Preface

This quick start will be helpful in the installation, wiring, inspection, and operation of Delta ASDA-A2 series AC servo drive and ECMA series servo motor. Before using the product, please read this quick start to ensure correct use. You should thoroughly understand all safety precautions before proceeding with the installation, wiring and operation. If you do not understand please contact your local Delta sales representative. Place this quick start in a safe location for future reference. Please observe the following precautions:

„ Do not use the product in a potentially explosive environment.

„ Install the product in a clean and dry location free from corrosive and inflammable gases or liquids.

„ Do not connect a commercial power supply to the U, V, W terminals of motor. Failure to observe this precaution will damage either the Servo motor or drive.

„ Ensure that the motor and drive are correctly connected to a ground. The grounding method must comply with the electrical standard of the country (Please refer to NFPA 70: National Electrical Code,

2005 Ed.).

„ Do not disconnect the AC servo drive and motor while the power is ON.

„ Do not attach, modify or remove wiring when power is applied to the AC servo drive and motor.

„ Before starting the operation with a mechanical system connected, make sure the emergency stop equipment can be energized and work at any time.

„ Do not touch the drive heat sink or the servo motor during operation. Otherwise, it may result in serious personnel injury.

Further information on the AC servo drive and motor can be obtained from the manual. You can download the manual via the link http://www.delta.com.tw/industrialautomation/ above in PDF format.

The content of this quick start may be revised without prior notice. Please consult our distributors or download the most updated version at http://www.delta.com.tw/industrialautomation/ .

Safety Precautions

ASDA-A2 series drives are high-resolution, open type servo drives and must be installed in an NEMA enclosure such as a protection control panel during operation to comply with the requirements of the international safety standards. They are provided with precise feedback control and high-speed calculation function incorporating

DSP (Digital Signal Processor) technology, and intended to drive three-phase permanent magnet synchronous motors (PMSM) to achieve precise positioning by means of accurate current output generated by IGBT

(Insulated Gate Bipolar Transistor).

ASDA-A2 series drives can be used in industrial applications and for installation in an end-use enclosure that do not exceed the specifications defined in the ASDA-A2 series user manual (Drives, cables and motors are for use in a suitable enclosure with a minimum of a UL50 type 1 or NEMA 250 Type 1 rating).

Carefully note and observe the following safety precautions when receiving, inspecting, installing, operating, maintaining and troubleshooting. The following words, DANGER, WARNING and STOP are used to mark safety precautions when using the Delta’s servo product. Failure to observe these precautions may void the warranty!

Unpacking Check

¾

Please ensure that both the servo drive and motor are correctly matched for size (power rating).

Failure to observe this precaution may cause fire, seriously damage the drive / motor or cause personal injury.

Installation

¾

Do not install the product in a location that is outside the stated specification for the drive and motor.

Failure to observe this caution may result in electric shock, fire, or personal injury.

English-1

Wiring

¾

Connect the ground terminals to a class-3 ground (Ground resistance should not exceed 100

Ÿ).

Improper grounding may result in electric shock or fire.

¾

Do not connect any power supplies to the U, V, W terminals. Failure to observe this precaution may result in serious injury, damage to the drive or fire.

¾

Ensure that all screws, connectors and wire terminations are secure on the power supply, servo drive and motor. Failure to observe this caution may result in damage, fire or personal injury.

Operation

¾

Before starting operation with a mechanical system connected, change the drive parameters to match the user-defined parameters of the mechanical system. Starting the operation without matching the correct parameters may result in servo drive or motor damage, or damage to the mechanical system.

¾

Ensure that the emergency stop equipment or device is connected and working correctly before operating the motor that is connected to a mechanical system.

¾

Do not approach or touch any rotating parts (e.g. shaft) while the motor is running. Failure to observe this precaution may cause serious personal injury.

¾

In order to prevent accidents, the initial trial run for servo motor should be conducted under no load conditions (separate the motor from its couplings and belts).

¾

For the initial trial run, do not operate the servo motor while it is connected to its mechanical system.

Connecting the motor to its mechanical system may cause damage or result in personal injury during the trail run. Connect the servo motor once it has successfully completed a trail run.

¾

Caution: Please perform trial run without load first and then perform trial run with load connected.

After the servo motor is running normally and regularly without load, then run servo motor with load connected. Ensure to perform trial run in this order to prevent unnecessary danger.

¾

Do not touch either the drive heat sink or the motor during operation as they may become hot and personal injury may result.

Maintenance and Inspection

¾

Do not touch any internal or exposed parts of servo drive and servo motor as electrical shock may result.

¾

Do not remove the operation panel while the drive is connected to an electrical power source otherwise electrical shock may result.

¾

Wait at least 10 minutes after power has been removed before touching any drive or motor terminals or performing any wiring and/or inspection as an electrical charge may still remain in the servo drive and servo motor with hazardous voltages even after power has been removed.

¾

Do not disassemble the servo drive or motor as electric shock may result.

¾

Do not connect or disconnect wires or connectors while power is applied to the drive and motor.

¾

Only qualified personnel who have electrical knowledge should conduct maintenance and inspection.

Main Circuit Wiring

¾

Install the encoder cables in a separate conduit from the motor power cables to avoid signal noise.

Separate the conduits by 30cm (11.8inches) above.

¾

Use multi-stranded twisted-pair wires or multi-core shielded-pair wires for signal, encoder (PG) feedback cables. The maximum length of command input cable is 3m (9.84ft.) and the maximum length of encoder (PG) feedback cables is 20m (65.62ft.).

¾

As a charge may still remain in the drive with hazardous voltages even after power has been removed, be sure to wait at least 10 minutes after power has been removed before performing any wiring and/or inspection.

¾

It is not recommended to frequently power the drive on and off. Do not turn the drive off and on more than once per minute as high charging currents within the internal capacitors may cause damage.

English

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Main Circuit Terminal Wiring

¾

Please perform the wiring after the terminal blocks are all removed from the drive.

¾

Insert only one wire into one terminal on the terminal block.

¾

When inserting wires, please ensure that the conductors are not shorted to adjacent terminals or wires.

¾

Ensure to double check the wiring before applying power to the drive.

Servo Drive and Servo Motor Combinations

Power Servo Drive

200W ASD-A2-0221…

400W ASD-A2-0421-

…

750W ASD-A2-0721-

…

1000W ASD-A2-1021…

1500W ASD-A2-1521…

2000W ASD-A2-2023…

3000W ASD-A2-3023…

Servo Motor

ECMA-C10602 …SΰS=14mmα

ECMA-C10604

…SΰS=14mmα

ECMA-C10804 …7ΰ7=14mmα

ECMA-E11305

…SΰS=22mmα

ECMA-G11303 …SΰS=22mmα

ECMA-C10807

…SΰS=19mmα

ECMA-G11306 …SΰS=22mmα

ECMA-C11010

…SΰS=22mmα

ECMA-E11310 …SΰS=22mmα

ECMA-G11309

…SΰS=22mmα

ECMA-E11315 …SΰS=22mmα

ECMA-C11020 …SΰS=22mmα

ECMA-E11320

…SΰS=22mmα

ECMA-E11820

…SΰS=35mmα

ECMA-E11830

…SΰS=35mmα

ECMA-F11830

…SΰS=35mmα

Cable Specifications for Servo Drive

Servo Drive and Servo Motor

L

1C

, L

2C

Power Cable - Wire Gauge mm

2

(AWG)

R, S, T U, V, W P , C

ASD-A2-0221-

… ECMA-C10602…S

1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ASD-A2-0421-

…

ECMA-C10604 …S 1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ECMA-C10804

…7

1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ECMA-E11305

…S

1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ASD-A2-0721-

ASD-A2-1021-

…

…

ECMA-G11303

…S

1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ECMA-C10807 …S 1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ECMA-G11306

…S

1.3 (AWG16) 2.1 (AWG14) 0.82 (AWG18) 2.1 (AWG14)

ECMA-C11010 …S 1.3 (AWG16) 2.1 (AWG14) 1.3 (AWG16) 2.1 (AWG14)

ECMA-E11310

…S

1.3 (AWG16) 2.1 (AWG14) 1.3 (AWG16) 2.1 (AWG14)

ECMA-G11309

…S

1.3 (AWG16) 2.1 (AWG14) 1.3 (AWG16) 2.1 (AWG14)

ASD-A2-1521… ECMA-E11315…S 1.3 (AWG16) 2.1 (AWG14) 1.3 (AWG16) 2.1 (AWG14)

ECMA-C11020

…S

1.3 (AWG16) 2.1 (AWG14) 2.1 (AWG14) 2.1 (AWG14)

ASD-A2-2023…

ECMA-E11320

…S

1.3 (AWG16) 2.1 (AWG14) 2.1 (AWG14) 2.1 (AWG14)

ECMA-E11820

…S

1.3 (AWG16) 2.1 (AWG14) 3.3 (AWG12) 2.1 (AWG14)

ASD-A2-3023-

…

ECMA-E11830

…S

1.3 (AWG16) 2.1 (AWG14) 3.3 (AWG12) 2.1 (AWG14)

ECMA-F11830 …S 1.3 (AWG16) 2.1 (AWG14) 3.3 (AWG12) 2.1 (AWG14)

NOTE

1) The boxes ( …) at the ends of the servo drive model names are for optional configurations

(Full-closed loop, CANopen and extension DI port). For the actual model name, please refer to the ordering information of the actual purchased product.

