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Delta Electronics VFD550CP23-00 VFD-CP2000 Series Variable Frequency Drive

Delta Electronics VFD550CP23-00 VFD-CP2000 Series Variable Frequency Drive

Stokta sadece 10 adet kaldı
  • Üretici: Delta Electronics

  • Ürün No.: VFD550CP23-00

  • Menşei ülke:Amerika Birleşik Devletleri

  • Ürün Türü: Variable Frequency Drives

  • Ödeme: T/T, Western Union

  • Ağırlık: 37600g

  • Boyutlar: 650 mm x 420 mm x 380 mm

  • Gönderim limanı: Xiamen

  • Garanti: 12 ay

Miktar
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Description

Providing precise speed and torque regulation for high-capacity induction motors, the Delta Electronics VFD550CP23-00 serves as a robust 3-phase motor control platform for heavy-duty industrial environments. Engineered for fan, pump, and HVAC applications, this 55 kW (75 HP) Variable Frequency Drive utilizes sensorless vector control (SVC) to deliver optimal torque performance under variable load conditions. The device features an integrated 10k-step PLC for decentralized logic control, a built-in MODBUS interface, and a dual-rating design that allows operators to easily transition between normal and heavy-duty operation profiles depending on application demands.

Features

  • Advanced Control Modes: Supports Sensorless Vector Control (SVC), V/f control, and FOC+PG for highly precise motor shaft regulation.
  • Embedded Logic: Built-in 10k-step Delta PLC capacity enables local sequence execution without requiring an external controller.
  • Energy-Saving Technology: Dynamic energy-saving algorithms automatically optimize output voltage based on load conditions to minimize operational costs.
  • Modular Hardware Architecture: Hot-swappable LCD keypad and expandable I/O and communication card slots simplify on-site system integration.
  • Integrated Protection: Multi-layer defense circuits protect against overcurrent, overvoltage, undervoltage, phase loss, overheating, and motor overload.

Applications

  • Centrifugal fan systems and heavy industrial air handling units (AHUs).
  • Municipal wastewater pumping networks and constant-pressure water supply systems.
  • Chiller units, cooling towers, and industrial refrigeration compressors.
  • Bulk conveyor lines and material handling machinery requiring high startup torque.

Technical Specifications

Parameter Value
Manufacturer Delta Electronics
Model / SKU VFD550CP23-00
Series VFD-CP2000
Rated Input Voltage 230V AC (3-Phase, 200V to 240V range)
Applicable Motor Capacity 55 kW / 75 HP
Rated Output Current 110 A
Rated Output Capacity 88 kVA
Output Frequency Range 0.1 to 600 Hz
Protection Rating IP00 / UL Open Type
Physical Weight 37.6 kg
Shipping Weight (Calculated) 40.0 kg
Package Dimensions (Calculated) 650 mm x 420 mm x 380 mm
Country of Origin Taiwan

Connections and Interfaces

Terminal Block / Pin Function / Circuit Assignment
R/L1, S/L2, T/L3 3-Phase AC Line Input Connections
U/T1, V/T2, W/T3 3-Phase Variable AC Output to Motor
+1, +2 DC Bus Reactor Connection (remove jumper before installation)
+2, - DC Bus Terminals for Brake Unit Connection
MI1 to MI8 Multi-Function Digital Inputs (Sink/Source selection)
RA, RB, RC Multi-Function Relay Output (N.O., N.C., Common)
SG+, SG- RS-485 Communication Terminals (RJ-45 alignment compatible)

Alternative Models & Compatibility

The VFD550CP23-00 is a core hardware module within Delta's active CP2000 family. It offers direct software configuration compatibility with legacy VFD-F and VFD-G series drives of equivalent electrical classifications. When swapping older components, confirm physical mounting footprint tolerances and coordinate control card macro configurations to prevent parameter mapping faults during commissioning.

Application Pitfalls & Engineering Notes

Because this unit is constructed as an IP00 / Open Type device, adequate internal panel ventilation is mandatory. Airflow velocity must be maintained at a minimum of 3.5 m/s across the rear cooling fins. High-inertia applications, such as direct-drive fans, can produce large regenerative voltages during braking; ensure the deceleration S-curve parameters (Pr.01-13) are adjusted or an external braking resistor is deployed to prevent persistent DC bus overvoltage (ov) faults.

Commissioning & Wiring Tips

For motor cable distances exceeding 50 meters, the capacitive line-to-ground charging current may trigger premature Ground Fault Protection (GFF) alarms. Under these installation conditions, we highly recommend installing a 3-phase AC line output reactor directly at terminals U, V, and W. Always run low-voltage control and feedback lines inside separate steel conduits separated from motor and mains input cabling by at least 20 cm.

Installation Guidelines

CRITICAL WARNING: Verify that all upstream high-voltage AC feeders are completely isolated and locked out before initiating terminal connections. Wait at least 10 minutes following source de-energization for internal DC bus capacitors to bleed down below 36V DC. Measure voltage across terminals +2 and - using an industry-standard voltmeter to verify a zero-energy state prior to handling bare conductors.
1

Mount the chassis vertically inside an electrical cabinet on a non-flammable backplate, ensuring 150 mm of vertical clearance is maintained above and below the drive frame.

2

Connect the primary system protective ground to the drive's dedicated PE terminal before running input and output phase lines.

3

Terminate AC line input supply cables directly to terminals R/L1, S/L2, and T/L3. Connect motor supply cables directly to U/T1, V/T2, and W/T3.

4

Ground control wire shields at the drive frame earth location only to suppress electrical noise and avoid damaging ground loop paths.

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What causes an 'ov' fault code on the VFD550CP23-00 during deceleration, and how is it resolved?

An 'ov' fault indicates DC bus overvoltage, typically caused by regenerative energy from high-inertia loads during deceleration. This is resolved by extending the deceleration time (parameter Pr.01-13), enabling overvoltage stall prevention (parameter Pr.06-01), or installing an appropriately rated external dynamic braking resistor.

Can the VFD550CP23-00 be operated on a single-phase 230V supply line?

No. The VFD550CP23-00 is designed exclusively for 3-phase 200V to 240V AC input. Attempting to run this high-capacity (55 kW) drive on single-phase power will cause severe phase loss faults and can permanently damage the input rectifier stage.

What is the recommended control wiring protocol to prevent electrical noise interference?

All analog and digital control lines must use shielded, twisted-pair cables. Ground the shield at the drive's PE terminal only, and run control wiring through separate steel conduits isolated from high-power AC input and motor output cabling.

Küresel Ekspres Kargo

  • Standart Teslimat: DHL, FedEx ve UPS ile 4-6 iş günü.
  • Hızlı Gönderim: Saat 14:00 (GMT+8) öncesi verilen stoktaki siparişler aynı gün gönderilir.
  • Dünya Çapında Hizmet: Suudi Arabistan ve BAE'ye hızlı teslimat dahil 150'den fazla ülkeye hizmet veriyoruz.

İadeler ve Garanti

  • 30 Günlük Garanti: Stokta bulunan ürünler, orijinal, fabrika mühürlü ambalajında iade kabul edilir.
  • 12 Aylık Garanti: Her endüstriyel bileşen profesyonel teknik garantimizle desteklenmektedir.

Siparişler Pazartesi-Cuma günleri işlenir ve teslim edilir (resmi tatiller hariç).


Tam uygunluk, stok yenileme ücretleri ve uluslararası iade detayları için lütfen resmi sayfamızı inceleyin İade ve Geri Ödeme Politikası .

TECHNICAL SPECIFICATIONS

Country of origin
Amerika Birleşik Devletleri

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