CSA制冷空调认证报告全内容

Descriptive Report and Test Results

This report shall not be reproduced, except in full, without the approval of CSA International.

错误！未指定书签。 MASTER CONTRACT: 218317

REPORT: 1965853 PROJECT: 1965853

Edition 1:

June 28, 2007; Project 1965853 – Toronto Prepared by Contents: Certificate of Compliance - Page 1

Supplement to Certificate of Compliance - Page 1 Descriptive Report and Test Results - Pages 1 to 80 Illustrations - Ills 1 to 9 Figures - Figs 1 to 14

Attachment - Atts. A and B

PRODUCTS

CLASS 1211 05 - COMFORT CONDITIONING EQUIPMENT (ELECTRICAL) – Air Conditioners CLASS 1211 85 - COMFORT CONDITIONING EQUIPMENT (ELECTRICAL) -CERTIFIED TO U.S. STANDARDS

Central Air Conditioners, ducted unit, permanently connected, consisting of an air cooled outdoor unit and a matching indoor unit, using refrigerant R410A, with model numbers and ratings shown as follows:

PART A: Outdoor unit, BORA Model 24CHSRA, rated 208/230V, 60Hz, 1 phase.

PART B: Outdoor unit, BORA Model 30CHSRA, rated 208/230V, 60Hz, 1 phase.

PART C: Indoor unit, CARRIER Model FE4ANF005, rated 208/230V, 60Hz, 1 phase.

APPLICABLE REQUIREMENTS

CAN/CSA-C22.2 No. 236-05 - Heating and Cooling Equipment.

UL Standad No. 1995 - Heating and Cooling Equipment.

MARKINGS

INDOOR UNIT: Not applicable. The indoor unit is an UL listed fan coil unit and is marked in accordance with

UL certification report.

OUTDOOR UNIT: A CSA Accepted or UL Recognized adhesive type nameplate Certified for outdoor use, is

affixed to the outside of the cabinet bears the submittor's name or file number "218317", model designation, date of manufacture, complete electrical rating in volts, hertz, number of phases, input ampere rating of each fan

motors, RLA and LRA of the compressor, minimum circuit ampacity, "Max. Over current Protection (Fuse or

HACR Type Circuit Breaker): A”, quantity and type of refrigerant, the design high an d low side pressures, and the CSA Monogram with the “C US” indicator.

Caution Wording:

WARNING: RISK OF ELECTRIC SHOCK. CAN CAUSE INJURY OR DEATH:

DISCONNECT ALL REMOTE ELECTRIC POWER SUPPLIES BEFORE SERVICING. AVERTISSEMENT. RISQUE DE CHOCS ELECTRIQUES.

PEUT CAUSER DES BLESSURES ET MEME ENTRAINER LA MORT.

COUPER LES SOURCES D’ALIMENTATION A DISTANCE AVANT LE DEPANNAGE.

The above caution wording may appear on a separate adhesive type nameplate affixed near to the main nameplate. Labels not affixed to removable cover unless otherwise specified.

USE COPPER SUPPLY WIRES.

UTILISER DES FILS D’ALIMENTATION EN CUIVRE

The above caution wording appears on a separate adhesive type label near the main terminal block.

The statement “for use with indoor unit, C ARRIER MODEL FE4ANF005”.

Suitable wiring diagram is provided on each unit (paper wiring diagram is affixed to the access panel inside surface).

Suitable wiring diagram is provided on the unit.

Installation operating manual is provided with each outdoor unit.

Notes:

1."Jurisdictions in Canada may require these markings to be also in French. It is the responsibility of the

customer to provide bilingual marking, where applicable, in accordance with the requirements of the

Provincial Regulatory Authorities".

2.The product may bear the CSA logo, or CSA with US indicator, or CSA with C US indicator.

ALTERATIONS

1.The markings are as noted above.

FACTORY TESTS

409613868.Dielectric Withstand Test: The equipment, upon completion of manufacture and before shipment, shall withstand, for not less than one second, without breakdown, the application of the following ac

voltages, between live parts and exposed metal parts:

(a) 1,000V for units with a motor rated at less than 1/2 hp and rated 250V or less.

(b) 1,000V plus twice rated voltage for all other units.

For units which include extra-low-potential circuits (30V or less), the test is to be conducted with

the extra-low-potential circuit connected to the cabinet, chassis, or other dead metal part, so that

the potential which is applied between the primary circuit and the exposed metal parts, is applied

simultaneously between the primary circuit and the extra-low-potential circuit.

(c) For units which include extra-low-potential circuits; 500V between the extra-low-potential circuit

and exposed metal parts.

Note: The test specified in Item (c) may be waived, if the extra-low-potential circuit is grounded or Class

2.

409613869.Pressure Test for Refrigerant Leakage: At the completion of manufacture and before shipment, the complete refrigeration system of the equipment shall be tested and proved tight at pressures not less than the highest of the following:

(a) The design pressures marked on the data plate for the device.

(b) The minimum test pressures tabulated below.

Refrigerant Minimum Design Pressure*

Low Side High Side

kPa psig kPa psig

22 993 144 1917 278

500 703 102 1400 203

502 1117 162 2082 302

134a 593 86 1282 186

R407C 1142 166 2191 318

R410A 1622 235 3075 446

Notes:

*A method other than pressure testing at the design pressure may be employed if it can be demonstrated that the alternative test method produces results that are at least equivalent to the pressure test method.

The leakage test on the complete system may be conducted at the indicated low side pressure if final

assembly of the equipment is completed with flare-type fittings or telescoped tubing joints that are sealed with silver solder, brazing, or equivalent means provided the high side parts are CSA Certified

refrigerant containing component parts, or individually tested at not less than high side pressure

indicated.

Warning: The factory test(s) specified may present a hazard of injury to personnel and/or property and should only be performed by persons knowledgeable of such hazards and under conditions designed to minimize the possibility of injury.

DESCRIPTION

The description of each section is grouped as follow:

Section

Number.Description

10 Markings

20 Cabinet and metal enclosures

30 Non metallic enclosure and parts

40 Refrigeration system components

50 Compressors

60 Fan motors

70 Electrical components

80 Internal wiring

Attachment Description

A. Installation manual of Bora outdoor units.

B. Installation manual of Carrier fan coil indoor units.

PRODUCT DECRIPTION:

The products covered in report are central air conditioning systems each consisting of an outdoor unit made by BORA matched with an UL listed indoor fan coil unit made by Carrier as listed below:

Outdoor Unit Model Matching Indoor Unit Model

24CHSRA

CARRIER Model FE4ANF005

30CHSRA

These models each consists of a factory charged outdoor unit, which is joined in the field by electrical conduit and refrigeration tubing, to the indoor fan coil unit. The refrigerant for the total system is determined in the end installation.

The outdoor unit and the indoor unit are permanently connected to its own separate power supply.

Electrical interconnection between the indoor and outdoor units consists of extra low voltage control circuit wiring only.

GENERAL REQUIREMENTS:

Components are CSA Certified or UL Listed or Recognized, or accepted in the end product.

ELECTRICAL SPACINGS:

Unless otherwise noted in this Report, the spacings between uninsulated live parts of opposite polarity and between uninsulated live parts and dead-metal parts are not less than the following:

Ratings Minimum spacing in. (mm)

Volts-Amperes Volts Through Air Over Surface To Enclosure

2000 or less 0 to 300 1/8 (3.2) 1/4 (6.4) 1/4 (6.4)

301 to 750 3/8(9.6) ?(12.8) ?(12.8)

More than 2000 0 to 300 1/4 (6.4) 3/8 (9.5) 1/2 (12.7)

INSTALLATION INSTRUCTIONS:

Each unit is provided with installation and operating instructions. The installation instructions shall specify the maximum length of interconnecting tubing for field connection of condensing section and evaporating section. CORROSION PROTECTION:

All ferrous metal parts used to support or retain electrical components in position are protected against corrosion by a zinc coating and painting.

WIRING:

Unless otherwise noted in this report, all wiring is CSA Certified or UL Recognized R/C AVLV2, min 18 AWG, suitable for a min of 300 V. It is installed and positively routed in such a manner that it is not subject to mechanical damage due to contact with sharp edges, abrasive surfaces, vibrating or moving parts. Wiring which is completely enclosed within metal conduit, metal raceways or other separate electrical enclosure employs 2/64 in (0.8 mm) thick min electrical insulation unless specified differently in this Report.

Green or green with a yellow stripe may be employed only as grounding conductors.

All routing of wiring through metal panels is made through holes provided with bushings with resilient rubber or holes for the passage of wires or cords through wall, panels or barriers having smooth, rounded surfaces.

