Electronic and Instrumentation Technician

Key Responsibilities

• Use the appropriate tools and software to troubleshoot and diagnose the root cause of electrical issues in the facility.
• Troubleshoot and test the functionality of process instrumentation; flow meters, level transmitters, level switches, etc.
• Work with internal and external resources to resolve issues as quickly and effectively as possible.
• Interpret electrical schematics and user manuals.
• PLC/DCS programming, troubleshooting, and repair.
• Repair electrical and electronic systems including any electromechanical production equipment.
• Collect PLC input and output data to monitor the efficiency of equipment to assist in the planning of future conversion operations.
• Interpret blueprints, specifications, diagrams, and schematics to troubleshoot and maintain process control systems.
• Complete the necessary documentation to ensure control documentations are correct and follow all necessary control procedures, and update drawings to reflect process improvements and field changes.
• Assist and consult with the management/engineering on projects as needed.
• Adhere to safe work practices, maintain sanitary conditions and ensure that product quality is maintained.
• Manage and work with contractors and vendors to monitor and improve efficiency and output.

Job Requirements

• Must be able to work on a rotating shift schedule.
• A high school diploma or general education degree (GED) is required and a 2-year certification from college or technical school or equivalent combination of education, training, and/or experience in Electrical Engineering, Electronics is preferred.
• Three years of strong industrial electrical background in a manufacturing environment.
• A strong electronics background is preferred with experience also in 480 volt, 2300 volt, 35k volts, 3-Phase Controls; AB/Rockwell DC Drive; AB/Rockwell PLC’s, Control Logic; Reading Electrical Drawings and Ladder Logic.
• Experience with variable frequency drives and smart field instruments (i.e. pressure, flow, temperature, level and analytical transmitters, valve positioners, valve actuators and PID controllers) is necessary.
• An understanding of the working components of PLC/DCS systems.

Benefits

• Competitive Salary
• Medical Benefits
• PTO & Vacation
• 401K
• Career Advancement