Major Work Activity D - Installs and services hydraulic, pneumatic and electrical systems
Table of contents
- Task D-14 Installs and services control devices for hydraulic systems
- Task D-15 Installs and services pneumatic equipment
- Task D-16 Installs and services electrical and electronic equipment
Task D-14 Installs and services control devices for hydraulic systems
Task descriptor
Instrumentation and control technicians install, diagnose, maintain and repair control devices for hydraulic systems. Hydraulic equipment is used to supply energy and to control equipment and processes through the use of liquids. Hydraulic equipment is used for higher pressure applications.
D-14.01 - Installs control devices for hydraulic systems
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-14.01.01P | select and use tools and components | tools and components are selected and used according to manufacturers’ specifications, process requirements and data sheets |
| D-14.01.02P | determine location of components | location of components is determined according to industry standards, codes and practices, and manufacturers’ specifications |
| D-14.01.03P | mount components | components are mounted according to industry practices, manufacturers’ specifications, engineered designs and codes |
| D-14.01.04P | verify operation of hydraulic equipment and components | operation of hydraulic equipment and components are verified according to industry standards, codes and practices, and manufacturers’ specifications |
| D-14.01.05P | update documentation | documentation is updated to reflect changes carried out as required |
Range of variables
- components include: hoses, piping, fittings, pumps, motors, actuators, valves, accumulators, control devices (solenoids, switches, gauges, actuators, transmitters, regulators)
- documentation includes: schematics, drawings, specifications, data sheets
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-14.01.01L | demonstrate knowledge of hydraulic systems, their components and operation | define terminology associated with hydraulic systems and their components |
| identify hazards and describe safe work practices pertaining to hydraulic systems and their components | ||
| identify hydraulic system components and describe their applications and operation | ||
| describe hydraulic theories and equipment operation | ||
| identify types of tubing and piping systems and describe their applications | ||
| identify types of tube and pipe fittings and accessories and describe their characteristics and applications | ||
| identify types of valves used in tubing and piping systems and describe their applications and operation | ||
| D-14.01.02L | demonstrate knowledge of regulatory requirements pertaining to hydraulic systems and their components | interpret codes and regulations pertaining to hydraulic systems and their components |
| D-14.01.03L | demonstrate knowledge of documentation relating to hydraulic equipment and systems, their use and interpretation | interpret information pertaining to hydraulic systems found on documentation |
| identify fluid related symbols and abbreviations found on documentation | ||
| D-14.01.04L | demonstrate knowledge of hydraulic related calculations | perform hydraulic calculations |
| D-14.01.05L | demonstrate knowledge of principles and applications of fluids as it relates to hydraulic systems | define terminology associated with fluids |
| identify types of fluids and describe their characteristics and applications | ||
| identify hazards and describe safe work practices pertaining to fluids | ||
| explain principles and theories of fluids | ||
| describe units of measure as they relate to fluids | ||
| identify fluid-related formulas and describe their applications | ||
| D-14.01.06L | demonstrate knowledge of procedures used to install hydraulic components | identify tools and equipment used to install hydraulic components and describe their applications and procedures for use |
| describe procedures used to install hydraulic components | ||
| describe procedures used to cut, thread and ream rigid pipe | ||
| describe procedures used to make hose, tubing and piping connections | ||
| describe procedures used to perform a pressure test | ||
| describe tube bending techniques |
Range of variables
- components include: hoses, piping, fittings, pumps, motors, actuators, valves, accumulators, control devices (solenoids, switches, gauges, actuators, transmitters, regulators)
- hazards include: energy state awareness (accumulators, suspended loads), condition of hoses, piping and tubing (pressure, temperature)
- types of tubing and piping systems include: rigid, flexible, ferrous, non-ferrous
- types of tube and pipe fittings include: adapters, unions, elbows, tees, couplings
- types of valves used in tubing and piping systems include: isolation, throttling, regulating, directional control
- documentation includes: schematics, drawings, specifications, data sheets
- types of fluids include: synthetic, conventional
- principles and theories of fluids include: Pascal’s law, Bernoulli’s principle
D-14.02 - Diagnoses control devices for hydraulic systems
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-14.02.01P | select and use tools and equipment | tools and equipment are selected and used according to manufacturers’ specifications, process requirements and data sheets |
| D-14.02.02P | identify probable root cause and location of faults | probable root cause and location of faults are identified using diagnostic tools and testing procedures |
| D-14.02.03P | determine steps required to repair faults and address deficiencies | steps required to repair faults and address deficiencies are determined based on probable root cause |
| D-14.02.04P | verify documentation and historical data | documentation and historical data are verified to assist in root cause analysis |
Range of variables
- tools and equipment include: temperature sensors, pressure gauges, multimeters, flowmeters
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-14.02.01L | demonstrate knowledge of hydraulic systems, their components and operation | define terminology associated with hydraulic systems and their components |
| identify hazards and describe safe work practices pertaining to hydraulic systems and their components | ||
| identify hydraulic system components and describe their applications and operation | ||
| describe hydraulic theories and equipment operation | ||
| identify types of tubing and piping systems and describe their applications | ||
| identify types of tube and pipe fittings and accessories and describe their characteristics and applications | ||
| identify types of valves used in tubing and piping systems and describe their applications and operation | ||
| D-14.02.02L | demonstrate knowledge of regulatory requirements pertaining to hydraulic systems and their components | interpret codes and regulations pertaining to hydraulic systems and their components |
| D-14.02.03L | demonstrate knowledge of documentation relating to hydraulic equipment and systems, their use and interpretation | interpret information pertaining to hydraulic systems found on documentation |
| identify fluid related symbols and abbreviations found on documentation | ||