MARKINGS:

All markings required to be permanent shall be molded, die stamped, paint stenciled, stamped or etched on permanently secured metal, or indelibly stamped or painted on pressure sensitive labels secured by adhesive. Pressure sensitive labels shall be CSA Accepted or UL recognized U/C PGDQ3, or R/C PGDQ2. For the outdoor units, the Pressure sensitive labels shall be approved for outdoor use.

GENERAL CONSTRUCTION DESCRIPTION

PART A: Outdoor unit, BORA Model 24CHSRA.

Installation instructions of the outdoor unit with the Carrier indoor unit to form a matched central AC system, is as shown in Attachment A.

The matched AC system has attained a SEER rating of 13 (see EEV report 218317-1965855).

The matched AC system has attained a Canadian HSPF rating of 6.7 (see EEV report 218317- 1965855).

The matched AC system has attained a USA HSPF rating of 7.7 (see EEV report 218317- 1965855).

10 MARKING:See Ills 1 for details.

10-10Nameplate Marking

The nameplate is permanently located at the right hand side of each unit and is visible and legible without requiring the use of tools for removal of panels, covers, etc. The nameplate includes the following information in addition to the submittor’s name.

Material Polyester film, approved for outdoor use.

Manufacturer: Yuhang City Hengbo Label Co. Ltd. or other certified equivalent

sources, suitable where exposed indoors and outdoor. Designation: PGDQ2

Location*: Outdoor cabinet.

Secured by Adhesive label.

Listee′s Name:BORA

* Charge system per installation instruction.

Main nameplate located on outdoor section. Outdoor unit must use nameplate Certified for outdoor use.

Other Certified manufacturer's nameplate of indoor and outdoor types may be used.

Model Designation 24CHSRA

Design Pressure:

High 450 psig

Low 235 psig

Refrigerant-factory charged:

Type R410A

Amount (g/oz) 3400/120

Frequency 60 Hz

Phase 1 ph

Voltage 208/230Vac

Total Current (A) 9.4/8.6

Outdoor Fan Motor 0.5

Indoor Fan Motor 4.3

Compressor RLA 9.70/8.95

Compressor LRA 34.8

Minimum Circuit Ampacity 15

Maximum Fuse Size 20

Maximum Circuit Breaker 20

Size (HACR type per NEC)

10-11 Date Code:

Location: Part of nameplate.

Explanation of Date Code: The month, day and year are printed on the nameplate.

10-20 Special Marking See Ills.1 for details.

A. Type Approved Label suitable for outdoor use.

Manufacturer Various

Designation Various

Location Outdoor units.

Quote Marking WARNING: RISK OF ELECTRIC SHOCK. CAN CAUSE

INJURY OR DEATH:DISCONNECT All REMOTE

ELECTRIC POWER SUPPLIES BEFORE SERVICING.

AVERTISSEMENT. RISQUE DE CHOCS ELECTRIQUES.

PEUT CAUSER DES BLESSURES ET MEME ENTRAINER

LA MORT. COUPER LES SOURCES D’ALIMENTATION A

DISTANCE AVANT LE DEPANNAGE.

B. Type Approved Label suitable for outdoor use.

Manufacturer Various

Designation Various

Location Outdoor section, visible without tools

Quote Marking “USE COPPER SUPPLY WIRES.

“UTILISER DES FILS D’ALIMENTATION EN CUIVRE.”

C. Type Approved Label suitable for outdoor use.

Manufacturer Various

Designation Various

Location Outdoor section, visible without tools

Quote Marking “For use with Indoor Unit, Carrier Model FE4ANF005.” on

outdoor nameplate.

10-30 Wiring Diagram Optional See Ills 9 for details.

Location Inside of service cover (outdoor unit).

Material Paper and adhesive

20 ENCLOSURE:

20-10 Ultimate Enclosure:

Approx Physical Size (H×WXD):

High (mm): 950

Wide (mm): 970

Deep (mm): 360

20-20 Unit Base Pan:

Material: Steel

Thickness (mm): 1.5

Corrosion Protection (Method): Painted

Bonding for Grounding

(Method):

Secured by screws to unit sides. 20-30 Unit Cabinet:

Material: Steel

Thickness (mm): 0.8

Corrosion Protection

(Method):

Painted

Boding for Grounding (Method): Cabinet top cover is secured by at least two assembly screws engaged in extruded holes tapping to cabinet side plates.

Cabinet right side plate is secured by at least two assembly screws engaged in extruded holes tapping to unit base pan.

Cabinet left side plate is secured by at least two assembly screws engaged in extruded holes tapping to unit base pan.

Cabinet front cover is secured by at least two assembly screws engaged in extruded holes tapping to unit base pan.

Openings (Condenser Side Inlet):

Type: Grill made of 3.0 mm steel wire rods.

Rear Finned Area

(H×W) (mm):

716×720

Side Openings (H×W)

(mm):

175×50

Openings (Condenser Side Outlet):

Type: Finned area with a grill made of 2.0 mm steel wire rods. Area (H×W) (mm): 590×580

Opening Size (mm): Max. 7.8 mm between wires.

20-40 Control Box:

Material: Steel

Dimensions (H×W×D)

(mm):

195×316×210

Location: Below the unit top panel, above the compressor. (see Figs.7) Thickness (mm): 0.8

Corrosion Protection

(Method):

Galvanized steel.

Bonding for Grounding (Method): Screws.

Terminal Cover:

Manufacturer: Various.

Material: Galvanized steel.

Dimensions (mm): 200×124×124

Thickness (mm): 0.8

Mounting: By screws to the box.

Remarks: The sides of opening of the bottom entry passage are flanged so as to prevent

damage to the wirings. (see Figs.9)

20-50 Unit Top:

Material: Steel

Thickness (mm): 0.8

Corrosion Protection

Painted

(Method):

Secured by screws to unit sides.

Bonding for Grounding

(Method):

20-60 Moving Parts – Guarding:

Remarks: See wire grill description in unit cabinet description (Item 20-30, condenser

outlet opening).

30 NONMETALLIC COMPONENTS:

Note: Other CSA certified or UL recognized plastic materials having the same flammability ratings may be used. 30-10 Terminal Cover: See Item 20-40 above for description.

30-20Condenser Fan Blades:

Manufacturer: Various

GFABS-20

Material (Including

Facing):

Flammability Rating: HB

Thickness (mm): 0.8

Means of Securing: Screws

Diameter (mm): 480

Number of Blades: 5

40 REFRIGERATION SYSTEM:

40-10 Condenser:

Illustration: Ills 4.

Manufacturer: Ningbo Hengshan or Hangzhou Hualing

Designation: 24CHSRAO.002.00

Number of Tubes High: 21

Number of Tubes Deep: 2

Physical Size, Finned Section (mm):

Height: 900

Width: 1003

Depth: 36.4

No. of fins per inch: 14-15

1.9

Spacing between fins

(mm):

Tubing Material: Copper

Tubing OD (mm): 7.0

0.25

Tubing Wall Thickness

(mm):

Return Bend OD (mm) 7

0.5

Return Bend Thickness

(mm)

Corrosion Protection: Inherent

Bonding for Grounding

Assembly screws.

(Method):

Certified/Accepted: Accepted, tested at design pressure of 500 psi.(3.44 Mpa).

40-20 Pressure Relief:

Means provided: Soldered or brazed joint

Location: Tubing joints

40-30 Interconnecting Tubing:

Material: Copper

Outside Diameter (mm): 6.35 8.0 9.52, 7.0, 12.7 16.0

Min Wall Thickness

0.5 0.8 0.7 1.0

(mm):

40-40 Refrigerant Control:

Thermal Expansion Valve Assembly: (Self-adjusted refrigerant pressure valve)

Model: HCAE1.5ZX200B15 One for each outdoor unit

Manufacturer: SPORLAN USA.

Capacity: 1.5RT (cooling capacity)

Design Pressure (MPa.): 600psi

Location: Between High pressure and Low pressure in condenser unit. Above the compressor but under the electrical box.

40-50 Refrigeration System Joints:

Method of Joining: Soldering or brazing.

40-60 Refrigerant Tubing Fittings: Formed of forged brass.

40-70 High Pressure Limit Switch: CSA Accepted/ UL recognized

Manufacturer: JiangShu ChangHeng Group

Designation: QYK or 20PS Series

Pressure Rating: 580 psi

Electrical Rating:

Volts: DC 12 V

FLA: 6.0A

LRA: 35.0A

Load controlled: Relay coil

Electrical Location: In the control circuit of relay coil on the pcb between the transistor (Q2) and

relay coil.

