A1000 Drive Yaskawa - Yaskawa Vietnam - STC Vietnam
Nhà cung cấp: STC VietNam
Mr. Văn TúA1000 Drive
3/4 - 1000 Horsepower - A Single Drive For All Your Needs With Outstanding Performance
The A1000 is a full featured drive, providing outstanding quality, performance, flexibility, and environmental friendliness through 1000HP. Enjoy network communications, feedback, and expandable I/O to control anything from simple fans and pumps to complex machines. For new installations or retrofits, the A1000 provides a single robust solution, regardless of your application.
- Watch A1000 Introduction Video (Duration 3:38)
The A1000 Configured package provides an A1000 drive in a NEMA 1 (UL Type 1) or NEMA 12 (UL Type 12) enclosure, with space for factory-mounted and wired options, such as reactors, filters, circuit breakers, fuses, network communications and I/O cards, etc.
Information and services are available to support this product, as shown below. Product is shipped with Quick Start Guide TOEPC71061641.
| Available Support | ||
| Product Support | Factory Repair | Available |
| Parts | Available | |
|
Exchange (repairable product for refurbished product) |
Available | |
| Replacement Drive | Available | |
| Local Service | Find Authorized Service Center | |
| Yaskawa Field Service | Available | |
| Warranty | View Policy | |
| Model Numbers |
Yaskawa: CIMR-AU5A*FAA (* = XXXX) |
View Models and Ratings |
| Support Materials |
Quick Start Guide TOEPC71061641 Technical Manual SIEPC71061641 |
View Option and Other Manuals |
|
NEMA 1 Configured Model Number
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Normal Duty
|
Heavy Duty
|
|
|
240V
|
Temporarily not available,
see NEMA 12. |
Temporarily not available,
see NEMA 12. |
|
240V
|
||
|
240V
|
||
|
240V
|
||
|
240V
|
||
|
240V
|
A1C1A192
|
A1C4A192
|
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A1C1A248
|
A1C4A248
|
|
|
240V
|
A1C1A312
|
-
|
|
A1C1A360
|
A1C4A360
|
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240V NEMA 12 ND & HD Configured Models
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NEMA 12 Configured Model Number
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|
Normal Duty
|
Heavy Duty
|
|
|
240V
|
A1C2A004
|
A1C5A004
|
|
240V
|
A1C2A006
|
A1C5A006
|
|
A1C2A009
|
A1C5A009
|
|
|
A1C2A015
|
A1C5A015
|
|
|
240V
|
A1C2A022
|
A1C5A022
|
|
A1C2A028
|
A1C5A028
|
|
|
A1C2A042
|
A1C5A042
|
|
|
240V
|
A1C2A054
|
A1C5A054
|
|
A1C2A068
|
A1C5A068
|
|
|
A1C2A080
|
A1C5A080
|
|
|
240V
|
A1C2A104
|
A1C5A104
|
|
A1C2A130
|
A1C5A130
|
|
|
A1C2A154
|
A1C5A154
|
|
|
240V
|
A1C2A192
|
A1C5A192
|
|
A1C2A248
|
A1C5A248
|
|
|
240V
|
A1C2A312
|
A1C5A312
|
|
A1C2A360
|
A1C5A360
|
|
480V NEMA 1 ND & HD Configured Models
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NEMA 1 Configured Model Number
|
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|
Normal Duty
|
Heavy Duty
|
|
|
480V
|
Temporarily not available,
see NEMA 12. |
Temporarily not available,
see NEMA 12. |
|
480V
|
||
|
480V
|
||
|
480V
|
||
|
480V
|
||
|
480V
|
||
|
480V
|
A1C1B180
|
A1C4B180
|
|
A1C1B240
|
A1C4B240
|
|
|
A1C1B302
|
A1C4B302
|
|
|
480V
|
A1C1B361
|
A1C4B361
|
|
A1C1B414
|
A1C4B414
|
|
|
480V
|
A1C1B477
|
A1C4B477
|
|
-
|
A1C4B515
|
|
|
A1C1B590
|
A1C4B590
|
|
|
480V
|
A1C1B810
|
A1C4B810
|
|
A1C1B930
|
A1C4B930
|
|
|
480V
|
A1C1BK09
|
A1C4BK09
|
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A1C1BK10
|
A1C4BK10
|
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480V NEMA 12 ND & HD Configured Models
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NEMA 12 Configured Model Number