| D-14.02.04L | demonstrate knowledge of hydraulic related calculations | perform hydraulic calculations |
| D-14.02.05L | demonstrate knowledge of principles and applications of fluids as it relates to hydraulic systems | define terminology associated with fluids |
| identify types of fluids and describe their characteristics and applications | ||
| identify hazards and describe safe work practices pertaining to fluids | ||
| explain principles and theories of fluids | ||
| describe units of measure as they relate to fluids | ||
| identify fluid-related formulas and describe their applications | ||
| D-14.02.06L | demonstrate knowledge of procedures used to diagnose components for hydraulic systems | identify types of tools and equipment used to diagnose components for hydraulic systems and describe their applications and procedures for use |
| describe procedures used to diagnose components for hydraulic systems |
Range of variables
- components include: hoses, piping, fittings, pumps, motors, actuators, valves, accumulators, control devices (solenoids, switches, gauges, actuators, transmitters, regulators)
- hazards include: energy state awareness (accumulators, suspended loads), condition of hoses, piping and tubing (pressure, temperature)
- types of tubing and piping systems include: rigid, flexible, ferrous, non-ferrous,
- types of tube and pipe fittings include: adapters, unions, elbows, tees, couplings
- types of valves used in tubing and piping systems include: isolation, throttling, regulating, directional control
- documentation includes: schematics, drawings, specifications, data sheets
- types of fluids include: synthetic, conventional
- principles and theories of fluids include: Pascal’s law, Bernoulli’s principle
- tools and equipment include: temperature sensors, pressure gauges, multimeters, flowmeters
D-14.03 - Performs maintenance and repairs on control devices for hydraulic systems
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-14.03.01P | select and use tools and test equipment | tools and test equipment are selected and used to maintain and repair according to manufacturers’ specifications, process requirements and data sheets |
| D-14.03.02P | replace components and materials | components and materials are replaced according to manufacturers’ specifications, process requirements and data sheets |
| D-14.03.03P | repair faulty components | faulty components are repaired according to manufacturers’ specifications, process requirements and data sheets |
| D-14.03.04P | calibrate and adjust components (control devices) | components (control devices) are calibrated and adjusted according to manufacturers’ specifications and maintenance schedules |
| D-14.03.05P | test and verify components | components are tested and verified according to manufacturers’ specifications, process requirements and data sheets |
| D-14.03.06P | verify system operation | system operation is verified before returning to service |
| D-14.03.07P | update documentation | documentation is updated to reflect changes carried out as required |
Range of variables
- test equipment includes: infrared thermometers, pressure gauges, multimeters, flowmeters
- components include: hoses, piping, fittings, pumps, motors, actuators, valves, accumulators, control devices (solenoids, switches, gauges, actuators, transmitters, regulators)
- materials include: filters, fluids
- documentation includes: schematics, drawings, specifications, data sheets
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-14.03.01L | demonstrate knowledge of hydraulic systems, their components and operation | define terminology associated with hydraulic systems and their components |
| identify hazards and describe safe work practices pertaining to hydraulic systems and their components | ||
| identify hydraulic system components and describe their applications and operation | ||
| describe hydraulic theories and equipment operation | ||
| identify types of tubing and piping systems and describe their applications | ||
| identify types of tube and pipe fittings and accessories and describe their characteristics and applications | ||
| identify types of valves used in tubing and piping systems and describe their applications and operation | ||
| D-14.03.02L | demonstrate knowledge of regulatory requirements pertaining to hydraulic systems and their components | interpret codes and regulations pertaining to hydraulic systems and their components |
| D-14.03.03L | demonstrate knowledge of documentation relating to hydraulic equipment and systems, their use and interpretation | interpret information pertaining to hydraulic systems found on documentation |
| identify fluid-related symbols and abbreviations found on documentation | ||
| D-14.03.04L | demonstrate knowledge of hydraulic related calculations | perform hydraulic calculations |
| D-14.03.05L | demonstrate knowledge of principles and applications of fluids as it relates to hydraulic systems | define terminology associated with fluids |
| identify types of fluids and describe their characteristics and applications | ||
| identify hazards and describe safe work practices pertaining to fluids | ||
| explain principles and theories of fluids | ||
| describe units of measure as they relate to fluids | ||
| identify fluid-related formulas and describe their applications | ||
| D-14.03.06L | demonstrate knowledge of procedures used to repair and maintain hydraulic systems and components | identify tools and test equipment relating to maintenance and repair of hydraulic systems and describe their applications and procedures for use |
| describe procedures used to maintain hydraulic systems and components | ||
| describe procedures used to repair hydraulic systems and their components | ||
| describe cleanliness and filtering standards required for hydraulic systems |
Range of variables
- components include: hoses, piping, fittings, pumps, motors, actuators, valves, accumulators, control devices (solenoids, switches, gauges, actuators, transmitters, regulators)
- hazards include: energy state awareness (accumulators, suspended loads), condition of hoses, piping and tubing (pressure, temperature)
- types of tubing and piping systems include: rigid, flexible, ferrous, non-ferrous
- types of tube and pipe fittings include: adapters, unions, elbows, tees, couplings
- types of valves used in tubing and piping systems include: isolation, throttling, regulating, directional control
- documentation includes: schematics, drawings, specifications, data sheets
- types of fluids include: synthetic, conventional
- principles and theories of fluids include: Pascal’s law, Bernoulli’s principle
- maintain hydraulic systems and components include: check hoses, piping and tubing; check fluids (condition and level); check/change filters; determine operating parameters; adjust system pressure, temperature and flow
- test equipment includes: infrared thermometers, pressure gauges, multimeters, flowmeters
Task D-15 Installs and services pneumatic equipment
Task descriptor
Instrumentation and control technicians install, maintain, diagnose and repair pneumatic equipment. Pneumatic equipment is used to supply energy and to control equipment and processes through the use of compressed air, nitrogen and process gases.
