HV150 output stage
HV150 supplies 34 A continuously and 68 A intermittently, producing 15 kW at 460 V input.
Allen-BradleyUltra3000 High Voltage Servo Drives
Allen-Bradley 2098-DSD-HV150 / 2098-DSD-HV220 Ultra3000 460 V digital servo drives
Product Overview
Allen-Bradley 2098-DSD-HV150 / 2098-DSD-HV220 are Ultra3000 high-voltage non-indexing digital servo drives with 230–480 V AC three-phase main and auxiliary input. At 460 V input, HV150 supplies 15 kW and HV220 supplies 22 kW continuous motor output. The HV prefix defines the voltage family, while the final 150 or 220 code fixes the actual power stage.
For 2098-DSD-HV150 / 2098-DSD-HV220, the main supply feeds an 800 V-class shunt bus and the inverter delivers controlled motor power, while feedback and control I/O remain on dedicated low-level interfaces. Auxiliary AC power supports the control section and is electrically distinct from the energy path that produces motor torque. Grounding and cable segregation are therefore part of the installed electrical boundary.
Power and regenerative limits separate 2098-DSD-HV150 / 2098-DSD-HV220 even though both carry the HV prefix. HV150 is rated 34 A continuous and 68 A intermittent with a 25 Ω internal shunt; HV220 increases those values to 47 A and 94 A and uses a 20 Ω shunt with higher continuous and peak power. That distinction affects the external shunt and enclosure design.
Technical Specifications
| Technical Item | 2098-DSD-HV150 / 2098-DSD-HV220 |
|---|---|
| Brand | Allen-Bradley |
| Product Type | High-voltage non-indexing digital servo drive |
| Brand Country | United States |
| Product Family | Ultra3000 HV |
| AC Input Voltage | 230–480 V rms, three-phase |
| AC Input Frequency | 47–63 Hz |
| Continuous Power at 460 V | 2098-DSD-HV150: 15 kW; 2098-DSD-HV220: 22 kW |
| Main Input Current at 460 V | 20 A rms / 28 A rms |
| Continuous Output Current | 34 A 0-peak / 47 A 0-peak |
| Intermittent Output Current | 68 A 0-peak / 94 A 0-peak |
| Bus Capacitance | 940 µF / 1880 µF |
| Internal Shunt Resistance | 25 Ω / 20 Ω |
| Shunt Switching | On at 800 V DC; off at 750 V DC |
| Bus Overvoltage | 810 V DC |
| Internal Shunt Power | HV150: 200 W/25.6 kW; HV220: 400 W/32 kW continuous/peak |
| Energy Absorption at 460 V | 109 J / 219 J |
| Contactor-Cycle Limit | Three cycles per minute |
| Commissioning Software Family | Ultraware |
Performance Characteristics
2098-DSD-HV150 / 2098-DSD-HV220 use the same high-voltage architecture, but HV220 expands the current, energy-storage, and regenerative envelope.
HV220 output stage
HV220 supplies 47 A continuously and 94 A intermittently, producing 22 kW at 460 V input.
Stored and returned energy
The bus capacitance increases from 940 µF to 1880 µF, and the 460 V energy-absorption value increases from 109 J to 219 J.
Installation Highlights
High-voltage installation map
The installation boundary for 2098-DSD-HV150 / 2098-DSD-HV220 includes three-phase supply protection, controlled power cycling, shunt selection, grounding, and separation of high-voltage and signal wiring.
Controlled power cycling
The HV drives are limited to three contactor cycles per minute because repeated inrush events can damage the current-limiting circuitry.
Model-specific shunt circuit
HV150 uses 25 Ω and HV220 uses 20 Ω; an external shunt must follow the approved resistance and power boundary for the exact drive.
Signal segregation
Motor feedback and control I/O should be routed away from main input, DC-bus, shunt, and motor-output conductors.
Frequently Asked Questions
For 2098-DSD-HV150 / 2098-DSD-HV220, why is the HV prefix not enough information for replacement?
On 2098-DSD-HV150 / 2098-DSD-HV220, HV identifies the 230–480 V three-phase family, but HV150 and HV220 have different output current, bus capacitance, shunt resistance, energy absorption, size, and power. The complete suffix must remain visible on the RFQ and software record.
Can HV150 and HV220 use the same shunt resistor in relation to 2098-DSD-HV150 / 2098-DSD-HV220?
Not automatically. HV150 is based on a 25 Ω internal shunt and HV220 on 20 Ω, with different continuous and peak capability. Any external shunt must be selected from the approved combination for the exact drive and load cycle. The stated boundary applies to 2098-DSD-HV150 / 2098-DSD-HV220.