|
||
|
Normal Duty
|
Heavy Duty
|
|
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480V
|
A1C2B002
|
A1C5B002
|
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A1C2B003
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A1C5B003
|
|
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480V
|
A1C2B004
|
A1C5B004
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|
A1C2B007
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A1C5B007
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|
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A1C2B011
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A1C5B011
|
|
|
480V
|
A1C2B014
|
A1C5B014
|
|
A1C2B021
|
A1C5B021
|
|
|
A1C2B027
|
A1C5B027
|
|
|
480V
|
A1C2B034
|
A1C5B034
|
|
A1C2B040
|
A1C5B040
|
|
|
A1C2B052
|
A1C5B052
|
|
|
480V
|
A1C2B065
|
A1C5B065
|
|
A1C2B077
|
A1C5B077
|
|
|
A1C2B096
|
A1C5B096
|
|
|
480V
|
A1C2B124
|
A1C5B124
|
|
A1C2B156
|
-
|
|
|
480V
|
A1C2B180
|
A1C5B180
|
|
A1C2B240
|
A1C5B240
|
|
|
A1C2B302
|
A1C5B302
|
|
|
480V
|
A1C2B361
|
A1C5B361
|
|
A1C2B414
|
A1C5B414
|
|
|
480V
|
A1C2B477
|
A1C5B477
|
|
-
|
A1C5B515
|
|
|
A1C2B590
|
A1C5B590
|
|
|
480V
|
A1C2B810
|
A1C5B810
|
|
A1C2B930
|
A1C5B930
|
|
|
480V
|
A1C2BK09
|
A1C5BK09
|
|
A1C2BK10
|
A1C5BK10
|
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600V NEMA 1 ND & HD Configured Models
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NEMA 1 Configured Model Number
|
NEMA 1 Configured Model Number
|
|
|
Normal Duty
|
Heavy Duty
|
|
|
600V
|
Temporarily not available,
see NEMA 12. |
Temporarily not available,
see NEMA 12. |
|
600V
|
||
|
600V
|
||
|
600V
|
||
|
600V
|
||
|
600V
|
A1C1C099
|
A1C4C099
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A1C1C125
|
A1C4C125
|
|
|
600V
|
A1C1C144
|
A1C4C144
|
|
A1C1C192
|
A1C4C192
|
|
|
A1C1C242
|
-
|
600V NEMA 12 ND & HD Configured Models
|
NEMA 12 Configured Model Number
|
NEMA 12 Configured Model Number
|
|
|
Normal Duty
|
Heavy Duty
|
|
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600V
|
A1C2C1P7
|
A1C5C1P7
|
|
A1C2C002
|
A1C5C002
|
|
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A1C2C003
|
A1C5C003
|
|
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600V
|
A1C2C006
|
A1C5C006
|
|
A1C2C009
|
A1C5C009
|
|
|
A1C2C011
|
A1C5C011
|
|
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600V
|
A1C2C017
|
A1C5C017
|
|
A1C2C022
|
A1C5C022
|
|
|
A1C2C027
|
A1C5C027
|
|
|
600V
|
A1C2C032
|
A1C5C032
|
|
A1C2C041
|
A1C5C041
|
|
|
A1C2C052
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A1C5C052
|
|
|
600V
|
A1C2C062
|
A1C5C062
|
|
A1C2C077
|
A1C5C077
|
|
|
600V
|
A1C2C099
|
A1C5C099
|
|
A1C2C125
|
A1C5C125
|
|
|
600V
|
A1C2C144
|
A1C5C144
|
|
A1C2C192
|
A1C5C192
|
|
|
A1C2C242
|
-
|
Configured Model Number Designation for A1000 Drive
Model Number Configuration:
Step 1. To construct the complete Configured model number, first find the Base Number for the required enclosure type, voltage, and current rating.
Step 2. Add the option code letter for each required option. Any Power option must be preceded by (P); any Control & Communication option by (T).
Step 3. Find the corresponding list price for the Base Number selected from the following pages. Add the list price of each selected option to this base price.
Example: The model number for a NEMA 1 Configured HD package (A1C4) with a 480V, 40A A1000 drive (B040), with standard AIC circuit breaker and a 3% bus reactor (P followed by EX), and PROFIBUS communications capability (T followed by H) would be A1C4B040PEXTH.