2) The boxes (

…) in the servo motor model names are for optional configurations (keyway, brake and oil seal).

English-3

Servo Drive

ASD-A2-0221…

ASD-A2-0421…

ASD-A2-0721…

ASD-A2-1021…

ASD-A2-1521-

…

ASD-A2-2023-

…

ASD-A2-3023-

…

NOTE

Wire Size

0.13 (AWG26)

0.13 (AWG26)

0.13 (AWG26)

0.13 (AWG26)

0.13 (AWG26)

0.13 (AWG26)

0.13 (AWG26)

Encoder Cable - Wire Gauge mm

2

(AWG)

Core Number UL Rating Standard Wire Length

10 core (4 pair) UL2464 3m (9.84ft.)

10 core (4 pair)

10 core (4 pair)

10 core (4 pair)

UL2464

UL2464

UL2464

3m (9.84ft.)

3m (9.84ft.)

3m (9.84ft.)

10 core (4 pair)

10 core (4 pair)

10 core (4 pair)

UL2464

UL2464

UL2464

3m (9.84ft.)

3m (9.84ft.)

3m (9.84ft.)

1) The boxes ( …) at the ends of the servo drive model names are for optional configurations

(Full-closed loop, CANopen and extension DI port). For the actual model name, please refer to the ordering information of the actual purchased product.

2) Please use shielded twisted-pair cables for wiring to prevent voltage coupling and eliminate electrical noise and interference.

3) The shield of shielded twisted-pair cables should be connected to the SHIELD end (terminal marked ) of the servo drive.

Installation and Storage Conditions

The product should be kept in the shipping carton before installation. In order to retain the warranty coverage, the AC drive should be stored properly when it is not to be used for an extended period of time. Some storage suggestions are:

„ Store in a clean and dry location free from direct sunlight.

„ Store within an ambient temperature range of -20̓C to +65̓C (-4̓F to 149̓F).

„ Store within a relative humidity range of 0% to 90% and non-condensing.

„ Do not store in a place subjected to corrosive gases and liquids.

„ Correctly packaged and placed on a solid surface.

„ Do not mount the servo drive or motor adjacent to heat-radiating elements or in direct sunlight.

„ Do not mount the servo drive or motor in a location subjected to corrosive gases, liquids, or airborne dust or metallic particles.

„ Do not mount the servo drive or motor in a location where temperatures and humidity will exceed specification.

„ Do not mount the servo drive or motor in a location where vibration and shock will exceed specification.

„ Do not mount the servo drive or motor in a location where it will be subjected to high levels of electromagnetic radiation.

Installation Note and Minimum Clearances

Installation Note:

„ Incorrect installation may result in a drive malfunction or premature failure of the drive and or motor.

Please follow the guidelines in this instruction when installing the servo drive and motor.

„ The AC servo drive should be mounted perpendicular to the wall or in the control panel.

„ In order to ensure the drive is well ventilated, ensure that the all ventilation holes are not obstructed and sufficient free space is given to the servo drive.

„ Do not install the drive in a horizontal position or malfunction and damage will occur.

English

-4

Minimum Clearances:

Install a fan to increase ventilation to avoid ambient temperatures that exceed the specification. When installing one or more drives adjacent to each other please follow the clearances as shown in the following diagram.

NOTE

The scale of the clearances does not match the dimensions as shown in the drawing above. In the event of any discrepancy between the clearances and the dimensions, the dimensions shall prevail.

English-5

NOTE

The scale of the clearances does not match the dimensions as shown in the drawing above. In the event of any discrepancy between the clearances and the dimensions, the dimensions shall prevail.

English

-6

Basic Inspection

After power in connected to the AC servo drive, the charge LED will be lit which indicates that the AC servo drive is ready.

Item Content

General Inspection

„ Periodically inspect the screws of the servo drive, motor shaft, terminal block and the connection to mechanical system. Tighten screws as necessary as they may loosen due to vibration and varying temperatures.

„

Ensure that oil, water, metallic particles or any foreign objects do not fall inside the servo drive, motor, control panel or ventilation slots and holes. As these will cause damage.

„ Ensure the correct installation and the control panel. It should be free from airborne dust, harmful gases or liquids.

„

Ensure that all wiring instructions and recommendations are followed; otherwise damage to the drive and or motor may result.

„

Inspect the servo drive and servo motor to insure they were not damaged.

„

To avoid an electric shock, be sure to connect the ground terminal of servo drive to the ground terminal of control panel.

„ Before making any connection, wait 10 minutes for capacitors to discharge after the power is disconnected, alternatively, use an appropriate discharge device to discharge.

„

Ensure that all wiring terminals are correctly insulated.

Inspection before operation

„

Ensure that all wiring is correct or damage and or malfunction may result.

(Control power is not applied)

„ Visually check to ensure that there are not any unused screws, metal strips, or any conductive or inflammable materials inside the drive.

„

Never put inflammable objects on servo drive or close to the external regenerative resistor.

„

Make sure control switch is OFF.

„ If the electromagnetic brake is being used, ensure that it is correctly wired.

„ If required, use an appropriate electrical filter to eliminate noise to the servo drive.

„

Ensure that the external applied voltage to the drive is correct and matched to the controller.

Inspection during operation

(Control power is applied))

„

Ensure that the cables are not damaged, stressed excessively or loaded heavily.

When the motor is running, pay close attention on the connection of the cables and notice that if they are damaged, frayed or over extended.

„ Check for abnormal vibrations and sounds during operation. If the servo motor is vibrating or there are unusual noises while the motor is running, please contact the dealer or manufacturer for assistance.

„

Ensure that all user-defined parameters are set correctly. Since the characteristics of various machinery are different, in order to avoid accident or cause damage, do not adjust the parameter abnormally and ensure the parameter setting is not an excessive value.

„

Ensure to reset some parameters when the servo drive is off (Please refer to

Chapter 7). Otherwise, it may result in malfunction.

„ If there is no contact sound or there be any unusual noises when the relay of the servo drive is operating, please contact your distributor for assistance or contact with Delta.

„

Check for abnormal conditions of the power indicators and LED display. If there is any abnormal condition of the power indicators and LED display, please contact your distributor for assistance or contact with Delta.

English-7

Wiring Methods

Single-Phase Power Supply Connection (For 1kW and below models)

English

-8

Three-Phase Power Supply Connection (For all models)

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Basic Wiring

400W and below models (without built-in regenerative resistor)

English

-10

750W and above models (with built-in regenerative resistor and fan)

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Servo Drive Dimensions

200W ~ 400W

750W ~ 1.5kW

2kW ~ 3kW

A

173 (6.81)

173 (6.81)

216 (8.50)

B

170 (6.69)

180 (7.09)

203 (7.99)

C

65 (2.56)

82 (3.23)

D

45 (1.77) 27.5 (1.08) 163 (6.42)

47 (1.83)

62 (2.44)

E

163 (6.42)

Weight

1.5 (3.3)

2.0 (4.4)

203 (7.99) 2.89 (6.36)

NOTE

1) Dimensions are in millimeters and (inches).

2) Weights are in kilograms and (pounds).

3) For the actual appearance, please refer to the actual purchased product.

4) In this quick start, actual measured values are in metric units. The units in (imperial units) are for reference only. Please use metric for precise measurements.

