Technical Requirements for Energy-Using Products

Part Two

APPLIES TO
factory-assembled automatic ice-makers that have a standard capacity rating of between 23 and 1000 kilograms per day (kg/d), including self-contained and split-system machines that produce cubed, flaked, crushed or fragmented ice, in either a batch or continuous process. Ice-makers installed in household refrigerators, refrigerator-freezers or freezers, automatic ice-dispensing machines and cold-plate drink dispensers are excluded.

TEST STANDARD
1. CAN/CSA-C742-94

2. CAN/CSA-C742-98

COMPLIANCE DATE
1. December 31, 1998
Table 1

2. January 1, 2000
Table 2

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

Automatic Ice-Makers

PRODUCT CLASS Category/Capacity, kg/day	MAXIMUM ENERGY INPUT kj/kg
January 1, 2000
Batch Automatic Ice-Makers (Cubers)
Air-cooled
23 capacity < 150 kg/d	1630 – 6.008 x capacity
150 capacity 1000 kg/d	807.2 – 0.5229 x capacity
Water-cooled
23 capacity < 150 kg/d	1234 – 4.381 x capacity
150 capacity 1000 kg/d	621.8 – 0.2985 x capacity
Continuous Automatic Ice-Makers (Flakers)
Air-cooled
23 capacity < 300 kg/d	875.2 – 1.122 x capacity
300 capacity 1000 kg/d	538.6
Water-cooled
23 capacity < 300 kg/d	740.5 – 0.8976 x capacity
300 capacity 1000 kg/d	471.2
Ice Storage Bins
Capacity, kg	Minimum Storage Effectiveness, %
Less than 70	60
70 to 99	70
100 to 200	75
Greater than 200	80

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (automatic ice-maker);
• brand name;
• model number;
• manufacturer;
• name of the organization or province that carried out the ice-maker verification and authorized the verification mark that will be affixed to the ice-maker;
• capacity in kilograms of ice per day;
• product category (one cabinet or split-system);
• product process type (batch or continuous);
• the product cooling mechanism (air-cooled or water-cooled); and
• the input energy rating in kj/kg (kWh/100 lb.).

APPLIES TO
electrically operated, mechanically refrigerated dehumidifiers that have a daily water-removal capacity of up to 30 litres (6.6 imperial gallons). Desiccant dehumidifiers, compressed air dehydrators, and dehumidifiers used in skating rinks, indoor swimming pools and other commercial and industrial applications are excluded.

TEST STANDARD
CAN/CSA-C749-94

COMPLIANCE DATE
December 31, 1998

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

Dehumidifiers

PRODUCT CLASS	MINIMUM EF
December 31, 1998
30 L	1.0 L/kWh
Where EF = A measure of the energy efficiency of a dehumidifier calculated by dividing the water removed from the air by the energy consumed, measured in L/kWh

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (residential dehumidifier);
• brand name;
• model number;
• manufacturer;
• name of the organization or province that carried out the dehumidifier verification and authorized the verification mark that will be affixed to the dehumidifier;
• rated daily water-removal capacity in litres; and
• energy factor in L/kWh.

APPLIES TO fluorescent lamp ballasts

(a) used to start and operate fluorescent lamps by providing a starting voltage and current, limiting the current during normal operation, and where necessary to facilitate lamp operation, providing cathode heating

(b) designed for input of 120, 277 or 347 volts

(c) designed to operate with an F32T8, F34T12, F40T10 or F40T12 rapid-start fluorescent lamp or an F96T12IS, F96T12ES, F96T12HO or F96T12HO ES fluorescent lamp

(d) designed for use in ambient temperatures greater than -17.8°C.

