Jul . 29, 2025 11:20

Zetor Water Pump for Diesel and Car Engines – Reliable & Durable Replacement

1. Industry Trends & Market Insights for Engine Water Pumps

The zetor water pump is a critical component in the global engine cooling system market, expected to reach $39.5 billion by 2028 (source). With increasing environmental regulations and demands for higher engine efficiency, diesel engine water pump and car engine water pump technologies have rapidly evolved. Electric water pumps, high-durability materials, and advanced sealing technology are driving the next generation of cooling solutions.

2. Product Overview: zetor water pump 84-017-529

The zetor water pump 84-017-529, available at autolsty.com, is engineered for robust application in agricultural tractors and industrial diesel engines. It meets the latest standards for longevity, efficiency, and corrosion resistance.

See Product Details

3. Technical Specifications

Parameter	zetor water pump 84-017-529	Massey Ferguson Equivalent	Industry Standard
Material	High-Grade Cast Iron, CNC-Processed	Gray Iron with Manual Machining	ISO 9001:2015 Cert.
Max Flow Rate (L/min)	110	98	100-120
Max Pressure (Bar)	2.6	2.3	2.5-2.7
Temperature Range (°C)	-40 ~ +120	-30 ~ +110	-40 ~ +125
Bearing Type	Double-Row Ball Bearing (SKF/NTN)	Single-Row Steel Ball	ISO 6621
Seal Type	High-performance Carbon-Ceramic	Conventional Fibre Packing	ANSI B73.1
Service Life (h)	>8,000	~4,200	6,000-10,000
Application	Agriculture, Construction, Stone, Metallurgy	Agriculture Only	Multi-industry
Corrosion Resistance	Epoxy Coating + Stainless Shaft	Uncoated	ISO 12944

4. Manufacturing Process of zetor water pump

The manufacturing of the zetor water pump employs advanced techniques for optimal performance and durability. Below is a step-by-step overview:

Material Selection: High-grade cast iron and stainless steel are chosen following ISO 9001:2015 and ANSI sourcing standards, ensuring strength and corrosion resistance.

Casting & Forging: Components undergo precision lost foam casting and hot forging, which reduce porosity and improve tensile strength.

CNC Machining: Dimensional accuracy (<0.01 mm tolerance) achieved via 5-axis CNC machining; shaft and impeller balanced to minimize vibration.

Surface Treatment: Epoxy powder coating for corrosion & abrasion resistance (ISO 12944 certified).

Final Assembly & Testing: Hydraulic and rotational speed tests performed; each unit is pressure tested to 1.5× max service pressure, with a minimum lifespan test of 8,000h.

Packaging & Delivery: Anti-shock and moisture-proof packaging, traceable by batch code for full quality traceability.

Watch Manufacturing Video: Water Pump Production Line

5. Technology Advantages & Industry Certifications

Energy Efficiency: Advanced impeller geometry delivers up to 5% higher efficiency versus industry average (SAE Data).
Corrosion Resistance: Epoxy + stainless shaft = 2.5x longer resistance in ASTM B117 salt spray test.
Precision Sealing: Cartridge mechanical seal (carbon-ceramic, ISO 3069 compliant) virtually eliminates coolant leaks.
Material Integrity: Cast iron tensile strength ≥ 330MPa per ISO 1083 (industry average 280MPa).
Certification: ISO 9001:2015, ISO/TS 16949:2016, and ANSI/AGMA Q14.
Application Range: Suitable for petrochemical, metallurgy, construction, and water management industries.

6. Product Comparison: zetor water pump vs. Industry Peers

Model	Main Material	Service Life (h)	Corrosion Resistance	Applicable Industries	Price (USD)
zetor water pump 84-017-529	Cast Iron + Stainless Steel Shafts	8,000+	Epoxy+SS	Agri, Mining, Construction, Steel	79~109
Competitor X	Gray Iron, No SS	5,000~6,000	Basic Paint	Agri Only	95~135
Brand Y	Aluminum Alloy (Low Silica)	4,400	Anodized	Car, Lt. Truck	120~145

7. Customization Solutions for Varied Applications

Custom Shaft Material: Stainless, Duplex, or Coated variants based on fluid type (acidic/alkaline/environmental protection).
Seal Options: PTFE, Carbon, Silicone Carbide; for high-temperature or chemical use (PTFE Reference).
Impeller Design: Closed, open, semi-open for varying solids or debris content.
Mounting/Connection: BSP/NPT/Custom flanges to match legacy or OEM systems.
Testing: Endurance, vibration, and corrosion simulations aligned with SAE & ISO standards.

8. Typical Application Scenarios & Case Studies

Stone Crushing Industry (China, 2023): Applied in open-pit operations, the zetor water pump replaced legacy models, increasing uptime by 2,900 hours/year and energy savings of 6.3%. Client quote: "Routine failures dropped sharply thanks to the superior bearing and seal system."
Agriculture – ZETOR Tractors (EU): End-users reported coolant temperature drops of 4-7°C under full load. Replacement intervals extended to 6 years.
Metal Processing (Turkey, 2022): Deployed in continuous casting, the pump endured 98 days of continuous operation, far exceeding the 75-day local competitor.

9. Main Technical Index - Data Visualization

10. Frequently Asked Questions (FAQ)

Common Questions about zetor water pump 84-017-529

1. What is the primary material used in the zetor water pump 84-017-529?

The pump body and impeller are crafted from high-tensile cast iron, CNC-machined for extreme durability, while shafts utilize stainless steel (grade 304L or better) for corrosion and strength.

2. What are the main industry standards that the zetor water pump complies with?

All units are produced under ISO 9001:2015 QMS, with key parts also meeting ISO/TS 16949 (automotive industry) and ANSI B73.1M (industrial process).

3. Which installation standards should be followed?

Mounting matches SAE, DIN, or OEM tractor interfaces. Always torque to manufacturer's spec and use specified gasket/sealants for leak-free operation.

4. What is the most common problem of water pump in engines?

The leading issue is seal failure (aging, overload, or coolant contamination), which leads to coolant leaks and potential engine overheating. Using carbon-ceramic or PTFE seals, as in zetor, significantly reduces risk.

5. How does the replacement cycle compare to a standard car engine water pump?

A typical car engine water pump lasts 50,000–75,000 miles (4,000-5,500h), but the zetor water pump is rated for over 8,000h (often 6+ years in agricultural use).

6. What is the delivery lead time for custom or large orders?

For standard models, 7–14 days ARO. Custom/configured units: 3–5 weeks, depending on material and complexity. All shipments comply with Incoterms 2020.

7. What warranty and after-sales support does Autolsty provide?

A 24-month or 15,000-hour warranty covers all structural/components. Onsite/remote technical advice, installation guides, and OEM parts support offered globally.

11. Delivery & Guarantee Commitment

Fast production cycle: In-stock same-week dispatch; custom orders ready within 21 days.
Quality guarantee: 100% tested pre-shipment (hydrostatic, leakage, vibration) with traceable QC reports per batch.
Global support: 24/7 technical hotline, spare part logistics in 83 countries, on-site consultancy for critical installations.

12. Customer Feedback & Application Experience

“In 2 years of industrial deployment, the zetor water pump 84-017-529 outclassed every previous solution—leaks dropped to zero, bearing service doubled, and energy costs fell noticeably. Highly recommended for harsh duty scenarios.”
— Maintenance Manager, European Petrochemical Co.

13. Contact & Inquiry

For technical datasheets, OEM customization, or global distribution of the zetor water pump, please visit Product Page or reach out via the online inquiry system. Your requirements will be answered within 12 hours by a dedicated engineer.