Industrial equipment is assembled from components that must meet specific mechanical, electrical, dimensional, and environmental requirements. This reference organizes major component families by function and highlights the specifications that affect selection, replacement, and interchangeability.
The OpenType component library begins with six broad categories that appear throughout industrial machines, automation systems, process equipment, electrical assemblies, and material-handling systems.
Fasteners create mechanical joints between components and structures. Selection depends on thread form, strength, material, grade, head style, dimensions, loading, installation method, and operating environment.
Bearings and bushings support moving assemblies, control friction, guide shafts, and accommodate rotary or linear movement. Load direction, speed, lubrication, fit, material, and alignment affect performance.
Motors and drive components convert electrical, hydraulic, or mechanical energy into controlled movement. Power, torque, speed, gearing, duty cycle, mounting, and control requirements influence system configuration.
Pumps move liquids and gases while valves regulate, isolate, redirect, or meter flow. Fluid properties, pressure, temperature, flow rate, sealing materials, port geometry, and actuation methods must be evaluated.
Electrical connectors establish removable or permanent electrical interfaces between equipment, conductors, sensors, motors, controllers, and power sources. Ratings and geometry determine compatibility.
Sensors convert physical conditions into usable signals while controls use those signals to manage machinery and processes. Measurement range, output format, accuracy, mounting, and environmental ratings are key specifications.
Industrial components rarely operate alone. A single machine may combine structural connections, rotating elements, powered motion, fluid control, electrical connections, and measurement hardware.
Fasteners connect frames, covers, machinery components, tooling, brackets, and structural assemblies.
Bearings, bushings, shafts, slides, and related components support controlled movement while reducing friction.
Motors, actuators, drives, and gearing produce and control rotary or linear movement.
Pumps, valves, fittings, and flow-control devices manage liquids, gases, hydraulic fluids, and process media.
Connectors, cords, switches, transformers, and power supplies distribute electrical power and signals.
Sensors and control devices measure system conditions and provide information for automated decision-making.
Product names provide only a starting point. Industrial component selection usually requires comparing several groups of specifications at the same time.
A replacement component may look similar and perform the same general function but still fail to meet dimensional, environmental, or performance requirements.
Component selection becomes easier when requirements are defined before individual products or manufacturers are compared.
Determine what the component must accomplish and how it interacts with surrounding equipment.
Document dimensions, loads, ratings, connections, materials, operating conditions, and constraints.
Compare candidate components against the required specifications rather than relying on category names alone.
Confirm that physical interfaces, ratings, materials, and operating limits are appropriate before substitution.
These supporting references connect major component families with broader industrial equipment and technology categories.
Supporting reference categories for mechanical movement and machine assemblies.
Resources related to industrial flow, fluid movement, pressure, and process control.
Supporting resources for electrical power, connection, sensing, and machine-control systems.
