W1000 Inverter for Water Pump Applications
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Highlight
water pump inverter W1000
,frequency inverter for water pumps
,W1000 inverter with warranty
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Product NameFrequency Converte Inverter
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Voltage Classes3-Phase 380V-480V
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Rated Power0.75kW - 355kW
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WarrantyOriginal Factory Warranty
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PakageOriginal Pakage
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Shipping TermInternational Express（DHL/FEDEX/TNT/UPS/ARAMEX）/ Sea Freight / Air Freight / International Special Line
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Place of OriginJapan
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Model NumberW1000
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Minimum Order Quantity1
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Price$200 - $2500
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Delivery Time3-5Workday
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Payment TermsL/C,D/A,D/P,T/T,Western Union,
W1000 Inverter for Water Pump Applications
W1000 Inverter for Water Pump Applications
Advanced inverter solution designed specifically for water pump applications, featuring energy-saving control technology for efficient operation with both induction motors (IM) and synchronous motors (SM). The silent control function automatically reduces voltage during low-speed or light-load operation, delivering low-noise and energy-efficient performance.
Core Features
Energy Efficiency & Dual-Motor Compatibility
- Dedicated Energy-Saving Control Technology for both Induction Motors (IM) and Synchronous Motors (SM)
- Automatic voltage optimization under low-speed or light-load conditions
- 10%-30% improved energy efficiency compared to standard inverters
- Synchronous motor driving eliminates rotor copper loss, lowers bearing temperature, and extends motor lifespan
Multi-Pump Intelligent Control
- Fixed Variable-Speed Pump Mode: 1 variable-speed pump + up to 3 constant-speed pumps (expandable to 11 with optional DO-A3 card)
- Rotation Switch Mode 1: Cycle variable-speed control for up to 5 pumps (requires DO-A3 card)
- Rotation Switch Mode 2: Cycle variable-speed control for up to 3 pumps (expandable to 11 with optional DO-A3 card)
Low-Noise Operation & Environmental Adaptability
- Swing PWM switching technology minimizes electromagnetic interference and operating noise
- Moisture and dust resistance design compliant with RoHS environmental directives
- Suitable for harsh environments including outdoor pump rooms and basements
High-Precision Control & Stable Performance
- High-precision torque limitation (±5% error) under vector control
- High-speed response above 50Hz with PG feedback control
- Adjustable acceleration/deceleration time (0.1-3600s)
- S-curve characteristic switching to prevent water hammer and pipeline vibration
Safety & Long-Life Design
- Compliant with EN954-1 Cat.3 and IEC/EN61508 SIL2 safety standards
- EDM (External Device Monitoring) function for real-time safety circuit monitoring
- 10-year inverter design life with built-in wear part life diagnosis
- KEB (Kinetic Energy Backup) function for rapid motor shutdown during power outages
Easy Maintenance & Expandability
- Detachable terminal block with parameter backup function
- Standard RS-422/485 communication interface
- Support for PROFIBUS-DP, DeviceNet, CC-Link, and other fieldbuses
- Compatible with DriveWorksEZ visual programming and DriveWizard Plus debugging tools
Key Technical Specifications
| Category | Specifications | Notes |
|---|---|---|
| Input Power | 3-Phase 380V-480V ±10%, 50/60Hz | Compatible with global mainstream industrial power grids |
| Rated Output Power | 0.75kW - 355kW | Models: CIMR-EB4W0002 (0.75kW) to CIMR-EB4W0675 (355kW) |
| Rated Output Current | 2.1A (0.75kW) - 675A (355kW) | Refer to factory selection manual for specific values |
| Output Frequency Range | 0.01Hz - 600Hz | Meets high-speed pump operation requirements |
| Control Mode | V/F Control, Sensorless Vector Control, Vector Control with PG | Torque control accuracy ±5% (with PG vector mode) |
| Frequency Accuracy | Digital: ±0.01%; Analog: ±0.2% | Ensures stable constant-pressure water supply |
| Braking Function | Built-in brake transistor, supports over-excitation braking | Heavy-duty models require optional brake unit |
