Eagle Signal timers for Irrigation

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Timers

Electronic Timer vs. Electromechanical Timer

A timer may have many functions and applications within manufacturing processes. Eagle Signal’s electronic timer and electromechanical timer products are designed primarily to track or control time-based applications such as run-time and event processes. However, choosing the right kind of timer (electromechanical timer or electronic timer) depends on application specifics: Does the application only require monitoring, or does it require an output/control action as well?
Eagle-Signal timers come in two main varieties: electromechanical timer or electronic timer designs:

Electromechanical Timer

Electromechanical timer models are characterized by their ruggedness and simple efficiency. An electromechanical timer may take the form of an On Delay, off delay, interval timer or Repeat Cycle device. In addition, an electromechanical timer is characteristically long-lived. An electromechanical timer would not be ideal if space was a concern (due to their larger physical size) or where a non-fixed time range is required.

Electronic Timer

An electronic timer would be the timer of choice when fast, high precision accuracy and event feedback are required. In contrast to electromechanical timer models, an electronic timer is more compact and also more complex. If feedback/output control functions are required (in terms of an alarm or another pre-programmed event), an electronic timer is a better fit than an electromechanical timer. Each electronic timer offers digital programmability and a choice of LED or LCD display as well as multifunction and long time ranges. These programmable timer solutions are available in many forms to meet many different needs:

  • time indicators
  • reset timers
  • repeat cycle timers
  • Multi-function timers

Electronic timer models are more complex yet relatively easy to maintain. Each programmable timer is rugged and requires minimal maintenance. Some units are sensitive to environmental forces such as physical shock. Specific limitations and differences between programmable electronic timers and electromechanical timer devices are detailed in the programmable table below.

Eagle-Signal ™ Programmable Timer Technology Matrix
ELECTROMECHANICAL TIMER ELECTRONIC TIMER
Types Time Totalizer (Hourmeter)
Preset / Predetermine
Repeat Cycle Timer
Sequencer		 Time Totalizer (Hourmeter)
Preset / Predetermine
Repeat Cycle Timer
Sizes Various Panel Cutout All popular panel mount sizes including. 1/32, 1/16 or 1/8 DIN
Mounting Base Front to Panel (FTP) and Surface Mount Front to Panel (FTP)
DIN Rail, or surface Mount
Accuracy/stability Fixed Adjustable
Cost Low – Moderate Moderate – High
Features / Functionality Low – Moderate Moderate – High
Time Modes Preset / Reset
Repeat Cycle
Sequencer		 Preset / Multi-function
Repeat Cycle
Ease of Use Simple – Moderate Simple – Moderate
Options Simple – Moderate Moderate – High

– See more at: http://www.danaherspecialtyproducts.com/Eagle_Signal/Products_and_Solutions/Timers/#sthash.uK8fxlvB.dpuf

West Pro Series Launches in North America | West CS

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The new Pro Series from West Control Solutions offers superior temperature control.

West Pro Series of Controllers

The new Pro Series of temperature controllers from West Control Solutions offer customers yet greater precision control in challenging applications.  Key to the enhanced capability of the Pro Series is that all three units in the range – the Pro-4, Pro-8 and Pro-16 – provide two PID sets rather than the one typically found on alternative controllers.  This allows the user to tune for accurate control for a wide range of set points or various products with different thermal characteristics.
The Pro Series controllers offer a high level of I/O, with an unprecedented six outputs available and up to four digital inputs, plus an in-built profiler for a varied setpoint at each process stage.  The Pro Series combines a sophisticated level of control with maximum flexibility, an example being the capability to customize the menus, thus speeding up manual control by making frequently used functions available at a keystroke.  The result is complex temperature control capability that can be accessed easily by any member of the workforce.  Capability and convenience is further enhanced by the configuration and simulation software, BlueControl©, which allows a test configuration to be carried out locally on a PC.
Typical applications that will benefit from these features are; industrial ovens and furnaces, chiller and refrigeration systems and particularly plastics and rubber extrusion applications where processes such as non-linear cooling, heater current input and boost functions are commonly required.
In addition to the I/O provided by the Pro-4 and Pro-8, the Pro-16 comes in a compact 48mm x 48mm design, meeting the need of many applications for compactness and capability in a small, front-of-panel controller.  The Pro-16 is the only temperature controller of its kind to provide so many features in such a compact casing, offering customers a premium product that is powerful yet easy to use.

