Table of Contents
Task E-13 Commissions new and retrofitted HVAC/R and control system components
Task Descriptor
Commissioning of HVAC/R systems is an important final step to ensure all components are complete, refrigerant charge is verified, and all required adjustments are finalized. A commissioning procedure occurs when new equipment, replacement equipment, or retrofitted equipment is installed, including all new and existing components, within a system.
Procedures which occur during commissioning shall validate the required operation as detailed in the site and manufacturers’ specifications to ensure optimal operating efficiency, while maintaining compliance with current jurisdictional and environmental regulations.
E-13.01 - Performs pre-start-up checks for HVAC/R systems
E-13.01 - Performs pre-start-up checks for HVAC/R systems
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-13.01.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task and manufacturers’ specifications |
| E-13.01.02P |
ensure energy/power source and equipment are compatible |
compatibility of energy/power source and equipment are verified |
| E-13.01.03P |
verify control wiring |
control wiring is verified according to manufacturers’ specifications and jurisdictional regulations |
| E-13.01.04P |
verify completion of installation |
completion of installation is verified by checking for factors |
| E-13.01.05P |
check control settings |
control settings are set to maintain safe operation according to manufacturers’ specifications |
| E-13.01.06P |
verify that equipment is securely fastened and mounted |
equipment is securely fastened and mounted according to codes, regulations, site conditions and manufacturers’ specifications |
| E-13.01.07P |
check electrical connections and components |
electrical connections and components are checked to detect loose or damaged wiring according to jurisdictional regulations and manufacturers’ specifications |
| E-13.01.08P |
ensure free movement of movable components |
movable components are free to move |
| E-13.01.09P |
verify holding charge applied during installation |
holding charge applied during installation is verified by checking circuit pressure and referring to holding charge reports |
| E-13.01.10P |
verify oil and lubricant level |
level of oil and lubricant are verified according to site conditions and manufacturers’ specifications |
| E-13.01.11P |
energize crankcase heaters |
crankcase heaters are energized according to manufacturers’ recommendations |
| E-13.01.12P |
verify heat transfer mediums |
heat transfer mediums are present and verified for quality and concentration according to site conditions and manufacturers’ specifications |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
- factors include: presence of field installed parts, missing parts, shipping mounts and straps that have not been removed, placement of controls, positioning of valves
- electrical connections include: terminal strips, crimped and wire nuts, grounding and bonding wires
- movable components include: drives, dampers, actuators, fans, motors, pumps, valves
- heat transfer mediums include: glycol, brine, water, refrigerants
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-13.01.01L |
demonstrate knowledge of performing pre-start-up checks for HVAC and refrigeration systems |
identify tools and equipment used for checking HVAC and refrigeration systems, components and accessories, and describe their applications and procedures for use |
| identify new and retrofitted HVAC and refrigeration systems, and describe their characteristics and applications |
| describe procedures to ensure proper installation of HVAC and refrigeration systems |
| interpret information pertaining to HVAC and refrigeration systems found in drawings, wiring diagrams, manufacturers’ literature and schematic diagrams |
| identify correct sequence of operation prior to start-up |
| identify heat transfer mediums, and describe their characteristics and applications |
| identify calculations to determine volume of heat transfer mediums |
| describe methods used to determine charge of HVAC and refrigeration systems |
| E-13.01.02L |
demonstrate knowledge of codes and regulations pertaining to HVAC and refrigeration systems, components and accessories |
interpret codes and regulations pertaining to HVAC and refrigeration systems, components and accessories |
Range of Variables
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units,field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
- HVAC/R components include: compressors, condensers, metering devices, evaporators, remote air-cooled condensers, filter driers, sight glasses, valves, regulators, receivers, pressure vessels, heat exchangers, vibration eliminators, liquid pumps, temperature sensors, pressure transducers, fans, blowers, air filters, economizers, controllers, oil management devices, insulation, condensate drains, supply diffusers, return grilles, dampers, flow switches
- accessories include: pressure controls, temperature controls, safety controls, time clocks, defrost controls, crankcase heaters, pipe hangers and clamps, solenoid valves, regulating valves, check valves, oil separators, accumulators, stands and supports, condensate pumps, IAQ devices
- heat transfer mediums include: glycol, brine, water, refrigerants
- methods used to determine charge of HVAC and refrigeration systems include: weighing critical charge; interpreting charge charts; checking sight glass, internal volume of refrigerant piping and components; checking subcooling and superheat
