D has clog-free silicon piezoresistive sensor regulating liquid level without being affected by debris, manufactured for precise real-time level measurement with several standard outputs.

Features

Temperature-compensated.
Completely sealed, stainless steel.
Highly durable with low maintenance.
Factory calibrated with easy installation.
Measuring Pressure range:Tek-SUB 4800A: 3 psig to 15 psig (2 mH2O to 10.5 mH2O).Tek-SUB 4800B and Tek-SUB 4800D: 5 psi to 20 psi (3.5 mH2O to 14 mH2O), Optional ranges available.Tek-SUB 4800C: 10 psi to 50 psi (7 mH2O to 35 mH2O), Optional ranges available

Accuracy:

Tek-SUB 4800B: ±0.25% FS
Tek-SUB 4800A, Tek-SUB 4800C & Tek-SUB 4800D: ±0.5% FS.

Tek-Trol: Oil and Gas Separators!

Separators reside on onshore well pads and offshore platforms and can be horizontal, vertical, or a sphere. They’re used in upstream oil and gas applications for periodic well testing (as a test separator) or continuous production measurement (as a production separator), and can function in either two-phase or three-phase. The separator has one goal: separate the oil from the gas and water. But, if you choose the best flow measurement for your separator, you can really make it work to meet not only this goal but also deliver much more insight into your operation.

Gas. In order for a separator to function, it requires a steady, maintained level of pressure in order to push the fluids out of the separator and into a tank. If the pressure’s too high, you can get gas entrained in the oil where it will simply vent off from the tank resulting in higher emissions and lost product. If the pressure’s too low, you can lose the more valuable, lighter, or intermediate gases (called natural gas liquids or NGLs) as they get pulled out into the natural gas. NGLs have a higher BTU content, and you’ll want to keep these valuable BTUs in liquid form. In some applications, the Gas Outflow serves as a Custody transfer point. If so, you’ll want to know how much gas each well is producing, and there are several flow measurement technologies that can help. The Tek-Cor 1100A Coriolis offers excellent accuracy for any custody transfer point is provided and can also deliver diagnostic information whether the separator is operating at peak efficiency.

Oil. Like a quality check of the entire separator, the oil outflow flow point provides insight into how the well is performing and delivers an indication of reservoir decline rates. The oil outflow is critical as it’s used as an allocation measurement to calculate any royalties owed to the landowner. The Tek-Cor 1100A Coriolis is highly accurate, no parts that wear, and diagnostic insight ensure you don’t over – or underpay on critical royalty payments.

Water. Produced water is a by-product of oil production and can provide an indication of where the reservoir is on the production decline curve. It can also serve as a simple indicator as to how often water tanks need to be emptied. In some oil fields, how much water is produced must be reported for regulatory reasons. The big advantage of a Tek-Cor Coriolis meter in this kind of application is as another quality checkpoint to determine if there is any oil in the water. It can measure the water cut (net oil) in two-phase separators.

The Tek-Cor 1100A Coriolis can be used on all three phases to ensure accurate and reliable measurements.

Tek-Trol: Pulp and Paper Production!

Tek-Trol 1400A Electromagnetic Flow Meters used to measure starch water at a Paper Plant in upstate New York.

In paper production, it is crucial to measure various additives to ensure product quality. In a Paper Mill, liquid additives: such as powdered products diluted in water, dyes, bleaches, and liquids with low conductivity and / or high viscosity are used in various processes.

Starch additives are used in recycled papers to increase the strength of the cardboard. The starch arrives at the mill in powder form with various particle sizes along with moisture content. This start is then stored in silos. Using a variable speed Auger, the starch is then mixed with water in a small tank and then pumped into the piping system for transportation to the cooking system. During this process, it is mandatory to maintain the correct water to starch balance as its a critical function within this process.

Tek-Flux 1400B Insertion Electromagnetic Flow Meter-Low Cost, Flexible and Reliable Flow meter

One of the key advantages of the Tek-Flux 1400B Insertion-Style Electromagnetic meters is the ease of installation at a very attractive price. The insertion meters offer a convenient, low-cost answer for flow measurement for temporary or permanent installations.

The time and cost associated with installing an inline mag meters may not always be a practical or economic proposition for installation where shutdowns are unavoidable, and this can easily overcome using insertion type flow meters, which offers the same accuracies and other benefits offered by conventional full-bore meters.

The Tek-Trol Tek-Flux 1400B Insertion Electromagnetic Flow Meters used to measure the flow rate of conductive liquids and functions according to the fundamental principle of Faraday’s law of Electromagnetic Induction which describes the relationship between an electrical conductor and the voltage it generates when moving within a magnetic field.