Mechanical Location: At high side of system near compressor

Remarks: No valve is located between the pressure relief means and the refrigerant

containing component that is protected by the pressure relief means. A

spacing of 1.6 mm is maintained between the printed conductors of this safety

control circuit and all other printed conductors in the control circuit on the

pcb.

40-80 Four Way Valve: CSA Accepted / UL recognized (UL SA11830 MH25894) Model: Used on heat pumps models

Purpose: Reversing valve

Manufacturer: Zhejiang SanHua Group Corp UL No. SA11830 MH25894 Coil Designation: AC220V+10%/-15% 50/60Hz

Electrical Ratings:

Volts: 230

Watts: 6/5

Valve Designation: SHF-9H-35U

Pressure Ratings:

Max Operating Pressure: 600 (4.15 Mpa)

Differential, psig: 450 (3.10 Mpa)

Min Working Pressure, psig: 50 (0.30 Mpa)

Ambient Temperature Rating, Deg F: -4 to 131 (-20 to 55 deg C)

Location: Right side of the unit (beside compressor)

40-90 Accumulator: CSA Accepted

Model: All

Manufacturer: Ningbo Huafeng

Designation: 24CSRAO.030.03

Shell Material: Copper

Thickness (mm): 1.0

Corrosion Protection: Inherent

OD, mm: 60

Length, mm: 350

Design Pressure (MPa.) 2.5

Ultimate Strength (Mpa/Psig): 4.8/700

Certified or Accepted : test accepted

Location: Low pressure side, beside the compressor.

50 MOTOR COMPRESSOR ASSEMBLY:

50-10Compressor CSA Certified/UL Recognized

Manufacturer: Guangdong Meizhi

Designation: PA200X2CS-3MUU

Electrical Rating:

Volts: 208/230V 60Hz

RLA: 9.70/8.75

LRA: 46.0

PH: 1

Hz: 60

Overload Protector: Internal

Model No.: UP3-67

Manufacturer: Ubukata

Thermally protected

Thermal Protection

Marking:

Bonding for Grounding

Refrigerant tubing and assembly screws

(Method):

Remarks: Insulated with a mineral woo insulation for noise. Provided with accumulator.

50-20 Running Capacitor: CSA Certified/UL Recognized

Manufacturer: Anhui Tong Feng or other CSA or UL Recognized equivalent.

Designation: CBB65

Type: Oil filled

Rating(uF): 50

Voltage (V): 370

AFC Rating: 10,000

Container Material: Aluminum

Terminal: Insulated quick connect

Terminal Orientation: Horizontal

Location: Inside enclosure box of machine compartment of condensing unit.

Mounting: Secured by a steel strap and screws.

Bonding for Grounding

Mounting strap

(Method):

50-30 Crankcase Heater CSA Accepted ( See drawing 18SHRAO-HE.030.02)

Model (Outdoor unit) 24CHSRAO

Location Wrapped around Bottom of the compressor shell Manufacturer ANHUI DUBANG ELECTRICAL PRODUCTS Co. Ltd. Designation 230V/45W

Type: Silicone rubber insulated heater element wrapped around bottom

of compressor and held in place by a spring..

Rating V/W 230V/45 W

Constructions consists of silicone rubber enclosing heating element terminated

in insulation pads at each end.

Body; Silicone rubber, rated 250 ℃. self extinguishing. 3mm thick min

insulation thickness

Heating element 2mm dia element coiled to 3.5mm od, with cold resistance 330

ohms.

Leads CSA or UL recognized , Type SFF-2, 18 AWG, 150 ℃temp

ratging, soldered to heating element and sealed inside the

terminal pads. Fibreglass sleeving is provided for additional

mechanical protection against moutning spring.

60FAN MOTOR ASSEMBLY:

60-10 Outdoor fan Motor: Test Accepted.

The outdoor fan motor is a brushless DC motor with its own built-in protection circuit. It is driven by an inverter which is not relied upon for thermal protection for the fan motor.

Motor Manufacturer Panasonic Motor (Hangzhou) Co., Ltd.

Model No.: EHDS80A60BB

Illustrations: Ills 7 and 8.

Type: Brushless DC motor, 8 poles, 3-phase

Nameplate marking: 310V dc, 8 P, 60 W (output)

RPM: 1660 RPM max. The motor speed is determined by the discharge air

temperature coil and outdoor ambient temperature.

Input Volts Vdc ( power

supply)

310 V dc

Input Volts Vcc (driver supply) 15V dc

Signal lead Vsp (Pulse width

modulation)

0~7.5 Vdc

Signal lead VFG (Output

signal of motor revolution)

12 pulses/revolution

Volts: 310V, 3 phase (artificial), various frequencies RPM: 1660 max

Input Amp: 1.15 A

Insulation Class: A

Stator Enclosure:

Material Manufacturer: MATSUSHITA ELECTRIC INSUSTRIAL CO LTD. *Material: Bull Molding Compound (BMC).

Material Designation: BMC-314NS-3.

Dimensions (mm): Overall106 mm OD by 97.5 mm long.

Thickness (mm): 3 mm thick min.

Flammability Rating: UL 5VA at 1.5 mm, BK and BN colors, RTI 130 oC.

Ventilation Openings (Stator Enclosure): None, totally enclosed type.

Endbell (Drive End): Sheet steel, 1.5 mm thick min, 106 OD by 6 mm L. Ventilation Openings

(Endbell-Drive End):

None, totally enclosed type.

Endbell (Non-Drive End): A part of Stator Enclosure.

Ventilation Openings

(Endbell –Non-Drive End):

None, totally enclosed type.

Protector: CSA Certified/UL Recognized Negative Temperature Coefficient (NTC), made by Maco, P/N ERTJ1VV104J , 5V, 100K ohms at 0 oC.

Stator: Enameled copper wires, 0.47 mm dia. three windings, each 205 turns.,

insulated with a molded PBT slot liner assembly, 1 mm thick.

Mylar Sheet: Two provided, min 0.2 mm thick. Secured between Stator and

Endbells.

Material Manufacturer: Sichuan Dongfang Insulating Material Co Ltd.

*Material: Polyethylene Terephthalate (PET) film

Material Designation: DEPET 6023

Thickness (mm): 0.2 mm

Flammability Rating: VTM-2 at 0.05 mm thick, NC color.

Rotor: Ferrite permanent magnet, 60 mm OD, 12mm ID, 45.5 mm L.

Lead Wires: CSA certified or UL listed, Various recognized sources

Type: UL1430 / CSA REW

AWG: 22

Rating: 300V, 105C

Sleeving: PVC sleeving having wall thickness of 1.0 mm min. is used to sleeve

the lead wires to provide mechanical protection.

Lead wire Connection: The free end of the lead wires terminate in a multi-pin harness

connector to be plugged to electronic controller of outdoor unit.

Controller and Overload Protection PCB: Located inside of motor housing. The power to the motor is cut off when motor current exceeds 0.4A.

PCB dimensions (mm): Epoxy glass fibreboard, V-2 min, 1.6 mm thick, approx. 91.92 mm dia,

a spacing of 1.6 mm is maintained between the hazardous voltage and

ELV printed conductors.

Driver IC (IC1): Hitachi, model SMA5133,

Rated 20V max input. 1.8A max. output.

Terminal pins are sealed with epoxy coating.

Driver control is a part of ELV circuit, serves as a speed controller and

current limiter

Switching IC (Q101): 6 switching transistors are incorporated for artificial three phase

outputs. Rated 450V max input. 0.5A max.

Hall Element: Located in ELV circuit.

Note: *Other certified or recognized equivalent materials may be used.

60-20 Fan Motor (outdoor) Capacitor: None used for DC input voltage

70ELECTRICAL COMPONENTS:

70-10 Electronic Controller (Outdoor unit): See Ills. 3for schematic, Ills. 5 and 6, Figs. 5 and 6for pcb layouts and dimensions.

The electronic controller is provided with three extra low voltage thermistor sensing devices mounted across the condenser coil, compressor discharge tube, and intake air for regulation of room temperature. It also contains logic circuit to control the compressor and outdoor fan motor speed. The controller is accepted as a temperature regulating device and is not used as a safety device to protect the fan motor and compressor against excessive temperatures and pressures.

Manufacturer: Shanghai Xinyuan Inverter Co., Ltd.

Controller Model: SYK-W8QA with an attached power source dealed board

STK-L8QA

Location: Inside control box of outdoor unit.

Circuit Schematic Hazardous Voltage circuit shall not differ from Ills. 3. Printed Wiring Board

Layout

PWB layout shall not differ from Ills. 5 and 6. Components in hazardous voltage circuit are as described below:

Printed Wiring Board UL recognized or CSA Certified or other Certified

equivalent with same ratings.

