What Is IIOT? Understanding Industrial IoT and the Technology Behind It
An amalgamation of various technologies such as big data, machine learning, automation, and sensor data, industrial IoT enables a connected enterprise by combing the information and operational department of the industry. Let’s take a more detailed look at IIoT and the technology behind it.
Understanding IoT
A sector that is rapidly progressing and accounts for a major share in the global IoT spending, IIoT provides manufacturers and industrialists with a significant opportunity to not only monitor but also automate many complex manufacturing/industrial processes. IIoT, a network of connected devices, enables systems to collect, track, disseminate, and analyze valuable new insights.With these insights, industrial companies can make smarter, faster business decisions. By changing how industries work, IIoT is transforming them. Additionally, businesses are getting desired outcomes by integrating IIoT with other technological solutions. This includes providing production data in real time to unveil additional plant capacity, stopping cyber-attacks through increased visibility or control over the industrial control systems, and allowing identification of corrosion within a refinery pipe through predictive analytics.
IIoT is driving incredible levels of efficiency, productivity, and performance by combining technology, industrial big data analytics, cyber security, and machine-to-machine (M2M) communication. And, this has helped bring transformative operational and financial benefits to companies in the healthcare, aviation, manufacturing, oil & gas and power & energy sectors.
The Future of IIOT
It is predicted that the industrial internet could be worth over $200 billion by 2030. This is the reasons many companies have invested heavily in the industrial internet. Example of this is the Industrial Internet Consortium—an association founded companies to accelerate the development, adoption, and widespread use of interconnected people, machines and devices and intelligent analytics.SIEMENS is helping drive the industrial transformation by leveraging the potential of the industrial internet. The company predicts that in the future, IIoT will account for a major share of the global economy and will impact both energy production and energy consumption. Today, industries are making all sorts of efforts to modernize systems and equipment to meet new regulations, keep up with increasing speed and volatility of the market and deal with disruptive technologies.
Significant improvements to efficiency, safety, and profitability have been experienced by businesses that have embraced IIoT and this trend is expected to continue in the future as IoT technologies are more widely adopted.
If you want to learn more about IIoT, contact Ives Equipment. The can be reached by visiting https://ivesequipment.com or by calling (877) 768-1600.
Heat Exchangers for Hygienic Use
Alfa Laval heat exchangers are designed for heating and cooling, pasteurization and utility duties, and are able to handle even viscous products. By combining Alfa Laval thermal technologies with their many years of industrial experience, Alfa Laval can also provide you with a wide range of tailored solutions.
Ives Equipment
https://ivesequipment.com
(877) 768-1600
White Paper: Breakthrough Solenoid Valve Technology for Upstream Oil and Gas Heating Equipment
within gas fuel trains in process heating system burners. These systems are widely used by oil and gas firms as well by as original equipment manufacturers (OEMs) that produce gas heating equipment or burner management systems (BMSs) and controls in upstream oil and gas pipelines and tanks.
In recent years, a new generation of solenoid valve technology has been changing the shutoff valve game. Their modern designs provide pipeline and tank heating systems with robust, durable performance; safety; and regulatory compliance — all while increasing efficiency and productivity.
Many operators in North America and beyond are moving away from using pneumatically operated shutoff valves on their pipelines and tank heaters. They’re replacing them instead with valves introduced within the last decade by a few manufacturers — all based on solenoid shutoff valve technologies. White paper courtesy of ASCO.
Reversing the Failure Mode of a SAMSON 3271/3277 Actuator from Fail Open to Fail Close
INSTRUCTIONS
WARNING: Actuators with preloaded springs are under tension. They can be identified by three long bolts protruding from the bottom of the actuator. These should be removed last, and installed first upon re-assembly.
- With the actuator removed from the valve, unscrew the nuts and bolts on the diaphragm case.
- Lift off the top diaphragm case.
- Remove the diaphragm plate assembly consisting of the diaphragm plate, diaphragm, and actuator stem from the actuator case.
- Remove the springs.
- Clamp the bottom section of the actuator stem into a vise using protective jaws, ensuring the actuator stem is not damaged.
- Remove the collar nut.
- Remove the diaphragm plate from the actuator stem, flip upside-down and place them back onto the actuator stem.