There Tek-Flux 1400B comprises an electromagnetic sensing head mounted on the end of a support rod. The sensing head can install in existing pipelines without the need for any major modifications to pipe work as associated with full-bore meters. They can be installed without shutting down the process and unlike the inline magnetic meters, they can be removed easily for periodic calibration or inspection. The Tek-Flux 1400B is available with integral or remote display options and with special blowout preventers for hot-tap installation where additional safety is required when installing in online conditions.

Applications for the Tek-Flux 1400B include Municipal Water, Water Distribution, Pumping Stations, Filter Balancing and Backwash, Reclaim Water, Treated Water, Irrigation Water, Cooling Water, Raw Water, Chiller Water and many more. These Tek-Flux 1400B Insertion-Style Electromagnetic meters are being used on the Chilled water lines at a Steel Mill.

If your application demands installing a flowmeter at a fraction of the cost of the inline meter without disrupting the process, the Tek-Flux 1400B Insertion Electromagnetic Flow Meters would be your meter of choice.

For more information, visit Tek-Flux 1400B Insertion Electromagnetic Flow Meters or CONTACT your nearest Tek-Trol representative.

APG INTRODUCES THE NEW MPX SERIES API 18.2 CUSTODY TRANSFER APPROVED MAGNETOSTRICTIVE LEVEL PROBES

LOGAN, UT – Automation Products Group, Inc. (APG) introduces the new MPX Series API 18.2 Custody Transfer Approved Magnetostrictive Level Probes.

APG's new MPX-R and MPX-T API 18.2 Custody Transfer Approved Magnetostrictive Level Probes

Sensopart: Vision sensor replaces PLC

A comprehensive software update is making VISOR® vision sensors from SensoPart even smarter and more versatile: As of now, multiple detection results can be compared, processed and analysed directly in the sensor. Communication with the parent control system is therefore considerably facilitated, and the control system can even be omitted at times.

In automated industrial processes across the world, a vast number of decisions must be taken every second – not just by those persons involved but also by vision sensors, such as the VISOR® from SensoPart. The sensor decides, for example, whether a part is correct and fully assembled, whether it is properly positioned or whether it has been correctly identified.

In many of these cases, such decisions result from the simple linkage of individual detector results using logical operators. Thanks to these options and the sensors’ ease of use, the popularity of vision sensors continues to grow among users, who are looking to solve more and more complex applications. However, to achieve a safe and reliable good/bad decision, more complex links are required between detector results.

Thanks to the current software release 2.2 for the VISOR® sensor series, such complicated applications can now be solved with a user-friendly vision sensor.

The new detector “Result processing” allows the flexible linkage of results from other detectors and, for example, the execution of simple calculations, the processing and comparison of character strings, as well as logical decisions.

The transfer of this intelligence from the control system to the vision sensor further simplifies the setup of image processing applications. Complex protocols for data exchange between the sensor and control system are no longer necessary, and instead the VISOR® sends simple digital good/bad signals to the PLC. Consequently, there is no need for coordination between configuration of the vision sensor and PLC programming. In simpler application cases, an external control system can be dispensed with entirely.

Calculate, compare, analyse

Thanks to over 50 integrated operators, the options for processing results within the VISOR® are extremely diverse and extend far beyond the previous offering in this product and price category. It is, for example, possible to calculate the dimensions and positions of objects or check that the content of different codes match. The VISOR® can inform the PLC, for example, whether any two drill holes are concentric to one another, whether the printed label on a box is always at the same distance from the edge, whether part A has been fitted to part B at the correct angle, or whether the data matrix code on pharmaceutical packaging contains the same information as the adjacent printed plain text.

Such evaluation options were previously only possible with much more complex and appropriately expensive image processing systems – now they are available for the first time at the cheaper price of a vision sensor. As with all sensors in SensoPart’s VISOR® range, setup is simple and intuitive.

The software update with the new detector “Result processing” is now immediately available for free download by all users of the VISOR® V10, V20 and V50 series in the applicationspecific versions VISOR® Object, VISOR® Robotic, VISOR® Code Reader and VISOR® Allround, in the Advanced and Professional models.

Bihl Wiedemann: ASi-5 Slave / IO-Link Master – simple integration of intelligent sensors and actuators

With ASi-5 – the backwards compatible enhancement of the proven standard – AS-Interface has now entered the next dimension of digitalization. ASi-5 now enables you not only to transmit larger data volume significantly faster. Using ASi-5, even intelligent sensors and actuators such as IO-Link can be easily integrated in AS-Interface – right where they are required.