Rated 94V-0, approx. 180 x105 mm, 1.6 mm thick,

double side board. A min. of 1.6 mm plus an air gap of

1.0 mm spacing is maintained between hazardous

voltage printed conductors and ELV conductors. CSA Certified /UL Recognized UL:E22663 3

Wiring Harness Connectors UL recognized or CSA Certified or other Certified

equivalent with same electrical ratings.

e.g. Japan Solderless Terminal Mfg. Co., Type VH, rated

250V ac?dc, 10 amp ac?dc. E60389, LR20812

The following are hazardous voltage components in the switch mode power supply circuit.

Fuse (F1) UL recognized or CSA Certified or other Certified

equivalent with same electrical ratings.

'Littlefuse', P/N 618, rated 250 V ac, 3.15 A, glass, Type

T (slow blow). Press fitted to the metal bracket.

The rating of the fuse is marked adjacent to the fuse

holder. E10480 LR34647

Varistor (ZNR1, ZNR2) UL recognized or CSA Certified or other Certified

equivalent with same electrical ratings.

S14K230, Type 14D271K, rated 175 Vac, 225Vdc, 0.6

W max. UL

E150709 CSA

LR109736-1

Line to line Capacitors (C3, C4,C7) UL recognized or CSA Certified or other Certified

equivalent with same electrical ratings.

AnHui TongFeng Type MKP, rated 275 V, 0.22uF,

Class X2

E214748

Line to Ground Capacitors (C1, C2) UL recognized or CSA Certified or other certified

equivalent with the same electrical ratings.

Murata Manufacturing Co,Ltd Type KH472M, rated

250VAC, 4700pF, Class Y2.

CSA

LR107420

Line to Ground Capacitors (C5, C6) UL recognized or CSA Certified or other certified

equivalent with the same electrical ratings.

Murata Manufacturing Co,Ltd ,Type DE1007E222M-

KH, rated 275VAC, 2200pF, Class Y2.

CSA

LR107420

Choke (L1) Accepted or equivalent construction, Shanghai Xinyuan

Inverter Co., Ltd., Type LE-11-2, rated 250VAC,

500mA, 11 mH, 0.08 . open core-and-coil type, core is

ferrite of sized 36 mm max. by 21.5mm max. and

windings are 2 X 21 turns of 0.8 mm dia enamelled

copper wires, provided with Class 105 oC insulation

system and wound over a split moulded phenolic bobbin,

0.75 mm thick min.

Storage Capacitor (E1) Electrolytic type, rated 400 V max, 330 uF, 85 deg C.

Bridge Rectifier (D1) HY Electronic Corp,P/N KBJ 2506 S1NB, rated 600V,

25A. UL

E217139

Power Resistors (RTC1) DDGT MZ-47R-A, 47 ohms, 5 A, various

manufacturers. UL

E305880

Optical Isolations (PC1, PC2, PC3, PC4, PC5,PC6) UL recognized or CSA Certified or other certified

equivalent with the same electrical ratings.

Sharp, Type P421, double protection, having an isolation

voltage 5000 Vrms

E67349

Switching transformer (T1) TSP-EE25H-2. See description below.

Switching regulator (IC3) Power Integration, Type TNY266PN , rated 730 V, 400

mA, 60KHz.

Relay (RY1-RY5) (to control 24VAC) XiaMen HongFa Electroacoustic Co,Ltd P/N JZC-32F,

contact rated 250 V, 5 A; Coil rating: 12 Vdc. Used for

heat pumps models only.

E133481

Switching Transformer (Outdoor Unit) (T1) Accepted (Accepted and tested in Report 218317-1878052). Manufacturer: Wujing Hongguang Co., Ltd

Model Designation TSP-EE25H-2

Attachments See Atts.1 for detailed construction.

Ratings Based on Input voltage of 86~265VAC (LINE),

Output:

Class of Insulation Class A, 105C

Terminals Pins

Mounting Soldered to pcb.

Primary Winding:

P1 (Pins 11-9) 0.25 mm dia by 50 turns, input +280V

P4 (Pins 12-13) 0.18 mm dia by 16 turns, output +17V

P2 (Pins 14-16) 0.18 mm dia by 18 turs, output +19V, not used

P3 (Pin 15-16) 0.31 mm dia by 5 turs, output +5V

Secondary winding:

S1 (Pins 8-7) 0.40 mm dia by 12 turns, output +12V

S2 (Pins 5-6) 0.18 mm dia by 14turns, output +15V, not used

S4 (Pins 4-3) 0.18 mm dia by 14turns, output +15V

S3 (Pins 2-1) 0.18 mm dia by 14turns, output +15V

Electrical

creepage/clearance (mm)

3.0 mm (required 1.6 mm min)

Coil Bobbin

Material UL recognized phenolic, rated 94V-0 at 0.75 mm thick,

various sources.

Cat No. EE25-16P, temperature rating 150 oC. E136137

Manufacturer CHANGSHU SOUTH-EAST PLASTIC CO., LTD or

equivalent

Dimensions 0.64 mm thick

Core Wrapped with two layers of 0.025 thick polyester tapes. Construction Ferrite(PC40) EE25-16P

Dimensions (mm) 22.5 x 5.7 x 19.4

Insulation system:

Primary to core: Two layers of 1.0 thick bobbin, total 2.0 mm. UL

E165111 Primary to bobbin: Not provided.

Primary to secondary: Four layers of 0.025 mm thick polyester tape, total 0.1

mm thick. UL

E188295

Outerwrap: Three layers of 0.025 mm thick polyester tape, total

0.075 mm thick. UL

E165111

Winding Material:

Primary Windings: Polyurethane enameled copper wire/Triple insulated

wire, Cat No.: QA-1 UL

E158909 UL

E229341

Secondary Windings: Polyurethane enameled copper wire/Triple insulated

wire, Cat No.: QA-1

70-20 Relay for compressor: (see Figs.8)

Load controlled: Compressor

Manufacturer: ZheJiang Hongli Electric Co. ,Ltd

Designation: HLR1000/024AT1H2Q

Type: One pole normally open type

Relay Rating, (V,A, HP

or LRA):

277VAC, 30FLA, RES40A/277VAC resistive. UL No. E251539

Relay Cycle rating: 100000 operations of electrical life and 10000000 operations of mechanical life

Coil rating (V): 24 VAC

Location: In control box.

Mounting: Secured inside of control box by screws.

Remarks: The line side of there relay is used for controlling compressor only.

INTERNAL WIRING:

80 INTERNAL WIRING:

80-10 Types:

CSA certified or UL Recognized appliance wiring material as shown below. Green or green with one or more yellow stripes is employed on grounding conductors only. All wires are terminated in quick insulated connectors unless soldered to the PCB.

Outdoor Unit Wiring:

Notes: 1. Information on the voltage and temperature ratings for the insulation of wiring that has a marked

Canadian Electrical Code type designation need not be provided.

2. All hazardous high voltage circuit wiring outside of enclosure box is protected by Certified/Recognized

PVC sleeving having 0.8 mm min wall thickness.

3. All wiring has VW-1 or FT-1 flammability rating.

4. All extra low voltage wiring in contact with line wiring are rated for line voltage, or enclosed by

CSA Certified / UL Recognized 105°C tube with line voltage rating, or are reliably away from the hazardous high voltage circuit.

Wiring is employed as follows

Key No. +. From To 1 Relay and capacitor (Compressor) Compressor (Red/White/Blue) 1 Terminal block (L1) Relay (Red) 1 Terminal block (L2) Capacitor (Blue) 2 Electronic controller(Brown) Relay (L1) 2 Electronic controller(Blue) Capacitor (L2) 3 Electronic controller (Brown) Terminal block (Y) 3 Electronic controller (Black) Terminal block (C) 3 Electronic controller (White) Terminal block (W2) 3 Electronic controller (Orange) Terminal block (O) 3 Electronic controller (Red) Terminal block (R) 3 Electronic controller (White) Relay (coil) 4 Electronic controller (Black) High pressure switch 4 Electronic controller (Black) Low pressure switch + - Wire key number is described above the number.

80-20 Wiring Methods:

All wiring is installed and positively routed in such a manner that it is not subject to mechanical damage due to contact with sharp edges, abrasive surfaces, vibrating or moving parts. Exposed lengths of ripped parallel conductors do not exceed 3 in.

Line voltage wiring which is completely enclosed within steel conduit, metal raceway, metallic tubing, or other separate electrical enclosures employs 2/64 in thick (min) electrical insulation unless specified differently in this report.

Internal wiring materials are as shown on the following tabulation or higher grade.