English

-12

Ԕ֏

ტ᝔൞ࠌشءข঴Δڼٝڜᇘ֫ם༼ࠎ ASDA-A2 ߓ٨ۻࣚᦀ೯ᕴ֗ ECMA ߓ٨ۻ್ࣚሒऱઌᣂᇷಛΖ

ڇࠌشհছΔᓮ൞גาᇡᦰءڜᇘ֫םאᒔঅࠌشՂऱإᒔΖڼ؆Δᓮݔ࿳ലࠡ࣋ᆜڇࣔ᧩ऱچរאঁ

ᙟழ਷ᔹΖՀ٨ࠃႈڇ൞ࡸآᦰݙءڜᇘ֫םছΔᓮ೭ؘᙅښΚ

„ ڜᇘऱᛩቼؘႊ޲ڶֽ௛Δፍ፱ࢤ௛᧯֗ױᗏࢤ௛᧯Ζ

„ ൷ᒵழᆃַലԿઌሽᄭ൷್۟ሒ UΕVΕW ऱ൷ᙰΔԫ؟൷ᙑழലჾᡏۻࣚᦀ೯ᕴΖ

„ ൷چՠ࿓ؘႊᒔኔኔਜΰᓮ೶ە NFPA 70: National Electrical Code, 2005 Ed.αΖ

„ ڇຏሽழΔᓮ֎ࣈᇞᦀ೯ᕴΕ್ሒࢨޓޏ಻ᒵΖ

„ ڇຏሽሎ܂ছΔᓮᒔࡳጹ৺ೖᖲᇘᆜਢܡإൄሎ܂Ζ

„ ڇຏሽሎ܂ழΔᓮ֎൷ᤛᦀ೯ᕴཋᑷׂΔא܍ᗍ႞Ζ

ޓڍ ASDA-A2 ߓ٨ۻࣚᦀ೯ᕴ֗ ECMA ߓ٨ۻ್ࣚሒऱઌᣂᇷಛᇡ૪࣍ࠌشᖙ܂֫םփΔ൞ױ۟؀

ሒጻీΰhttp://www.delta.com.tw/industrialautomation/αՀሉࠌشᖙ܂֫םΰpdf ᚾαΖ

ڕ࣠൞ڇࠌشՂսڶംᠲΔᓮ੓ᇬᆖᔭ೸ࢨृءֆ׹ড়ࣚխ֨Ζط࣍ข঴壄墿ޣ壄Δᅝփ୲๵௑ڶࢬଥ

إழΔᓮ੓ᇬז෻೸ࢨ۟؀ሒጻీΰhttp://www.delta.com.tw/industrialautomation/αՀሉ່ᄅठءΖ

щБڦຍְี

ASDA-A2

ߓ٨੡ԫ೏ᇞ࣫ၲ࣋ীΰopen typeαऱۻࣚᦀ೯ᕴΔᖙ܂ழႊڜᇘ࣍ᔟඏڤऱ൳ࠫᒣփΖء

ᦀ೯ᕴܓش壄യऱڃ඄൳ࠫ֗࿨ٽ೏ຒሎጩ౨Ժऱᑇۯॾᇆ๠෻ᕴΰDigital Signal Processor, DSPαΔ

ࠐ൳ࠫ IGBT ขس壄ᒔհሽੌᙁנΔشࠐᦀ೯Կઌة጖ڤٵޡٌੌۻ್ࣚሒΰPMSMαΔאሒࠩ壄ᄷऱ

ࡳۯΖ

ASDA-A2 ߓ٨ױࠌش࣍ՠᄐᚨش໱ٽՂΔ׊৬ᤜڜᇘ࣍ࠌش֫םխհ಻ᒵΰሽαᒣᛩቼΰᦀ೯ᕴΕᒵ

ޗ್֗ሒຟؘႊڜᇘ࣍ฤٽ UL50 Type 1 ࢨृਢ NEMA 250 Type 1 ऱڜᇘᛩቼ່܅૞ޣ๵௑αΖ

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¾ ႝྍᜢഈ 10 ϩដϣǴόளௗ᝻ႝྍᆄηǴූᎩႝᓸёૈ೷ԋ᝻ႝǶ

¾ όளܨ໒՛ܺଭၲǴց߾ёૈ཮೷ԋ᝻ႝ܈Γ঩ڙ໾Ƕ

¾ όளӧ໒௴ႝྍ௃ݩΠׯᡂଛጕǴց߾ёૈ೷ԋ᝻ႝ܈Γ঩ڙ໾Ƕ

¾ ѝԖӝ਱ޑႝᐒ஑཰Γ঩ωёаӼးǵଛጕϷঅ౛ߥᎦ՛ܺ០୏ᏔаϷ՛ܺଭၲǶ

Ьႝၡଛጕ

¾ ፎόाஒ୏Κጕکߞဦጕவӕ΋ᆅၰϣऀၸǴΨόाஒځ࿹Ќӧ΋ଆǶଛጕਔǴࡌ᝼

ஒ୏Κጕکߞဦጕ࣬႖ 30 ϦϩȐ11.8 मәȑа΢Ƕ

¾ ჹܭߞဦጕǵጓዸᏔȐPGȑϸ㎸ጕǴፎ٬Ҕӭި็ӝጕаϷӭ޻็ӝ᏾ᡏ႖ᚆጕǶ

मւȑǶ

¾ ջ٬ᜢഈႝྍǴ՛ܺ០୏Ꮤϣ೽ϝฅёૈ཮ᅉ੮ଯႝᓸǴፎኩਔȐ10 ϩដȑόा᝻ᄗ

ႝྍᆄηǶ٠ፎዴᇡ“CHARGE” ࡰҢᐩᅝྐаࡕǴӆ຾Չᔠࢗբ཰Ƕ

¾ ፎόाᓎᕷӦ໒ᜢႝྍǶӵ݀ሡाೱុ໒ᜢႝྍਔǴፎ௓ڋӧ΋ϩដ΋ԛаΠǶ

Ьႝၡᆄη০ଛጕ

¾ ӧଛጕਔǴፎஒᆄη০வ՛ܺ០୏Ꮤ΢ܨΠٰǶ

¾ ᆄη০ޑ΋ঁႝጕකΕαǴፎ໻කΕ΋ਥႝጕǶ

¾ ӧකΕႝጕਔǴፎόा٬޻ጕᆶᎃ߈ޑႝጕอၡǶ

¾ ӧ΢ႝϐ߻Ǵፎዴჴᔠࢗଛጕࢂց҅ዴǶ

᜗խ

-2

Ҩڇᜭજጡᄃ੺྿፟჌ЩჍ၆ᑕણ໰ܑ

ۻࣚᦀ೯ᕴ

200W ASD-A2-0221…

400W ASD-A2-0421-

…

750W ASD-A2-0721…

1000W ASD-A2-1021-

…

1500W ASD-A2-1521-

…

2000W ASD-A2-2023-

…

3000W ASD-A2-3023-

…

ኙᚨऱۻ್ࣚሒ

ECMA-C10602

…SΰS=14mmα

ECMA-C10604

…SΰS=14mmα

ECMA-C10804

…7ΰ7=14mmα

ECMA-E11305

…SΰS=22mmα

ECMA-G11303

…SΰS=22mmα

ECMA-C10807

…SΰS=19mmα

ECMA-G11306

…SΰS=22mmα

ECMA-C11010

…SΰS=22mmα

ECMA-E11310 …SΰS=22mmα

ECMA-G11309

…SΰS=22mmα

ECMA-E11315

…SΰS=22mmα

ECMA-C11020

…SΰS=22mmα

ECMA-E11320 …SΰS=22mmα

ECMA-E11820

…SΰS=35mmα

ECMA-E11830

…SΰS=35mmα

ECMA-F11830 …SΰS=35mmα

NOTE

1)

ᦀ೯ᕴীᇆ৵հ…੡ ASDA-A2 ᖲጟזᒘΔᓮ೶ᅃኔᎾ᝜၇ข঴հীᇆᇷಛΖ

2)

ۻ್ࣚሒীᇆխհ…੡ᅉ߫ࢨ᝶ᑒЯई৞דᑌΖ

ቢՄ۞Ᏼፄ

ءᦀ೯ᕴٺጤ՗ፖॾᇆ಻ᒵऱ৬ᤜᒵޗΔڕՀ।ࢬقΚ

ᦀ೯ᕴፖኙᚨ್ሒীᇆ

L

1C

, L

2C

ሽᄭ಻ᒵЁᒵஉ mm²ΰAWGα

R, S, T U, V, W P , C

ASD-A2-0221-

… ECMA-C10602…S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ASD-A2-0421…

ECMA-C10604

…S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-C10804

…7 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-E11305

…S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ASD-A2-0721…

ECMA-G11303 …S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-C10807 …S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-G11306 …S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-C11010 …S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ASD-A2-1021…

