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PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box
  • PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box
  • PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box
  • PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box
  • PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box
PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box

PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box

Herkunftsort Deutschland
Markenname MGV Kuka
Zertifizierung CE RoHS
Modellnummer PH803-2830
Produktdetails
Marke:
MGV
Modell:
PH803-2830
Ausgabe:
27,3 VDC, 30 A
Eingang:
3 × 320–460 VAC, 3 A, 47–63 Hz
Produkttyp:
Niederspannungsnetzteil
Produktkategorie:
Gleichspannungsmodul
Anwendung:
KUKA Roboter-Stromversorgung
Alternative Nr:
15.8044.700
Garantie:
ein Jahr
Zahlungs- und Versandbedingungen
Min Bestellmenge
1
Preis
USD 800-900 / piece
Verpackung Informationen
Originalverpackung
Lieferzeit
2 Tage
Zahlungsbedingungen
L/C, D/A, D/P, T/T, Western Union
Versorgungsmaterial-Fähigkeit
100 Stück pro Tag
Produktbeschreibung
PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box
KUKA 00-110-699 | MGV PH803-2830 Low-Voltage DC Power Supply
3-Phase 320-460VAC Input, 27.3VDC / 30A Output, For KRC2 and KRCed05 Robot Controllers, 1.8kg
Overview
The KUKA 00-110-699 is the MGV PH803-2830 low-voltage DC power supply — the unit inside every KUKA KRC2 robot controller responsible for powering all of the controller's internal electronics from the three-phase AC mains supply.
In the KRC2's power architecture, the high-voltage drive section draws its power from a separate high-voltage bus, while the controller's logic boards, safety circuits, teach pendant interface, I/O modules, and control electronics all run from a regulated 27.3V DC rail provided by the MGV PH803-2830.
The KRC2 controller was KUKA's flagship robot controller from the late 1990s through the mid-2000s, equipping hundreds of thousands of industrial robots still operating in automotive factories, welding lines, assembly cells, and machine-tending applications worldwide.
Electrolytic capacitors in power supplies are among the first components to degrade with time and heat cycling. A failed or failing MGV PH803-2830 is one of the most common causes of KRC2 controller downtime, typically manifesting as gradual voltage sag under load, timing violations, and intermittent faults before eventual boot failure.
Key Specifications
Parameter Value
Input 3-phase 320-460VAC, 3.0A max
Input Frequency 47-63Hz
Output 27.3VDC, 30A max
Output Power ~820W
Compatible Controllers KUKA KRC2, KRCed05
Weight 1.8 kg
Dimensions 254*152*127mm
Origin Germany
KRC2 Power Architecture
The KRC2 cabinet contains two distinct power domains:
  • High-voltage domain: DC link bus at several hundred volts DC, feeding servo amplifiers for robot axes
  • Low-voltage domain: 27.3V DC from the MGV PH803-2830, powering all control electronics including main computer, safety circuits, teach pendant interface, and I/O modules
When the MGV supply output sags or fails, every low-voltage circuit is affected simultaneously, which explains why a failing power supply can generate multiple apparently unrelated fault messages.
KRCed05 Compatibility
The KRCed05 is KUKA's educational variant of the KRC2, sharing the same fundamental hardware and software architecture. The MGV PH803-2830 (KUKA 00-110-699) is a direct replacement in both controller variants, serving both production floor maintenance engineers and educational institution technical staff.
Frequently Asked Questions
How do I confirm whether the MGV PH803-2830 has failed in my KRC2 controller?
Measure the output voltage at the supply's DC output terminals under load with the KRC2 controller energized. The specified output is 27.3V DC — if measured voltage is significantly below 27.3V (typically below 26V) or fluctuates under load, the supply is degraded. Also measure output voltage ripple with an oscilloscope, as excessive AC ripple indicates failing filter capacitors.
Can any 27V / 30A DC power supply replace the MGV PH803-2830?
The physical mounting, connector type, and output voltage trim of the PH803-2830 are matched to the KRC2 cabinet's internal layout. Using a generic supply would require fabricating mounting brackets, adapting connectors, and verifying the exact 27.3V output. For production environments, using the direct replacement is strongly preferred over improvised substitution.
Is this supply a switch-mode (SMPS) or transformer-based linear supply?
The MGV PH803-2830 is a switch-mode power supply (SMPS). Its 1.8kg weight and compact dimensions for an 820W output confirm the switched-mode topology. SMPS designs provide high efficiency (85-92%), low heat generation, and stable output voltage across the wide 320-460VAC input range that accommodates global three-phase supplies.
What is the expected service life of the MGV PH803-2830?
In typical KRC2 installations with normal thermal management, the MGV PH803-2830 can operate reliably for 10-15 years before electrolytic capacitor aging causes output degradation. Controllers in hot environments, dusty conditions, or with frequent power cycling experience accelerated aging. Controllers from the late 1990s and early 2000s are now beyond expected service life.
Does replacing the MGV PH803-2830 require any reconfiguration?
No. The MGV PH803-2830 is a hardware power supply with no software-configurable parameters. After physical replacement, the KRC2 controller is powered on normally. No KRC2 software reconfiguration, parameter reload, or teaching backup is required solely due to the power supply replacement.
PH803-2830 MGV-KUKA ID 00-110-699 Power Supply New In Box 0

Schlagworte:

Modul Fanuc IO,

Plc-Input/Output Modul,

Wechselstrom-Eingabeeinheit

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