In contrast to current dominating structures in the field of automation – where intelligent sensors and actuators are connected to IO-Link masters in 4- and 8-port fieldbus modules, which in turn have to be connected to the PLC individually or via switches by means of an ethernet-based fieldbus – collecting IO-Link signals with ASi-5 can be realized in a much more elegant and efficient way. The Ethernet connection of all slaves – linked to the ASi network – to the PLC is realized via one single Ethernet connection integrated in the ASi-5/ASi-3 Fieldbus Gateway. In that way, the user is able to connect up to 96 ASi-5 slaves with 8 integrated IO-Link master ports per ASi network on a maximum cable length of 200 m. And due to piercing technology the slaves can be linked to the ASi cable exactly where they are needed. Usually, significantly less IO-Link devices need to be linked at one location. That is why the range of IO-Link masters from Bihl+Wiedemann includes 1-, 2-, and 4-port versions – making it a fine-grain portfolio that is flexible towards individual requirements. Connection of IO-Link devices to the respective master port is still done as usual via cable using a M12 socket and a maximum cable length of 20 m.

In addition to the already mentioned advantages, an integration of IO-Link devices via ASi-5 has further benefits: the drastically reduced wiring effort – compared with fieldbus solutions, freedom of topology, flexibility in connecting to virtually any common controller and the cost-effective integration of safety in one and the same infrastructure. And not to forget, a significant potential of up to 50% of savings.

The new ASi-5 Slave / IO-Link Master BWU4067 – in a small IP67 housing – is equipped with 4 IO-Link Ports: 2 Class A and 2 Class B Ports. Up to 32 bytes of process data can be configured in order to measure e.g. current and voltage values, to read RFID tags or barcodes or to control valve terminals. Process data is transmitted cyclically via ASi – up to 4 x 16 bit user data is available within 1.27 ms.

Using the software suites of Bihl+Wiedemann, parameter setting of the ASi-5 Slave / IO-Link Master module can be realized in a very comfortable way. As part of the live parameter setting the user is able to see straight away how updated settings take concrete effect and can then optimize the configuration immediately if necessary. Furthermore, the user is able to set parameters of the IO-Link devices offline by using the software.

Likewise, the software also allows the user to parameterize the IO-Link devices offline.

As with all ASi-5 products, the module can be used together with ASi-3 components in the ASi network and thus becomes a cost-effective alternative compared with e.g. an IO-Link Master in a network with an Ethernet-based fieldbus. In applications where ASi already is installed, the module already pays off with the first IO-Link device. If only IO-Link data needs to be collected, this version pays off from the third module onwards.

Connection is made via ASi-5/ASi-3 Fieldbus Gateway from Bihl+Wiedemann, which is available in different versions for all common fieldbus systems, such as EtherNet/IP and Modbus TCP. IO-Link Masters are not connected to the PLC individually via ethernet-based fieldbus modules.

Instead, the Gateway collects all signals of the IO-Link devices and transmits them to the PLC in a compact way. The OPC UA interface integrated in the gateway enables process and diagnostic data of the IO-Link devices to be transmitted to the cloud in a very simple and cost-effective way.

APG Introduces New Series PT-405 Explosion Proof, Heavy Duty Pressure Transducer

LOGAN, UT – Automation Products Group, Inc. (APG) introduces the new Series PT-405 Explosion Proof, Heavy Duty Pressure Transducer. The PT-405 offers unbeatable performance in harsh conditions and hazardous locations. The PT-405 carries a Class I, Division 1, Explosion Proof rating from CSA, an IP65 rated case, and single seal construction for the highest safety factor. With ranges up to 30,000 psi, and outputs including 4-20 mA, 0-5 or 0-10 VDC, and RS-485/Modbus RTU, the PT-405 is as versatile as it is tough. Like the Intrinsically Safe PT-400, the Explosion Proof PT-405 has screws for manual, field-adjustable Zero and Span settings. Incoloy process connections, for use with pressure ranges above 10, 000 psi, are NACE MR-01-75 and ISO 1516-3 compliant. PT-405 transducers with Modbus output are Tank Cloud compatible. Features of the Series PT-405 include:

Pressure ranges up to 30,000 psi
Outputs: 4-20 mA, 0-5 and 0-10 VDC, and RS-485/Modbus RTU
Class I, Div 1, Groups C & D, T4, Explosion Proof (all ranges, all outputs)
Field-adjustable Zero and Span
Single Seal

About Automation Products Group Automation Products Group, Inc. (APG) is a supplier of innovative and differentiated products, solutions, and services for industrial process measurement and control. Technologies include pressure, flow, level control, analytics, and dedicated flexible control, using state of the art methodologies. Our customers include OEM’s, integrators, distributors and end users. APG’s goal is to provide reliable products and solutions supported with exceptional customer service. Media Contact: APG Sales, sales@apgsensors.com, 1-888-525-7300

Tek-Trol takes part in CSHM, Calgary

Tek-Trol took part in CSHM tradeshow held at Calgary on 21 & 22nd of March 2017

CSHM (Canadian School of Hydrocarbon Measurement) organizes a table-top tradeshow every year that invites experts in the field of measurement to give sessions about new and existing technologies and regulatory requirements. This year Tek-Trol also took part in this event.