E-13.02 - Performs start-up of HVAC/R systems
E-13.02 - Performs start-up of HVAC/R systems
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| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-13.02.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-13.02.02P |
turn on and verify utilities |
utilities are turned on and verified to allow equipment to start with correct rotation, acceptable voltage range, and utility parameters are within specifications |
| E-13.02.03P |
verify factors |
factors are verified according to components, and site specifications and requirements |
| E-13.02.04P |
verify direction of rotating components |
direction of rotating components is verified visually or by using a phase sequencing meter to allow equipment to operate according to manufacturers’ specifications |
| E-13.02.05P |
test and adjust HVAC/R controlcomponents |
HVAC/R controlcomponents are tested according to design specifications and adjusted according to operating conditions |
| E-13.02.06P |
verify system sequence of operation |
sequence of system operation is verified |
| E-13.02.07P |
verify system operation |
system operation is verified by measuring system conditions according to site conditions and manufacturers’ specifications |
Range of Variables
- tools and equipment include:hand tools, diagnostic and measuring equipment
- utilities include: electrical, gas, water
- factors include:phasing, voltage imbalance and amperage, refrigerant charge adjustments, oil levels, operating pressures and temperatures, system control adjustments, manufacturers’ specifications and recommendations, liquid or air requirements, superheat and subcooling
- system conditions include: amperage draw, pressures, temperatures, air and fluid flow
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-13.02.01L |
demonstrate knowledge of performing start-up of HVAC and refrigeration systems |
identify tools and equipment used to perform start-up of HVAC and refrigeration systems, and describe their applications and procedures for use |
| identify hazards and describe safe work practices when commissioning HVAC and refrigeration systems |
| identify new and retrofitted HVAC and refrigeration systems, and describe their characteristics and applications |
| identify factors to consider when performing an HVAC and refrigeration system start-up |
| identify documentation requirements for system start-up and commissioning |
| describe procedures required to start up and commission HVAC and refrigeration systems |
| describe procedures to test and adjust components |
| describe sequence of operation of HVAC and refrigeration systems |
| describe operating system conditions and procedures to validate |
| E-13.02.02L |
demonstrate knowledge of codes and regulations pertaining to HVAC and refrigeration systems |
interpret codes and regulations pertaining to HVAC and refrigeration systems |
Range of Variables
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units, field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
- tools and equipment include:hand tools, diagnostic and measuring equipment
- factors include:phasing, voltage imbalance and amperage, refrigerant charge adjustments, oil levels, operating pressures and temperatures, system control adjustments, manufacturers’ specifications and recommendations, liquid or air requirements, superheat and subcooling
E-13.03 - Performs start-up checks for control systems
E-13.03 - Performs start-up checks for control systems
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-13.03.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-13.03.02P |
verify that electrical, pneumatic and electronic connections are completed |
electrical, pneumatic and electronic connections on control systems are completed according to manufacturers’ specifications and jurisdictional regulations |
| E-13.03.03P |
apply power |
power is applied to energize control system |
| E-13.03.04P |
configure software options |
software options are configured according to job requirements and manufacturers’ specifications |
| E-13.03.05P |
check control signals |
control signals are checked according to site requirements |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
- control systems include:electrical, mechanical, electronic, integrated control circuits, app-based, wireless, predictive (AI-capable), pneumatic, centralized, distributed
- software options include: BAS, equipment controller, remote monitoring, adjusting set points
- control signals include: voltage, pressures, current, resistance
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-13.03.01L |
demonstrate knowledge of performing start-up checks for control systems |
identify tools and equipment used to start up control systems, and describe their applications and procedures for use |
| identify hazards and describe safe work practices when commissioning control systems |
| identify new and retrofitted HVAC and refrigeration systems, and describe their characteristics and applications |
| describe system and control operation processes and sequences |
| describe procedures to start up and commission control systems |
| describe procedures to verify electrical control circuit systems and components using schematic wiring diagrams |
| identify control signals and describe their characteristics and applications |
| interpret information pertaining to HVAC/R electronic controls found on drawings, specifications and service manuals |
