Instruments & Controls

1.Oil & Gas

Maintains all measuring, controlling and recording equipment of pressure, temperature, flow and level, safety valves and control valves. The workshop is equipped with testing and calibration equipment for the above instrument. The refinery plant and utilities automation is equipped with state-of-art Distributed Control System. An Advance Process Controller is deployed on the DCS to optimize the productivity of plant. This section has a DCS lab equipped with latest equipment for in-house training of its engineers.

2.Dairy Farms

The dairy farm’s Instruments & Controls section maintains equipment that measures, controls, and records parameters like temperature, humidity, water flow, and milk production levels. This section is essential for managing feeding schedules, monitoring milk quality, and optimizing animal health conditions. Precision instruments such as temperature sensors, humidity controllers, and milk flow meters are calibrated regularly to ensure accuracy. Automated feeding and milking systems are managed by a central control unit, with a lab for in-house training on equipment handling and calibration.

3.Poultry Farm

Instruments & Controls play a key role in monitoring and maintaining optimal conditions for poultry health and productivity. This section manages temperature, humidity, ventilation, and feed distribution systems, using sensors and controllers to maintain a balanced environment. Control systems automate feed and water supply, while climate controllers ensure consistent temperature and air quality within poultry houses. Calibration and testing equipment are available for regular maintenance, and the control system includes in-house training facilities for farm staff.

4.Stud Farming

For stud farms, Instruments & Controls are critical for managing the horses’ environment and monitoring breeding and health parameters. Equipment includes temperature and humidity sensors in stables, as well as specialized tools to monitor exercise and feeding routines. Automatic water dispensers, ventilation systems, and temperature controls ensure horses are comfortable. All systems are centrally managed, with testing and calibration services for precise control. A dedicated lab provides training on equipment and automation technologies to enhance stable management practices.

5.Agriculture

In agriculture, the Instruments & Controls section maintains monitoring and control systems for irrigation, temperature, humidity, and soil moisture. Automated irrigation systems with flow meters and sensors optimize water use, while climate control systems support greenhouses and crop storage facilities. Safety valves, moisture analyzers, and controllers are calibrated regularly to support productivity. A central control unit optimizes irrigation and environmental conditions, and a training lab provides hands-on education in system maintenance and calibration techniques.

6.Rice Industry

The Instruments & Controls section in the rice industry monitors and manages production parameters such as milling temperature, moisture content, and grain flow rates. Equipment includes temperature controllers, moisture analyzers, and flow meters, which are essential for maintaining product quality and yield. The automated control system optimizes the milling process, with regular calibration to ensure accuracy. A dedicated lab provides in-house training on the use of control systems and calibration procedures, enhancing efficiency and product consistency.

7.Textile Industry

In textile manufacturing, the Instruments & Controls section oversees equipment for monitoring temperature, humidity, and machine speeds in various production stages. Sensors and controllers ensure precision in dyeing, spinning, and weaving processes. Safety and control valves on high-temperature equipment, as well as flow meters, are regularly calibrated. The automation system, managed through a Distributed Control System (DCS), optimizes production. A DCS lab provides engineers with training on advanced control techniques and system troubleshooting.

8.Surgical Instruments Industry

The Instruments & Controls section in surgical instruments manufacturing ensures precision control over parameters such as temperature, pressure, and machine speeds. This section maintains sterilization units, cutting machines, and assembly equipment with highly sensitive monitoring and control systems. Calibration and testing of equipment occur regularly to maintain high standards of quality. Advanced process controls are implemented to optimize productivity, and a dedicated lab is available for training on equipment calibration and maintenance.

9.Leather Garments Industry

In the leather garments industry, Instruments & Controls manage temperature, pressure, and humidity throughout various processes like dyeing, tanning, and drying. Control systems ensure consistent quality and help maintain safety standards. The section includes monitoring and control of pressure valves, drying equipment, and flow meters for dyes and chemicals. A Distributed Control System (DCS) optimizes process conditions, and the section includes a lab for in-house training, ensuring staff expertise in equipment management and calibration.

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