Product Description
We are a well-established firm that has made its presence in the industry, by manufacturing supplying, and exporter Advance Water Tender. It is a multipurpose industrial tank fire fighting vehicle. To manufacture this vehicle, our expert workforce uses the best quality materials and components. It is designed to offer effective protection in high areas, like tank farms, refineries, oil terminals, petrochemical plants, industrial sites, ports, commercial and trading areas. It has a large layout capacity, ensuring that all firefighting equipment and accessories are kept within reach at all times. Advance Water Tender is capable of holding up to 6 people.
Advance Water Tender | Chassis | TATA/Ashok Leyland or equivalent |
| Chassis capacity | 16ton to 25ton |
| Pump | Single/Multi-Pressure high and low Capacity (LPM)-1800 to 6000 Pressure (kg/cm2)-7 to 40 Make-DRGEW |
| P.T.O. | Full torque in line. Ratio: 1:1.27/1:1.45 |
| Water tank | S.S/M.S 3000 to 10000 Ltrs |
| Lockers | Rolling shutter |
| Monitor | Automatic/Manual |
| Accessories (in build) | Telescopic light mast, cable winch etc. |
| Optional | Accessories as per customer requirement |
| Specification | As per customer requirement. |
Engineered for Firefighting ExcellenceDesigned for rapid response, the Advance Water Tender integrates a high-capacity centrifugal pump, multiple mounting options, and a robust body with advanced features. The spacious, six-seater cabin enhances maneuverability, while modern electricals and a well-equipped accessories kit streamline operations during emergencies. This tender is tailored to provide peak efficiency and durability under demanding conditions.
Reliable Performance and VersatilityEquipped with Power Take-Off driven pump and dual-mode nozzles, the water tender ensures flexible and powerful water discharge. Its adaptability to different chassis brands and customizable body dimensions allow deployment in diverse terrains. The use of standard Fire Brigade red color and stainless or mild steel construction further guarantees reliability, longevity, and easy identification on the field.
FAQs of Advance Water Tender:
Q: How does the centrifugal pump enhance the water tenders firefighting capabilities?
A: The centrifugal pump delivers a high flow rate of 1800 LPM at 7 bar, allowing rapid and powerful water discharge essential for effective firefighting. The pumps design enables continuous operation and consistent pressure, ensuring swift knockdown of fires in critical situations.
Q: What are the main benefits of the dual jet/spray nozzles?
A: The dual jet/spray nozzles offer operational flexibility, enabling firefighters to switch between concentrated streams and wide spray patterns. This adaptation ensures both targeted fire suppression and broader coverage for controlling larger blazes or cooling surfaces.
Q: Where can the Advance Water Tender be deployed?
A: This water tender is suitable for city fire brigades, industrial complexes, airports, and disaster response teams throughout India and abroad. Its robust build and customizable size make it versatile for urban, rural, and industrial firefighting needs.
Q: What is the process for operating the water tenders pump and accessories?
A: Once the vehicle is stationary, the Power Take-Off (PTO) system engages the centrifugal pump via the engine. Operators can then select the jet or spray mode, utilize the hose reel and suction hoses, and deploy mounted accessories like ladders and flood lights as needed.
Q: When is maintenance recommended for optimal performance?
A: Routine maintenance is advised after every major operation and at regular service intervals, including checks of the pump, water tank, brake system, hoses, and all electrical and safety equipment, to ensure continuous readiness and safety.
Q: How does the water tenders body material improve its durability?
A: The option of mild steel or stainless steel construction provides excellent resistance to corrosion, impacts, and harsh environments, significantly extending the tenders operational life and maintaining structural integrity during intensive use.