Insulation Key No Wire Type (2) Wire Style No (3) Min Wire Size, AWG

Min Temp Rating, Deg C

Min Rating, V

1 2 3 4

AWM AWM AWM AWM

UL1015 UL1015 UL1015 UL1015

12 14 18 22

105 105 105 105

600 600 600 300

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CSA0001.4—2016 目 次 目 次...............................................................................................................................................................I 前 言...........................................................................................................................................................III 引 言.............................................................................................................................................................IV 1范围. (1) 2规范性引用文件 (1) 3术语和定义 (1) 4SaaS云服务安全技术要求框架 (1) 4.1云计算安全责任模型 (1) 5访问层安全 (3) 5.1网络访问安全 (3) 5.2API访问安全 (3) 5.3Web访问安全 (3) 6资源层安全 (3) 7服务层安全 (3) 7.1网络安全 (4) 7.2主机安全 (4) 7.3SaaS资源管理平台和应用安全 (5) 7.4数据安全 (6) 7.5租户虚拟资源空间安全 (6) 8安全管理 (6) 8.1身份鉴别和访问管理 (6) 8.2安全审计 (7) 8.3存储与备份管理 (8) 8.4安全运维 (8) 8.5威胁与脆弱性管理 (8) 8.6密钥与证书管理 (8) 9安全服务 (9) 附录A（资料性附录） (10) A.1主机安全 (10) A.2SaaS资源管理平台 (10) A.3安全审计 (10) I

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CSA－加拿大标准协会标准 Z245.1－95 管线管 油、气工业系统和材料 1999.10.25

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ANSI Z21.24 CSA 6.10-2001燃气器具连接器标准(中文)

ANSI Z21.24-2001 CSA 6.10-2001 燃气器具的连接器 燃气器具的连接器协调标准 第一部 器具连接器和连接件 结构 1.1范围 1.1.1这个标准适用于新生产的燃气器具连接器，新燃气器具连接器是用全新的未使用过的零部件和材 料制作，公称内径有1/4’’，3/8’’，1/2’’，5/8’’，3/4’’ 和1’’,连接到燃气器具和房间管道的连接件两端带有椎管螺纹。这个标准包含器具连接器组装后不超过标称长度1.83米。该标准下的连接器是为安装后部经常移动的居民和商业使用的燃气器具而定的。 就这个标准的目的而言，一个未使用的连接器包括尾端连接件被视为一个没有安装的连接器。1.1.2与这个标准一致的器具连接器被视为适用于与天然气，工业用气，混合和液化的石油气以及液化 石油气体混合物。 1.1.3与这个标准一致的器具连接器可用于燃气压力不超过0.5磅每平方英寸（3.5KPa）的管道系统。 1.1.4如果在这个标准作为衡量给定值是由其他单位在同等价值之后，第一个表示值被视为规范。 1.1.5这个标准中引用的所有PSI被视为表压，除非另有规定。 1.1.6A中列出的是仅适于加拿大的条款。 1.1.7B中包含一个标准的列表特别是在这个标准中引用，并从这些参考标准，可取得来源。 1.2试验样品 1.2.1根据这个标准应递交具有代表性的连接器样品检验。 1.2.2生产商应提供测试机构规定的每个公称尺寸样品的数量，类型和材料。测试目的，测试机构会要 求样品装配的长度不超过1.83米。 1.3材料 1.3.1器具连接器和连接件构建使用的材料应与表Ⅰ相符，不超出普通公差，并把这个事实的充分证据 应提供给测试机构。 1.3.2连接器的外部配置使用的材料应抵抗潮湿的变坏，普通的家用化学品以及食用油也应有合适的外 壳来防止这种恶化。 1.3.3连接器的内部构建使用的材料应能抵抗天燃气的腐蚀。 1.3.4连接件应具备高品质的材料，工艺和设计。 1.4管道结构 金属管应厚度均匀（允许普通公差），但每截管的厚度不少于0.254mm。管道应是无凹痕的，无裂痕的或者其他的瑕疵。 1.5连接器尺寸 1.5.1连接器的公称长度是指包含连接件在内的全长。任何样品的实际长度应是公称长度减去1 2.7mm加 上50.8mm。 1.5.2连接器公称尺寸大小应参照成品管道接头内径。管道的实际内径应大于0.635mm小于它的公称尺 寸，取决于能把一根直径相符的圆柱杆插入25.4mm到连接管的尾端。

什么是CSA认证

CSA认证介绍 CSA是加拿大标准协会（Canadian Standards Association）的简称它成立于1919年，是加拿大首家专为制定工业标准的非盈利性机构。在北美市场上销售的电子、电器等产品都需要取得安全方面的认证。目前CSA是加拿大最大的安全认证机构，也是世界上最著名的安全认证机构之一。它能对机械、建材、电器、电脑设备、办公设备、环保、医疗防火安全、运动及娱乐等方面的所有类型的产品提供安全认证。CSA已为遍布全球的数千厂商提供了认证服务，每年均有上亿个附有C SA标志的产品在北美市场销售。 1992年前，经CSA认证的产品只能在加拿大市场上销售，而产品想要进入美国市场，还必须取得美国的有关认证。现在CSA International已被美国联邦政府认可为国家认可测试实验室。这意味着能根据加拿大和美国的标准对您的产品进行测试和认证，同时保证您的认证得到联邦、洲、省和地方政府的承认。有了CSA有效的产品安全认证，想要进入世界上最为坚韧而广阔的北美市场就轻而易举了。CSA能够帮助您的产品迅速有效地打入美国和加拿大市场。CSA International将通过消除申请认证过程中的重复手续来帮厂商节省时间和金钱。对于厂商来说，所要做的只是提出一次申请、提供一套样品和缴交一笔费用，而所得到的安全标志却能被联邦、州、省以及从纽约到洛杉矶的当地各级的认可。CSA International将与厂商一起共同努力，提供一个高素质且安全可靠的认证项目。在北美以至全世界，CSA人都以诚实正直和熟练技能赢得人们的信赖。 CSA International在加拿大拥有四间实验室。从1992年至1994年，它们都先后获得"美国政府劳工部职业安全及健康管理局"（OSHA）的正式认可。根据OSHA的规则，获得这一认可后，即可作为一个国家认可测试实验室，对一系列产品按照360多个美国ANSI/UL标准进行测试和认证。经CSA International 测试和认证的产品，被确定为完全符合标准规定，可以销往美国和加拿大两国市场。 取得北美认证既省时间又省金钱，只需完成一项申请、提供一套样品、缴交一次费用。有了C SA，一步就能帮您打入两国市场。CSA这一便利的测试认证服务，排除了取得两国不同认证所需的重复测试和评估。这无疑减少了厂商在产品认证、跟踪检验和重新测试方面的成本费用，同时也节省了宝贵的时间，并省却了厂商与各种不同的认证机构打交道的麻烦，从而达到事半功倍的效果。 CSA Marking是经由向加拿大Canadian Standards Association标准协会申请登录，经由该单位认可产品之安全性及授权后，始可于产品上附加CSA Marking标志。 CSA为一个非营利性质的会员赞助机构，其所制定标准的领域包括：保健技术、石油及瓦斯管路系统、职业安全、电气产品及太阳能。CSA在加拿大除总公司外，另有大西洋地区、奎北克地区、中部平原地区、西部地区、太平洋地区等分部，在世界各地亦有附属机构及驻外代表。 CSA的标准是自愿性质的。市、省及联邦政府经常在管理中使用或参照CSA的标准以取代他们去发展自己的标准。在此情况下，CSA标准便成为政府规格的参考依据。政府或其它组织及协会也许会要求遵守某种标准或指明某种特定产品必需经过验证以证明符合某种标准。这都建立在每一组织是否希望在其管辖范围内要求使用CSA标准及验证作业。 CSA Marking为目前世界上最知名的产品安全认可标志之一，即使非强制实施，很多地区之厂商都以取得此一标志作为对客户推荐其产品安全性之重要依据，很多购买者甚至会指定要求购买已附加CSA标志之产品。近来制造商被加拿大进口商或购买者指定需取得CSA标志的情况渐增。[编辑本段] CSA认证宗旨 CSA是加拿大标准协会的英文缩写，它是加拿大最大的检验认证机构，作为一个独立的、民间的、非赢利的机构主要是为公众、政府、工商界等从事产品认证、检验及与此有关的标准开发和信