| Protection Functions | Overcurrent, Overload, Overvoltage, Undervoltage, Overheating, Phase Loss, Torque Limitation | Comprehensive protection for pumps and inverters |
| Environmental Adaptability | Temperature: -10℃~+45℃; Humidity: 20%~90%RH | Custom high/low temperature versions available |
| Protection Class | IP20 (standard), optional IP54 | High-protection version for outdoor installation |
| Certifications | CE, UL/cUL, RoHS, SIL2 | Complies with EU/US market access requirements |
Typical Applications
- Municipal water supply systems and sewage treatment plants
- Industrial cooling water circulation and central air conditioning systems
- Secondary water supply for high-rise buildings and community constant-pressure water supply
- Agricultural irrigation and water conservancy project pump stations
- Corrosion-resistant pumps in chemical and pharmaceutical industries
Model Information
Model Naming Convention
| Model Component | Meaning | Example |
|---|---|---|
| CIMR- | Yaskawa Inverter Universal Prefix | CIMR- |
| EB4W | Series Identifier (W1000 Water Pump-Specific, 380-480V 3-Phase) | EB4W |
| 00XX | Capacity Code (Corresponding to Rated Output Power) | 0002 (for 0.75kW) |
| Suffix (Optional) | -HT: High-Temperature Version; -IP54: High-Protection Version | CIMR-EB4W0018-HT |
Core Model Specifications
| Model | Rated Power | Rated Current | Motor Type | Overload Capacity | Protection Class | Certifications |
|---|---|---|---|---|---|---|
| CIMR-EB4W0002 | 0.75kW | 2.1A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
| CIMR-EB4W0004 | 1.5kW | 4.1A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
| CIMR-EB4W0005 | 2.2kW | 5.4A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
| CIMR-EB4W0007 | 3.0kW | 6.9A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
| CIMR-EB4W0009 | 3.7kW | 8.8A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
| CIMR-EB4W0011 | 5.5kW | 11.1A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
| CIMR-EB4W0018 | 7.5kW | 17.0A | IM/SM | 150% 60s | IP20/IP54 | CE, UL/cUL, RoHS, SIL2 |
Additional models available up to 355kW - contact for complete specifications
Selection Notes for Overseas Markets
- Voltage Matching: Compatible with global industrial power grids (380-480V 3-Phase, 50/60Hz)
- Certification Adaptation: CE for European market, UL/cUL for North America
- Load Adaptation: Reserve 20% power margin for heavy-load scenarios
- Accessory Matching: Recommended brake units for high-power models (≥45kW)
Frequently Asked Questions
Q1: Pressure fluctuations during low water demand in European municipal projects?
Adjust Pr.144 (PI Proportional Gain) to 3.0 and Pr.145 (PI Integral Time) to 15.0s. Enable Pr.575 (Sleep/Wake Function) with sleep threshold at 80% of rated pressure. This reduces pressure fluctuation to ±0.1 bar.
Q2: Overheating faults in Southeast Asian sewage treatment plants?
Clean heat sink and fan filter every 2 weeks with compressed air. Install additional axial fan (150m³/h) in electrical cabinet for improved air circulation. Avoid installation near sewage pump to reduce humidity exposure.
Q3: Pressure drop during pump switching in multi-pump systems?
Set Pr.A21 (Multi-Pump Pre-Excitation Time) to 0.5s and Pr.A22 (Pre-Excitation Torque) to 10%. This preloads torque to standby pump before valve opens, reducing switching delay to 0.3 seconds.
Q4: Derating in high-temperature Middle Eastern environments?
Install inverter vertically, add sunshade cover to electrical cabinet, and set Pr.73 (Overload Protection Level) to 120% 60s. For permanent solution, upgrade to -HT high-temperature model (operates up to 55℃).
Q5: Communication issues with Siemens PLC in German chemical plants?
Use optional PROFIBUS-DP/Profinet card (SI-P1). Set Profinet Device Name to match PLC configuration and map pressure data to Process Data Object (PDO). Use shielded CAT5e or higher cable to prevent interference.
Q6: Parameter recovery without damaged terminal block?
Use USB drive with DriveWizard Plus software via front USB port, or use RS-485 cable to copy parameters from another W1000 in same system using Pr.970 (Parameter Copy) function.
Q7: Rust issues in seawater desalination applications?
Upgrade to IP54 high-protection model with corrosion-resistant coating. Temporary solution: apply marine-grade anti-corrosion spray and install dehumidifier in cabinet.
Q8: Overcurrent faults during fire pump startup?
Change control mode to "V/f control" (Pr.79 to 1), increase acceleration time to 5.0s (Pr.71), and enable Pr.250 (Fire Pump Mode). Check for stuck impeller causing high startup load.
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