With 2098-DSD-HV150 / 2098-DSD-HV220 under review, what causes concern when the main contactor is cycled repeatedly?
With 2098-DSD-HV150 / 2098-DSD-HV220 under review, the inrush-current limiting circuit is rated for no more than three contactor cycles per minute on this HV family. Faster repetitive cycling can overheat or damage that circuitry even if the drive does not immediately report a fault.
Why can control status be available without motor torque across the 2098-DSD-HV150 / 2098-DSD-HV220 model group?
The auxiliary/control section and the main power stage are separate. Control electronics can communicate or show status while the DC bus and inverter are not enabled to supply motor energy. This requirement covers 2098-DSD-HV150 / 2098-DSD-HV220.
For users of 2098-DSD-HV150 / 2098-DSD-HV220, what should be compared before moving a motor from HV150 to HV220?
For equipment identified as 2098-DSD-HV150 / 2098-DSD-HV220, check motor voltage, continuous and peak current, feedback type, cable, brake, configured motor data, and load profile. A larger drive does not remove the need for an approved motor-drive combination and correctly set current limits.
How should feedback and high-voltage cables be routed when the catalog group is 2098-DSD-HV150 / 2098-DSD-HV220?
Keep feedback and other low-level signals physically separated from main AC, DC bus, shunt, and motor-output conductors, using the specified shield termination and bonding arrangement. This reduces coupling into the servo feedback path. The models covered are 2098-DSD-HV150 / 2098-DSD-HV220.
Brand Supply Scope
Product coverage across automation disciplines
Moore Automation handles multi-brand requirements spanning programmable control, servo motion, distributed control, safety systems and condition-monitoring components.
PLC and controlAllen-Bradley, Siemens, GE and Schneider Electric.
Drives and motionAllen-Bradley, ABB and Siemens motion products.
Process and safetyEmerson, Honeywell, HIMA and Triconex.
Monitoring productsBently Nevada, EPRO and Vibro-Meter.
Recommended Products
HoneywellDC-A1-11
WAGO750-530
SICKUM30-215118
Siemens6GK5991-2AD00-8AA0
Schneider Electric140DDO15310
WAGO750-513
Phoenix ContactQUINT-PS/24DC/24DC/20/CO
Mitsubishi ElectricFX3GA-60MT-CM
LenzeEVS9322-ES
GEIS200EPCTG1AAA
WAGO750-343
GEIS200EXAMG1AAB
YaskawaCACR-IR02SFB
HoneywellDC-3000/1100
OmronC500-DA004
YaskawaSGDE-04AP
HoneywellCC-PCNT02
OmronC500-OD211
YaskawaSGDM-30DN
BeckhoffEL9185
HoneywellCC-TAID01
Schneider Electric140ACI04000C
OmronCJ1W-V600C11
Siemens6SL3202-0AE16-1CA0
WAGO750-P5-G5-S5-HI-A1-R
Rockwell Automation1771-OFE2
Mitsubishi ElectricFX0S-20MT-DSS
GEIC694CBL200A
ABBDI16/1
YaskawaSGD7S-2R8
WAGO753-400/001-000
ABBACS580-01-046A-4
Mitsubishi ElectricMR-J3-40A
ABBPM720
Mitsubishi ElectricQD75D1
ABBDO16/3
Mitsubishi ElectricFX3U-4AD
ABBAF09-30-10-13
Mitsubishi ElectricA2ACPUR21-S1
ABBAO6004
Mitsubishi ElectricFR-A044-0.4K-EC
ABB1SAP535100R0001
Mitsubishi ElectricFX2N-2DA
ABBPM880-401E
Mitsubishi ElectricFX11422BA02
ABB3BSE042235R1
Mitsubishi ElectricFR-E520-0.2K
ABBPM783F/3BDH000364B0001
Mitsubishi ElectricMR-J4-200B4
ABBPM880-361E
Mitsubishi ElectricFX2N-16EYR-ES/UL
ABBAF1-B0-34-615-1G1-C
Mitsubishi ElectricFX2N-8EYR-ES/UL
ABBACS550-01-06A9-4
Mitsubishi ElectricAJ71C24
Schneider Electric140DDO36400
GEIC698CPE020-JR
OmronNX-OC4633
ABBCI506-PNIO
Siemens6es7158-0ad01-0xa0
Contact Us
Send the complete model, quantity and destination for a precise quotation.
ContactLeonia
Emailsales@mvme.cn
WhatsApp+86 180 3017 5807
No related record found