Kirloskar HA2 Deutz Rear Cowling

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Kirloskar HA2 Deutz Rear Cowling Specification

Combustion sysytem
Direct Injection

Material
Heavy Duty Mild Steel

Lubricating System
Forced Circulation

Frequency
50 Hz

Alternator
Compatible with Kirloskar/Deutz models

Fuel Tank Capacity
90 Litres

Speed
1500 rpm

Rated Output
28 kW @ 1500 rpm

Usage
Generator / Engine Cover

Protection
Rear Cowling Housing

Condition
New

Fuel Type
Diesel

Stroke
Four-stroke

Cylinder
2 (Vertical Inline)

Cold Style
Air Cooled

Start
Manual / Electric Start (as applicable)

Dimensions
1050 x 730 x 200 mm

Weight
35 kg (Approx)

Sound Insulation
No (None Integrated)

Corrosion Resistance
Yes

Color
Industrial Green/Black (Typical)

Cooling Type
External Air Flow

Surface Finish
Powder Coated / Primer Painted

OEM Compatibility
Kirloskar HA2 & Deutz Engine Series

Mounting Provision
Integrated mounting slots

Serviceability
Easy Access for Maintenance

About Kirloskar HA2 Deutz Rear Cowling

The Kirloskar HA2 Deutz Rear Cowling, a scarce and celebrated best-seller, is engineered for top-notch generator and engine protection. This new cowling features a sensational powder-coated or primer painted surface for enhanced corrosion resistance. Designed to fit Kirloskar HA2 and Deutz engine series, its integrated mounting slots and easy-service access set it apart. Industrial green/black finish matches OEM standards, while heavy-duty mild steel construction ensures durability. Enjoy smooth manual/electric starts, external air flow cooling, and compatibility with major alternator models-truly a sensational upgrade for generator covers in India.

Application, Usage & Material Features

Engineered specifically for generators and engine covers, the Kirloskar HA2 Deutz Rear Cowling offers outstanding protection in industrial and commercial setups. Its heavy-duty mild steel ensures longevity and resilience while the industrial green/black finish stands up to demanding environments. The integrated mounting slots make installation effortless, making it suitable for maintenance facilities, generator rooms, and backup power stations requiring robust, reliable engine protection.

Packaging, Samples & Delivery Assurance

Packing & Dispatch are professionally managed to ensure safe transit, with secure packaging preventing transit damage. If you require samples, they can be arranged on request before bulk orders. The typical drop-off and delivery time is prompt, usually within 7-10 working days after asking price confirmation and order finalization. Our streamlined delivery process keeps you informed throughout, ensuring a hassle-free experience from inquiry to final installation.

FAQ's of Kirloskar HA2 Deutz Rear Cowling:

Q: How is the Kirloskar HA2 Deutz Rear Cowling installed on compatible engines?

A: The cowling features integrated mounting slots, allowing quick and secure installation with minimal effort. Simply align the cowling to the designated slots on Kirloskar HA2 or Deutz engines using standard fittings.

Q: What benefits does the powder-coated or primer painted surface offer?

A: This celebrated surface finish enhances corrosion resistance, improves durability, and maintains an industrial-grade appearance even in harsh environments, ensuring long-lasting protection for your engine.

Q: Where is the ideal area of application for this rear cowling?

A: It's ideal for generator rooms, power plants, maintenance facilities, and any industrial setting where generator or engine protection and durability are essential requirements.

Q: When can I expect delivery after placing an order?

A: After the asking price and order confirmation, typical delivery is completed within 7-10 working days with efficient packing and dispatch procedures for prompt drop-off.

Q: What makes maintenance and servicing easier with this product?

A: Easy-access design ensures serviceability, enabling quick maintenance checks, repairs, or cleaning without removing the entire cowling assembly.

Q: How does the rear cowling enhance engine protection and performance?

A: It provides robust housing, shields critical components from external hazards, and allows efficient external air flow cooling, prolonging engine life and operational reliability.

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