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Continuously
Monitor
Almost
Anything
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Freezers & Refrigerators |
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Live Animal Compounds |
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Environmental Chambers |
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HVAC Systems |
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Chemical & Specimen Storage Areas |
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Fume Hoods, Exhaust Systems, Air Locks |
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Ovens and Furnaces |
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Pressure & Vacuum Lines |
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Unattended Experiments |
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Tank Levels, Volume |
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Museums and Libraries |
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Power and Other Utilities |
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Display &
Record
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Temperature & Humidity |
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Liquid & Gas Flow |
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Pressure & Vacuum |
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Speed, Velocity, Acceleration |
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Voltage & Current |
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Counts |
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pH & Other Instruments |
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Frequency, Pulse Width |
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Strain, Load, Weight |
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On/Off Condition, States |
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Flexible
Alerting
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Both analog and digital inputs can trigger
alarms. |
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Compares each datapoint against high and low
warning levels, limits, and rate of change. |
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References any number of alarm strategies (how
to react to an alarm or warning). |
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Automatically displays specific instructions on
how to react to an alarm condition. |
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Sends user-defined alerts automatically via
Telephone, E-Mail, Pager, or PA System. |
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Records each alarm condition change in one or
more log files. |
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System
Features
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Event-Driven System |

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Five Level Alarm Detection |
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Database Centered Architecture |

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Automatic Messaging Option |
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Client-Server Application |

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Full Data Recall and Analysis |
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Standards-Based (TCP/IP, etc.) |

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Accessible from Remote PC's |
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Flexible Distributed I/O |

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Links to Existing Databases |
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Fully User-Configurable |

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Uses Existing Networks |
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No Programming Required |

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Maintained by Campus Techs. |
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Scalable and Extensible |

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Very Low Cost I/O Components |
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Object Oriented Graphics |

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Uses Standard Windows PC's |
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Remote Monitoring
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The design of a Lab-Alert remote
monitoring system is simple. ELink controllers, located in each monitored
building, are connected to the host system via the existing campus local area
network. The actual monitoring is performed by multiple I/O
Pods scattered throughout the building and linked to the controller
over a simple 4-wire cable. Ususally, all of the Pods are powered from the controller. The following diagram illustrates how
the Pods and eLinks are tied together.

Click here to learn more about eLink
Controllers and I/O Pods.
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CIMScan Host
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All of the the eLink controllers in the
monitored buildings are tied back to the central Host computer running CIMScan.
The host is usually
located at Public Safety Center (campus police), or a command center
where someone is on
duty 24 hours a day. Or, CIMScan can be configured to operate
totally unattended. With CIMAlert, the host computer can automatically
telephone the
appropriate party if an alarm is detected.
The following are examples of displays at the central host
computer.

Click here to find out more about CIMScan
and the CIMAlert messaging system.
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Incredibly
Low Cost
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For as little as $2,500 you can buy all the software and data acquisition
components required to implement a simple system that locally monitors
and records up to 16 temperatures.
A complete turnkey system that monitors a moderate
number labs in multiple buildings, plus their utilities, will be in the
$50-75,000 range. This system would include all sensors and the
CIMAlert automatic messaging system. |
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Integration Services
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CIMTechniques can provide
all of the components you will need to implement your own monitoring
system or we can supply a complete turnkey system based on your
requirements. Contact our sales
department for a comprehensive proposal. |
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Additional Information
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Click
here to go to our Requests page to ask for
additional information. We have a color brochure that
completely describes the Lab-Alert system. |
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