100 Years of Service

1919, one year after the end of World War One. The same year our home town Pittsburgh Steelers began their championship trek. A graduate of Carnegie Tech established a Manufacturer’s Representative agency to market and sell electrical components in the mid-atlantic region of Pennsylvania, Maryland, West Virginia, and Ohio. We honor our legacy but look forward to continuing our history of service to our customers, our principals, and our friends. Thank you to everyone who made this possible.

Protech Systems

Established in 1980, Protech Systems Co., Ltd. specializes in the design and manufacturing of industrial PCs, automation products and embedded computers for companies around the world. Protech is certified by TUV Product Services for ISO 9001 and ISO 14001. Protech is dedicated to providing customers with top quality, high performance solutions along with the most reliable professional service.

Protech website: : http://www.protech-usa.net/Home/home_us.as

Concentric Devices

Concentric Devices is the manufacturer of the next generation of value-added electrical terminal blocks. We utilize our “iQ Technology” to provide a completely integrated connectivity solution for electrical control applications.

Concentric Devices provides distribution terminal blocks, CT shunting or grounding terminal blocks and circuit interrupting terminal blocks. Each has a specific function, and yet is fully integrated with the others.

www.concentricdevices.com

www.emphatec.

EMPHATEC adds MiBridge

What is MiBridge^®? MIBRIDGE® is strictly hardware. It allows existing field wiring to be interfaced to new distributed control system (DCS) or programmable logic controller (PLC) I/O cards quickly and without wiring errors.

Download MiBridge Brochure

Why use MiBridge^®?

Downtime means lost revenue. MIBRIDGE® allows control to migrate from a legacy system to a new PLC or DCS with minimal downtime. The user gets all the benefits of a new control system while minimizing, or eliminating, downtime.

Belden Distributed Control Units – Webinar

Distributed Control Units – WEBINAR!

Learn about the latest advancements in on-machine connectivity and better understand how distributed controllers can improve performance of a system. In this webinar you will see the benefits of

• Sealed on-machine connectivity

• Distributed control for industrial control systems

• On-machine connectivity for cost reduction.

WEBINAR LINK: On-Machine Connectivity

“NEW” Trapped Key Exchange System

SKORPION Trapped Key Exchange System

ALL-in-ONE Stainless Steel 316
Trapped Single Key Solenoid Release with
Rear Release, Request Button and
Emergency Stop Button

IDEM’s SKORPION Trapped Key Exchange System is growing and over the next few mailshots new products will be unveiled that willl be available soon.
This mailshot features the stunning ALL-in-ONE SS-TS-SR-RR.
The SS-TS-SS-RR is shown above fitted with a Gate Bolt that can be used to secure large guard doors from attempts to access hazardous areas.
When the Actuator Tongue is inserted into the switch (guard closed) the key can be rotated and therefore trapped and the main safety contacts are closed – enabling the machine to run.
The Actuator Tongue can then only be released when the internal solenoid in the switch is energised. This then enables to the key to be turned and released, the safety contacts open and the Actuator Tongue can be removed. The key can then be used on other parts of the system to release devices in the Trapped Key System.
Another great feature is that it can be used with safety delay timers to allow a “run-down” time prior to the solenoid being energised prior to releasing the key and Actuator Tongue.
Shown above in the image with the Rear Release – this provides a manual means of escape from within the guarded area. The Red Button and the Red Key Release Handle can be used to release the lock and the key simultaneously from within the guarded area in the event of an emergency. Both buttons protrude through the guard frame to enable access to the switch from inside.For more information on the Skorpion Trapped Key Exchange System click here.

THE PRINCIPLE:

A trapped key guarding system is reliant upon the transfer of coded keys between a power isolation switch (or control switch) and a locking mechanism which is fixed on a guard or guard door. (See example below.)
The primary and essential feature of the system being that the removable key is trapped either in the key exchange, guard lock, or in the power isolation switch.
The interlock on the guard is designed so that the trapped key can only be released when the guard has been closed and locked – preventing the key from being returned to the isolator (or control switch).
Once the guard is closed and locked only then can the key be transferred from the guard back to the isolator (or control switch).
Turning the key to the “ON” position on the isolator switch traps the key preventing the key’s removal while the isolator switch is in the ‘ON’ position.

ADVANTAGES

No reduction of integrity due to the distance between movable guard and control system.
High mechanical integrity, robust fixings and holdings suitable for all types of guards.
Eliminates the need for electrical wiring to each movable guard.
Available in Stainless Steel 316 – suitable for harsh or hostile conditions.
Also available in mirror finished Die Cast metal.
Stainless Steel suitable for CIP and SIP cleaning processes.
All keys coded in the factory and virtually impossible to override.
Keys are colour coded and easily identifiable.
Prevents shortcuts by using a logical set of procedures.

System example:

Why use MiBridge®?

Why use MiBridge^®?