- Re-install the collar nut.
- If necessary, apply a suitable lubricant to the actuator stem.
- Install the diaphragm plate assembly together with the actuator stem pointing downward into the bottom diaphragm case.
- Place the springs onto the diaphragm plate, centering them in the intended recesses. The final actuator spring range will determine the appropriate springs to be installed.
- Place the top of the actuator case onto the assembly. Ensure that the air connections on the cases are correctly aligned with each other.
- Fasten the top and bottom diaphragm cases together using the nuts and bolts. Observe tightening torques.
The Type 3271 pneumatic rolling diaphragm actuator is designed for all industrial applications. This actuator is a linear motion device ideal for valve sizes ranging from the micro-flow valves to large 20"+ globe control valves.
The Type 3277 pneumatic rolling diaphragm actuator with an integrated accessory attachment area is designed for all industrial applications. This actuator is a linear motion device ideal for valve sizes ranging from the micro-flow valves to 4" globe control valves.
The thrust force of the actuator depends on the actuator area, pneumatic supply pressure, spring stiffness, distance traveled, initial compression of the spring, the number of springs internal to the actuator, etc.
The Type 3271 and Type 3277 Pneumatic Actuators contain a rolling diaphragm and internal springs and have the following special features:
- Low overall height
- Powerful thrust at high stroking speed
- Low friction
- Various bench ranges by varying the number of springs or
- their compression
- No special tools required to change the bench range or to
- reverse the direction of action (also version with handwheel)
- Permissible operating temperatures from –60 to +120 °C
For more information on SAMSON Controls, contact Ives Equipment by calling 877-768-1600 or visiting https://ivesequipment.com.
Qualified US Navy Supplier of Valves, Instrumentation, and Analyzers
Ives Equipment, headquartered in King of Prussia, PA, is a qualified US Navy supplier of valves, instrumentation, and analyzers.As an authorized ASCO, Worcester Valve, Niagara Meter (Venture Measurement), Siemens, and REOTEMP, Ives Equipment is registered under Cage Codes 1H855 and 6F024.
Ives Equipment provides the United State Navy with these products:
- Manual ball valves ¼” through 2”
- Pneumatic and electric control valves 1” through 2”
- Flowmeters ½” through 12”
- Solenoid valves all sizes
- Dual temperature elements
- Pressure transmitters
- Temperature transmitters
- Boiler cameras
- RTD assemblies
- MIL-STD-167 valves
- MIL-STD-167 flow meters
- Mil-Spec qualified high shock MIL-901D
- MIL-SPEC Pneumatic and electric control valves
- Complete project management / engineering for ShipAlt and MachAlt projects.
- Wide variety or instrumentation and valving approved to Mil Spec Mil-S-901D Grade A and Mil-STD-167-1.
- Comprehensive solutions engineering for shipboard applications.
- Successful shipboard engineering solutions within steam machinery, chilled water, bleed air, refrigeration HVAC, life safety.
ASCO Valve Authorized Navy Distributor - ASCO designs and manufactures quality solenoid valves to control the flow of air, gas, water, oil and steam. ASCO's Navy/Marine product line represents a select line of valves designed to meet US Navy specifications.
SIEMENS - Pressure, differential pressure, temperature and level transmitters for US Navy ships.
Worcester Valve (Division of Flowserve) - Having earned a reputation over 45 years for high performance and reliability, Worcester ball valves are installed on submarines and surface ships throughout the world. Their product range of materials includes Nickel Aluminum Bronze (NAB), Monel and Titanium.
Niagara Meters (Venture Measurement) - Niagara Meters is known for their robust and proven flow meter designs. Niagara Meters’ flow meter technology is used by the US Navy for operation on naval ships. Niagara Meters is proud to be a company built on innovation and reliability for which the brand has become known.
REOTEMP - Resistance temperature detector (RTD) assemblies used aboard US Navy ships.
Sensidyne: Flammable & Toxic Gas Detection for Pipeline & Gas Processing Plants
Download the Flammable & Toxic Gas Detection for Pipeline & Gas Processing Plants guide book at the Ives Equipment website here.
Ives Equipment
https://ivesequipment.com
(877) 768-1600
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