– be specifically marketed for use as a replacement ballast for an existing fluorescent luminaire installation

– be marked "FOR REPLACEMENT USE ONLY"

– have output leads that, when fully extended, are shorter than the length of the lamp it replaces

– be shipped in packages containing not more than 10 units

TEST STANDARD
1. CAN/CSA-C654-M91

2. CAN/CSA-C654-91
(amended 2001)

COMPLIANCE DATE
1. February 3, 1995

2. April 1, 2005

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

Fluorescent Lamp Ballasts

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (fluorescent lamp ballast);
• brand name;
• model number;
• manufacturer;
• name of the organization or province that carried out the fluorescent lamp ballast verification and authorized the verification mark that will be affixed to the fluorescent lamp ballast;
• ballast efficacy factor;
• with which of the following fluorescent lamps the product is designed to operate:
  i) F32T8 rapid-start;
  ii) F34T12 rapid-start;
  iii) F40T10 rapid-start;
  iv) F40T12 rapid-start;
  v) F96T12IS;
  vi) F96T12ES;
  vii) F96T12HO; or
  viii) F96T12HO ES;
• number of fluorescent lamps the ballast is designed to operate;
• for which of the following ballast input voltages the product is designed:
  i) 120 volts;
  ii) 277 volts; or
  iii) 347 volts.

APPLIES TO

but does not include:

TEST STANDARD
CAN/CSA-C819-95
(2001)
referencing
ANSI C78.1
ANSI 78.3
ANSI C78.375
ANSI C82.3
CIE 13.3
IES LM9
IES LM16
IES LM58, and
amendments
published thereto

COMPLIANCE DATE
February 1, 1996

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

General Service Fluorescent Lamps

LAMP TYPE	NOMINAL LAMP WATTAGE	MINIMUM AVERAGE CRI	MINIMUM AVERAGE LAMP EFFICACY (lm/W)
1200 mm (48 in.) edium bi-pin base, rapid-start	> 35 W	69	75.0
	35 W	45	75.0
560 to 635 mm (22 to 25 in.) U-shaped, rapid-start	> 35 W	69	68.0
	35 W	45	64.0
2400 mm (96 in.) High output, recessed double- contact base, rapid-start	> 100 W	69	80.0
	100 W	45	80.0
2400 mm (96 in.) Slimline, single-pin base, instant-start	> 65 W	69	80.0
	65 W	45	80.0
Where CRI = colour-rendering index             Im/W = lumens per watt

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

For both rapid-start and instant-start fluorescent lamps:

• type of product (general service fluorescent lamps);
• brand name;
• model number;
• manufacturer; and
• name of the organization or province that carried out the fluorescent lamp verification and authorized the verification mark that will be affixed to the product or the product packaging.

In addition, the following requirements apply for rapid-start fluorescent lamps:

• nominal power;
• shape of product (one of the following):
  (a) straight-shape; or
  (b) U-shape;
• nominal length;
• diameter;
• type of base (one of the following):
  (a) a medium bi-pin base; or
  (b) a recessed double-contact base;
• abbreviation under the designation system in ANSI C78.1 Annex A;
• correlated colour temperature;
• average colour-rendering index; and
• average lamp efficacy.

For instant-start fluorescent lamps, the following requirements apply:

• nominal power;
• diameter;
• abbreviation under the designation system in ANSI C78.3 Annex A;
• correlated colour temperature;
• average colour-rendering index; and
• average lamp efficacy.

APPLIES TO

General service incandescent reflector lamps

– Incandescent reflector lamp

(A) a C-11 filament, as described in the IES Handbook, with five supports exclusive of lead wires,
(B) a C-17 filament, as described in the IES Handbook, with eight supports exclusive of lead wires, or
(C) a C-22 filament, as described in the IES Handbook, with 16 supports exclusive of lead wires,

(ii) is of the neodymium oxide type and has a lens containing not less than 5% neodymium oxide,

(iii) has a coating or other containment system to retain glass fragments if the lamp is shattered and is specifically marked and marketed as an impact-resistant lamp,

(iv) is specifically marked and marketed for plant growth use and has a spectral power distribution that:

(A) is different from that of the lamps described in paragraphs (a) to (e), and
(B) contains a filter that suppresses yellow and green portions of the spectrum, or

(v) is specifically marked and marketed

(A) as an infrared heat lamp,
(B) for heat-sensitive use,
(C) for mine use,
(D) for marine, aquarium, terrarium or vivarium use, or
(E) for airfield, aircraft or automotive use.