CSA认证的方式与方法

1.CSA认证介绍 CSA是加拿大标准协会（Canadian Standards Association）的简称它成立于1919年，是加拿大首家专为制定工业标准的非盈利性机构。在北美市场上销售的电子、电器等产品都需要取得安全方面的认证。目前CSA是加拿大最大的安全认证机构，也是世界上最著名的安全认证机构之一。它能对机械、建材、电器、电脑设备、办公设备、环保、医疗防火安全、运动及娱乐等方面的所有类型的产品提供安全认证。CSA已为遍布全球的数千厂商提供了认证服务，每年均有上亿个附有CSA标志的产品在北美市场销售。 1992年前，经CSA认证的产品只能在加拿大市场上销售，而产品想要进入美国市场，还必须取得美国的有关认证。现在CSA International已被美国联邦政府认可为国家认可测试实验室。这意味着能根据加拿大和美国的标准对您的产品进行测试和认证，同时保证您的认证得到联邦、洲、省和地方政府的承认。有了CSA有效的产品安全认证，想要进入世界上最为坚韧而广阔的北美市场就轻而易举了。CSA能够帮助您的产品迅速有效地打入美国和加拿大市场。CSA International将通过消除申请认证过程中的重复手续来帮厂商节省时间和金钱。对于厂商来说，所要做的只是提出一次申请、提供一套样品和缴交一笔费用，而所得到的安全标志却能被联邦、州、省以及从纽约到洛杉矶的当地各级的认可。

CSA International将与厂商一起共同努力，提供一个高素质且安全可靠的认证项目。在北美以至全世界，CSA人都以诚实正直和熟练技能赢得人们的信赖。 CSA International在加拿大拥有四间实验室。从1992年至1994年，它们都先后获得"美国政府劳工部职业安全及健康管理局"（OSHA）的正式认可。根据OSHA的规则，获得这一认可后，即可作为一个国家认可测试实验室，对一系列产品按照360多个美国ANSI/UL标准进行测试和认证。经CSA International 测试和认证的产品，被确定为完全符合标准规定，可以销往美国和加拿大两国市场。 取得北美认证既省时间又省金钱，只需完成一项申请、提供一套样品、缴交一次费用。有了CSA，一步就能帮您打入两国市场。CSA这一便利的测试认证服务，排除了取得两国不同认证所需的重复测试和评估。这无疑减少了厂商在产品认证、跟踪检验和重新测试方面的成本费用，同时也节省了宝贵的时间，并省却了厂商与各种不同的认证机构打交道的麻烦，从而达到事半功倍的效果。 「CSA」Marking是经由向加拿大Canadian Standards Association标准协会申请登录，经由该单位认可产品之安全性及授权后，始可于产品上附加「CSA」Marking标志。 CSA为一个非营利性质的会员赞助机构，其所制定标准的领域包括：保健技术、石油及瓦斯管路系统、职业安全、电气产品及太阳能。CSA在加拿大除总公司外，另有大西洋地区、奎北克地区、中部平原地区、西部地区、太平洋地区等分部，在世界各地亦有附属机构及驻外代表。 CSA的标准是自愿性质的。市、省及联邦政府经常在管理中使用或参照CSA 的标准以取代他们去发展自己的标准。在此情况下，CSA标准便成为政府规格的

CSA016-2014LED照明应用接口要求

CSA LED照明应用接口要求： 自散热、控制装置分离式 LED模组的路灯/隧道灯 Interface requirements for application of LED lighting： Street/tunnel light consisting of LED module with heatsink and separated control gear 版本：V01.01 2014-03-11发布

目录 1 范围 (1) 2 规范性引用文件 (1) 3 术语和定义 (1) 4 分类与命名 (2) 4.1 分类 (2) 4.2 LED模组互换性标志命名 (2) 4.3 控制装置互换性标志命名 (3) 4.4 灯具互换性标志命名 (3) 5 一般要求 (4) 5.1 安全要求 (4) 5.2 性能要求 (4) 5.3 电磁兼容 (4) 5.4防尘、防固体异物和防水 (5) 6 接口要求 (5) 6.1 机械接口 (5) 6.2 光学接口 (9) 6.3 电气接口 (11) 6.4 热学接口 (17) 6.5 控制接口 (18) 7 标志 (18) 7.1 LED模组标志 (18) 7.2 控制装置标志 (18) 7.3 灯具标志 (19) 附录 A (20) 附录 B (22)

前言 LED光源的多样性和灵活性，为下游的应用产品提供了广阔的设计空间。这就产生了LED应用过程中多样化、个性化需求与大规模制造的矛盾，而接口不统一以及规格不一致等，造成了大规模制造阻力大、客户需求难满足或反应速度慢、市场推广成本高、客户接受度难提升、后期维护困难、维护成本高、部分器件失效导致整体失效等一系列问题。 为形成产品的通用性、互换性，维修的便利性，市场的规范化，生产的规模化以及成本的降低等目标，国家半导体照明工程研发及产业联盟（CSA）组织制定LED照明应用接口要求系列标准，以缓和技术创新与规模生产之间的矛盾。 本标准由国家半导体照明工程研发及产业联盟标准化委员会（CSAS）制定发布，版权归CSA所有，未经CSA许可不得随意复制；其他机构采用本标准的技术内容制定标准需经CSA允许；任何单位或个人引用本标准的内容需指明本标准的标准号。 本标准起草人单位之一，半导体照明联合创新国家重点实验室（挂靠北京半导体照明科技促进中心）已向CSAS提交《CSA标准中的专利许可承诺书》，声明持有涉及本标准的技术专利，专利号CN201220591729.7和201320335223.4，同时并做出承诺，不对使用该标准的任何人主张专利权, 且声明不含有任何附加条件。该专利持有人的承诺书已在CSAS备案。CSAS不负责对本标准所涉及的专利范围、有效性和验证资料进行验证。 除上述已知专利外，CSAS不负责确认本标准的某些内容是否还存在涉及其他专利的可能性。 本标准主要起草单位：半导体照明联合创新国家重点实验室、北京朗波尔光电股份有限公司、宁波燎原灯具股份有限公司、山西光宇半导体照明有限公司、深圳雷曼光电科技股份有限公司、深圳市洲明科技股份有限公司、广东德豪润达电气股份有限公司、无锡华兆泓光电科技有限公司、厦门华联电子有限公司、佛山市国星光电股份有限公司、惠州雷士光电科技有限公司、南京汉德森科技股份有限公司、宁波升谱光电半导体有限公司、三安光电股份有限公司、上海亚明照明有限公司、深圳聚作实业有限公司、深圳万润科技股份有限公司、四川九洲光电科技股份有限公司。 本标准主要起草人：阮军、周详、高伟、李晋闽、王军喜、潘猛、郑成龙、贾敏、康鸿博、于勇、花醒飞、杨彤、李福生、李本亮、陈海军、许敏、王绍芳、刘国祥、毛昭祺、黄建明、凌云、肖俊、赵璐冰、郭金霞、王之英。

UL与CSA的区别

UL与CSA的区别是什么？ UL与CSA认证的区别是什么？他们各自代表的意义有什么不一样吗？ 1、UL是美国保险商实验室（Underwriter Laboratories Inc.）的简写。 UL安全试验所是美国最有权威的，也是世界上从事安全试验和鉴定的较大的民间机构。 它是一个独立的、非营利的、为公共安全做试验的专业机构。它采用科学的测试方法来研究确定各种材料、装置、产品、设备、建筑等对生命、财产有无危害和危害的程度； 确定、编写、发行相应的标准和有助于减少及防止造成生命财产受到损失的资料，同时开展实情调研业务。总之，它主要从事产品的安全认证和经营安全证明业务，其最终目的是为市场得到具有相当安全水准的商品，为人身健康和财产安全得到保证作出贡献。 就产品安全认证作为消除国际贸易技术壁垒的有效手段而言，UL为促进国际贸易的发展也发挥着积极的作用。 UL始建于1894年，初始阶段UL主在靠防火保险部门提供资金维持动作，直到1916年，UL才完全自立。经过近百年的发展，UL已成为具有世界知名度的认证机构，其自身具有一整套严密的组织管理体制、标准开发和产品认证程序。UL由一个有安全专家、政府官员、消费者、教育界、公用事业、保险业及标准部门的代表组成的理事会管理，日常工作由总裁、副总裁处理。目前，UL在美国本土有五个实验室，总部设在芝加哥北部的Northbrook镇，同时在台湾和香港分别设立了相应的实验室。 UL 是一家产品安全测试和认证机构，她也是美国产品安全标准的创始者。在一个多世纪的岁月里，UL 已对成百上千种产品和部件进行了相关的安全标准测试并按照国际标准评估其管理系统 2、CSA是加拿大标准协会（Canadian Standards Association）的简称 CSA它成立于1919年，是加拿大首家专为制定工业标准的非盈利性机构。在北美市场上销售的电子、电器等产品都需要取得安全方面的认证。目前CSA是加拿大最大的安全认证机构，也是世界上最著名的安全认证机构之一。它能对机械、建材、电器、电脑设备、办公设备、环保、医疗防火安全、运动及娱乐等方面的所有类型的产品提供安全认证。CSA已为遍布全球的数千厂商提供了认证服务，每年均有上亿个附有CSA标志的产品在北美市场销售。 1992年前，经CSA认证的产品只能在加拿大市场上销售，而产品想要进入美国市场，还必须取得美国的有关认证。现在CSA International已被美国联邦政府认可为国家认可测试实验室。这意味着能根据加拿大和美国的标准对您的产品进行测试和认证，同时保证您的认证得到联邦、洲、省和地方政府的承认。有了CSA有效的产品安全认证，想要进入世界上最为坚韧而广阔的北美市场就轻而易举了。CSA能够帮助您的产品迅速有效地打入美国和加拿大市场。 CSA International将通过消除申请认证过程中的重复手续来帮厂商节省时间和金钱。对于厂商来说，所要做的只是提出一次申请、提供一套样品和缴交一笔费用，而所得到的安全标志却能被联邦、州、省以及从纽约到洛杉矶的当地各级的认可。CSA International 将与厂商一起共同努力，提供一个高素质且安全可靠的认证项目。在北美以至全世界，

