Each has its own particular features, so Elliot Scientific recommends contacting us to discuss your requirements and application, or downloading Lake Shore's "Temperature Sensor Selection Guide" from the Documents menu upper right. To complement the new controller, Lake Shore are also introducing the Model scanner option designed for connecting up to 16 ultra-low temperature measurement points. With lower input noise and DC bias current, the new scanner takes full advantage of the performance improvements built into the Model and offers superior performance to the previous generation.
Lake Shore's Model is an ultra-low cryogenic temperature controller designed for the demands of pumped He-3 refrigerators, adiabatic demagnetization refrigerators ADRs and a number of other dilution refrigerators.
A powerful physics tool, the Model provides excellent measurement performance, superior control accuracy, and convenient operation in a wide range of advanced research applications. The patented noise reduction input circuitry of the Model is just one reason why this controller works so well for ultra-low temperature ULT applications, all the way down to mK. When combined with precision Cernox sensors, this performance-optimised design allows as little as 10 nA of excitation current to be used, minimising self-heating effects, and ensures best possible measurement accuracy throughout the entire temperature range.
The instrument offers extraordinary capability and flexibility, often eliminating the need for additional instrumentation in a refrigeration control system. Standard computer interfaces enable remote communications, control and coordination with other systems.
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Two independent heater outputs providing W and 50 W can be associated with any of the four sensor inputs and programmed for closed loop temperature control in proportional-integral-derivative PID mode. The improved autotuning feature of the Model can be used to automatically collect PID parameters, so you spend less time tuning your controller and more time conducting experiments. With standard Ethernet, USB, and IEEE interfaces and an intuitive menu structure and logic, the Model was designed with efficiency, reliable connectivity, and ease of use in mind.
In many applications, the unparalleled feature set of the Model allows you to replace several instruments with one, saving time, money and valuable laboratory space. Lake Shore's Model Temperature Controller offers many user-configurable features and advanced functions that until now have been reserved for more expensive, high-end temperature controllers. It is the first two-channel temperature controller available with user configurable heater outputs delivering a total of 75 W of low noise heater power — 50 W and 25 W, or 75 W and 1 W.
Control outputs are equipped with both hardware and software features allowing you, and not your temperature controller, to easily control your experiments.
Output one functions as a current output while output two can be configured in either current or voltage mode. Alarms and relays are included to help automate secondary control functions. This feature automatically switches temperature sensor inputs when your temperature range goes beyond the useable range of a given sensor. USB and IEEE interfaces, intuitive menu structure and logic promote efficiency and ease of use along with drop-in compatibility for the popular Model and temperature controllers through software emulation.
Designed with ease of use, functionality, and value in mind, the Model is ideal for general-purpose laboratory and industrial temperature measurement and control applications. Video overview of Model Lake Shore's Series offers a convenient, modular input solution for precision monitoring of cryogenic temperature sensors in large-scale applications employing distributed PLC-based control.
Delivering the same precision temperature measurement performance as Lake Shore's trusted benchtop cryogenic instruments, widely distributed high energy applications like particle accelerators and fusion reactors as well as industrial sites will benefit from this new instrumentation. Lake Shore's Model temperature monitor offers precision measurement in a wide range of cryogenic and higher-temperature applications with the ability to easily monitor up to 12 sensor channels.
It provides better measurement performance in applications where researchers need to ensure accuracy and precision in their low cryogenic temperature monitoring.
Temperature Sensor Types | TE Connectivity
With eight sensor inputs, it can be used with nearly any diode or resistive temperature sensor. Lake Shore's Model single-channel temperature monitor provides the accuracy, resolution, and interface features of a benchtop temperature monitor in an easy to use, easily integrated, compact instrument. With appropriate sensors, the Model measures temperature from 1.
Please try again later. Format: Paperback Verified Purchase. Excellent reference, and the early charters are great for those just beginning in a process control career.
Format: Hardcover. This book is part of ISA's formerly "The Instrument Society of America", later "The International Society for Measurement and Control" and now known as "The Instrument, Systems and Automation Society" Independent Learning Modules on Fundamental Instruments and Techniques A step-by-step approach for analyzing all of the factors that affect the control of temperature loops, including major sources of measurement errors, this book is packed with information on improving control of temperature loops.
The book also focuses on the advantages and disadvantages of new methods for feedback control. This book is designed as a self-study guide for both beginners and experienced practitioner who want to learn more about Temperature Control applications in the process industries.
The book is organized as follows: - Introduction. I found this book to be an excellent refresher and self-study guide. See both reviews.
Temperature Control Accuracy for Primary Standards
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