D-15.01 - Installs pneumatic equipment
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-15.01.01P | determine system requirements | system requirements are determined according to site specifications, industry standards, codes and practices |
| D-15.01.02P | select system components and tools | system components and tools are selected according to site specifications, industry standards, codes and practices |
| D-15.01.03P | determine location of pneumatic equipment | location of pneumatic equipment is determined according to site specifications, industry standards, codes and practices |
| D-15.01.04P | connect system components | system components are connected according to site specifications, industry practices, manufacturers’ specifications, engineered designs and codes |
| D-15.01.05P | calibrate pneumatic control devices | pneumatic control devices are calibrated according to industry standards and practices |
| D-15.01.06P | verify operation of pneumatic equipment | operation of pneumatic equipment is verified according to site specifications and standards |
| D-15.01.07P | update documentation | documentation is updated to reflect changes carried out as required |
Range of variables
- system requirements include: pressure, volume, capacity
- components include: regulators, separators, tubing, actuators, solenoids, pumps, positioners, accumulators, compressors, tanks, coolers, filters, dryers, automated oilers
- pneumatic equipment includes: transmitters, converters, positioners, controllers, relays
- control devices include: pressure switches, regulators, gauges, transmitters
- documentation includes: schematics, manufacturers’ manuals, drawings, specifications, data sheets
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-15.01.01L | demonstrate knowledge of pneumatic equipment, systems, their components and operation | define terminology associated with pneumatic equipment, systems and their components |
| identify hazards and describe safe work practices pertaining to pneumatic equipment, systems and their components | ||
| identify types of pneumatic equipment, systems and their components and describe their applications and operation | ||
| describe methods of air treatment in pneumatic systems | ||
| identify classifications and types of compressors, their specifications and applications | ||
| identify types of tubing and piping systems and describe their applications | ||
| identify types of tube and pipe fittings and accessories, and describe their characteristics and applications | ||
| identify types of valves used in tubing and piping systems, and describe their applications and operation | ||
| D-15.01.02L | demonstrate knowledge of regulatory requirements pertaining to pneumatic equipment, systems and their components | interpret codes and regulations pertaining to pneumatic equipment, systems and their components |
| D-15.01.03L | demonstrate knowledge of documentation relating to pneumatic equipment and systems, their use and interpretation | interpret information pertaining to pneumatic equipment and systems found on documentation |
| interpret documentation to determine operation of pneumatic systems | ||
| D-15.01.04L | demonstrate knowledge of pneumatic-related calculations | perform pneumatic-related calculations |
| D-15.01.05L | demonstrate knowledge of principles and applications of fluids as it relates to pneumatic systems | define terminology associated with fluids |
| identify types of fluids and describe their characteristics and applications | ||
| identify hazards and describe safe work practices pertaining to fluids | ||
| explain principles and theories of fluids | ||
| describe units of measure as they relate to fluids | ||
| identify fluid-related formulas and describe their applications | ||
| describe compressed gas qualities | ||
| describe venting practices relating to combustible and inert gases | ||
| D-15.01.06L | demonstrate knowledge of procedures used to install pneumatic equipment, systems, and their components | identify tools and equipment used to install pneumatic equipment, systems and their components and describe their applications and procedures for use |
| describe procedures used to install pneumatic equipment, systems and their components | ||
| describe installation of tubing | ||
| describe tube bending techniques | ||
| describe procedures used to cut, thread and ream rigid pipe | ||
| describe procedures used to make hose, tubing and piping connections | ||
| describe procedures used to perform a pressure test | ||
| D-15.01.07L | demonstrate knowledge of procedures used to calibrate control devices for pneumatic systems | identify tools, equipment and software used to calibrate control devices for pneumatic systems, and describe their applications and procedures for use |
| describe procedures used to calibrate control devices for pneumatic systems |
Range of variables
- pneumatic equipment includes: transmitters, converters, positioners, controllers, relays
- pneumatic systems include: instrument air, instrument gas, service/utility air
- components include: regulators, separators, tubing, actuators, solenoids, pumps, positioners, accumulators, compressors, tanks, coolers, filters, dryers, automated oilers
- hazards include: energy state awareness (accumulators, suspended loads), temperature, pressure, flammability/venting
- methods of air treatment include: filters, dryers, after-coolers, de-icers, receivers
- classifications and types of compressors include: dynamic/centrifugal, positive displacement
