Yaskawa CIMR-P7U4160 Wechselrichter - Schütz,Leistungsschalter,Solarwechselrichter,Stromzähler,Solarbatterien

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Yaskawa CIMR-P7U4160 Wechselrichter - Schütz,Leistungsschalter,Solarwechselrichter,Stromzähler,Solarbatterien

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Yaskawa CIMR-P7U4160 Wechselrichter

https://www.bestcontactor.com/product/yaskawa-cimr-ab4a0018fba-inverter/

(Varispeed P7 Inverter Specialized for Fans & Pumps)

  1. Aufschlüsselung des Modellcodes

CIMR-P7U4160 (Full name on nameplate: CIMR-P7U41600 PDF)

CIMR: Universal prefix for Yaskawa inverters

P7: P7 series, energy-saving V/F inverter dedicated to fans and pumps

U: 400V three-phase high-voltage model (380~480V)

4160: Leistungsbewertungscode, corresponding to 250HP / 160kW class

  1. Core Electrical Rated Specifications

2.1 Main Circuit Power Ratings

ArtikelWert
Input Specification3-Phase AC 380~480V, 50/60Hz
Nenneingangsstrom334 A
Rated Output Capacity230 kVA
Nennausgangsstrom304 A (ND Normal Duty)
Matching Motor Power250PS / 160kW 3-phase induction motor
Max Output Voltage3-Phase 0 ~ input voltage (max. 480V)
Maximale Ausgangsfrequenz120 Hz
TrägerfrequenzAdjustable from 2kHz to 10kHz
Accel/Decel Time Range0.0~6000s, two independent accel/decel groups

2.2 Allowable Power Supply Fluctuation

Stromspannung: +10% / -15%

Frequenz: ±5 %

2.3 Kontrollieren Sie die Leistung

Speed Adjustment Range: 40:1 (V/F-Steuerung)

Genauigkeit der Geschwindigkeitsregelung: ±2%~±3%

Steuermodi: Standard V/F, Energy-saving Square V/F (for fans & Pumps), Multi-point V/F curve

  1. Mechanisch & Umweltspezifikationen
  2. Enclosure Rating: NEMA1 wall-mounted closed cabinet
  3. Overall Weight: Ca. 170kg
  4. Betriebsumgebungstemperatur: 0℃ ~ +40℃ (Über 40℃ ist eine Leistungsreduzierung erforderlich)
  5. Luftfeuchtigkeit: ≤80%RH, keine kondensation
  6. Höhe: No derating below 1000m; derate 1% per additional 100m above 1000m
  7. Kühlmethode: Built-in high-power cooling fan (individually replaceable)
  8. Bremsmodus: Built-in DC dynamic braking; external braking unit/resistor required for high-power regenerative energy
  9. Hardware Interface Configuration

4.1 Main Circuit Terminals (R/S/T Input; U/V/W Motor Terminals; +/Bremseinheit; PE Earth)

R, S, T: 3-phase 380~480V power input

U, V, W: Connection to 3-phase induction motor

+, -: External braking resistor / regenerative unit connection

PE: Schutzerde (common ground for cabinet and main circuit)

4.2 Standard Control Circuit Configuration

Digitale Eingänge: 8 Kanäle, switchable between NPN and PNP

Digital Relay Outputs: 2 normalerweise offene Kontakte (fault signal, run status signal)

Analoge Eingänge: 2 Kanäle (0~10V / 4~20mA frequency reference)

Analog Outputs: 2 Kanäle (monitor frequency, aktuell, Stromspannung)

Kommunikation: Standard Modbus-RTU; optional Profibus & DeviceNet communication cards

Digital Operator: 5-line 16-character LCD, supports parameter upload, download and copy

  1. Typische Anwendungsszenarien

The P7 series is designed specifically for square-torque loads. The high-power CIMR-P7U4160 model applies to:

  1. Large cooling water circulation pumps, municipal water supply booster pumps
  2. Factory centrifugal fans, Kesselsaugzugventilatoren, main dust removal fans
  3. Central air-conditioning chiller units, large cooling tower water pumps
  4. Bergbau & metallurgy dust exhaust fans, wastewater treatment aeration pumps

Vorteile: Built-in energy-saving square torque curve, sleep function, multi-pump rotation switching, constant pressure PID control

  1. Discontinued Replacement Solution (P7 series fully discontinued)

Direct Drop-in Upgrade: Yaskawa P1000 Series

Equivalent replacement model: CIMR-PU4A0415ABA

  1. Fully matched power rating: 304A output, compatible with 160kW motors
  2. Full function coverage: Retains all fan & pump dedicated functions of P7 (Mehrpumpensteuerung, PID, Schlafmodus)
  3. Highly compatible communication protocols, terminal logic and parameter sets, low renovation workload
  4. Merits: Higher energy efficiency, eingebauter EMV-Filter, enhanced fault diagnosis, abundant spare parts

Alternative General Heavy-Duty Option: A1000 Series

(Vector type, selected for heavy-duty or closed-loop control demands)

