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Energy Storage Coolant Pumps Ensuring Long Term Reliability And Thermal Regulation With IP68 Protection For Distributed Generation & Combined Heat and Power (CHP)

Basic Properties
Place of Origin: China
Brand Name: Bextreme Shell
Certification: CE
Model Number: OWP-BL400H-D2-21
Trading Properties
Minimum Order Quantity: 1
Price: Negotiable
Payment Terms: T/T,Western Union
Supply Ability: 10000pcs/month
Product Summary
Stainless steel coolant pump for DG & CHP systems. IP68 rated, 400W power, 3000L/h flow, 20m head. 20,000h lifespan with PWM speed control. Built for harsh environments with multi-layer safety protection.

Product Details

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Energy Storage Coolant Pumps with IP68 protection

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Coolant Pumps for Distributed Generation

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CHP Thermal Regulation Coolant Pumps

Product Name: Stainless Steel Coolant Pump
Material: Stainless Steel
Working Voltage: DC 18-32V
Power Consumption: 400W
Life Span: 20000h
Performance: Q=3000L @H=20m
Protection Lvel: IP 68
Product Description
OWP-BL400H-D2-21 Stainless Steel Coolant Pump
Engineered for demanding industrial environments, the OWP-BL400H-D2-21 stainless steel coolant pump delivers exceptional performance, durability, and precision for distributed generation (DG) and combined heat and power (CHP) applications. With IP68 protection, 20,000+ hours of service life, and multi-layer safety features, this pump ensures stable coolant circulation to optimize energy efficiency and equipment reliability.
Technical Specifications
Parameter Details
Voltage Range DC18V ~ 32V; Rated Voltage: DC24V
No-Load Speed 5600rpm ±30rpm (with proper antifreeze, dry running prohibited)
Rated Power 400W ±5%
Performance Flow Rate: 3000L/h, Head ≥20m
Service Life >20,000 hours
Protection Class IP68
Operating Environment Temperature: -40℃ ~ 85℃; Relative Humidity ≤90%
Working Medium Coolant; Medium Temperature: -40℃ ~ 85℃
Protection Functions Reverse polarity protection, no-load protection, locked-rotor protection, overvoltage/undervoltage protection
Air Tightness Test Pressure: 0.35Mpa; Leakage mL/min
Noise Level ≤60dB(A) at 1m distance (loaded condition)
Material (Wetted Parts) Stainless Steel
Speed Control PWM Speed Regulation
Inlet/Outlet Design Flange Quick-Connect System
Error Feedback High/Low Level Signal
Core Advantages
  • Superior Durability: Stainless steel wetted components resist corrosion and wear, while IP68 protection enables reliable operation in harsh, humid, or dusty environments—critical for outdoor DG installations and industrial CHP facilities.
  • High Efficiency & Precision: 400W rated power delivers 3000L/h flow rate and 20m head, ensuring rapid heat dissipation for generators, heat exchangers, and power electronics. PWM speed control allows real-time flow adjustment to match dynamic load demands.
  • Comprehensive Safety Features: Integrated reverse polarity, no-load, locked-rotor, and voltage protection prevents equipment damage, minimizing downtime and maintenance costs. Error feedback via high/low level signals enables proactive troubleshooting.
  • Easy Installation & Maintenance: Flange quick-connect design simplifies assembly and disassembly, while airtight construction (0.35Mpa test pressure, 8mL/min leakage) ensures long-term sealing performance.
  • Wide Operating Range: -40℃ to 85℃ temperature tolerance adapts to extreme climate conditions, from cold outdoor DG sites to high-temperature CHP heat recovery systems.
Applications: Distributed Generation & Combined Heat and Power (CHP)
The OWP-BL400H-D2-21 is specifically designed to meet the thermal management needs of distributed generation and CHP systems, where efficient heat transfer directly impacts energy output and system longevity.
Distributed Generation Applications
In distributed generation (e.g., solar PV plants, wind turbines, small-scale gas generators), the pump circulates coolant through inverters, transformers, and generator windings, preventing overheating and ensuring consistent power production. Its wide voltage range (DC18V~32V) and stable performance under fluctuating loads make it ideal for off-grid and hybrid DG systems, while IP68 protection withstands exposure to rain, dust, and temperature extremes.
Combined Heat and Power Applications
For combined heat and power (CHP) applications—including industrial cogeneration, commercial building energy systems, and municipal heating networks—the pump plays a critical role in heat recovery and distribution. It efficiently circulates coolant between power generation units and heat exchangers, maximizing the utilization of waste heat for space heating, hot water supply, or industrial processes. The pump's long service life (>20,000 hours) and low noise operation (≤60dB(A)) ensure reliable, quiet performance in continuous-duty CHP environments, while multi-layer safety protections safeguard against system failures that could disrupt energy and heat supply.
Performance & Technical Details
Energy Storage Coolant Pumps Ensuring Long Term Reliability And Thermal Regulation With IP68 Protection For Distributed Generation & Combined Heat and Power (CHP) 0
Energy Storage Coolant Pumps Ensuring Long Term Reliability And Thermal Regulation With IP68 Protection For Distributed Generation & Combined Heat and Power (CHP) 1
Energy Storage Coolant Pumps Ensuring Long Term Reliability And Thermal Regulation With IP68 Protection For Distributed Generation & Combined Heat and Power (CHP) 2
Energy Storage Coolant Pumps Ensuring Long Term Reliability And Thermal Regulation With IP68 Protection For Distributed Generation & Combined Heat and Power (CHP) 3
Energy Storage Coolant Pumps Ensuring Long Term Reliability And Thermal Regulation With IP68 Protection For Distributed Generation & Combined Heat and Power (CHP) 4
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