Configured Control and Power Options for A1000 Drive
| Option |
Option Code Letter
|
Description |
|
DeviceNet SI-N3 |
G
|
This option allows the drive to communicate on a DeviceNet network. |
|
Profibus SI-P3 |
H
|
This option allows the drive to communicate on a Profibus network. |
|
Modbus TCP/IP SI-EM3 |
Q
|
This option allows the drive to communicate on a Modbus TCP/IP network. |
|
Ethernet/IP SI-EN3 |
D
|
This option allows the drive to communicate with a network based on Ethernet (Modbus TCP). |
|
Analog Input AI-A3 |
A
|
This option provides 3 additional high-resolution analog inputs (13 Bit + Sign) to the drive. |
|
Digital Input DI-A3 |
F
|
This option provides 16 additional digital inputs (binary or BCD; 8, 12, or 16 bit) to the drive. |
|
Analog Output AO-A3 |
N
|
This option provides 2 additional isolated signal outputs (11 Bit + Sign) for remote monitoring of any two of the drive’s “U1” parameters |
|
Digital Output DO-A3 |
E
|
This option provides 8 additional digital outputs for use in monitoring the status of the drive. |
| Encoder Feedback PG-X3 |
X
|
This option provides speed feedback using a line driver pulse generator (PG). |
| Blower Motor Starter |
B
|
This option provides starter and fuses for control of a 3-phase AC blower motor for the driven AC motor. Blower motor is the same voltage as the drive input voltage, and has the following max FLA values: 3.0 FLA for for 240V, 1.5 FLA for 480V 3/4 through 400 HP, 3.0 FLA for 480V 450 and 500HP, and 1.2 FLA for 600V. |
|
120 VAC Input DI-101 |
V
|
This option converts external 120VAC control signals to the drive's 24VDC digital input terminals (S1 thru S8). |
| Hand/Off/Auto Switch |
Y
|
This option provides a door-mounted Hand/Off/Auto Selector Switch for determining start/stop and speed control. |
| Speed Pot |
Z
|
This option provides a door-mounted Speed Pot with knob to control motor speed. |
The standard configuration (with no options C, D, E, or J selected) provides an input power terminal block, and no branch circuit protection.
| Option |
Option Code Letter
|
Description |
| Circuit Breaker |
E
|
This option provides branch circuit protection by means of a circuit breaker with a flange-mounted operating handle and a minimum Interrupting Capacity of 25kA for 240V, 18kA for 480V, and 14kA for 600V packages. |
| Circuit Breaker |
C
|
This option provides branch circuit protection by means of a circuit breaker with a flange-mounted operating handle and an Interrupting Capacity of 65kA and except for 600V packages where the Interrupting Capacity is 50kA for 1 through 150HP, and 25kA for 200 and 250HP. |
| Disconnect |
D
|
This option provides a non-fused disconnect with a flange-mounted operating handle. This option provides no Branch Circuit Protection by itself. |
| Input Fuses |
F
|
This option provides either Class J or high-speed semi-conductor drive input fuses with a 100kA Interrupting Rating and provides drive branch circuit protection. |
| Line Reactor |
R
|
No form of input impedance is normally required for the A1000 Configured. A 3% line reactor is available if additional impedance is desired, usually to reduce the effects of line-side transients and input current THD. |
| DC Bus Reactor |
X
|
Large HP drives include 3% bus impedance. A 3% bus reactor is available for small HP drives (see table) if additional impedance is desired, usually to reduce the effects of line-side transients and input current THD. |
| Load Reactor |
H
|
No form of output impedance is normally required for the A1000 Configured. A 3% load reactor is available if additional output impedance is desired, usually for long lead-lengths or noise reduction. |
| Cap Filter |
N
|
The standard configuration does not include a filter. The cap filter is a delta-wye capacitive network, used to help attentuate electrical noise. |
| Dynamic Braking |
L
|
This option provides 10-15% duty cycle braking capability (DB resistors not included) to improve deceleration performance. This option does not include overtemperature protection. |
| Dynamic Braking with Overtemp Shutdown |
J
|
This option provides 10-15% duty cycle braking capability (DB resistors not included) to improve deceleration performance. A shunt trip circuit breaker and circuitry is also provided to disconnect the input power from the drive if the DB over-temperature switches activate. This option cannot be ordered with Power Options C, D, or E. |
Yaskawa Vietnam - STC Vietnam