ECMA-E11310

…S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ECMA-G11309

…S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ASD-A2-1521-

… ECMA-E11315…S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ECMA-C11020

…S 1.3ΰAWG16α 2.1ΰAWG14α 2.1ΰAWG14α 2.1ΰAWG14α

ASD-A2-2023-

…

ECMA-E11320

…S 1.3ΰAWG16α 2.1ΰAWG14α 2.1ΰAWG14α 2.1ΰAWG14α

ECMA-E11820

…S 1.3ΰAWG16α 2.1ΰAWG14α 3.3ΰAWG12α 2.1ΰAWG14α

ECMA-E11830

…S 1.3ΰAWG16α 2.1ΰAWG14α 3.3ΰAWG12α 2.1ΰAWG14α

ASD-A2-3023…

ECMA-F11830 …S 1.3ΰAWG16α 2.1ΰAWG14α 3.3ΰAWG12α 2.1ΰAWG14α

NOTE

1)

ᦀ೯ᕴীᇆ৵հ…੡ ASDA-A2 ᖲጟזᒘΔᓮ೶ᅃኔᎾ᝜၇ข঴հীᇆᇷಛΖ

2) ۻ್ࣚሒীᇆխհ…੡ᅉ߫ࢨ᝶ᑒЯई৞דᑌΖ

᜗խ

-3

ᦀ೯ᕴীᇆ

ASD-A2-0221-

…

ASD-A2-0421-

…

ASD-A2-0721-

…

ASD-A2-1021…

ASD-A2-1521…

ASD-A2-2023…

ASD-A2-3023…

ज़ᒵ֡՚

ᒳᒘᕴ಻ᒵ — ᒵஉmm²ΰAWGα

ज़ᒵයᑇ

0.13

ΰAWG26α

10

යΰ4 ኙα

ᒵጟ๵ᒤ

UL2464

0.13

ΰAWG26α 10 යΰ4 ኙα

0.13

ΰAWG26α 10 යΰ4 ኙα

0.13

ΰAWG26α 10 යΰ4 ኙα

0.13

ΰAWG26α 10 යΰ4 ኙα

0.13

ΰAWG26α 10 යΰ4 ኙα

0.13

ΰAWG26α

10

යΰ4 ኙα

UL2464

UL2464

UL2464

UL2464

UL2464

UL2464

3 ֆ֡ΰ9.84 ૎ܢα

3

3

3

3

3

3

ᑑᄷᒵ९ ֆ֡ΰ9.84 ૎ܢα ֆ֡ΰ9.84 ૎ܢα ֆ֡ΰ9.84 ૎ܢα ֆ֡ΰ9.84 ૎ܢα ֆ֡ΰ9.84 ૎ܢα ֆ֡ΰ9.84 ૎ܢα

NOTE

1)

ᦀ೯ᕴীᇆ৵հ…੡ ASDA-A2 ᖲጟזᒘΔᓮ೶ᅃኔᎾ᝜၇ข঴հীᇆᇷಛΖ

2)

ᒳᒘᕴ಻ᒵᓮࠌشᠨ࿧ሶᠦᒵΰshielded twisted-pair cableαΔא྇܅ᠧಛऱեឫΖ

3)