| describe procedures to perform diagnosis of electronic controls |
| E-13.03.02L |
demonstrate knowledge of codes and regulations pertaining to HVAC/R control systems |
identify codes and regulations pertaining to HVAC/R control systems |
| E-13.03.03L |
demonstrate knowledge of digital technology and electronic devices used with control systems |
describe procedures to start up control systems with digital technology and electronic devices |
Range of Variables
- control systems include:electrical, mechanical, electronic, integrated control circuits, app-based, wireless, predictive (AI-capable), pneumatic, centralized, distributed
- tools and equipment include: hand tools, diagnostic and measuring equipment
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units, field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
- control signals include: voltage, pressures, current, resistance
- digital technology includes: direct digital control, PLC, microprocessor, communication protocols, software
- electronic devices include: computers, laptops, smart phones, user interface modules, tablets
E-13.04 - Completes HVAC/R system charge
E-13.04 - Completes HVAC/R system charge
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-13.04.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-13.04.02P |
verify type of refrigerant required for system |
type of refrigerant required for system is verified according to site conditions and manufacturers’ specifications |
| E-13.04.03P |
operate system |
system is operated according to site conditions and manufacturers’ specifications |
| E-13.04.04P |
measure and interpret operating load conditions |
operating load conditions are measured and interpreted according to site conditions and manufacturers’ specifications |
| E-13.04.05P |
verify and adjust refrigerant charge and oil level |
refrigerant charge and oil level are verified and adjusted according to site conditions and manufacturers’ specifications |
| E-13.04.06P |
label system |
system is labelled with type and amount of refrigerant and oil according to code and jurisdictional regulations |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment, charging tools and equipment
- refrigerants include: primary (CFC, HFC, HFO, HCFC, HC), natural (R-744, R-717), secondary (water, glycol solutions, brine solutions)
- operating load conditions include: amperage, voltage, RPM, temperatures, operating pressures, superheat and subcooling
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-13.04.01L |
demonstrate knowledge of completing HVAC/R system charge |
identify tools and equipment used to complete HVAC/R system charge, and describe their applications and procedures for use |
| identify hazards and describe safe work practices when completing HVAC/R system charge |
| identify new and retrofitted HVAC and refrigeration systems, and describe their characteristics and applications |
| describe pressure/temperature chart and its use in determining refrigerant characteristics |
| describe methods to determine charge of an HVAC and refrigeration system |
| describe procedures to complete system charge |
| E-13.04.02L |
demonstrate knowledge of refrigerants, their applications and procedures for use |
identify types of refrigerants, and describe their characteristics and applications |
| E-13.04.03L |
demonstrate knowledge of codes and regulations pertaining to refrigerants |
identify codes and regulations pertaining to refrigerants |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment, charging tools and equipment
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units, field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
- characteristics include: glide, fractionation, saturation, dew point, bubble point, flammability, subcooled, superheated, triple point (R-744)
- methods to determine charge of an HVAC and refrigeration system include: measuring superheat and subcooling, weighing critical charge, interpreting charge charts, checking sight glass, internal volume, condenser flooding considerations, amperage, temperatures, manufacturers’ specifications
- refrigerants include: primary (CFC, HFC, HFO, HCFC, HC), natural (R-744, R-717), secondary (water, glycol solutions, brine solutions)
E-13.05 - Sets up primary and secondary HVAC/R system components
E-13.05 - Sets up primary and secondary HVAC/R system components
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| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-13.05.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-13.05.02P |
adjust controls, valves and regulators |
controls, valves and regulators are operating according to site conditions and specifications |
| E-13.05.03P |
measure and interpret readings from primary and secondary HVAC and refrigeration systems |
readings from primary and secondary HVAC and refrigeration systems are measured and interpreted |
| E-13.05.04P |
adjust primary HVAC/R components |
primary HVAC/R components are adjusted according to site conditions and specifications |
| E-13.05.05P |
adjust secondary HVAC/R components |
secondary HVAC/R components are adjusted according to site conditions and specifications |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units, field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
- primary HVAC/R components include: metering devices, flow controls, pressure regulating valves, compressors, fans, pumps, dampers, heat exchangers