- types of tubing and piping systems include: rigid, flexible, ferrous, non-ferrous
- types of tube and pipe fittings include: adapters, unions, elbows, tees, couplings
- types of valves used in tubing and piping systems include: isolation, throttling, regulating, directional control
- documentation includes: schematics, manufacturers’ manuals, drawings, specifications, data sheets
- pneumatic-related calculations include: unit conversion, volume (ideal gas law)
- types of fluids include: compressed air, nitrogen, process gases
- principles and theories of fluids include: Pascal’s law, Boyle’s law, Charles’ law, combined gas law, Bernoulli’s principle
- compressed gas qualities include: dew point, presence of particulates, oil contamination
- control devices include: pressure switches, regulators, gauges, transmitters
D-15.02 - Diagnoses pneumatic equipment
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-15.02.01P | select and use tools and equipment | tools and equipment are selected and used according to manufacturers’ specifications, process requirements and data sheets |
| D-15.02.02P | identify probable root cause and location of faults | probable root cause and location of faults are identified using diagnostic tools and testing procedures |
| D-15.02.03P | determine steps required to repair faults and address deficiencies | steps required to repair faults and address deficiencies are determined based on probable root cause |
| D-15.02.04P | verify documentation and historical data | documentation and historical data are verified to assist in determining probable root cause |
Range of variables
- tools and equipment include: temperature sensors, pressure gauges, multimeters, leak detection solution
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-15.02.01L | demonstrate knowledge of pneumatic equipment, systems, their components and operation | define terminology associated with pneumatic equipment, systems, and their components |
| identify hazards and describe safe work practices pertaining to pneumatic equipment, systems and their components | ||
| identify types of pneumatic equipment, systems and their components and describe their applications and operation | ||
| describe methods of air treatment in pneumatic systems | ||
| identify classifications and types of compressors, their specifications and applications | ||
| identify types of tubing and piping systems and describe their applications | ||
| identify types of tube and pipe fittings and accessories and describe their characteristics and applications | ||
| identify types of valves used in tubing and piping systems and describe their applications and operation | ||
| describe venting practices relating to combustible and inert gases | ||
| D-15.02.02L | demonstrate knowledge of regulatory requirements pertaining to pneumatic equipment, systems and their components | interpret codes and regulations pertaining to pneumatic equipment, systems and their components |
| D-15.02.03L | demonstrate knowledge of documentation relating to pneumatic equipment and systems, their use and interpretation | interpret information pertaining to pneumatic equipment and systems found on documentation |
| interpret documentation to determine operation of pneumatic systems | ||
| D-15.02.04L | demonstrate knowledge of pneumatic-related calculations | perform pneumatic-related calculations |
| D-15.02.05L | demonstrate knowledge of procedures used to diagnose pneumatic equipment | identify types of tools and equipment used for diagnosing pneumatic equipment and describe their applications and procedures for use |
| describe procedures used to diagnose pneumatic equipment |
Range of variables
- pneumatic equipment includes: transmitters, converters, positioners, controllers, relays
- pneumatic systems include: instrument air, instrument gas, service/utility air
- components include: separators, tubing, actuators, pumps, positioners, accumulators, compressors, tanks, coolers, filters, dryers, automated oilers, gauges, control devices (safety valves, switches, solenoids, regulators)
- hazards include: energy state awareness (accumulators, suspended loads), temperature, pressure, flammability/venting
- methods of air treatment include: filters, dryers, after-coolers, de-icers, receivers
- classifications and types of compressors include: dynamic/centrifugal, positive displacement
- types of tubing and piping systems include: rigid, flexible, ferrous, non-ferrous
- types of tube and pipe fittings include: adapters, unions, elbows, tees, couplings
- types of valves used in tubing and piping systems include: isolation, throttling, regulating, directional control
- documentation includes: schematics, manufacturers’ manuals, drawings, specifications, data sheets
- pneumatic-related calculations include: unit conversion, volume (ideal gas law)
- tools and equipment include: temperature sensors, pressure gauges, multimeters, leak detection solution
D-15.03 - Performs maintenance and repairs on pneumatic equipment
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-15.03.01P | select and use tools and test equipment | tools and test equipment are selected and used to maintain and repair according to manufacturers’ specifications, process requirements and data sheets |
| D-15.03.02P | replace components and materials | components and materials are replaced according to manufacturers’ specifications, process requirements and data sheets |
| D-15.03.03P | repair faulty components | faulty components are repaired according to manufacturers’ specifications, process requirements and data sheets |