BR lamps
– Incandescent reflector lamp as described in ANSI C79.1, but does not include any of those lamps that have

ER lamps
– incandescent reflector lamps as described in ANSI C79.1

TEST STANDARD
1. CAN/CSA-C862-95

2. CAN/CSA-C862-01

COMPLIANCE DATE
1. April 1, 1996

2. January 1, 2003 (added in ER and BR lamps)

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

General Service Incandescent Reflector Lamps, BR Lamps and ER Lamps

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (general service incandescent reflector lamp, BR lamp or ER lamp)
• brand name
• model number
• manufacturer
• name of the organization or province that carried out the incandescent reflector lamp verification and authorized the verification mark that will be affixed to the product or the product packaging
• lamp description
• nominal power and voltage
• lamp class as specified in ANSI C78.21, Table 1 of Part II
• average lamp efficacy

APPLIES TO

1. a continuous-duty operation, open or enclosed, electric induction motor of the polyphase, squirrel cage, National Electrical Manufacturers Association (NEMA) design A or B type, that is designed to operate at a single speed and that has:
   (i) two, four or six poles;
   (ii) a rated voltage of not more than 600 volts;
   (iii) a rated frequency of 50/60 hertz or 60 hertz;
   (iv) a rated power of not less than 1 HP and not more than 200 HP;
   (v) a T-frame;
   (vi) a standard shaft, an R-shaft or an S-shaft;
   (vii) a foot mounting, a type C face mounting or a type D flange mounting; and
   (viii) an IP code from 00 to 66; or
   
   
2. a maximum continuous rating, open or enclosed, electric motor of the three-phase, cage, International Electro-technical Commission (IEC) design N type and SI-duty type, that is designed to operate at a single speed, that is either flange-mounted or foot-mounted, and that has:
   (i) two, four or six poles;
   (ii) a rated voltage of not more than 600 volts;
   (iii) a rated frequency of 50/60 hertz or 60 hertz;
   (iv) a rated power of not less than 0.746 kilowatts and not more than 150 kilowatts;
   (v) a frame number of 90 or above; and
   (vi) an IP code from 00 to 66.

TEST STANDARD
CAN/CSA-C390-93

COMPLIANCE DATE
November 27, 1997

For explosion-proof motors and motors contained within an integral gear assembly, the compliance date is November 27, 1999.

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

Electric Motors (1 to 200 HP/0.746 to 150 kW)

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (electric motor from 1 to 200 HP or 0.746 to 150 kilowatts);
• brand name;
• unique motor identifier (see definition below);
• manufacturer; and
• name of the organization that carried out the motor energy efficiency verification and authorized the verification mark that will be affixed to the motor.

For motors manufactured on or after February 3, 1995, and before November 27, 1997, in addition to the preceding information the energy efficiency report must include:

• rated load; and
• quoted efficiency value.

For motors manufactured on or after November 27, 1997, in addition to the preceding information the energy efficiency report must include:

• nominal efficiency value.

Unique Motor Identifier (UMI)

For electric motors, a unique motor identifier (UMI) is required instead of the product's model number when reporting information in an energy efficiency report or on a customs release document. The UMI applies to motors manufactured on or after November 27, 1997, and comprises the following information, in this sequence:

• the name of the manufacturer, in abbreviated form;
• the power of the motor (indicated in HP for NEMA motors and in kilowatts for IEC motors);
• the number of poles; and
• whether the motor is open or enclosed.

The following are examples of UMIs for NEMA and IEC motors, respectively:

• MANUF-1HP-2-enclosed;
• MANUF-3kW-6-open.

Only one report must be filed for all motors that have the same UMI.

Energy Efficiency Standards for NEMA Motors Minimum Nominal Efficiency

Energy Efficiency Standards for IEC Motors (Including Frame 100) Minimum Nominal Efficiency

APPLIES TO
A machine designed to make use of a refrigerant cycle to remove heat from a liquid, usually water, that rejects that heat to a cooling medium, usually air or water, and the refrigerant condenser of which may, or may not be, an integral part of the machine.

Note: The test standard applies to factory-designed and prefabricated vapour-compression chillers that have a cooling capacity of less than 7000 kW (2000 tons) with water condenser and less than 700 kW (200 tons) with air condenser. Typically, these packaged water chillers are intended for application in air-conditioning systems for buildings.

TEST STANDARD
CAN/CSA C743-02

COMPLIANCE DATE
October 28, 2004

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

NOTICES
1. Purchasers, Chiller and Building Designers

Chillers

Energy Efficiency Standard

Packaged water chillers must meet the

• minimum coefficient of performance (COP) and integrated part-load value (IPLV) as specified in CSA-C743-02, Section 6, and listed in Table 9, as shown below, or
• minimum adjusted COP and non-standard part load value (NPLV) for centrifugal equipment not designed to operate at standard rating conditions in Tables 10 to 15 of CSA-C743-02.

