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HVE02.1-W018N Bosch Rexroth Indramat

MPN: R911271018

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The Bosch Rexroth Indramat HVE02.1-W018N is a power supply unit from the HVE Power Supply Units series with a rated power of 18 kW and weighs 13 kilograms. It supports an input voltage of 3 x 380–480 V, operates at a line frequency of 50–60 Hz, and uses internal air cooling with a built-in blower. The unit has a continuous bleeder power of 1 kW and a DC bus voltage range of 530–670 V.

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Product Description:

The HVE02.1-W018N is a power supply unit manufactured by Bosch Rexroth Indramat for the HVE Power Supply Units series. It converts three-phase mains power into a regulated DC bus that feeds connected drive controllers in industrial automation cabinets. This allows multiple linked axes to share a common supply during operation. By integrating an internal bleeder stage, the module absorbs regenerative energy from servo axes, and its built-in air blower removes the resulting heat without requiring external braking hardware.

The supply accepts a three-phase input of 3 x 380–480 V (±10%) at 50–60 Hz and delivers a DC bus between 530–670 V for linked inverters. It is rated for 18 kW, and when fed from 400 V lines it can furnish 13 kW of continuous DC output. Under nominal conditions the mains draw reaches 28 A, so a 35 A semiconductor fuse is required for protection. Control electronics consume 500 VA and are supplied by an internal 300 W source, which keeps the control section powered inside the same unit. Heat is dissipated by internal air circulation, which limits power loss to 250 W at full output and keeps idle losses to 125 W. Rated service is maintained from +5 °C to +45 °C, at elevations up to 1000 m above sea level, and at relative humidity up to 95% without condensation.

The bleeder resistor can dissipate 1 kW continuously and can tolerate peaks of 100 kW during rapid deceleration. The capacitor bank absorbs up to 70 kWs of regenerated energy before the DC voltage reaches its threshold. When ambient temperature approaches the derated ceiling of +55 °C, the output must be reduced to stay within thermal limits. The assembly weighs 13 kg, carries series designation 02, and may be stored or transported safely between –30 °C to +85 °C.