ሶᠦጻؘႊᒔኔፖ SHIELD ጤ ઌຑ൷Ζ

щ྅ᒖဩ୧І

ءข঴ڇڜᇘհছؘႊᆜ࣍ࠡץᇘᒣփΔૉᑉழլࠌشΔ੡Աࠌᇠข঴౨ജฤٽءֆ׹ऱঅࡐᒤ໮ֲ֗

৵ऱፂᥨΔᚏژழ೭ؘࣹრՀ٨ࠃႈΚ

„ ؘႊᆜ࣍ྤቺৃΕ೓ᛟհۯᆜΖ

„ ᚏژۯᆜऱᛩቼᄵ৫ؘႊڇ-20°C to +65°Cΰ-4°F to 149°Fα ᒤ໮փΖ

„ ᚏژۯᆜऱઌኙᄳ৫ؘႊڇ 0%ࠩ 90%ᒤ໮փΔ׊ྤ࿨᥻Ζ

„ ᝩ܍ᚏژ࣍ܶڶፍ፱ࢤ௛Ε෈᧯հᛩቼխΖ

„ ່ړᔞᅝץᇘژ࣋ڇਮ՗ࢨ؀૿Ζ

„ ءข঴ᔞٽऱڜᇘᛩቼץਔڶΚྤ࿇೏ᑷᇘᆜհ໱ࢬΤྤֽዠΕ፣௛Εۊቺ֗ईࢤۊቺհ໱ࢬΤ

ྤፍ፱Ε࣐ᗏࢤհ௛Ε෈᧯հ໱ࢬΤྤዦ௬ࢤऱቺୗ֗८᥆პศհ໱ࢬΤഒࡐྤ஡೯Εྤሽ጖

ᠧಛեឫհ໱ࢬΖ

щ྅͞Шᄃ۩ม

ࣹრࠃႈΚ

„ ڜᇘֱٻؘႊࠉ๵ࡳΔܡঞᄎທګਚᎽ଺ڂΖ

„ ੡Աࠌܐথ༛ᛩய࣠ߜړΔڜᇘٌੌۻࣚᦀ೯ᕴழΔࠡՂՀؐ׳ፖઌᔣऱढ঴ࡉᖒࣨΰᛥαؘ

ႊঅ਍ߩജऱ़ၴΔܡঞᄎທګਚᎽ଺ڂΖ

„ ٌੌۻࣚᦀ೯ᕴڇڜᇘழࠡܮඈ௛֞լױ৞۰ΔՈլױႜଙ࣋ᆜΔܡঞᄎທګਚᎽ଺ڂΖ

᜗խ

-4

ڜᇘقრቹΚ

੡Աࠌཋᑷଅ஛౨ജڶֺለ܅ऱଅॴאڶயඈנᑷၦΔᓮࠌشृᙅښԫ؀ፖڍ؀ٌੌۻࣚᦀ೯ᕴऱڜᇘ

ၴሶ၏ᠦ৬ᤜଖΰڕՀቹࢬقαΖ

NOTE

ڜᇘቹᚾհၴሶ၏ᠦፖ֮ڗုᇞॺ࿛ֺࠏ֡՚Δᓮא֮ڗုᇞ੡ᄷΖ

᜗խ

-5

NOTE

ڜᇘቹᚾհၴሶ၏ᠦፖ֮ڗုᇞॺ࿛ֺࠏ֡՚Δᓮא֮ڗုᇞ੡ᄷΖ

᜗խ

-6

ૄώᑭീ

ᛀྒྷႈؾ ᛀྒྷփ୲

ԫ౳ᛀྒྷ

„ ࡳཚᛀ਷ۻࣚᦀ೯ᕴڜᇘຝٝΕ್ሒၗ֨ፖᖲඳຑ൷๠ऱᝅ࿭Εጤ՗؀ፖᖲ

ඳຝٝऱᝅ࿭ਢܡڶᠾ೯Ζ

„ ൳ࠫᒣऱၴᎼࢨຏଅ஛๻ᆜΔᚨᝩ܍ईΕֽࢨ८᥆ృ࿛ฆढॿԵΔ׊ᚨ߻ַ

ሽᨵऱ֊চృᆵԵۻࣚᦀ೯ᕴփΖ

„ ൳ࠫᒣ๻ᆜ࣍ڶ୭௛᧯ࢨڍృቺऱ໱ࢬΔᚨ߻ַڶ୭௛᧯ፖృቺऱॿԵΖ

„ ፹܂ᒳᒘᕴᒵޗࢨࠡהᒵޗழΔؘႊ᠃შࣹრ൷ᒵႉݧΔܡঞױ౨࿇س๻ໂ

ᑊᓢΕᗈᄤ࿛णउΖ

„ ੡߻ַᤛሽΔۻࣚᦀ೯ᕴऱ൷چঅᥨጤ՗ؘႊᒔኔຑ൷൳ࠫᒣऱ൷چঅᥨጤ

՗ΖڕᏁ಻ᒵழΔᓮڇሽᄭ֊ឰ 10 ։ᤪ৵ၞ۩Δࢨऴ൷א࣋ሽᇘᆜၞ۩࣋ሽΖ

„ ಻ᒵጤ՗ऱ൷ᥛຝۯᓮኔਜ࿪ᒴ๠෻Ζ

„ ಻ᒵᚨإᒔΔᝩ܍ທګჾᡏࢨ࿇سฆൄ೯܂Ζ

ᖙ܂ছᛀྒྷ ΰآࠎᚨ൳ࠫሽᄭα

„ ᛀ਷ᝅ࿭ࢨ८᥆ׂ࿛ᖄሽࢤढ᧯Εױᗏࢤढ᧯ਢܡژڇۻࣚᦀ೯ᕴփΖ

„ ጹ৺ೖַၲᣂਢܡᆜ࣍ OFF णኪΖ

„ ੡ᝩ܍ሽ጖ࠫ೯ᕴ؈யΔᓮᛀ਷مܛೖַሎ᠏֗֊ឰሽᄭऱಱሁਢܡإൄΖ

„ ۻࣚᦀ೯ᕴॵ२ࠌشऱሽ՗Ꮪᕴ࠹ࠩሽ጖եឫழΔᓮࠌشᏚᕴ૾܅ሽ጖եឫΖ

„ ᓮᒔࡳۻࣚᦀ೯ᕴऱ؆ףሽᚘᄷۯਢܡإᒔΖ

„ ᒳᒘᕴሽᨱᚨᝩ܍ࢭ࠹መՕᚨԺΖᅝ್ሒڇሎ᠏ழΔࣹრ൷ᥛሽᨱਢܡፖᖲ

ٙ൷ᤛۖขسᗣ౛Δࢨ࿇سࢮވ෼ွΖ

„ ۻ್ࣚሒૉڶ஡೯෼ွΔࢨሎ᠏ᜢଃመՕΔᓮፖᐗ೸ᜤ࿮Ζ

ሎ᠏ছᛀྒྷ

„ ᒔᎁٺႈ೶ᑇ๻ࡳਢܡإᒔΔࠉᖲඳ௽ࢤऱլٵױ౨ᄎڶྤऄቃཚऱ೯܂Ζ

֎ല೶ᑇ܂መ৫ᄕጤհᓳᖞΖ ΰբࠎᚨ൳ࠫሽᄭα

„ ૹᄅ๻ࡳ೶ᑇழΔᓮᒔࡳᦀ೯ᕴਢܡڇۻࣚೖַΰSERVO OFFαऱणኪՀ

ၞ۩Δܡঞᄎګ੡ਚᎽ࿇سऱ଺ڂΖ

„ ᤉሽᕴ೯܂ழΔૉྤ൷ᤛऱᜢଃࢨࠡהฆൄᜢଃขسΔᓮፖᐗ೸ᜤ࿮Ζ

„ ሽᄭਐقᗉፖ LED ᧩قڶฆൄ෼ွΔᓮፖᐗ೸ᜤ࿮Ζ

᜗խ

-7

੨ቢ

໢ઌሽᄭ൷ᒵऄΰ1.5kWΰܶαאՀᔞشα

᜗խ

-8

Կઌሽᄭ൷ᒵऄΰ٤ߓ٨ઃᔞشα

᜗խ

-9

Ҩڇր௚ૄώ͞๴ဦ

400W

Ğӣğͽ˭፟჌Ğ൑̰ޙаϠ࿪ܡğ

᜗խ

-10

750W

Ğӣğͽ˯፟჌Ğ̰ޙ໶֘࿪ܡ׶ࢲैğ

᜗խ

-11

ᜭજጡ͎̇ᄃࢦณ

A B C D E

ૹၦ

200W ~ 400W 173 ΰ6.81α 170ΰ6.69α 45ΰ1.77α 27.5ΰ1.08α 163ΰ6.42α 1.5ΰ3.3α

750W ~ 1.5kW 173 ΰ6.81α 180ΰ7.09α 65ΰ2.56α

47 ΰ1.83α 163ΰ6.42α 2.0ΰ4.4α

2kW ~ 3kW

216 ΰ8.50α 203ΰ7.99α 82ΰ3.23α

62 ΰ2.44α 203ΰ7.99α 2.89ΰ6.36α

NOTE

1) ֡՚໢ۯ੡ֆᵏΰ૎ٹαΖ

2) ૹၦ໢ۯ੡ֆְΰᒓαΖ

3)

ኔᎾ؆ᨠΔᓮ೶ᅃኔᎾ᝜၇հข঴Ζ

᜗խ

-12

ᑣ㿔

ᛳ䇶ᙼՓ⫼ᴀѻકˈℸӑᅝ㺙᠟ݞᦤկ ASDA-A2 ㋏߫Ԏ᳡偅ࡼ఼ঞ ECMA ㋏߫Ԏ᳡⬉ᴎⱘⳌֵ݇ᙃDŽ

೼Փ⫼Пࠡˈ䇋ᙼҨ㒚䆺䇏ᴀᅝ㺙᠟ݞҹ⹂ֱՓ⫼Ϟⱘℷ⹂DŽℸ໪ˈ䇋ཹ୘ᇚ݊ᬒ㕂೼ᯢᰒⱘഄ⚍ҹ֓

䱣ᯊᶹ䯙DŽϟ߫џ乍೼ᙼᇮ᳾䇏ᅠᴀᅝ㺙᠟ݞࠡˈ䇋ࡵᖙ䙉ᅜ˖

„ ᅝ㺙ⱘ⦃๗ᖙ乏≵᳝∈⇨ˈ㜤㱔ᗻ⇨ԧঞৃ➗ᗻ⇨ԧDŽ

„ ᥹㒓ᯊ⽕ℶᇚϝⳌ⬉⑤᥹㟇⬉ᴎ UǃVǃW ⱘ᥹༈ˈϔᮺ᥹䫭ᯊᇚᤳണԎ᳡偅ࡼ఼DŽ

„ ᥹ഄᎹ⿟ᖙ乏⹂ᅲᅲᮑΰ䇋খ㗗 NFPA 70: National Electrical Code, 2005 Ed.αDŽ

„ ೼䗮⬉ᯊˈ䇋࣓ᢚ㾷偅ࡼ఼ǃ⬉ᴎ៪᳈ᬍ䜡㒓DŽ

„ ೼䗮⬉䖤԰ࠡˈ䇋⹂ᅮ㋻ᗹذᴎ㺙㕂ᰃ৺ℷᐌ䖤԰DŽ

„ ೼䗮⬉䖤԰ᯊˈ䇋࣓᥹㾺偅ࡼ఼ᬷ⛁⠛ˈҹܡ⚿ӸDŽ

᳈໮ ASDA-A2 ㋏߫Ԏ᳡偅ࡼ఼ঞ ECMA ㋏߫Ԏ᳡⬉ᴎⱘⳌֵ݇ᙃ䆺䗄ѢՓ⫼᪡԰᠟ݞݙˈᙼৃ㟇ৄ

䖒㔥キ˄http://www.delta.com.tw/industrialautomation/˅ϟ䕑Փ⫼᪡԰᠟ݞ˄pdf ḷ˅DŽ

བᵰᙼ೼Փ⫼Ϟҡ᳝䯂乬ˈ䇋੼䆶㒣䫔ଚ៪㗙ᴀ݀ৌᅶ᳡ЁᖗDŽ⬅Ѣѻક㊒Ⲟ∖㊒ˈᔧݙᆍ㾘Ḑ᳝᠔ׂ

ℷᯊˈ䇋੼䆶ҷ⧚ଚ៪㟇ৄ䖒㔥キ˄http://www.delta.com.tw/industrialautomation/˅ϟ䕑᳔ᮄ⠜ᴀDŽ

ᅝܼ⊼ᛣџ乍

ASDA-A2

㋏߫Ўϔ催㾷ᵤᓔᬒൟ˄open type˅ⱘԎ᳡偅ࡼ఼ˈ᪡԰ᯊ乏ᅝ㺙Ѣ䙂㬑ᓣⱘ᥻ࠊㆅݙDŽᴀ

偅ࡼ఼߽⫼㊒ᆚⱘড作᥻ࠊঞ㒧ড়催䗳䖤ㅫ㛑࡯ⱘ᭄ᄫֵো໘⧚఼˄Digital Signal Processor, DSP˅ˈ ᴹ᥻ࠊ IGBT ѻ⫳㊒⹂ⱘ⬉⌕䕧ߎˈ⫼ᴹ偅ࡼϝⳌ∌⺕ᓣৠℹѸ⌕Ԏ᳡⬉ᴎ˄PMSM˅ˈҹ䖒ࠄ㊒ޚⱘ

