In addition to drives and drive packages, OnDrive & Yaskawa offer the following solutions to address your application power requirements.
R1000 is an attractive solution for single drive applications that regenerate more than what's desired for dynamic braking, and is available in ratings from 3.5kW - 300kW.
Looking for a smart and efficient alternative to dynamic braking? Look no further, the R1000 Regenerative Braking Unit is your answer.
Our Dynamic Braking Resistors are UL and CSA approved, ensuring high safety and performance standards. Ideal for variable frequency drives (VFDs), they efficiently dissipate excess energy during motor deceleration. These resistors offer reliable braking, prevent equipment damage, and are perfect for demanding industrial applications requiring dependable motor control and protection.
Yaskawa offers the following solutions for dynamic braking, full regeneration, and common bus supplies.
Dynamic Braking Modules are an economical solution for braking applications that do not result in a large amount of annual energy cost.
The Single Phase Converter changes single phase AC power into DC power for Yaskawa's variable frequency drive families.
The Single Phase Converter solves many single phase motor control application problems from power quality to harmonics.
Drive Enclosure options vary based on the Drive selected, refer to Drive webpage for related enclosures available.
Enclosure Type |
Standard1 | Configured2 |
Engineered3 |
---|---|---|---|
Protected Chassis / IP20 For mounting inside of a NEMA 1 enclosure with heatsink either internal or external. External heatsink mounting of this type provides NEMA 1 backside integrity and requires a separately sold kit. |
X |
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Flange Type (NEMA 12 backside) For mounting inside of a NEMA 12 enclosure, with a cutout to allow for the drive's heatsink to be external. Provides NEMA 12 backside integrity. No separate kit required. |
X |
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NEMA Type 1 For mounting outside of an enclosure in a clean environment. Provides a degree of protection against incidental contact. |
X |
X |
X |
NEMA Type 12 Provides a degree of protection against dust, dirt, fibers, and dripping non-corrosive liquid. |
X |
X |
|
NEMA Type 3R Enclosure for outdoor use to provide a degree of protection against falling rain or sleet. The enclosure will not be damaged by the formation of ice. Some degree of protection against dust is provided. Heatsink debris shield is included. A 2or3 point latch is standard. Options include a space heater, surge suppressor, and removable mounting feet. |
X |
X |
|
1. Standard:
Unpackaged Drive 2. Configured: Pre-engineered Drive package, available with popular options. 3. Engineered: Custom Drive package |
This support tool is a Windows based PC program designed to make commissioning and troubleshooting of Yaskawa drives as simple as possible.
Start-up, adjust, and monitor Yaskawa's GA800 AC drives with your smartphone or tablet.
Use DriveWizard® Mobile to backup, store, and retrieve your drive settings locally or to your personal Yaskawa Drive CloudTM account.
This software tool provides the means to create custom logic and mathematic functionality inside the GA800, A1000, V1000 and U1000 drives.
This software provides realistic simulation of the programming and operation of a GA800, A1000, P1000, U1000, V1000 or J1000 drive.
Controlling your applications with our drives can save you energy and reduce your operating cost.
The Energy Savings Industrial software is available at no cost to enable users to accurately forecast the energy savings using VFDs0.
This software allows you to identify how to reduce your operating costs and meet the harmonics compliance requirements.
This array of option cards can extend the flexibility & adaptability of Yaskawa AC drives. These options may be factory installed or field installed.
Input/Output Options vary based on the Drive selected; refer to Drive webpage for related In/Outputs available.
Analog Inputs | Option Card # & Mounting Location |
---|---|
(13 Bit + Sign)...Provides the interface of a 16 bit digital input (binary or BCD) speed reference to the drive. Signal levels (individually selectable): 0 to +/- 10 VDC (20kOhm) or 4 to 20mA (500 ohm). Input resolution: Voltage (1/8192), Current (1/6654). |
AI-A3
CN5-A
|
Digital Inputs | Option Card # & Mounting Location |
---|---|
20VAC Logic Interface (8-input)...Mounts directly to the control terminal block on the drive and allows the use of 120 VAC control logic circuits to produce multi-function control input signals for the drive. Used for digital inputs S1 to S8. |
DI-101
Terminal Strip
|
(8, 12, or 16 Bit).