  1. Häufige Fehlercodes & Fehlerbehebungsmatrix (Universal for P7 Series)
FehlercodeFehlerbeschreibungGrundursacheRemedial Actions
OC/OC1/OC2/OC3Overcurrent during Accel / Decel / Constant SpeedMotorkurzschluss, cable earth fault, mechanical stall, overly short accel/decel timeTest motor insulation; extend accel/decel time; inspect mechanical jamming
GFOutput Ground FaultDamaged insulation on U/V/W cables, motor winding breakdown to earthDisconnect motor cables section by section and test insulation separately
UVDC Bus UndervoltageMains phase loss, excessive voltage drop, poor contact of contactorMeasure three-phase voltage of R/S/T; fasten main circuit terminals
OVDC Bus OvervoltageExcessively fast deceleration, no braking resistor, high mains voltageLengthen deceleration time; install external braking unit
OL1MotorüberlastungÜbermäßige Belastung, long-time low-speed operation, incorrect motor current parameterVerify rated motor current parameter E2-01; Belastung reduzieren
OL2Inverter OverloadSustained 150% Nennstrom für 1 MinuteBelastung reduzieren, upgrade inverter size, lower carrier frequency
SPIInput Phase LossBroken wire on one R/S/T phase, blown fuseInspect input circuit breaker, terminals and three-phase voltage balance
SPOVerlust der AusgangsphaseDisconnection of one U/V/W phase, burnt single-phase motor contactTighten motor terminals; test cable continuity
OH1/OH2Überhitzen (Heat Sink)Dust-clogged air duct, damaged cooling fan, ambient temperature over 40℃Clean air filter; replace cooling fan; improve ventilation
LFOutput Three-Phase ImbalanceDamaged motor winding, loose wiring terminalsMeasure three-phase output current; fasten all terminals
  1. Strict Wiring & Installation Prohibitions
  2. Main power cables and control signal wires must be routed in separate cable trays with a minimum spacing of 30cm; long parallel laying is forbidden.
  3. Shielded motor cables are recommended; shield shall be grounded only at the control cabinet end.
  4. Main circuit copper busbars of high-power models shall be tinned and tightened with specified torque to avoid overheating and arcing.
  5. For multi-pump linked systems, AC contactors shall not be installed on the inverter output side for frequent switching.
  6. For sites with heavy dust and moisture, clean air duct filters regularly to prevent overheat alarms.
  7. If long motor cables (>50M) sind erforderlich, an output du/dt filter must be installed to suppress peak voltage and protect motor insulation.
  8. Key Basic Commissioning Parameters (Standard for Fan & Pump Applications)
  9. E1-06 Base Frequency: Rated 50/60Hz as marked on motor nameplate
  10. E1-13 Square V/F (Fan Energy Saving): Stellen Sie auf ein 2 to enable square torque curve
  11. b5 PID Pressure Closed-Loop: Set target pressure and P/I/D gains
  12. b5-17 Sleep Function: Low-frequency energy-saving sleep, auto-stop during idle periods
  13. C1-01~C1-04 Accel & Decel Time: ≥15s recommended for pumps, ≥30s for fans to avoid overcurrent
  14. E2-01 Motor Rated Current: Enter value per motor nameplate, baseline for overload protection

Complete Model List of Yaskawa Varispeed P7 Series (CIMR-P7U□4□□□) 400V-Serie

Notizen

  1. Series Naming Rule: `CIMR-P7U4XXX0`. The full code printed on the nameplate ends with digit 0, which is omitted as the short model number for selection (z.B., CIMR-P7U4160).
  2. U = Dedicated 3-phase 380~480V model for fans and pumps; ND Normal Duty (square-torque loads for fans & Pumps).
  3. Power correspondence unit: kW / PS / Nennausgangsstrom (A).
  4. The entire series adopts V/F control, built-in square torque curve and PID multi-pump control. This series has been fully discontinued, with replacement models CIMR-PU4A□□□□ (P1000 series).
  5. Niedrig & Medium Power Range (7.5kW ~ 132kW)
Full Model No.Matching Motor PowerNennausgangsstrom (A)
CIMR-P7U400707.5kW / 10PS18
CIMR-P7U4011011kW / 15PS24
CIMR-P7U4015015kW / 20PS30
CIMR-P7U4018018.5kW / 25PS37
CIMR-P7U4022022kW / 30PS43
CIMR-P7U4030030kW / 40PS57
CIMR-P7U4037037kW / 50PS69
CIMR-P7U4045045kW / 60PS83
CIMR-P7U4055055kW / 75PS106
CIMR-P7U4075075kW / 100PS130
CIMR-P7U4090090kW / 125PS160
CIMR-P7U41100110kW / 150PS192
CIMR-P7U41320132kW / 175PS232
  1. High Power Range (160kW ~ 400kW, including CIMR-P7U4160 you inquired)
Full Model No.Matching Motor PowerNennausgangsstrom (A)
CIMR-P7U41600160kW / 250PS304
CIMR-P7U42000200kW / 300PS370
CIMR-P7U42200220kW / 330PS415
CIMR-P7U42500250kW / 375PS460
CIMR-P7U43150315kW / 450PS580
CIMR-P7U43750375kW / 500PS690
CIMR-P7U44000400kW / 540PS730

Supplementary Key Remarks

  1. 200V single/3-phase P7 models (P7E / P72 series) are excluded from the above table. This list only covers mainstream industrial 400V 3-phase fan & pump models P7U.
  2. Model Abbreviation Rule: The trailing digit 0 is often omitted in engineering drawings and procurement documents. Zum Beispiel, CIMR-P7U41600 is abbreviated as CIMR-P7U4160.
  3. Cabinet Classification: Models ≤132kW adopt standard wall-mounted cabinets; models ≥160kW (4160 und darüber) are large floor-standing cabinets equipped with independent high-power cooling fans.
  4. Distinction of output versions at the same power rating:

Standard built-in braking transistor; high-power models 4160 and above require an external braking unit + braking resistor to implement dynamic braking during deceleration.

  1. Discontinued Model Replacement Mapping (P7U4XXXX → P1000 PU4AXXXX)

CIMR-P7U41600 (160kW) → CIMR-PU4A0415ABA

CIMR-P7U42000 (200kW) → CIMR-PU4A0475ABA

CIMR-P7U42500 (250kW) → CIMR-PU4A0605ABA

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