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Denwell Fluid Controls
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Air Cooled Thermic Fluid Process Pump

Air Cooled Thermic Fluid Process Pump Specification

Theory
Centrifugal Pump

Max Suction
5-6 m

Discharge Pressure
Up to 16 bar

Frequency
50 Hz / 60 Hz

Features
Air cooled, Back pull out design, No external cooling required

Speed
1450/2900 RPM

Mounting Type
Baseplate Mounted

Noise Level
Low

Control System
Manual/Automatic

Head Size
Up to 100 m

Caliber
Standard

Working Temperature
Up to 350C

Voltage
415 V AC

Flow Rate
Up to 250 m/hr

Fuel Tank Capacity
N/A (Electric)

Inlet/Outlet
1 to 6 (25mm to 150mm)

Material
CI/SS 304/SS 316/Cast Steel

Structure
Single Stage, End Suction

Power
Up to 75 kW

Standard
ISO 5199 / API 610

Fuel Type
Electric

Pressure
Up to 16 bar

Usage
Thermic Fluid Oil Circulation

Application
Chemical, Oil, Process Industry

Suction Type
Flooded / Negative Suction

Seals Type
Mechanical Seal / Gland Packing

Priming
Self-Priming Not Required

Pump Type
Horizontal, Air Cooled

Capacity
Up to 250 m/hr

Direction of Rotation
Clockwise Viewed from Coupling End

Max Allowable Working Pressure
Up to 16 bar

Colour/Finish
Heat Resistant Paint

Connection Standard
ANSI/DIN Flanges

Bearing Type
Heavy Duty Grease Lubricated Ball Bearings

Cooling Method
Air Cooled Fan with Fins

Ambient Temperature
Up to 50°C

Service Life
Long life with minimal maintenance

Weight
Varies per model (Approx. 150-450 kg)

Impeller Type
Closed/Semi Open Impeller

About Air Cooled Thermic Fluid Process Pump

Redeem unmatched efficiency with our Air Cooled Thermic Fluid Process Pump, designed for crowning reliability in demanding applications. Delivering masterful performance with reduced downtime, this horizontal pump features heavy duty grease lubricated ball bearings and a flawless closed/semi open impeller construction. Driven by savings in operational costs, it operates up to 350C with no external cooling required. Available in CI, SS 304/316, and cast steel, it supports ANSI/DIN flanges and withstands up to 16 bar pressure. Its robust build, heat-resistant finish, and minimal maintenance promise an extended service life.

Versatile Applications and Superior Features

The Air Cooled Thermic Fluid Process Pump is expertly crafted for thermic fluid oil circulation across chemical, oil, and process industries. Its air-cooled, back pull out design eliminates the need for external cooling, ensuring reliable performance even at high temperatures. With both manual and automatic control options, this pump is ideal for situations demanding precise temperature maintenance and high reliability. Installation is simplified with a baseplate-mounted structure suitable for varied industrial environments.

Global Export Markets and Efficient Dispatch

This pump commands a strong export presence, especially across Asia, the Middle East, and Africa. Orders benefit from meticulous packing & dispatch procedures, maintaining product integrity during transit. Standard delivery spans 2-4 weeks from order acceptance, with certificates as per ISO 5199 and API 610 ensuring quality assurance. Sale price advantages extend further with dealer support and prompt dispatching, making this a preferred choice for international buyers seeking quality and value.

FAQ's of Air Cooled Thermic Fluid Process Pump:

Q: How does the air cooled feature of this thermic fluid pump benefit process industries?

A: The air cooled design eliminates the need for an external cooling system, reducing operational complexity and maintenance costs, while offering reliable, efficient thermal management in high-temperature applications.

Q: What is the maximum allowable working temperature for this pump and which industries can utilize it?

A: This pump withstands fluid temperatures up to 350C and is particularly suitable for chemical, oil, and process industries requiring consistent hot oil or thermic fluid circulation.

Q: When is mechanical seal or gland packing preferred in this pump?

A: Mechanical seals are typically used where leakage must be minimized, while gland packing can be chosen for less demanding conditions. Selection depends on process criticality and maintenance preferences.

Q: Where does the pump's extended service life make the most impact?

A: Its long service life with minimal upkeep is most valuable in continuous operations, reducing downtime and replacement costs in plants operating for extended hours or critical production lines.

Q: What certifications are provided with each pump during dispatch and export?

A: Each pump is delivered with ISO 5199 and API 610 certifications, ensuring international compliance and customer confidence during export and installation.

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