CSA认证简介

CSA认证简介 [ 录入者:recharge | 时间:2007-11-17 18:08:06 | 作者: | 来源: | 浏览:140 次 ] CSA是加拿大标准协会（Canadian Standards Association）的简称它成立于1919年，是加拿大首家专为制定工业标准的非盈利性机构。在北美市场上销售的电子、电器等产品都需要取得安全方面的认证。目前CSA是加拿大最大的安全认证机构，也是世界上最著名的安全认证机构之一。它能对机械、建材、电器、电脑设备、办公设备、环保、医疗防火安全、运动及娱乐等方面的所有类型的产品提供安全认证。CSA已为遍布全球的数千厂商提供了认证服务，每年均有上亿个附有CSA标志的产品在北美市场销售。 1992年前，经CSA认证的产品只能在加拿大市场上销售，而产品想要进入美国市场，还必须取得美国的有关认证。现在CSA International已被美国联邦政府认可为国家认可测试实验室。这意味着能根据加拿大和美国的标准对您的产品进行测试和认证，同时保证您的认证得到联邦、洲、省和地方政府的承认。有了CSA有效的产品安全认证，想要进入世界上最为坚韧而广阔的北美市场就轻而易举了。CSA 能够帮助您的产品迅速有效地打入美国和加拿大市场。 CSA International将通过消除申请认证过程中的重复手续来帮厂商节省时间和金钱。对于厂商来说，所要做的只是提出一次申请、提供一套样品和缴交一笔费用，而所得到的安全标志却能被联邦、州、省以及从纽约到洛杉矶的当地各级的认可。CSA International将与厂商一起共同努力，提供一个高素质且安全可靠的认证项目。在北美以至全世界，CSA 人都以诚实正直和熟练技能赢得人们的信赖。 CSA International在加拿大拥有四间实验室。从1992年至1994年，它们都先后获得"美国政府劳工部职业安全及健康管理局"（OSHA）的正式认可。根据OSHA 的规则，获得这一认可后，即可作为一个国家认可测试实验室，对一系列产品按照360多个美国ANSI/UL标准进行测试和认证。经CSA International 测试和认证的产品，被确定为完全符合标准规定，可以销往美国和加拿大两国市场。 取得北美认证既省时间又省金钱，只需完成一项申请、提供一套样品、缴交一次费用。有了CSA，一步就能帮您打入两国市场。CSA这一便利的测试认证服务，排除了取得两国不同认证所需的重复测试和评估。这无疑减少了厂商在产品认证、跟踪检验和重新测试方面的成本费用，同时也节省了宝贵的时间，并省却了厂商与各种不同的认证机构打交道的麻烦，从而达到事半功倍的效果。 CSA申请程序简介 1. 将初步申请表填妥，连同一切有关产品（包括全部电器部件和塑胶材料）的说明书和技术数据一并交给CSA International。 2. CSA International 将根据产品的具体情况确定认证费用，再以传真通知申请公司。 3. 经申请公司确认后，将寄上正式申请表和通知书，该通知书包括下列要求： a. 正式申请表签署后，电汇认证费用（可以人民币支付）到办事处。 b. 按通知将测试样板送到指定地点。

CSA标准

CSA圣诞灯饰的结构及测试要求 中国每年都向北美出口大量的圣诞灯饰产品，近年来国内的圣诞灯饰厂家数目不断增加。本文简单介绍了CSA标准对圣诞灯饰的结构及测试要求，相信对厂家设计产品及成功申请CSA认证有相当的帮助。 结构要求： 软头（Lampholder）、软心（Lamp Base）的塑料材质必须具有V-2或以上的燃烧等级且配合相关RTI值； 室内灯串须使用20AWG的电线，类型为TXF、PXY、TX或TEW；室外灯串须使用18AWG的电线，类型为PXWT、TXFW、CXW或CXWT； 室外灯串的软头须设有排水孔； Candelabra或Intermediate-base软头的深度须符合标准要求且电线的火线（Line）必须连接到软头的中心接触片（Center Contact）；零线（Neutral）必须连接到软头的螺口（Screwshell或Side Contact）； 带装饰灯串组的塑料材质须符合Slow-Burning测试要求； 带装饰灯串组的软头须固定在装饰物上以避免扭转； 插头、尾插等电器零部件应使用经CSA认证、且符合灯饰电参数的产品，否则零件须再经相关标准测试。 测试主要项目： 串接式灯串（Series-Connected Strings）： 前、尾插及软头拉力测试（Strain Relief） 温升测试（Normal Temperature） 盐水浸蚀测试（Salt Solution Immersion Test for outdoor use） 老化测试（Accelerated Aging） 耐压测试（Dielectric Strength） 导线连接测试（Conductor Connection Secureness） 灯泡短路测试（Shunt Burnout） 软头推力测试（Secureness of Lampholder Contacts）：主要考察软头与电线端子受推力时，电线端子会否脱落造成触电危险。 红外线光谱分析（FTIR Scan）：其目的在于分析及证明原试片材质与灯串软头材料的图谱相同（见图1）。

CSA标准中文版

五、性能要求 5.1 保护性鞋头 5.1.1 当按照第6.2.1条表格1规定的能量和速度撞击，包头内部的空间不得小于表格2中的规定，保护性包头不可以彻底破裂。 5.1.2 按照ASTM标准第B117条，保护性包头在5%的盐溶液中暴露24小时后，不可以被严重地腐蚀（例如所显示表面点蚀或存在橙红色生锈的铁基材料）。 5.1.3 表格1和表格2规定了一级和二级防护劳保鞋的性能要求。表格1规定了测试保护性包头需要的撞击能量和速度。表格2列出了一系列尺寸的劳保鞋的最低空间（用粘土楦子的挤压程度表示）。 5.2 保护性底板 5.2.1 嵌入的保护性鞋中的，作为一个单独的项目，当按照本标准第6.3.1条测试的时候，需可以承受不少于1200N（牛顿）的力。 5.2.2 按照ASTM标准第B117条，保护性底板在5%的盐溶液中暴露24小时后，不应该有任何被腐蚀的痕迹（例如所显示表面点蚀或存在橙红色生锈的铁基材料）。 5.2.3 当按照本标准第6.3.2条的要求进行测试时，保护性鞋底在经过1500000（一百五十万）次弯曲测试后，不能有明显的裂痕。在进行此项测试时，不允许有失灵的情况。 5.3 跖骨防护 5.3.1 嵌入的跖骨防护鞋，当按照5.3.2条和5.3.3条测试的时候，应当符合性能需求中指定的条款。按照本标准第6.4条，选择男款的9码鞋和女款的8码鞋进行耐冲击测试。 5.3.2 按照本标准第6.4.2条规定的要求，在101.7的能量水平和2.99±0.06m/s的冲击速度下，跖骨保护之间的间隙，男鞋不得少于24.4毫米，女鞋不低于21.4毫米。另外，跖骨保护不得通过它的厚度断裂。

CSA标准[1]

