Divelbiss Corporation History
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| 1995 |
- Divelbiss utilizes the Team Engineering concept to promote a strong communication and problem-solving network between the engineering staff and other staff members.
- Fuzzy Logic is now available as a standard feature in Divelbiss' controllers to allow for more precise control.
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| 1994 |
- Divelbiss introduces the Universal Control Panel, a companion of the Boss Bear, which offers complete power over most data acquisition and control functions
including temperature, pressure, speed position, and batch counting.
- Divelbiss initiates a quality management program for all employees.
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| 1993 |
- The Watchman Reporter System emerges. This rugged low-cost telemetry system monitors in-plant or remote site status/data and reports to a central control point on occurence, at specific times or on demand via fax, personal pager, and modem.
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| 1990 |
- Divelbiss introduces its powerful Boss Bear microcomputer, which is specifically designed for process control, monitoring and automation.
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| 1985 |
- The first smart hand-held programmer for the PLC Industry, the Intelligent Programmer is released.
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| 1984 |
- Divelbiss expands its contract assembly and product development services into the
Midwestern states with a positive response.
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| 1983 |
- Divelbiss develops a SCADA System to be used in the oil fields to collect production data and to control well sites. This extensive networking expertise can now be used to control in-factory automation network systems.
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| 1982 |
- Divelbiss introduces the first Ladder Diagram programmer for the PLC industry using
a personal computer.
- The Baby Bear Bones Programmable Controller, a full-featured single board
microcomputer which is ideal for OEM's to standardize upon is released.
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| 1979 |
- The Bear Bones Programmable Logic Controller was introduced.
- In affiliation with the U.S. Army at Fort Monmouth, Divelbiss also completes the development and testing of an optical polarization receiver. This receiver allowed development of a "BASIC" interpreter that had real time extensions.
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| 1978 |
- The ICM Programmable Controller is introduced.
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| 1977 |
- A special control module for a shipboard sewage treatment system is developed.
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| 1976 |
- Divelbiss experiences moderate growth due in part to increased demand for microcomputer systems and the acceptance of the microcomputer for industrial control applications.
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| 1974 |
- Divelbiss focuses their efforts on product development and design engineering services.
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