The new Pro Series of temperature controllers from West Control Solutions offer customers yet greater precision control in challenging applications.
Key to the enhanced capability of the Pro Series is that all three units in the range – the Pro-4, Pro-8 and Pro-16 – provide two PID sets rather than the one typically found on alternative controllers. This allows the user to tune for accurate control for a wide range of set points or various products with different thermal characteristics.
The Pro Series controllers offer a high level of I/O, with an unprecedented six outputs available and up to four digital inputs, plus an in-built profiler for a varied setpoint at each process stage. The Pro Series combines a sophisticated level of control with maximum flexibility, an example being the capability to customize the menus, thus speeding up manual control by making frequently used functions available at a keystroke. The result is complex temperature control capability that can be accessed easily by any member of the workforce. Capability and convenience is further enhanced by the configuration and simulation software, BlueControl©, which allows a test configuration to be carried out locally on a PC.
West Pro Series of Controllers
Typical applications that will benefit from these features are; industrial ovens and furnaces, chiller and refrigeration systems and particularly plastics and rubber extrusion applications where processes such as non-linear cooling, heater current input and boost functions are commonly required.
In addition to the I/O provided by the Pro-4 and Pro-8, the Pro-16 comes in a compact 48mm x 48mm design, meeting the need of many applications for compactness and capability in a small, front-of-panel controller. The Pro-16 is the only temperature controller of its kind to provide so many features in such a compact casing, offering customers a premium product that is powerful yet easy to use.

Download the West Pro Series

 

Nitrex NXK-412 system for nitriding

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nitrexALTEST Ltd, who got its start in PVC profiles in 1992 and expanded production in 2010 to include aluminum profiles, added a Nitrex compact nitriding system at its Bulgarian plant to nitride aluminum extrusion dies. The NXK-412 system has a capacity of 880 lbs (400 kg) and is supplied with Nitreg® technology, a neutralizer, and an ammonia purification system.
ALTEST opted for a nitriding system with a higher capacity than their current requirements to keep pace with the company’s expansion plans that will see its extrusion capacity double by next year.
The reasons Nitrex was chosen to implement this project are due to its unique know how and expertise in the field of nitriding extrusion dies, as well as its ability to provide the customer with a local presence in Eastern Europe guaranteeing on-time support.
NITREX_NXK_412

CAL Controllers Boost Business for Aerospace Component Processor

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The flexibility and profiling power of the CAL 9500P temperature controller has provided an exceptionally powerful solution for Active Magnetic Inspection Inc. (AMI), a US company that treats and inspects fasteners for the aerospace industry.

Process & Temperature Control Requirements

CAL 9500P Temperature Controller   AMI performs plating, stripping, stress relief and magnetic particle inspection processes for fastener manufacturers. In the aerospace industry, which is highly regulated due to the extreme need for safety, manufacturing precision is key and a business such as AMI depends on meeting quality control requirements. In order to achieve this, a precise level of process control and accurate record-keeping is required.
AMI had decided to raise the bar and establish a process system that would earn accreditation from Nadcap (National Aerospace and Defense Contractors Accreditation Program) and thus enable the company to strengthen its position in the aerospace fastener business. To meet this need, AMI’s systems were enhanced by temperature controllers from West Control Solutions.

The Design & Construction Process

AMI & Titan Industrial Heating with CAL ControllersAMI enlisted the services of R.J. “Skip’ Schaefer of Titan Industrial Heating Systems, an expert in the design and construction of temperature-controlled manufacturing processes. Skip’s task was challenging as many points of control were required. These included two stress relief ovens that each required monitoring of 60 product containers.
In order to achieve Nadcap accreditation it was also necessary to establish a thorough quality system, including well-documented process instructions and complete records for all production lots including time and temperature data, to meet the needs of the annual audit.
“The customer needed to provide 100% traceability on its output,” Skip explained. “I’ve been using CAL temperature controllers for around 25 years and I can count the number of failures on one hand so it had to be CAL. Aside from the reliability and durability of the CAL product, West Control Solutions are also very helpful with background information when I’m planning a system build.”
The CAL 9500P process controller was chosen as the front end for its flexibility and profiling power. In order to satisfy Nadcap process data requirements, all of the instruments are tied to a central PC that runs CALGrafix. The result is that every point is monitored and stored on a minute-by-minute basis.