- secondary HVAC/R components include: valves (balancing, relief), pumps, fans, flow controls, temperature controls, heat exchangers, expansion tanks
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-13.05.01L |
demonstrate knowledge of setting up primary and secondary HVAC/R components |
identify tools and equipment used to set up primary and secondary HVAC/R components, and describe their applications and procedures for use |
| identify hazards and describe safe work practices when setting up primary and secondary HVAC/R components |
| identify new and retrofitted HVAC and refrigeration systems, and describe their characteristics and applications |
| identify types of primary HVAC/R components, their characteristics, applications and operation |
| identify types of secondary HVAC/R components, their characteristics, applications and operation |
| describe procedures to set up primary and secondary HVAC/R components |
| E-13.05.02L |
demonstrate knowledge of codes and regulations pertaining to primary and secondary HVAC/R components |
identify codes and regulations pertaining to primary and secondary HVAC/R components |
Range of Variables
- primary HVAC/R components include: metering devices, flow controls, pressure regulating valves, compressors, fans, pumps, dampers, heat exchangers
- secondary HVAC/R components include: valves (balancing, relief), pumps, fans, flow controls, temperature controls, heat exchangers, expansion tanks
- tools and equipment include: hand tools, diagnostic and measuring equipment
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units, field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
Task E-14 Verifies system performance
Task Descriptor
Refrigeration and air conditioning mechanics perform start-up checks and set operating parameters of new and retrofitted control systems to ensure that controls and safety components are set up correctly and to ensure proper operation of HVAC/R systems.
E-14.01 - Verifies/sets operating parameters
E-14.01 - Verifies/sets operating parameters
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| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-14.01.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-14.01.02P |
verify parameters |
parameters are verified according to manufacturers’ specifications, site conditions and client requirements |
| E-14.01.03P |
program controllers |
controllers are programmed to defined sets of parameters |
| E-14.01.04P |
adjust operating controls |
operating controls are adjusted according to manufacturers’ specifications, site conditions and client requirements |
| E-14.01.05P |
adjust parameter set points |
parameter set points are adjusted according to load requirements and ambient conditions |
| E-14.01.06P |
calibrate components |
components are calibrated to ensure accurate measurement and communication of components to controllers |
| E-14.01.07P |
test operation of safety controls |
operation of safety controls is tested |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
- parameters include: alarm, humidity, temperature, pressures, flow, levels
- controllers include: timers, microprocessors, analog and digital control systems, electronic devices
- operating controls include:thermostats, economizer controls, pressure switches
- components include: thermostats, pressure controls, transducers, hybrid systems (pneumatic, electronic), enthalpy controllers
- safety controls include: high and low pressure switches, high and low temperature switches, compressor overload switches, oil pressure safety switches, flow switches
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-14.01.01L |
demonstrate knowledge of setting operating parameters |
identify tools and equipment used to set operating parameters, and describe their applications and procedures for use |
| describe procedures to verify and set operating parameters |
| interpret information pertaining to control systems found on drawings and specifications |
| describe procedures to calibrate components and operating controls |
| describe procedures to adjust parameter set points |
| E-14.01.02L |
demonstrate knowledge of codes and regulations pertaining to safety parameters |
identify and interpret codes and regulations pertaining to safety parameters |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
- components include: thermostats, pressure controls, transducers, hybrid systems (pneumatic, electronic), enthalpy controllers
- operating controls include:thermostats, economizer controls, pressure switches
E-14.02 - Verifies system integration
E-14.02 - Verifies system integration
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-14.02.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-14.02.02P |
verify operating parameters |
operating parameters are verified to ensure integration and compatibility with existing systems according to site conditions and manufacturers’ specifications |
| E-14.02.03P |
adjust controls, valves and regulators |
controls, valves and regulators are operating according to site conditions and specifications |
| E-14.02.04P |
measure and interpret readings from HVAC and refrigeration systems |
readings from HVAC and refrigeration systems are measured and interpreted with integrated systems |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
- HVAC systems include: air conditioning systems, heat pump systems, packaged units, split systems, ductless split systems, VRF, chillers, geothermal systems, CRAC units,field built-up systems, inverter driven systems, humidification systems, dehumidification systems, heat reclaim equipment, HRVs, ERVs, district heating and cooling systems, evaporative coolers, hydronic systems
