Lecture Series on Industrial Instrumentation Lecture 9 – Resistance Temperature Detector
by Prof.Alok Barua
Department of Electrical Engineering
IIT Kharagpur, India
For more details on NPTEL visit http://nptel.iitm.ac.in Category: Education Tags: Resistance Temperature Detector, Education
Lecture Series on Industrial Instrumentation Lecture 8 -Thermocouples (Duration: 60 minutes)
by Prof. Alok Barua
Department of Electrical Engineering,
IIT Kharagpur, India.
For more details on NPTEL visit http://nptel.iitm.ac.in Category: Education Tags: Thermocouples, TC, Thermocouple, Seebeck Effect, thermoelectric
As a member of that committee, I struggled to get them to produce the standard as an electronic spreadsheet but because of technical issues, ASME declined to do so.
JMS Southeasthas developed a program based on the standard that allows you to perform the calculations necessary to determine the suitability of your design for your process conditions with few complications.
Just about any type of well can be configured. It is available free to our customers and friends.
ED Note:1. The description of the new standard on the ASME website reads as follows:
The object of this Standard is to establish a mechanical design standard for reliable service of tapered, straight, and stepped-shank thermowells in a broad range of applications. This includes an evaluation of the forces due to external pressure, and the combination of static and dynamic forces resulting from fluid impingement. This Standard applies to thermowells machined from barstock, and includes those welded to or threaded into a flange and as well as those welded into a process vessel or pipe with or without a weld adaptor. Thermowells manufactured from pipe are outside the scope of the Standard. Thermowells with specially designed surface structures (e.g., a knurled surface or a surface with spiral ridges) are beyond the scope of this Standard, due to the difficulty of providing design rules with broad applicability for these types of thermowells. Thermowell attachment methods, standard dimensions, parasitic vibration of a sensor mounted inside the thermowell, and thermal equilibrium of the sensor relative to the process stream are beyond the scope of this Standard. Additionally thermowells fabricated by welding, including flame spray or weld-overlays, at any place along the length of the shank or at the tip are outside the scope of the Standard.
The next generation 17?m micro bolometer thermal imaging engine platform is especially designed for better, smaller, cheaper integration by OEM clients who gain double the resolution.
With an advanced, DSP-based platform, the engine supports a AmSi microbolometer detector of 640×480 pixels.
Due to the engine’s user-friendly interface and size, it can be integrated cost effectively into small size applications, a key marketing advantage for military applications.
The Eye R640 ver4 supports the most advanced motorized lenses based on continuous zoom or dual FOV and equipped with automatic focus algorithms.
Key Features
DSP based image processing
TECLESS operation (no Thermal Electrical Cooler is used) resulting in fast wake up and power consumption being independent of temperature.
Continuous Electronic Zoom
Special image enhancement mode for improved detection capability
AutoFocus On Demand built in algorithm for motorized lens control
User defined Region Of Interest (ROI)
Anti-blooming mechanism
NUC, BPR, time domain filter, edge enhancement, Local DRC
OPGAL Optronics Industries is a leading global manufacturer of innovative thermal imaging safety systems and infrared cameras. Its safety applications are used for detection of gas and hazardous material leaks and for areal remote fire detection. OPGAL offers the widest selection of infrared cooled and uncooled OEM cameras and engines for military, paramilitary, security and aviation applications. Its products have been field tested worldwide for the past 25 years.
Opgal Optronic Ltd.
P.O. Box 462
Industrial Area 5
Karmiel 20101
ISRAEL
Lecture Series on Industrial Instrumentation by Prof.Alok Barua, Department of Electrical Engineering, IIT Kharagpur.
For more details about NPTEL visit http://nptel.iitm.ac.in Category: Education Tags: Problems & Solutions for RTDs , Thermistors and Thermocouples on Temperature Sensors
Linear Technology Corporation designs, manufactures and markets a broad line of standard high performance integrated circuits.
Applications for the Company’s products include telecommunications, cellular telephones, networking products, notebook and desktop computers, video/multimedia, industrial instrumentation, automotive electronics, factory automation, process control, and military and space systems.
The Company’s principal product categories include amplifiers, battery management, data converters, high frequency, interface, voltage regulators and voltage references.
Linear Technology Corporation
Corporate Headquarters
1630 McCarthy Blvd.
Milpitas, CA 95035-7417 USA
Marketing Management:
720 Sycamore Dr.
Milpitas, CA 95035-7417 USA
Humidity and dewpoint temperature device vendors supply a wide range of equipment for the many types of conditions under which the parameters need to be measured. Below is a listing arranged by type of sensor. Recall, here we are focusing on those uses commonly understood as moisture levels in gaseous media, e.g., air, combustion gases, [...]
For Infrared (IR) Thermographers The practice of Infrared Thermography has been recognized by The American Society for Non-destructive Testing, ASNT.They have defined skill levels, written a Handbook, administer skills testing and certify several skill levels of practitioners. The actual training and refresher skills programs are provided by private training organizations. Some offer their own certifications, [...]