The Results

AMI & Titan Industrial Heating with CAL Controllers  When the process system was inspected by Nadcap, the results were outstanding and AMI was issued with its certificate, enabling AMI to strengthen its position in the aerospace fastener business.

“There have been zero flaws in the system,” Skip said. “That’s with two ovens: one with 36 controls and one with 34, both working 24 hours a day, seven days a week. A system such as this requires absolute reliability and CAL controllers have guaranteed that.”

CAL Temperature Controllers Enhance Quality of Medical Research

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CAL temperature controllers from West Control Solutions are helping laboratory OEMs to provide the best possible conditions for research into the treatment of diseases such as cancer.

In particular, the CAL 3300 temperature controller is providing outstanding service in controlling the performance of an incubation chamber for laboratory equipment manufacturer, Solent Scientific.

37° Climate Chamber

Solent Scientific and the Application

The 37 Climate Chamber from Solent Scientific is an acrylic enclosure integrated with a powerful microscope, which is used to conduct prolonged studies of living cells, usually involving time lapse image capture. These enclosures can also exclude light when working with low level light microscopy. Warm, filtered air circulates within the enclosure from a heater unit and the precise temperature within the chamber is controlled by a CAL 3300 unit.
With temperature control a critical feature of the incubation chamber, Solent Scientific turned to West Control Solutions, which has established a strong reputation across industry for providing exceptionally reliable temperature controllers that perform over long periods within extremely tight tolerances.

Temperature Control Requirements

CAL 3300 Temperature Controller & 37° Climate ChamberOrry Dugdale, Director, Solent Scientific, explained further how the 37° Incubation Chambers work and why the CAL 3300 provided an ideal solution for temperature control.
“When we built the incubator, we were trying to create a cell culturing system that accurately replicates conditions within the human body, and that means maintaining a constant temperature. The temperature requirement for the chamber is 37° degrees, + 0.1°C. The temperature must be accurate and within that tight tolerance. The CAL 3300 is proven to be capable of delivering that, day after day, year after year.”

Selecting the Right Temperature Controller

The CAL 3300 is easy to operate, with a large 4-digit green LED display clearly showing the-current temperature, and a parameter security-locking feature that prevents the operator from inadvertently changing the settings.
The CAL 3300 brings ease-of-use to the customers of OEMs such as Solent Scientific by offering integrated auto-tune PID control (Proportional Integral Derivative). This means that users do not have to programme parameters manually, a task that requires a certain amount of technical knowledge, and reduces set up time to a few minutes.

Using PID Control

The PID facility is further enhanced by a unique dAC (Derivative Approach Control) function, which prevents control temperature overshoot during warm up. CAL has developed dAC functions outside of the proportional band during warm up by widening the proportional band. The temperature rise is slowed during this period and when the temperature falls within the original proportional band, the controller reverts back to normal operation. The result is a steady temperature rise with minimal overshoot, which can be critical when maximum temperatures must not be exceeded.
West Control Solutions has also provided Solent Scientific with a cost-efficient method of logging temperature over a period of time, a facility that was required in order to test the operation of each incubator. By using the communication software for real-time logging of CAL controllers, Solent Scientific could prove that the temperature within the incubator was kept to + or – 0.1°C over long periods of time, which is well within the tolerances required for the application. This solution avoided the considerable cost and development involved in employing SCADA (Supervisory Control And Data Acquisition) packages.
The 37° Incubation Chambers are making a major contribution to the life sciences, with sales to universities and research institutes across the globe. “Imperial College in London was our first customer in 1997,” Orry Dugdale explained. “When I visited London in 2012, the chamber was still working and I can think of no better recommendation for CAL controllers.”