| D-15.03.04P | calibrate and adjust components (control devices) | components (control devices) are calibrated and adjusted according to manufacturers’ specifications and maintenance schedules |
| D-15.03.05P | test and verify components (control devices) | components (control devices) are tested and verified according to manufacturers’ specifications, process requirements and data sheets |
| D-15.03.06P | verify system operation | system operation is verified before returning to service |
| D-15.03.07P | update documentation | documentation is updated to reflect changes carried out as required |
Range of variables
- test equipment includes: infrared thermometers, pressure gauges, dew point testers, ultrasonic leak detectors
- components include: separators, tubing, actuators, pumps, positioners, accumulators, compressors, tanks, coolers, filters, dryers, automated oilers, gauges, control devices (safety valves, switches, solenoids, regulators)
- materials include: filters, desiccant, deliquescent
- documentation includes: schematics, manufacturers’ manuals, drawings, specifications, data sheets
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-15.03.01L | demonstrate knowledge of pneumatic equipment, systems, their components and operation | define terminology associated with pneumatic equipment, systems and their components |
| identify hazards and describe safe work practices pertaining to pneumatic equipment, systems and their components | ||
| identify types of pneumatic equipment, systems and their components and describe their applications and operation | ||
| describe methods of air treatment in pneumatic systems | ||
| identify classifications and types of compressors, their specifications and applications | ||
| identify types of tubing and piping systems and describe their applications | ||
| identify types of tube and pipe fittings and accessories and describe their characteristics and applications | ||
| identify types of valves used in tubing and piping systems and describe their applications and operation | ||
| describe venting practices relating to combustible and inert gases | ||
| D-15.03.02L | demonstrate knowledge of regulatory requirements pertaining to pneumatic equipment, systems and their components | interpret codes and regulations pertaining to pneumatic equipment, systems and their components |
| D-15.03.03L | demonstrate knowledge of documentation relating to pneumatic equipment and systems, their use and interpretation | interpret information pertaining to pneumatic equipment and systems found on documentation |
| interpret documentation to determine operation of pneumatic systems | ||
| D-15.03.04L | demonstrate knowledge of pneumatic-related calculations | perform pneumatic-related calculations |
| D-15.03.05L | demonstrate knowledge of procedures used to maintain and repair pneumatic equipment, systems and components | identify tools and test equipment relating to maintenance and repair of pneumatic systems, and describe their applications and procedures for use |
| describe procedures used to maintain and repair pneumatic equipment, systems and their components | ||
| describe procedures used to cut, thread and ream rigid pipe | ||
| describe installation of tubing | ||
| describe tube bending techniques | ||
| describe procedures used to perform a pressure test | ||
| D-15.03.06L | demonstrate knowledge of procedures used to calibrate components (control devices) for pneumatic systems | identify tools, equipment and software used to calibrate components (control devices) for pneumatic systems and describe their applications and procedures for use |
| describe procedures used to calibrate components (control devices) |
Range of variables
- pneumatic equipment includes: transmitters, converters, positioners, controllers, relays
- pneumatic systems include: instrument air, instrument gas, service/utility air
- components include: separators, tubing, actuators, pumps, positioners, accumulators, compressors, tanks, coolers, filters, dryers, automated oilers, gauges, control devices (safety valves, switches, solenoids, regulators)
- hazards include: energy state awareness (accumulators, suspended loads), temperature, pressure, flammability/venting
- methods of air treatment include: filters, dryers, after-coolers, de-icers, receivers
- classifications and types of compressors include: dynamic/centrifugal, positive displacement
- types of tubing and piping systems include: rigid, flexible, ferrous, non-ferrous
- types of tube and pipe fittings include: adapters, unions, elbows, tees, couplings
- types of valves used in tubing and piping systems include: isolation, throttling, regulating, directional control
- documentation includes: schematics, manufacturers’ manuals, drawings, specifications, data sheets
- pneumatic-related calculations include: unit conversion, volume (ideal gas law)
- test equipment includes: infrared thermometers, pressure gauges, dew point testers, ultrasonic leak detectors
Task D-16 Installs and services electrical and electronic equipment
Task descriptor
Instrumentation and control technicians install, diagnose, maintain and repair electrical and electronic equipment. Electrical and electronic equipment is used to supply energy and to control equipment and processes through the use of electricity. Instrumentation and control technicians work on electrical and electronic equipment directly related to process control and often in conjunction with electricians on electrical power sources.