Notes:

1. COP is calculated as follows:
   1. Absorption: COP = standard rating capacity (kW) / thermal power input (kW);
   2. Centrifugal, rotary: COP = standard rating capacity (kW) / total power input (kW); and
   3. Reciprocating or scroll: COP = standard rating capacity (kW) / total power input (kW).
2. For centrifugals that are not designed to operate at standard rating conditions, refer to Tables 10 to 15 for adjusted COP and NPLV numbers.

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (chiller);
• brand name;
• model number;
• manufacturer;
• name of the organization or province that carried out the furnace verification and authorized the verification mark that will be affixed to the chiller;
• equipment type (corresponds to the descriptions in the tables in CSA-C743-02, "Performance Standard for Rating Packaged Water Chillers");
• net cooling / heating capacity in kW or tons;
• COP;
• IPLV; and
• NPLV and list of non-standard conditions as per CSA-743-02, if designed for non-standard conditions.

APPLIES TO
A transformer, including a transformer that is incorporated into any other product, in which the core and coils are in a gaseous or dry compound insulating medium and that

(a) is either single-phase with nominal power from 15 to 833 kVA or three-phase with a nominal power from 15 to 7500 kVA,

(b) has a nominal frequency of 60 Hz, and

(c) has a primary voltage of 35 kV or less and a secondary voltage of 600 volts or less,but does not include,

• an autotransformer,
• a drive (isolation) transformer,
• an instrument transformer,
• a rectifier transformer,
• a sealed transformer,
• a testing transformer,
• transformers with tap ranges greater than 10% (includes furnace transformers), or
• a welding transformer.

TEST STANDARD
CAN/CSA C802.02-00

COMPLIANCE DATE
January 1, 2005

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
not available

Dry-Type Transformers

Energy Efficiency Standard

Notes:

1. Minimum values of low-voltage windings for both single-phase and three-phase transformers are intended to limit the current.
2. Low-voltage winding shall not have a BIL rating greater than 30 kVA.
3. Efficiency values shall apply for the fundamental 60 Hz frequency only
4. Reference winding temperature 75^oC.

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (dry-type transformer);
• brand name;
• model number;
• manufacturer;
• name of the organization or province that carried out the furnace verification and authorized the verification mark that will be affixed to the transformer;
• kVA rating;
• single- or three-phase;
• low-voltage winding in volts;
• high-voltage winding rating of
   (i) 1.2kV Class, or
   (ii) BIL 20-150 kV;
• tested efficiency in percent;
• the loss, in watts, when under load (load loss);
• the loss, in watts, when not under load (no-load loss).

APPLIES TO

a device used to identify the most direct path of egress for emergency purposes having a legend and optional directional indicator that is illuminated by a light source contained within the assembly, and includes

• Type 1 and Type 3 exit signs as described in CSA C860, and
• Type 2 exit signs as described in CSA C860, which includes exit signs supplied as a component of a combination emergency lighting unit consisting of an internally lighted exit sign and a battery pack with attached emergency lamps,

but does not include exit signs that

• flash,
• are photo-luminescent, or
• are radio-luminescent.

TEST STANDARD
CAN/CSA C860-01

COMPLIANCE DATE
November 1, 2004

ENERGUIDE LABEL

required
not required

ENERGUIDE DIRECTORY

available
  – Web listing only
not available

Exit Signs

Requirements for the Energy Efficiency Report, as Listed in Schedule IV of the Regulations

• type of product (exit sign);
• brand name;
• model number;
• manufacturer;
• name of the organization or province that carried out the exit sign verification and authorized the verification mark that will be affixed to the exit sign;
• type;
• number of legends;
• input voltage in volts;
• frequency in Hz;
• total current in amperes;
• power consumption in W;
• power factor for products with power consumption > 10 W (specify if lagging or leading);
• total harmonic distortion for products with power consumption > 10 W.

Helpful Web sites

• http://oee.nrcan.gc.ca/regulations
• http://oee.nrcan.gc.ca/