Provides interface of a 16 bit digital input (binary or BCD) speed reference to the drive.
Signa type is selectable by parameter setting for: Binary 16 bit, 4 digit BCD Binary 12 bit, 3 digit BCD Binary 8 bit, 2 digit BCD |
DI-A3
CN5-A
|
Analog Outputs | Option Card # & Mounting Location |
---|---|
(11 Bit + Sign)...Provides 2 signals for remote metering of any two of the drive's "U1" monitors. Additive to the two standard analog outputs. Signal level: 0 to +/- 10 VDC (20kOhm). |
AO-A3
CN5-A, B, or C
|
Digital Outputs | Option Card # & Mounting Location |
(8 Channels)...Provides 8 additional digital outputs for use in monitoring the status outputs of the drive. Signal levels: 2 channels of Form A, 250 VAC, 30 VDC, 1 A and 6 channels of PHC, 48 VDC, 50 mADC, Shared Common. |
DO-A3
CN5-A
|
This array of option cards can extend the flexibility & adaptability of Yaskawa AC drives. These options may be factory installed or field installed.
Input/Output Options vary based on the Drive selected; refer to Drive webpage for related In/Outputs available.
Power Options | More Information |
24VDC Control Power Unit... This option provides board-level component voltages for the A1000 drive when provided with 24VDC from an external, customer-supplied source. It is used to maintain both drive control power and network communications (when utilized). Option kit for customer mounting. | ![]() |
Reactor... Used on either the input or output of a drive to reduce the effect of line-side or load-side transients. These 3-phase reactors are available in a NEMA 1 enclosure for field installation, or factory installed in a Configured package. | |
DC Bus Reactor... Used in place of an input reactor to improve power factor. Helps attenuate distortion back to the line and to reduce DC bus ripple current. Available in a NEMA 1 enclosure for field installation, or factory installed in a Configured package. | |
EMC Filters... Used on the input of the drive to attenuate possible drive-generated noise. Filters should always be mounted as close to the drive a possible. These filters meet the requirements for CE. | |
Dynamic Braking 10% Duty... Assists the drive to periodically decelerate a load without over voltage trips. Dynamic braking consists of at least one transistor and at least one resistor, and is sized for rated motor horsepower. The braking transistor may be included in the standard drive. The resistors are sized for a 10% duty cycle (10 seconds maximum on-time of every 100 seconds), and will provide approximately 150% braking torque. Ten percent dynamic braking is not typically used for "hold-back" type applications such as unwinders, hoists, or downhill conveyors. |
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Dynamic Braking 3% Duty... Are rated for 3% duty cycle over a 100-second interval. Approximate braking torque for each rating is listed. These resistors are designed for separate panel mounting. | |
Line Regeneration Converters... Yaskawa
offers two line-regeneration products, that can provide braking torque in applications that have large
overhauling loads or make frequent stops such as elevators, centrifuges, test stands, and winders. Line
regeneration can result in significantly reduced operation costs in these types of machinery by
"re-cycling" the excess power back to the power grid. The D1000 is a high performance converter with a PWM sinusoidal waveform with very low harmonic distortion (approximately 5% THD) and is designed to meet IEEE-519 requirements. The D1000 is wired in series between the drive and the incoming line and therefore must have an equal or larger current rating than the drive. The DC5 handles both motoring and regenerative power from the drive. The R1000 unit is lower cost with a 6-step output waveform that does not provide IEEE-519 compliant power and can be sized based on the application, from continuous to intermittent. The R1000 is wired in parallel to the drive and only handles regeneration power. The drive handles motoring power through its own diode bridge. |
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