NOTE: Not all features are available on all models.

OPERATING THE CONTROLLER

Starting a Cook Cycle

To start a cook cycle, simply press the product key for the product you wish to cook. If the product key

is programmed, the correct cooking time will be displayed (example) and this time will immediately start

to count down in minutes and seconds. The pressure solenoid will also close if programmed to do so. If is displayed immediately and the unit starts to signal, the key being operated is not programmed. If correctly pro-

grammed, it will count down to followed by and start to signal.

Cancel this signal by pressing the same cycle product key used to start the cook cycle.

Action Alarms

If the unit is programmed with action alarms, the action alarms will signal at a preset time during the cooking cycle;

for example, . This signal, a dual rhythm beeping, will last 5 seconds and then self-cancel. The display

will flash the action alarm time and the unit will then start counting toward .

Holding Timers

If the unit is programmed with holding times, they will automatically start counting upon expiration of the cook- ing cycle.

When there are active hold times, the HOLD indicator will be lit. To view all active hold times, press and hold the

key. Upon expiration, the timer will display and pulse with an audible tone.

4

THE UNAUTHORIZED USE OR DUPLICATION OF THE SOFTWARE DESCRIBED HEREIN,

 

OR THIS MATERIAL IS STRICTLY PROHIBITED.

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Keating Of Chicago IM-2000 manual Operating the Controller, Starting a Cook Cycle, Action Alarms, Holding Timers

IM-2000 specifications

The Keating of Chicago IM-2000 is a sophisticated and versatile machine tool designed to meet the rigorous demands of modern manufacturing. This innovative equipment is engineered to deliver precision, efficiency, and flexibility in various machining applications, making it a valuable asset for any production environment.

One of the standout features of the IM-2000 is its high-speed spindle that offers impressive rotational power, allowing for fast and accurate machining of a wide range of materials. The spindle's speed can be easily adjusted to accommodate different machining tasks, ensuring optimal performance for both light and heavy-duty operations. With its robust construction, the IM-2000 can handle tough materials such as stainless steel and titanium without compromising on precision.

The IM-2000 is equipped with advanced CNC (Computer Numerical Control) technology that allows for highly automated machining processes. This cutting-edge technology enables operators to program complex geometries and intricate designs with ease, significantly reducing setup times and increasing productivity. The user-friendly interface and intuitive software make it accessible for operators of varying skill levels, ensuring that teams can maximize its capabilities quickly.

Another remarkable characteristic of the Keating IM-2000 is its rigid and durable design. The machine features a heavy cast iron base that minimizes vibrations during operation, leading to enhanced machining accuracy and surface finishes. The linear guideways provide smooth movement for the machine's axes, further contributing to its reliability and precision.

Moreover, the IM-2000 includes various tooling options, allowing for the use of different cutting tools depending on the application. This versatility ensures that manufacturers can optimize their production processes by using the right tools for the job.

In addition to its performance features, the IM-2000 is designed with operator safety and comfort in mind. The machine is equipped with protective enclosures and safety interlocks that ensure a secure working environment. Operator ergonomics are also prioritized, with adjustable controls and access points that facilitate easy operation and maintenance.

In summary, the Keating of Chicago IM-2000 combines advanced technologies and robust engineering to provide a powerful machining solution. With its speed, precision, and versatile capabilities, it is well-suited for a wide range of manufacturing applications, making it a preferred choice for industries that demand high-quality results.