CSA B125-98 标准 目录 序言 前言 1. 范围 2. 名词定义及参考文献 2.1 名词定义 2.2 参考文献 3. 总的设计要求 3.1 使用性能 3.2 维护性能 3.3 螺纹紧固件 3.4螺纹 3.5 焊接接头 3.6 喇叭管接头和球形接头 3.7 尺寸公差 3.8 无障碍设计 4. 给水件 4.1 额定压力 4.2 承座 4.3 水流特性 4.4 盖板和孔罩 4.5 反回流 4.6 毒性 4.7 桌面配件 4.8 草坪和沉淀龙头 4.9 花洒头 4.10 马桶冲洗阀 4.11 浮球阀 4.12 马桶与小便斗溢流接管 4.13 压力冲洗装置 4.14 精确温度混合阀 5. 排水件 5.1 金属管件 5.2 塑料管件 5.3 塑料材料 5.4 洗涤盆过滤器组件 5.5 存水弯，排水件（TAP，WASTE，CO AND PO FITTING ）5.6 伸缩接头 5.7 机械式阻塞器 5.8 合成橡胶管道材料 5.9 合成橡胶管道配件

6.1 耐腐蚀性能 6.2 热循环 6.3 有机装饰涂层 6.4 使用寿命 6.5 压力试验 6.5.1 供水件 6.5.2 排水件 6.6 流量 6.6.1 供水件 6.6.2 压力冲洗装置PFD 6.6.3 浮球阀 6.6.4 浴缸与淋浴切换阀 6.6.5 排水件 6.6.6 热膨胀减压阀 6.7 安装性能 6.7.1 承受弯曲载荷的供水件 6.7.2 受热件 6.7.3 排水件 6.8 使用性能 6.8.1 操作性能 6.8.2 安装部位的维护 6.9 温度控制------自动补偿阀 6.9.1 温度控制 6.9.2 压力损失 6.9.3 高温控制 6.10 虹吸------浮球阀 6.11 洗涤盆过滤组件----塑料零件 6.11.1 颜色牢固度 6.11.2 吸水性 6.11.3 热油测试 6.11.4 抗污性 6.11.5 点冲击 6.12 带单个活动出水口的配件 6.12.1 总则 6.12.2 背压/反虹吸 6.12.3. 暗装单向阀 6.12.4 Adequacy of primary upstream and downstream check valves 6.12.5 单向阀渗漏 6.12.6 Adequacy of atmospheric vent 6.12.7 寿命测试 6.13温度精确控制阀 7. 测试方法 7.1 总则

CAN-CSA 标准目录-for energy efficiency

Energy Efficiency CAN/CSA-C191-04c F.................................................................................$75 Performance of Electric Storage Tank Water Heaters for Domestic Hot Water Service (42pages) CAN/CSA-C239-02 (R2007)c P F..............................................................$60 Performance Standard for Dusk-to-Dawn Luminaires (7pages) CAN/CSA-C260-M90 (R2002) c P F...........................................................$50 Rating the Performance of Residential Mechanical Ventilating Equipment (44pages) C273.4-M1978 (R1998)c...............................................................................$50 Performance Requirements for Electric Heating Line-Voltage Wall Thermostats (20pages) C273.5-1980 (R2002).......................................................................................$50 Installation Requirements for Air-to-Air Heat Pumps (15pages) CAN/CSA-C300-00 (R2005)c F...................................................................$95 Energy Performance and Capacity of Household Refrigerators, Refrigerator-Freezers, and Freezers (84pages) CAN/CSA-C309-M90 (R2003)c P F...........................................................$50 Performance Requirements for Glass-Lined Storage Tanks for Household Hot Water Service (23pages) CAN/CSA-C358-03c P F............................................................................$65 Energy Consumption Test Methods for Household Electric Ranges (38pages) C360-03c........................................................................................................$85 Energy Performance, Water Consumption and Capacity of Household Clothes Washers (50pages) CAN/CSA-C361-92 (R2003)c P...................................................................$50 Test Method for Measuring Energy Consumption and Drum Volume of Electrically Heated Household Tumble-Type Clothes Dryers (19pages) CAN/CSA-C368.1-M90 (R2001)c P F........................................................$50 Performance Standard for Room Air Conditioners (19pages) CAN/CSA-C373-04c F................................................................................$70 Energy Consumption Test Methods and Limits for Household Dishwashers (34pages) CAN/CSA-C388-M89 (R2007)c P F...........................................................$50 Energy Consumption Test Methods for Household Microwave Ovens (14pages) CAN/CSA-C390-98 (R2005)c F...................................................................$65 Energy Efficiency Test Methods for Three-Phase Induction Motors (43pages) CAN/CSA-C439-00 (R2005)c F...................................................................$55 Standard Laboratory Methods of Test for Rating the Performance of Heat/Energy-Recovery Ventilators (29pages) CAN/CSA-C448 SERIES-02 (R2007) F.........................................................$85 CSA Standards for Design and Installation of Earth Energy Systems,(consists of C448.1-02,C448.2-02,C448.3-02) (63 pages) CAN/CSA-C652-00 (R2005)c P F..............................................................$50 Installation of Electric Storage Tank and Heat Pump Water Heaters for Residential Use (11 pages) CAN/CSA-C653-94 (R2004)c P F..............................................................$50 Performance Standard for Roadway Lighting Luminaires (14pages) CAN/CSA-C654-M91 (R2002)c P F...........................................................$55 Fluorescent Lamp Ballast Efficacy Measurements (47pages) CAN/CSA-C656-05c F................................................................................$75 Performance Standard for Split-System and Single-Package Central Air Conditioners and Heat Pumps (110 pages) CAN/CSA-C657-04c F.................................................................................$55 Energy Performance Standard for Commercial Refrigerated Display Cabinets (Merchandisers) (32 pages)CAN/CSA-C679-02 P F.................................................................................$50 Installation and Maintenance of Farm Standby Electric Power (11 pages) CAN/CSA-C742-98c P F............................................................................$55 Performance of Automatic Ice-Makers and Ice Storage Bins (9pages) CAN/CSA-C743-02c F.................................................................................$50 Performance Standard for Rating Packaged Water Chillers (26pages) ARI 310/380-2004/CSA C744-04c B F....................................................$55 Standard for Packaged Terminal Air Conditioners and Heat Pumps (Bi-national standard with ARI-310/380-2004) (32pages) C745-03c........................................................................................................$55 Energy Efficiency of Electric Storage Tank Water Heaters and Heat Pump Water Heaters (46pages) CAN/CSA-C746-06c F...............................................................................$100 Performance Standard for Rating Large Air Conditioners and Heat Pumps (34pages) CAN/CSA-C747-94 (R2005)c P F..............................................................$60 Energy Efficiency Test Methods for Single- and Three-Phase Small Motors (8pages) C748-94 (R2005)c..........................................................................................$60 Performance of Direct-Expansion (DX) Ground-Source Heat Pumps (18pages) CAN/CSA-C749-07c P F............................................................................$50 Performance of Dehumidifiers (24pages) CAN/CSA-C802.1-00 (R2005)c F................................................................$50 Minimum Efficiency Values for Liquid-Filled Distribution Transformers (6pages) CAN/CSA-C802.2-06c F............................................................................$100 Minimum Efficiency Values for Dry-Type Transformers (24pages) CAN/CSA-C802.3-01 (R2007)F.....................................................................$50 Maximum Losses for Power Transformers (4pages) CAN/CSA-C804-96 (R2001)c P F..............................................................$50 Energy Performance of Vending Machines (30pages) CAN/CSA-C811-98 (R2003)c P F..............................................................$60 Performance of Highmast Luminaires for Roadway Lighting (10pages) CAN/CSA-C813.1-01 (R2006)c P F...........................................................$50 Performance Test Method for Uninterruptible Power Supplies (8pages) CAN/CSA-C814-96 (R2007)c P F..............................................................$50 Energy Performance of Ceiling Fans (19pages) CAN/CSA-C815-99 (R2004)c P F..............................................................$50 Energy Performance of Drinking-Water Coolers (13pages) CAN/CSA-C819-95 (R2005)c P F..............................................................$50 Performance of General Service Fluorescent Lamps (6pages) CAN/CSA-C820-02c P F............................................................................$60 Energy Efficiency Test Methods for Small Pumps (36pages) CAN/CSA-C827-98 (R2003)c P F..............................................................$55 Energy Performance Standard for Food Service Refrigerators and Freezers (10pages) C828-06F........................................................................................................$55 Performance Requirements for Thermostats Used with Individual Room Electric Space Heating Devices (32pages) C860-07 c......................................................................................................$120 Performance of Internally Lighted Exit Signs (44pages) CAN/CSA-C861-06c F...............................................................................$100 Performance of Self-Ballasted Compact Fluorescent Lamps and Ballasted Adapters (30pages) CAN/CSA-C862-01 (R2006)c P F..............................................................$50 Performance of Incandescent Reflector Lamps (8pages) CAN/CSA-C863-04c F.................................................................................$60 Energy Efficiency of High-Intensity Discharge (HID) and Low-Pressure Sodium (LPS) Lamp Ballasts (26 pages)