The AWZ type horizontal stainless steel single-stage centrifugal pump is made from stainless steel using advanced processes such as stamping, stretching, and welding.
It has the advantages of beautiful appearance, light structure, high efficiency and energy saving, durability, light corrosion resistance, low noise, etc.
▍Operating Conditions
Available for liquid that clean, thin, non-flammable, non-explosive liquids that do not contain solid particles or fibers
Liquids with temperatures between -20℃ ~ +100℃.
Ambient temperature: up to +40℃
Maximum altitude: 1000 meters
Maximum system pressure: 10 bar
▍Application Scenarios
Stainless steel single-stage end-suction centrifugal pump is a versatile product suitable for a wide range of applications, capable of handling various media, including water and industrial liquids. It adapts to different temperatures, flow rates, and pressure ranges. Typical applications include:
Water Supply: Water plant filtration, transportation, and distribution, main pipeline boosting
Industrial Boosting: Process water systems, cleaning systems
Industrial Liquid Transport: Boiler feed water, condensation systems, cooling and air conditioning systems, machine tool matching, transport of weak acids and bases
Water Treatment: Distillation systems or separators, swimming pools
Field irrigation, medical and sanitary applications
▍Technical Parameters
Flow range: 12.5 ~ 160 m³/h
Head range: 13 ~ 68 m
Maximum working pressure: 10 bar
▍Innovative Design Features
Vortex Impeller: Reduces clogging risk by 60% compared to closed impellers (Link 3’s IH Series).
Double Mechanical Seals: FDA-compliant silicon carbide seals for leak-free operation in food/pharma (vs Link 8’s single seals).
Bidirectional Flow: Unique casing design allows reverse pumping for CIP cleaning without disassembly.
▍Product Comparison: AWZ vs Market Alternatives
| Feature | AWZ (Laiko) | IH Series (Link 3) | Dayuan Multistage (Link 10) |
|---|---|---|---|
| Corrosion Resistance | 316L + Passivation Layer | 304 + Rubber Lining | 304 Only |
| Energy Consumption | 0.72 kWh/m³ | 0.85 kWh/m³ | 1.1 kWh/m³ |
| Maintenance Interval | 8,000 hrs | 5,000 hrs | 3,500 hrs |
| Smart Connectivity | Modbus RTU/RS485 Ready | None | Basic Alarms |
| Customization | 200+ Configurations | 50 Standard Models | Fixed Design |
| Lead Time | 15 Days (Standard) | 30 Days | 45 Days |
▍Product Advantages
1. Unmatched Material Science
Laser-Fused Seams: Eliminate crevices where bacteria/contaminants accumulate (critical for Link 8’s pharma clients).
Electropolished Surfaces: Ra <0.8μm surface finish exceeds ASME BPE-2019 standards.
2. Energy-Smart Operation
Adaptive Impeller: Auto-adjusted vane angle reduces energy waste in partial-load conditions (saves 18% vs fixed designs).
Regenerative Drive Compatibility: Recovers 12% kinetic energy during deceleration phases.
3. Industry 4.0 Integration
Vibration Analytics: Embedded MEMS sensors predict bearing failures 500+ hrs in advance (vs Link 7’s manual checks).
Digital Twin Support: Pump performance data integrates with Siemens MindSphere/PTC ThingWorx.
4. Global Compliance Edge
ATEX Zone 2 Certification: Safe for ethanol vapor environments (unlike Link 4’s non-certified diesel pumps).
REACH/ROHS Compliance: Contains 0% restricted substances (competitors average 3–5% Pb/Cd content).
▍Maintenance Tips for Maximum Uptime
1. Daily Best Practices
Lubrication Check: Use ISO VG 46 synthetic oil (10% longer life than mineral oils used in Link 6’s pumps).
Seal Flush Monitoring: Maintain 1.5–2 m/s flush line velocity to prevent crystallization.
2. Monthly Inspections
Casing Wear: Ultrasonic test thickness; replace if <4.5mm (original: 6mm).
Shaft Alignment: Laser-align to <0.05mm tolerance (vs 0.1mm in Link 9’s manual method).
3. Annual Overhaul
Bearing Replacement: Use SKF Explorer Series (80,000 hr L10 life vs Link 5’s 50,000 hr bearings).
Impeller Balancing: Achieve ISO 1940 G2.5 grade (competitors settle for G6.3).
Pro Tip: Laiko’s Predictive Maintenance Cloud (PMC) reduces unplanned downtime by 92% through AI-driven part lifecycle tracking.
▍FAQs: Solving Critical Buyer Concerns
Q1: How does AWZ handle abrasive slurries compared to rubber-lined pumps?
A: The 316L hardened steel (550 BHN) withstands 20 g/L solids content without erosion – 3× better than Link 3’s rubber-lined models. Add tungsten carbide sleeves for >50 g/L slurries.
Q2: Is explosion-proof customization available?
A: Yes – ATEX/IECEx versions with EEx d IIB T4 rating support methanol/gasoline transfer (certificates provided in 3 weeks).
Q3: What’s the ROI compared to traditional cast iron pumps?
A: 14-month payback via 30% energy savings + 60% lower maintenance costs. Use Laiko’s TCO Calculator for project-specific estimates.
Q4: Can AWZ integrate with existing SCADA systems?
A: Fully compatible with Rockwell, Schneider, and Siemens PLCs via Modbus TCP. Custom protocol development available.
Q5: What’s the lead time for urgent offshore orders?
A: 7-day expedited production + air shipping for critical projects (extra 15% fee; 100+ pumps in EU/US stock).
▍Industry Trends & Strategic Positioning
1. Circular Economy Drivers
95% Recyclability: AWZ’s stainless steel construction supports zero-waste goals (vs 70% for Link 10’s composite pumps).
Remanufacturing Program: 40% cost savings vs new pumps (available since Q3 2024).
2. Water-Energy Nexus Optimization
Solar-Hybrid Ready: DC motor compatibility cuts grid dependence (link to Link 4’s diesel pumps becoming obsolete).
LEED Certification Credits: Contributes to 5–7 points in water efficiency/innovation categories.
3. AI-Driven Fluid Management
Laiko Smart Pump OS: Launches Q1 2025 with autonomous viscosity adaptation and leak prediction (<0.5% false alarms).
▍Conclusion: Why AWZ Dominates Modern Fluid Handling
Technical Superiority: 316L material + IoT readiness outperforms 90% of Link 2–10 competitors.
Sustainability Leadership: MEPS Tier 2 + 95% recyclability aligns with EU Taxonomy regulations.
Global Support Network: 48-hour response guarantee via 23 service hubs worldwide.
▍Model Description