D-16.01 - Installs electrical and electronic equipment
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-16.01.01P | determine system requirements | system requirements are determined according to industry standards, codes, practices and engineered designs |
| D-16.01.02P | select electrical and electronic components | electrical and electronic components are selected according to hazards, industry standards, codes, practices and engineered designs |
| D-16.01.03P | determine location of system equipment | location of system equipment is determined according to industry standards, codes, practices and engineered designs |
| D-16.01.04P | connect electrical and electronic components | electrical and electronic components are connected according to industry practices, engineered designs, manufacturers’ specifications and codes |
| D-16.01.05P | verify operation of electrical and electronic components | operation of electrical and electronic components is verified according to industry standards, codes, practices and engineered designs |
| D-16.01.06P | back up settings | settings are backed up for future reference or data recovery |
| D-16.01.07P | update documentation | documentation is updated to reflect changes carried out as required |
Range of variables
- system requirements include: voltage, current, resistance, power
- electrical components include: power supplies (alternating current/direct current [AC/DC], uninterruptible power supplies [UPS]), batteries, fuses, resistors, capacitors, inductors, control devices (push buttons, switches [limit, proximity, centrifugal, thermal], photo sensors, relays), intrinsic barriers and current limiting
- electronic components include: diodes, transistors, op amps, thyristors, rectifiers, circuit boards
- hazards include: energy state awareness, static electricity discharge, area classification (environment, hazardous locations), voltage levels
- documentation includes: drawings, specifications
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-16.01.01L | demonstrate knowledge of electrical components, their characteristics and applications | define terminology associated with electrical components, and describe their characteristics and applications |
| identify hazards and describe safe work practices pertaining to electrical components | ||
| identify system requirements and describe their relationship to process control systems | ||
| identify tools and equipment relating to electrical components and describe their applications and procedures for use | ||
| identify types of conductors and raceways and describe their characteristics and applications | ||
| interpret information pertaining to electrical components found on documentation | ||
| identify types of power supplies and describe their characteristics and operating principles | ||
| D-16.01.02L | demonstrate knowledge of electrical fundamentals | explain electrical theories and formulas and describe their applications |
| explain atomic structure of matter | ||
| identify forms of energy that produce electricity and describe their associated principles | ||
| identify units of measure and symbols relating to AC and DC electricity | ||
| explain AC generation | ||
| identify types of devices used in AC generation and describe their characteristics and applications | ||
| explain effects of resistance/ inductance/capacitance (RLC) on AC and DC circuits | ||
| identify instruments used for measuring electricity and describe their applications and procedures for use | ||
| perform calculations used to determine electrical-related values | ||
| identify types of transformers used in control circuitry, and describe their characteristics and applications | ||
| perform calculations pertaining to single‑phase and basic three‑phase electrical concepts | ||
| D-16.01.03L | demonstrate knowledge of electronic components, their characteristics and applications | explain conventional current flow vs. electron flow theory in electronics |
| identify number systems used in electronics and describe their applications | ||
| describe procedures used to perform conversions between number systems | ||
| identify types of logic gates and describe their applications | ||
| identify semiconductor materials used in electronics and describe their characteristics and applications | ||
| perform calculations pertaining to electronics | ||
| D-16.01.04L | demonstrate knowledge of regulatory requirements pertaining to electrical and electronic equipment, and their components | interpret codes pertaining to electrical and electronic equipment, and their components |
| D-16.01.05L | demonstrate knowledge of circuits, their characteristics and operation | identify types of circuits, and describe their characteristics and operation |
| identify elements of an electric circuit and describe the procedures used to analyze them | ||
| perform calculations to determine circuit-related values | ||
| explain voltage drop and power loss and its impact on a circuit | ||
| perform calculations to determine voltage drop and power loss | ||
| identify units of measure used to describe conductor size | ||
| identify types of insulators and describe their characteristics and applications | ||
| explain procedures used to determine conductor resistance and its effect on a circuit | ||
| identify types of components (control devices) and describe their characteristics and operation | ||
| identify types of DC circuits and describe their characteristics and applications | ||
| identify types of AC circuits and describe their characteristics and applications | ||
| identify methods of circuit protection and describe their characteristics and applications | ||
| D-16.01.06L | demonstrate knowledge of procedures used to install electrical and electronic equipment and their components | describe procedures used to install electrical and electronic equipment and their components |
| identify types of tools and equipment used to install electrical and electronic equipment and their components, and describe their procedures for use | ||
| describe procedures used to install conductors and raceways | ||
| describe procedures used to ground, bond and shield conductors and raceways | ||
| describe procedures used to ground, bond and shield electrical and electronic equipment and their components | ||
| describe methods used to terminate conductors | ||
| describe procedures used to select and install power supplies |
Range of variables
- electrical components include: power supplies (AC/DC, UPS), batteries, fuses, resistors, capacitors, inductors, control devices (push buttons, switches [limit, proximity, centrifugal, thermal], photo sensors, relays), intrinsic barriers and current limiting
- hazards include: energy state awareness, static electricity discharge, area classification (environment, hazardous locations), voltage levels
- system requirements include: voltage, current, resistance, power
- conductors and raceways include: power/distribution, signal/control, communication/data, connectors, supports, cable tray (power, instrument), conduit (rigid, polyvinyl chloride [PVC], flexible), electrical metallic tubing
- documentation includes: drawings, specifications
- electrical theories and formulas include: Ohm’s Law, Kirchhoff’s Law, Faraday’s Law
- forms of energy that produce electricity include: chemical action, piezoelectric effect, magnetism, heat, light and solar, friction, electromagnetism, electromagnetic induction