ᅮԡDŽ

ASDA-A2 ㋏߫ৃՓ⫼ѢᎹϮᑨ⫼എড়ˈϨᓎ䆂ᅝ㺙ѢՓ⫼᠟ݞЁⱘ䜡㒓˄⬉˅ㆅ⦃๗˄偅ࡼ఼ǃ㒓ᴤ

ঞ⬉ᴎ䛑ᖙ乏ᅝ㺙Ѣヺড় UL50 Type 1 ៪㗙ᰃ NEMA 250 Type 1 ⱘᅝ㺙⦃๗᳔Ԣ㽕∖㾘Ḑ˅DŽ

᥹ᬊẔ偠ǃᅝ㺙ǃ䜡㒓ǃ᪡԰ǃ㓈ᡸঞẔᶹᯊˈᑨ䱣ᯊ⊼ᛣҹϟᅝܼ⊼ᛣџ乍DŽ

᥹ᬊẔ偠

¾ 䇋ձ✻ᣛᅮⱘᮍᓣᨁ䜡Փ⫼Ԏ᳡偅ࡼ఼ঞԎ᳡⬉ᴎˈ৺߭ৃ㛑Ӯᇐ㟈☿♒៪䆒໛ᬙ

䱰DŽ

ᅝ㺙⊼ᛣ

¾ ⽕ℶᇚᴀѻકᲈ䴆೼᳝∈⇨ǃ㜤㱔ᗻ⇨ԧǃৃ➗ᗻ⇨ԧㄝ⠽䋼ⱘഎ᠔ϟՓ⫼ˈ৺߭ৃ

㛑Ӯ䗴៤㾺⬉៪☿♒DŽ

䜡㒓⊼ᛣ

¾ 䇋ᇚ᥹ഄֱᡸッᄤ䖲᥹ࠄ class-3˄100ȍ ҹϟ˅᥹ഄ㋏㒳ˈ᥹ഄϡ㡃ৃ㛑Ӯ䗴៤㾺⬉

៪☿♒DŽ

¾ 䇋࣓䖲᥹ϝⳌ⬉⑤㟇 UǃVǃW ⬉ᴎ䕧ߎッᄤˈ৺߭ৃ㛑Ӯ䗴៤ҎਬফӸ៪☿♒DŽ

¾ 䇋䫕㋻⬉⑤ঞ⬉ᴎ䕧ߎッᄤⱘ೎ᅮ㶎ϱˈ৺߭ৃ㛑䗴៤☿♒DŽ

ᖎ̚

-1

᪡԰⊼ᛣ

¾ ᔧᴎẄ䆒໛ᓔྟ䖤䕀ࠡˈ乏䜡ড়݊Փ⫼㗙খ᭄䇗ᭈ䆒ᅮؐDŽ㢹᳾䇗ᭈࠄⳌヺⱘℷ⹂䆒

ᅮؐˈৃ㛑Ӯᇐ㟈ᴎẄ䆒໛䖤䕀༅এ᥻ࠊ៪থ⫳ᬙ䱰DŽ

¾ ᴎ఼ᓔྟ䖤䕀ࠡˈ䇋⹂䅸ᰃ৺ৃҹ䱣ᯊਃࡼ㋻ᗹذᴎ㺙㕂DŽ

¾ ᔧ⬉ᴎ䖤䕀ᯊˈ⽕ℶ᥹㾺ӏԩᮟ䕀Ёⱘ⬉ᴎ䳊ӊˈ৺߭ৃ㛑Ӯ䗴៤ҎਬফӸDŽ

¾ Ўњ䙓ܡᛣ໪џᬙˈ䇋ܜߚᓔᴎẄ䆒໛ⱘ䖲䕈఼ঞⲂᏺㄝˈՓ݊໘Ѣऩ⣀ⱘ⢊ᗕˈݡ

䖯㸠㄀ϔ⃵䆩䖤䕀DŽ

¾ ೼Ԏ᳡⬉ᴎ੠ᴎẄ䆒໛䖲᥹䖤䕀ৢˈབᵰথ⫳᪡԰䫭䇃ˈ߭ϡҙӮ䗴៤ᴎẄ䆒໛ⱘᤳ

ണˈ᳝ᯊ䖬ৃ㛑ᇐ㟈Ҏ䑿ӸᆇDŽ

¾ ᔎ⚜ᓎ䆂˖䇋ܜ೼᮴䋳䕑ᚙމϟˈ⌟䆩Ԏ᳡⬉ᴎᰃ৺ℷᐌ䖤԰ˈПৢݡᇚ䋳䕑᥹Ϟˈ ҹ䙓ܡϡᖙ㽕ⱘॅ䰽DŽ

¾ ೼䖤䕀Ёˈ䇋ϡ㽕㾺ᩌԎ᳡偅ࡼ఼ⱘᬷ⛁⠛ˈ৺߭ৃ㛑Ӯ⬅Ѣ催⏽㗠থ⫳⚿ӸDŽ

ֱݏঞẔᶹ

¾ ⽕ℶ᥹㾺Ԏ᳡偅ࡼ఼ঞԎ᳡⬉ᴎݙ䚼ˈ৺߭ৃ㛑Ӯ䗴៤㾺⬉DŽ

¾ ⬉⑤ਃࡼᯊˈ⽕ℶᢚϟ偅ࡼ఼䴶ᵓˈ৺߭ৃ㛑Ӯ䗴៤㾺⬉DŽ

¾ ⬉⑤݇䯁 10 ߚ䩳ݙˈϡᕫ᥹㾺⬉⑤ッᄤˈ⅟ԭ⬉य़ৃ㛑䗴៤㾺⬉DŽ

¾ ϡᕫᢚᓔԎ᳡⬉ᴎˈ৺߭ৃ㛑Ӯ䗴៤㾺⬉៪ҎਬফӸDŽ

¾ ϡᕫ೼ᓔਃ⬉⑤ᚙމϟᬍব䜡㒓ˈ৺߭ৃ㛑䗴៤㾺⬉៪ҎਬফӸDŽ

¾ া᳝ড়Ḑⱘ⬉ᴎϧϮҎਬᠡৃҹᅝ㺙ǃ䜡㒓ঞׂ⧚ֱݏԎ᳡偅ࡼ఼ҹঞԎ᳡⬉ᴎDŽ

Џ⬉䏃䜡㒓

¾ 䇋ϡ㽕ᇚࡼ࡯㒓੠ֵো㒓Ңৠϔㅵ䘧ݙこ䖛ˈгϡ㽕ᇚ݊㒥ᠢ೼ϔ䍋DŽ䜡㒓ᯊˈᓎ䆂

ᇚࡼ࡯㒓੠ֵো㒓Ⳍ䱨 30 ६㉇˄11.8 㣅য়˅ҹϞDŽ

¾ ᇍѢֵো㒓ǃ㓪ⷕ఼˄PG˅ড作㒓ˈ䇋Փ⫼໮㙵㒲ড়㒓ҹঞ໮㢃㒲ড়ᭈԧሣ㬑㒓DŽ

ᇍѢ䜡㒓䭓ᑺˈֵো䕧ܹ㒓᳔䭓Ў 3 ㉇˄9.84 㣅ਢ˅ˈPG ড作㒓᳔䭓Ў 20 ㉇˄65.62

㣅ਢ˅DŽ

¾ ेՓ݇䯁⬉⑤ˈԎ᳡偅ࡼ఼ݙ䚼ҡ✊ৃ㛑Ӯ⒲⬭催⬉य़ˈ䇋᱖ᯊ˄10 ߚ䩳˅ϡ㽕㾺ᩌ

⬉⑤ッᄤDŽᑊ䇋⹂䅸“CHARGE” ᣛ⼎♃❘♁ҹৢˈݡ䖯㸠Ẕᶹ԰ϮDŽ

¾ 䇋ϡ㽕乥㐕ഄᓔ݇⬉⑤DŽབᵰ䳔㽕䖲㓁ᓔ݇⬉⑤ᯊˈ䇋᥻ࠊ೼ϔߚ䩳ϔ⃵ҹϟDŽ

Џ⬉䏃ッᄤᑻ䜡㒓

¾ ೼䜡㒓ᯊˈ䇋ᇚッᄤᑻҢԎ᳡偅ࡼ఼ϞᢚϟᴹDŽ

¾ ッᄤᑻⱘϔϾ⬉㒓ᦦܹষˈ䇋ҙᦦܹϔḍ⬉㒓DŽ

¾ ೼ᦦܹ⬉㒓ᯊˈ䇋ϡ㽕Փ㢃㒓Ϣ䚏䖥ⱘ⬉㒓ⷁ䏃DŽ

¾ ೼Ϟ⬉Пࠡˈ䇋⹂ᅲẔᶹ䜡㒓ᰃ৺ℷ⹂DŽ

ᖎ̚

-2

Ԏ᳡偅ࡼ఼Ϣ⬉ᴎᴎ⾡ৡ⿄ᇍᑨখ✻㸼

Ԏ᳡偅ࡼ఼

200W ASD-A2-0221…

400W ASD-A2-0421-

…

750W ASD-A2-0721…

1000W ASD-A2-1021-

…

1500W ASD-A2-1521-

…

2000W ASD-A2-2023-

…

3000W ASD-A2-3023-

…

ᇍᑨⱘԎ᳡⬉ᴎ

ECMA-C10602

…SΰS=14mmα

ECMA-C10604

…SΰS=14mmα

ECMA-C10804

…7ΰ7=14mmα

ECMA-E11305

…SΰS=22mmα

ECMA-G11303

…SΰS=22mmα

ECMA-C10807

…SΰS=19mmα

ECMA-G11306

…SΰS=22mmα

ECMA-C11010

…SΰS=22mmα

ECMA-E11310 …SΰS=22mmα

ECMA-G11309

…SΰS=22mmα

ECMA-E11315

…SΰS=22mmα

ECMA-C11020

…SΰS=22mmα

ECMA-E11320 …SΰS=22mmα

ECMA-E11820

…SΰS=35mmα

ECMA-E11830

…SΰS=35mmα

ECMA-F11830 …SΰS=35mmα

NOTE

1

α 偅ࡼ఼ൟোৢ䴶ⱘ…Ў ASDA-A2 ᴎ⾡ҷⷕˈ䇋খ✻ᅲ䰙䌁фѻકⱘൟোֵᙃDŽ

2

α Ԏ᳡࿪፟ൟোЁⱘ…Ў✲䔺៪䬂ῑˋ⊍ᇕḋᓣDŽ

㒓ᴤⱘ䗝ᢽ

ᴀ偅ࡼ఼৘ッᄤϢֵো䜡㒓ⱘᓎ䆂㒓ᴤˈབϟ㸼᠔⼎˖

偅ࡼ఼Ϣᇍᑨ⬉ᴎൟো

L

1C

, L

2C

⬉⑤䜡㒓ˉ㒓ᕘ mm²˄AWG˅

R, S, T U, V, W P , C

ASD-A2-0221-

… ECMA-C10602…S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ASD-A2-0421-

…

ECMA-C10604