- refrigeration systems include: coolers, freezers, food/beverage equipment, ice machines, supermarket and warehouse systems, plate freezers, blast coolers and freezers, compound systems, process refrigeration systems, chillers, cooling towers, ice rinks, refrigerated containers, marine refrigeration systems, ultra-low systems, cascade systems, cryogenic systems, adsorption and absorption systems
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-14.02.01L |
demonstrate knowledge of verifying system integration |
identify tools and equipment used to verify system integration, and describe their applications and procedures for use |
| describe procedures to verify system integration |
| interpret information pertaining to system integration found on drawings and specifications |
| E-14.02.02L |
demonstrate knowledge of codes and regulations pertaining to system integration |
identify and interpret codes and regulations pertaining to system integration |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
E-14.03 - Performs system optimization
E-14.03 - Performs system optimization
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-14.03.01P |
select and use tools and equipment |
tools and equipment are selected and used according to task |
| E-14.03.02P |
verify operating parameters |
operating parameters are verified to ensure optimal energy efficiency according to site conditions and manufacturers’ specifications |
| E-14.03.03P |
adjust operating parameters |
operating parameters are adjusted to ensure optimal energy efficiency according to site conditions and manufacturers’ specifications |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-14.03.01L |
demonstrate knowledge of performing system optimization |
identify tools and equipment used to perform system optimization, and describe their applications and procedures for use |
| describe procedures to perform system optimization |
| interpret information pertaining to system optimization found on drawings and specifications |
| E-14.03.02L |
demonstrate knowledge of codes and regulations pertaining to system optimization |
identify and interpret codes and regulations pertaining to system optimization |
Range of Variables
- tools and equipment include: hand tools, diagnostic and measuring equipment
E-14.04 - Completes commissioning documentation
E-14.04 - Completes commissioning documentation
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Skills
| Reference Code |
Performance Criteria |
Evidence of Attainment |
| E-14.04.01P |
record testing results of operating parameters |
operating parameters are recorded for reference and warranty issues, and compared with baseline information |
| E-14.04.02P |
record data from testing parameters |
data from testing parameters are recorded according to manufacturers’ specifications, site requirements and jurisdictional regulations |
| E-14.04.03P |
complete and submit commissioning documentation |
commissioning documentation is completed according to engineering and manufacturers’ specifications, site requirements and jurisdictional regulations |
| E-14.04.04P |
explain system operational procedures and specifications to end user, project personnel or client |
system operational procedures and specifications are explained to end user, project personnel or client |
| E-14.04.05P |
provide service and installation documentation to end user, project personnel or client |
service and installation documentation is provided to end user, project personnel or client according to manufacturers’ specifications |
Range of Variables
- testing results include: voltages, pressures, efficiencies, temperatures, amperages, combustion analyzes (may require further certification in some jurisdictions), flow rates, fluid quality
- parameters include: alarm, humidity, temperature, pressures, flow, levels
- commissioning documentation includes: start-up sheets, commissioning reports, punch lists, check lists, site specifications
- service and installation documentation includes: manuals, as-built drawings, start-up sheets, warranty letters
Knowledge
| Reference Code |
Learning Outcomes |
Learning Objectives |
| E-14.04.01L |
demonstrate knowledge of documentation requirements for commissioning, their characteristics and applications |
identify documentation requirements for commissioning, and describe their characteristics and applications |
| interpret information pertaining to documentation requirements for commissioning found in manufacturers’ specifications |
| E-14.04.02L |
demonstrate knowledge of procedures to complete commissioning documentation |
describe procedures to complete commissioning documentation |
| identify tests that need to be completed to take measurements for commissioning and how to record testing results |
| describe procedures to hand over systems to end users |
| E-14.04.03L |
demonstrate knowledge of regulatory requirements pertaining to commissioning documentation |
identify codes, standards and regulations pertaining to commissioning documentation |
Range of Variables
- commissioning documentation includes: start-up sheets, commissioning reports, punch lists, check lists, site specifications
- testing results include: voltages, pressures, efficiencies, temperatures, amperages, combustion analyzes (may require further certification in some jurisdictions), flow rates, fluid quality