Additional Design Feature
None
Basic Losses
125 W
Continuous Bleeder Power
1 kW
Control Power Draw (max Load)
500 VA
Control Voltage Output
300 W
Cooling Method
Internal Air with Built-in Blower
Dc Bus Cont Power (400 Vac)
13 kW
Dc Bus Voltage
530–670 V (±10%)
Input Voltage
3 x 380–480 V (±10%)
Installation Elevation Limit
1000 m ASL
Line Frequency
50–60 Hz (±2%)
Loss Factor (w/kw)
7 W/kW
Mains Current (400 Vac)
28 A
Max Fuse Rating
35 A
Max Regenerated Energy
70 kWs
Max Relative Humidity
95 %
Maximum Regenerated Energy
70 kWs
Operating Temperature (derated Max)
+55 °C
Operating Temperature (rated)
+5 to +45 °C
Peak Bleeder Power
100 kW
Power Draw At Max Load
500 VA
Power Loss At Max Cont Output
250 W
Power Loss At Max Output
250 W
Product Type
HVE Power Supply Unit
Rated Power
18 kW
Series
02
Storage/transport Temperature
−30 to +85 °C
Weight
13 kg
  • HVE02.1W018N
  • HVE-02.1-W018N
  • HVE 02.1 W018N
  • HVE2.1-W018N
Fault/Error What It Means Corrective Action
Undervoltage on DC Bus DC link voltage is below operating range Check incoming AC supply, inspect rectifier module, and verify mains voltage
Overvoltage on DC Bus Excessive voltage detected across DC link Confirm proper braking resistor operation or load characteristics
Control Voltage Failure 24V control supply is missing or unstable Inspect control transformer or power supply unit and verify fuse integrity
No Ready Signal Output Module not transitioning to “Ready” state Ensure proper wiring of control logic and check internal diagnostics
Inverter Will Not Power On Drive inverter not receiving DC bus power Confirm HVE module output and cabling, and inspect fuse and relay status
LED Diagnostic Indicates Fault Front panel LEDs flashing or red Decode LED blink code and cross-check with Bosch documentation for root cause
Fan Not Operating Cooling fan inactive during operation Inspect fan for blockage, clean dust, or replace defective unit
Excessive Heat Overheating detected from enclosure or housing Improve cooling, check ambient temperature, and clean ventilation
Regenerative Feedback Error Energy returned to HVE not properly dissipated Check brake resistor sizing and wiring
Ground Fault Detected Leakage current or ground imbalance reported Inspect grounding connections and insulation resistance of connected components
Model Output Power Rated Current Voltage Supply Cooling Method DC Bus Support Application
HVE02.1-W018N ~11 kW 18 A 3×AC 380–480 V Internal Fan Yes Medium-load servo drive systems (IndraDrive)
HVE02.2-W018N ~11 kW 18 A 3×AC 380–480 V Internal Fan Yes Similar to HVE02.1 but newer generation
HVE02.1-W006N ~4 kW 6:00 AM 3×AC 380–480 V Internal Fan Yes Low-load systems requiring compact supply
HVE02.2-W040N ~25 kW 40 A 3×AC 380–480 V Forced Air Cooling Yes High-load multi-axis servo applications
HVE03.1-W065N ~40 kW 65 A 3×AC 380–480 V Enhanced Cooling Yes Heavy-duty factory automation setups
HVE02.1-W015N ~9 kW 15 A 3×AC 380–480 V Internal Fan Yes Slightly lower-rated unit with similar design
Code Meaning / Condition
16 Soft-start fault – DC-bus cannot charge (possible short-circuit, missing choke, or contactor issue).
18 Heatsink over-temperature – Unit shut down due to excessive internal temperature.
20 Bleeder overload – Regenerated power or rotary energy exceeds bleeder capacity.
69 +24 V / ±15 V / +5 V fault – Control-voltage rails outside tolerance or shorted.
80 Ground fault – Earth leak or short in supply unit, drive, motor, or cabling.
81 Power failure – One or more mains phases missing.
82 Phase fault – Phase loss or mains voltage too low on at least one phase.
83 Mains-voltage fault – Supply voltage above permissible window (HVE trips on high line voltage).
87 Control-voltage supply failure – 24 V auxiliary supply out of tolerance (HVE-specific).
94 EPROM fault / checksum error – Internal memory error; power-cycle, then replace if fault persists.

Frequently Asked Questions about HVE02.1-W018N:

Q: What is the rated power output of the Bosch Rexroth Indramat HVE02.1-W018N?

A: The rated output power of the HVE02.1-W018N power supply unit is 18 kW.

Q: What input voltage range is supported by the HVE02.1-W018N power supply?

A: The HVE02.1-W018N operates at an input voltage range of 3 x 380–480 V with a tolerance of ±10%.

Q: What cooling method is used by the HVE02.1-W018N power supply unit?

A: This unit features internal air cooling with a built-in blower for thermal management.

Q: What is the operating temperature range for the HVE02.1-W018N?

A: The maximum operating temperature at rated conditions is between +5 to +45 °C, with derating above +45 °C up to +55 °C.

Q: What is the DC bus continuous output power rating for the HVE02.1-W018N at 400 Vac?

A: The DC bus continuous output power for this model, at 400 Vac input, is 13 kW.


Internal Product Review

  • ‘‘The HVE02.1-W018N is a Bosch Rexroth Indramat HVE power supply unit rated for 18 kW with internal air cooling from a built-in blower. A 530–670 V DC bus and 3 x 380–480 V input range support stable integration across demanding drive systems. The 100 kW peak bleeder power is a standout specification for high-energy industrial applications.’’

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