…S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-C10804

…7 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-E11305

…S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ASD-A2-0721…

ECMA-G11303 …S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-C10807 …S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-G11306 …S 1.3ΰAWG16α 2.1ΰAWG14α 0.82ΰAWG18α 2.1ΰAWG14α

ECMA-C11010 …S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ASD-A2-1021-

…

ECMA-E11310 …S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ECMA-G11309

…S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ASD-A2-1521-

… ECMA-E11315…S 1.3ΰAWG16α 2.1ΰAWG14α 1.3ΰAWG16α 2.1ΰAWG14α

ECMA-C11020

…S 1.3ΰAWG16α 2.1ΰAWG14α 2.1ΰAWG14α 2.1ΰAWG14α

ASD-A2-2023…

ECMA-E11320

…S 1.3ΰAWG16α 2.1ΰAWG14α 2.1ΰAWG14α 2.1ΰAWG14α

ECMA-E11820

…S 1.3ΰAWG16α 2.1ΰAWG14α 3.3ΰAWG12α 2.1ΰAWG14α

ASD-A2-3023…

ECMA-E11830

…S 1.3ΰAWG16α 2.1ΰAWG14α 3.3ΰAWG12α 2.1ΰAWG14α

ECMA-F11830

…S 1.3ΰAWG16α 2.1ΰAWG14α 3.3ΰAWG12α 2.1ΰAWG14α

NOTE

1 α 偅ࡼ఼ൟোৢ䴶ⱘ…Ў ASDA-A2 ᴎ⾡ҷⷕˈ䇋খ✻ᅲ䰙䌁фѻકⱘൟোֵᙃDŽ

2

α Ԏ᳡࿪፟ൟোЁⱘ…Ў✲䔺៪䬂ῑˋ⊍ᇕḋᓣDŽ

ᖎ̚

-3

偅ࡼ఼ൟো

ASD-A2-0221-

…

ASD-A2-0421…

ASD-A2-0721…

ASD-A2-1021…

ASD-A2-1521…

ASD-A2-2023-

…

ASD-A2-3023-

…

0.13

㢃㒓ሎᇌ

˄AWG26˅

㓪ⷕ఼䜡㒓 — 㒓ᕘmm²˄AWG˅

㢃㒓ᴵ᭄ 㒓⾡㾘㣗

10 ᴵ˄4 ᇍ˅ UL2464

ᷛޚ㒓䭓

3

݀ሎ˄9.84 㣅֡˅

0.13

˄AWG26˅ 10 ᴵ˄4 ᇍ˅ UL2464 3

݀ሎ˄9.84 㣅֡˅

0.13

˄AWG26˅ 10 ᴵ˄4 ᇍ˅ UL2464 3

݀ሎ˄9.84 㣅֡˅

0.13

˄AWG26˅ 10 ᴵ˄4 ᇍ˅ UL2464 3

݀ሎ˄9.84 㣅֡˅

0.13

˄AWG26˅ 10 ᴵ˄4 ᇍ˅ UL2464 3

݀ሎ˄9.84 㣅֡˅

0.13

˄AWG26˅

10 ᴵ˄4 ᇍ˅

0.13

˄AWG26˅

10 ᴵ˄4 ᇍ˅

UL2464

UL2464

3

3

݀ሎ˄9.84 㣅֡˅

݀ሎ˄9.84 㣅֡˅

NOTE

1

α 偅ࡼ఼ൟোৢ䴶ⱘ…Ў ASDA-A2 ᴎ⾡ҷⷕˈ䇋খ✻ᅲ䰙䌁фѻકⱘൟোֵᙃDŽ

2 α 㓪ⷕ఼䜡㒓䇋Փ⫼ሣ㬑ঠ㒲⬉㓚˄shielded twisted-pair cable˅ˈҹ䰡ԢాໄⱘᑆᡄDŽ

3 α ሣ㬑㔥ᖙ乏⹂ᅲϢ SHIELD ッ Ⳍ䖲᥹DŽ

ᅝ㺙⦃๗ᴵӊ

ᴀѻક೼ᅝ㺙Пࠡᖙ乏㕂Ѣ݊ࣙ㺙ㆅݙˈ㢹᱖ᯊϡՓ⫼ˈЎњՓ䆹ѻક㛑໳ヺড়ᴀ݀ৌⱘֱ೎㣗ೈঞ᮹

ৢⱘ㓈ᡸˈټᄬᯊࡵᖙ⊼ᛣϟ߫џ乍˖

„ ᖙ乏㕂Ѣ᮴ᇬ൶ǃᑆ➹ⱘԡ㕂DŽ

„ ټᄬԡ㕂ⱘ⦃๗⏽ᑺᖙ乏೼-20°C to +65°C˄-4°F to 149°F˅㣗ೈݙDŽ

„ ټᄬԡ㕂ⱘⳌᇍ⑓ᑺᖙ乏೼ 0%ࠄ 90%㣗ೈݙˈϨ᮴㒧䴆DŽ

„ 䙓ܡټᄬѢ৿᳝㜤㱔ᗻ⇨ǃ⎆ԧⱘ⦃๗ЁDŽ

„ ᳔ད䗖ᔧࣙ㺙ᄬᬒ೼ᶊᄤ៪ৄ䴶DŽ

„ ᴀѻક䗖ড়ⱘᅝ㺙⦃๗ࣙᣀ᳝˖᮴থ催⛁㺙㕂ⱘഎ᠔Χ᮴∈Ⓢǃ㪌⇨ǃ♄ᇬঞ⊍ᗻ♄ᇬⱘഎ᠔

Χ᮴㜤㱔ǃᯧ➗ᗻⱘ⇨ǃ⎆ԧⱘഎ᠔Χ᮴ⓖ⍂ᗻⱘᇬ඗ঞ䞥ሲᖂ㉦ⱘഎ᠔Χമ೎᮴ᤃࡼǃ᮴⬉

⺕ాໄᑆᡄⱘഎ᠔DŽ

ᅝ㺙ᮍ৥Ϣぎ䯈

⊼ᛣџ乍˖

„ ᅝ㺙ᮍ৥ᖙ乏ձ㾘ᅮˈ৺߭Ӯ䗴៤ᬙ䱰ॳ಴DŽ

„ ЎњՓދैᕾ⦃ᬜᵰ㡃དˈᅝ㺙Ѹ⌕Ԏ᳡偅ࡼ఼ᯊˈ݊ϞϟᎺেϢⳌ䚏ⱘ⠽ક੠ᣵᵓ˄๭˅ᖙ乏

ֱᣕ䎇໳ⱘぎ䯈ˈ৺߭Ӯ䗴៤ᬙ䱰ॳ಴DŽ

„ Ѹ⌕Ԏ᳡偅ࡼ఼೼ᅝ㺙ᯊ݊਌ᥦ⇨ᄨϡৃᇕԣˈгϡৃؒצᬒ㕂ˈ৺߭Ӯ䗴៤ᬙ䱰ॳ಴DŽ

ᖎ̚

-4

ᅝ㺙⼎ᛣ೒˖

ЎњՓᬷ⛁亢᠛㛑໳᳝↨䕗Ԣⱘ亢䰏ҹ᳝ᬜᥦߎ⛁䞣ˈ䇋Փ⫼㗙䙉ᅜϔৄϢ໮ৄѸ⌕Ԏ᳡偅ࡼ఼ⱘᅝ㺙

䯈䱨䎱⾏ᓎ䆂ؐ˄བϟ೒᠔⼎˅DŽ

NOTE

ᅝ㺙೒ḷП䯈䱨䎱⾏Ϣ᭛ᄫ⊼㾷䴲ㄝ↨՟ሎᇌˈ䇋ҹ᭛ᄫ⊼㾷ЎޚDŽ!

