Instrumentation Detailed Engineering : 1

Learn how piping and instrumentation drawings (P&ID) combine piping and instrumentation, detailing instrument types, process connections, symbols, ranges, and control philosophy for a flow control train.

Explore instrumentation for a crude oil pumping station, detailing pumps, filters, heat exchangers, ISA 5.1 symbols for level, pressure, temperature, and flow, plus process connections and interlock logic.

Explore a P&ID level control skid used as a trainer, where a capacitance-type level transmitter and level switches drive a pneumatic control valve via an electro-pneumatic converter to regulate level.

Explore wiring block diagrams and drawings that trace field instruments through junction boxes to the control system, grouping analog and digital devices with shielded cables to the programmable controller.

Learn to read wiring drawings for junction boxes, including terminal block tagging, wiring philosophy, and proper termination of digital and analog instruments.

Learn wiring of analog instruments into an analog junction box, enforce no mixing with digital signals, apply shielding and psc grounding to prevent emc, and plan terminations.

Learn wiring drawing for PLC systems, detailing analog input/output and digital input modules in a rack, shielded field cables, junction boxes, and grounding.

Examine the construction of instrumentation cables, featuring copper stranded conductors, PVC or XLPE insulation, shields, drains, outer jackets, and armor to protect signals from EMI in industrial automation.

Learn instrument cable installation inside and outside buildings, including direct burial, conduit, sand backfill, and maintaining 50 percent free space in conduits to prevent sagging.

Map instrument cable layouts by routing from instruments to junction boxes through conduits or trenches, protect outdoor cables from sun, use trays with 50 percent free space, and mark them.