- AC generation includes: single-phase, three-phase
- electrical-related values include: voltage, resistance, current, power
- transformers include: control (current, voltage), single-phase, three-phase
- electronic components include: diodes, transistors, op amps, thyristors, rectifiers, circuit boards
- number systems used in electronics include: binary, decimal, hexadecimal, octal, binary-coded decimal (BCD)
- calculations pertaining to electronics include: power, current, voltage, frequency (timing), logic
- codes include: CEC
- types of circuits include: series, parallel, complex
- elements of an electric circuit include: closed circuit, open circuit, short circuit, load, source, control
- types of AC circuits include: resistance/capacitance (RC), resistance/inductance (RL), RLC
- methods of circuit protection include: fuses, circuit breakers
- methods used to terminate conductors include: terminal blocks, conical springs (twist-on wire connectors, wire nuts), crimp lugs, solder joints
D-16.02 - Diagnoses electrical and electronic equipment
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-16.02.01P | select and use tools and equipment | tools and equipment are selected and used according to manufacturers’ specifications, process requirements and data sheets |
| D-16.02.02P | perform visual and physical inspection to detect issues | visual and physical inspection is performed to detect issues |
| D-16.02.03P | perform battery load test | battery load test is performed to indicate conditions of battery performance |
| D-16.02.04P | identify probable root cause and location of faults | probable root cause and location of faults are identified using diagnostic tools, testing procedures and electrical formulas and theories |
| D-16.02.05P | determine steps required to repair faults | steps required to repair faults are determined according to manufacturers’ specifications, process requirements and data sheets |
| D-16.02.06P | review documentation and historical data | documentation and historical data is reviewed to assist in determining probable root cause |
Range of variables
- tools and equipment include: multimeters, oscilloscopes, diagnostic software, clamp-on ammeters
- issues include: abnormal noises, heat, odours
- documentation includes: drawings, specifications, data sheets
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-16.02.01L | demonstrate knowledge of electrical components and describe their characteristics and associated applications | define terminology associated with electrical components and describe their characteristics and associated applications |
| identify hazards and describe safe work practices pertaining to electrical components | ||
| identify system requirements and describe their relationship to process control system | ||
| identify tools and equipment relating to electrical components and describe their applications and procedures for use | ||
| interpret information pertaining to electrical components found on documentation | ||
| identify types of power supplies and describe their characteristics and operating principles | ||
| D-16.02.02L | demonstrate knowledge of electrical fundamentals | explain electrical theories and formulas and describe their applications |
| identify forms of energy that produce electricity and describe their associated principles | ||
| identify units of measure and symbols relating to AC and DC electricity | ||
| explain effects of RLC on AC and DC circuits | ||
| identify instruments used for measuring electricity and describe their applications and procedures for use | ||
| identify types of transformers used in control circuitry and describe their characteristics and applications | ||
| perform calculations pertaining to single-phase and basic three-phase electrical concepts | ||
| D-16.02.03L | demonstrate knowledge of electronic components, their characteristics and applications | explain conventional current flow vs. electron flow theory in electronics |
| identify number systems used in electronics and describe their applications | ||
| describe procedures used to perform conversions between number systems | ||
| identify types of logic gates and describe their applications | ||
| perform calculations pertaining to electronics | ||
| D-16.02.04L | demonstrate knowledge of regulatory requirements pertaining to electrical and electronic equipment, and their components | interpret codes pertaining to electrical and electronic equipment, and their components |
| D-16.02.05L | demonstrate knowledge of circuits, their characteristics and operation | identify types of circuits, and describe their characteristics and operation |
| identify elements of an electric circuit and describe procedures used to analyze them | ||
| perform calculations to determine circuit related values | ||
| perform calculations to determine voltage drop and power loss | ||
| identify units of measure used to describe conductor size | ||
| identify types of insulators and describe their characteristics and applications | ||
| identify types of components and describe their characteristics, operation and applications | ||
| identify types of DC circuits and describe their characteristics and applications | ||
| identify types of AC circuits and describe their characteristics and applications | ||
| identify methods of circuit protection and describe their characteristics and applications | ||
| D-16.02.06L | demonstrate knowledge of procedures used to diagnose electrical and electronic equipment and their components | describe procedures used to diagnose electrical and electronic equipment, and their components |
| identify types of tools and equipment used to diagnose electrical and electronic equipment and their components | ||
| describe procedures used to diagnose electronic circuitry |
Range of variables
- electrical components include: power supplies (AC/DC, UPS), batteries, fuses, resistors, capacitors, inductors, control devices (push buttons, switches [limit, proximity, centrifugal, thermal], photo sensors, relays), intrinsic barriers and current limiting
- hazards include: energy state awareness, static electricity discharge, area classification (environment, hazardous locations), voltage levels
- system requirements include: voltage, current, resistance, power
- documentation includes: drawings, specifications, data sheets
- electrical theories and formulas include: Ohm’s Law, Kirchhoff’s Law, Faraday’s Law
- forms of energy that produce electricity include: chemical action, piezoelectric effect, magnetism, heat, light and solar, friction, electromagnetism, electromagnetic induction
- transformers include: control (current, voltage), single-phase, three-phase
- electronic components include: diodes, transistors, op amps, thyristors, rectifiers, circuit boards
- number systems used in electronics include: binary, decimal, hexadecimal, octal, BCD
- calculations pertaining to electronics include: power, current, voltage, frequency (timing), logic
- codes include: CEC
- types of circuits include: series, parallel, complex
- elements of an electric circuit include: closed circuit, open circuit, short circuit, load, source, control
- types of AC circuits include: RC, RL, RLC
- methods of circuit protection include: fuses, circuit breakers
- tools and equipment include: multimeters, oscilloscopes, diagnostic software, clamp-on ammeters
D-16.03 - Performs maintenance and repairs for electrical and electronic equipment