ᖎ̚

-5

NOTE

ᅝ㺙೒ḷП䯈䱨䎱⾏Ϣ᭛ᄫ⊼㾷䴲ㄝ↨՟ሎᇌˈ䇋ҹ᭛ᄫ⊼㾷ЎޚDŽ!

ᖎ̚

-6

෎ᴀẔ⌟

Ẕ⌟乍Ⳃ

ϔ㠀Ẕ⌟

Ẕ⌟ݙᆍ

„ ᅮᳳẔᶹԎ᳡偅ࡼ఼ᅝ㺙䚼ߚǃ⬉ᴎ䕈ᖗϢᴎẄ䖲᥹໘ⱘ㶎ϱǃッᄤϢᴎẄ䚼

ߚⱘ㶎ϱᰃ৺᳝ᵒࡼDŽ

„ ᥻ࠊㆅⱘ䯈䱭៪䗮亢᠛䆒㕂ˈᑨ䙓ܡ⊍ǃ∈៪䞥ሲ㉝ㄝᓖ⠽։ܹˈϨᑨ䰆ℶ⬉

䪏ⱘߛࠞ㉝㨑ܹԎ᳡偅ࡼ఼ݙDŽ

„ ᥻ࠊㆅ䆒㕂Ѣ᳝ᆇ⇨ԧ៪໮㉝ᇬⱘഎ᠔ˈᑨ䰆ℶ᳝ᆇ⇨ԧϢ㉝ᇬⱘ։ܹDŽ

„ ࠊ԰㓪ⷕ఼㒓ᴤ៪݊Ҫ㒓ᴤᯊˈᖙ乏䇼ᜢ⊼ᛣ᥹㒓乎ᑣˈ৺߭ৃ㛑থ⫳䆒໛ᲈ

ކǃ⚻↕ㄝ⢊މDŽ

„ Ў䰆ℶ㾺⬉ˈԎ᳡偅ࡼ఼ⱘ᥹ഄֱᡸッᄤᖙ乏⹂ᅲ䖲᥹᥻ࠊㆅⱘ᥹ഄֱᡸッᄤDŽ

བ䳔䜡㒓ᯊˈ䇋೼⬉⑤ߛᮁ 10 ߚ䩳ৢ䖯㸠ˈ៪Ⳉ᥹ҹᬒ⬉㺙㕂䖯㸠ᬒ⬉DŽ

„ 䜡㒓ッᄤⱘ᥹㓁䚼ԡ䇋ᅲᮑ㒱㓬໘⧚DŽ

᪡԰ࠡẔ⌟

˄᳾կᑨ᥻ࠊ⬉⑤˅

„ 䜡㒓ᑨℷ⹂ˈ䙓ܡ䗴៤ᤳണ៪থ⫳ᓖᐌࡼ԰DŽ

„ Ẕᶹ㶎ϱ៪䞥ሲ⠛ㄝᇐ⬉ᗻ⠽ԧǃৃ➗ᗻ⠽ԧᰃ৺ᄬ೼Ԏ᳡偅ࡼ఼ݙDŽ

„ ㋻ᗹذℶᓔ݇ᰃ৺㕂Ѣ OFF ⢊ᗕDŽ

„ Ў䙓ܡ⬉⺕ࠊࡼ఼༅ᬜˈ䇋Ẕᶹゟेذℶ䖤䕀ঞߛᮁ⬉⑤ⱘಲ䏃ᰃ৺ℷᐌDŽ

„ Ԏ᳡偅ࡼ఼䰘䖥Փ⫼ⱘ⬉ᄤҾ఼ফࠄ⬉⺕ᑆᡄᯊˈ䇋Փ⫼Ҿ఼䰡Ԣ⬉⺕ᑆᡄDŽ

„ 䇋⹂ᅮԎ᳡偅ࡼ఼ⱘ໪ࡴ⬉य़ޚԡᰃ৺ℷ⹂DŽ

„ 㓪ⷕ఼⬉㓚ᑨ䙓ܡᡓফ䖛໻ᑨ࡯DŽᔧ⬉ᴎ೼䖤䕀ᯊˈ⊼ᛣ᥹㓁⬉㓚ᰃ৺Ϣᴎӊ

᥹㾺㗠ѻ⫳⺼㗫ˈ៪থ⫳ᢝᡃ⦄䈵DŽ

„ Ԏ᳡⬉ᴎ㢹᳝ᤃࡼ⦄䈵ˈ៪䖤䕀ໄ䷇䖛໻ˈ䇋Ϣॖଚ㘨㒰DŽ

䖤䕀ࠡẔ⌟

„ ⹂䅸৘乍খ᭄䆒ᅮᰃ৺ℷ⹂ˈձᴎẄ⡍ᗻⱘϡৠৃ㛑Ӯ᳝᮴⊩乘ᳳⱘࡼ԰DŽ࣓

ᇚখ᭄԰䖛ᑺᵕッⱘ䇗ᭈDŽ

˄Ꮖկᑨ᥻ࠊ⬉⑤˅

„ 䞡ᮄ䆒ᅮখ᭄ᯊˈ䇋⹂ᅮ偅ࡼ఼ᰃ৺೼Ԏ᳡ذℶ˄SERVO OFF˅ⱘ⢊ᗕϟ䖯

㸠ˈ৺߭Ӯ៤Ўᬙ䱰থ⫳ⱘॳ಴DŽ

„ 㒻⬉఼ࡼ԰ᯊˈ㢹᮴᥹㾺ⱘໄ䷇៪݊Ҫᓖᐌໄ䷇ѻ⫳ˈ䇋Ϣॖଚ㘨㒰DŽ

„ ⬉⑤ᣛ⼎♃Ϣ LED ᰒ⼎᳝ᓖᐌ⦄䈵ˈ䇋Ϣॖଚ㘨㒰DŽ

ᖎ̚

-7

䜡㒓

ऩⳌ⬉⑤᥹㒓⊩˄1kW˄৿˅ҹϟ䗖⫼˅

ᖎ̚

-8

ϝⳌ⬉⑤᥹㒓⊩˄ܼ㋏߫ⱚ䗖⫼˅

ᖎ̚

-9

Ԏ᳡㋏㒳෎ᴀᮍഫ೒

400W

˄৿˅ҹϟᴎ⾡˄᮴ݙᓎಲ⫳⬉䰏˅

ᖎ̚

-10

750W

˄৿˅ҹϞᴎ⾡˄ݙᓎࠢ䔺⬉䰏੠亢᠛˅

ᖎ̚

-11

偅ࡼ఼ሎᇌϢ䞡䞣

A B C D E 䞡䞣

200W ~ 400W 173 ΰ6.81α 170ΰ6.69α 45ΰ1.77α 27.5ΰ1.08α 163ΰ6.42α 1.5ΰ3.3α

750W ~ 1.5kW 173 ΰ6.81α 180ΰ7.09α 65ΰ2.56α

47 ΰ1.83α 163ΰ6.42α 2.0ΰ4.4α

2kW ~ 3kW

216 ΰ8.50α 203ΰ7.99α 82ΰ3.23α

62 ΰ2.44α 203ΰ7.99α 2.89ΰ6.36α

NOTE

1 ˅ ሎᇌऩԡЎ↿㉇˄㣅ᇌ˅DŽ

2

˅ 䞡䞣ऩԡЎ݀᭸˄⺙˅DŽ

3

˅ ᅲ䰙໪㾖ˈ䇋খ✻ᅲ䰙䌁фⱘѻકDŽ

ᖎ̚

-12