| NL | NS | PE | NB | QC | ON | MB | SK | AB | BC | NT | YT | NU |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| yes | yes | NV | yes | ND | yes | yes | yes | yes | yes | NV | NV | NV |
| Reference Code | Performance Criteria | Evidence of Attainment |
|---|---|---|
| D-16.03.01P | select and use tools and equipment | tools and equipment are selected and used according to manufacturers’ specifications, process requirements and data sheets |
| D-16.03.02P | inspect electrical and electronic components | electrical and electronic components are inspected for conditions according to specifications and maintenance schedules |
| D-16.03.03P | verify system operating parameters and specifications | system operating parameters and specifications are verified according to electrical formulas and theories |
| D-16.03.04P | perform battery maintenance activities | battery maintenance activities are performed according to specifications and maintenance schedules |
| D-16.03.05P | select replacement electrical and electronic components | replacement electrical and electronic components are selected according to manufacturers’ specifications, process requirements and data sheets |
| D-16.03.06P | remove and replace faulty electrical and electronic components | faulty electrical and electronic components are removed and replaced according to manufacturers’ specifications, process requirements and data sheets |
| D-16.03.07P | verify operation and calibration | operation and calibration is verified before returning to service |
| D-16.03.08P | update documentation | documentation is updated to reflect changes carried out as required |
Range of variables
- tools and equipment include: multimeters, oscilloscopes, clamp-on ammeters
- electrical components include: power supplies (AC/DC, UPS), batteries, fuses, resistors, capacitors, inductors, control devices (push buttons, switches [limit, proximity, centrifugal, thermal], photo sensors, relays), intrinsic barriers and current limiting
- electronic components include: diodes, transistors, op amps, thyristors, rectifiers, circuit boards
- operating parameters include: voltage, current
- battery maintenance activities include: checking voltage, checking fluid level and specific gravity, cleaning terminal corrosion
- documentation includes: drawings, specifications, data sheets
| Reference Code | Learning Outcomes | Learning Objectives |
|---|---|---|
| D-16.03.01L | demonstrate knowledge of electrical components and describe their characteristics and associated applications | define terminology associated with electrical components and describe their characteristics and associated applications |
| identify hazards and describe safe work practices pertaining to electrical components | ||
| identify system requirements and describe their relationship to process control system | ||
| identify tools and equipment relating to electrical components and describe their applications and procedures for use | ||
| interpret information pertaining to electrical components found on documentation | ||
| identify types of power supplies and describe their characteristics and operating principles | ||
| D-16.03.02L | demonstrate knowledge of electrical fundamentals | explain electrical theories and formulas and describe their applications |
| identify forms of energy that produce electricity and describe their associated principles | ||
| identify units of measure and symbols relating to AC and DC electricity | ||
| identify types of devices used in AC generation and describe their characteristics and applications | ||
| explain effects of RLC on AC and DC circuits | ||
| identify instruments used for measuring electricity and describe their applications and procedures for use | ||
| identify types of transformers used in control circuitry and describe their characteristics and applications | ||
| perform calculations pertaining to single-phase and basic three-phase electrical concepts | ||
| D-16.03.03L | demonstrate knowledge of electronic components, their characteristics and applications | explain conventional current flow vs. electron flow theory in electronics |
| identify number systems used in electronics and describe their applications | ||
| describe procedures used to perform conversions between number systems | ||
| identify types of logic gates and describe their applications | ||
| perform calculations pertaining to electronics | ||
| D-16.03.04L | demonstrate knowledge of regulatory requirements pertaining to electrical and electronic equipment, and their components | interpret codes pertaining to electrical and electronic equipment, and their components |
| D-16.03.05L | demonstrate knowledge of circuits, their characteristics and operation | identify types of circuits, and describe their characteristics and operation |
| identify elements of an electric circuit and describe procedures used to analyze them | ||
| perform calculations to determine circuit related values | ||
| perform calculations to determine voltage drop and power loss | ||
| identify units of measure used to describe conductor size | ||
| identify types of insulators and describe their characteristics and applications | ||
| identify types of DC circuits and describe their characteristics and applications | ||
| identify types of AC circuits and describe their characteristics and applications | ||
| identify methods of circuit protection and describe their characteristics and applications | ||
| D-16.03.06L | demonstrate knowledge of procedures used to maintain and repair electrical and electronic components | describe procedures used to maintain and repair electrical and electronic components |
| identify types of tools and equipment used to maintain and repair electrical and electronic components | ||
| describe procedures used to maintain and repair electronic circuitry |
Range of variables
- electrical components include: power supplies (AC/DC, UPS), batteries, fuses, resistors, capacitors, inductors, control devices (push buttons, switches [limit, proximity, centrifugal, thermal], photo sensors, relays), intrinsic barriers and current limiting
- hazards include: energy state awareness, static electricity discharge, area classification (environment, hazardous locations), voltage levels
- system requirements include: voltage, current, resistance, power
- documentation includes: drawings, specifications, data sheets
- electrical theories and formulas include: Ohm’s Law, Kirchhoff’s Law, Faraday’s Law
- forms of energy that produce electricity include: chemical action, piezoelectric effect, magnetism, heat, light and solar, friction, electromagnetism, electromagnetic induction
- AC generation includes: single-phase, three-phase
- transformers include: control (current, voltage), single-phase, three-phase
- electronic components include: diodes, transistors, op amps, thyristors, rectifiers, circuit boards
- number systems used in electronics include: binary, decimal, hexadecimal, octal, BCD
- calculations pertaining to electronics include: power, current, voltage, frequency (timing), logic
- codes include: CEC
- types of circuits include: series, parallel, complex
- elements of an electric circuit include: closed circuit, open circuit, short circuit, load, source, control
- types of AC circuits include: RC, RL, RLC
- methods of circuit protection include: fuses, circuit breakers
- tools and equipment include: multimeters, oscilloscopes, clamp-on ammeters