Jet Cooler Model: MJC

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MOQ : 1 Piece

Jet Cooler Model: MJC Specification

Size
Varies by Model (MJC Series)

Hardness
High Durability

Thread Type
Custom/Standard

Load Capacity
Suitable for Standard Industrial Loads

Machine Type
Machinery Cooling Accessory

Weight
Lightweight

Accuracy
Consistent Cooling Performance

Shape
Cylindrical/Custom

Coating
Anodized/Corrosion Resistant

Method
Jet Stream Air/Oil Cooling

Type
Jet Cooler

Material
Aluminium/Metal

Tolerance
Standard

Surface
Smooth Finish

Use
Industrial Cooling

Application
Air/Oil Cooling Systems, Machine Tools

Usage & Applications
Machinery, CNC Machines, Compressors

About Jet Cooler Model: MJC

Jet Cooler

Model: MJC

Jet out cooler air maximum 40 / 60 (K-type) lower than the inlet air only by supplying compressed air.Used for cooling in many fields.

Features

Three kinds of connection type (1) hose connection
Apply vortex theorem, no moving parts in construction, can sustain long life.
No need of coolant and electricity, just by high speed circular flow compressed air generating cool air and hot air (dia.1). Use cool air in cool-down work, for example spot welding, adhering quick co
Even supply 40 compressed air, it still can produce comparatively cool jet air. By air consumption, you can adjust cool air temperature or output volume to suit the need.

Specifications :

Operating pressure range	2~7 kgf/cm2
Test pressure	10 kgf/cm2
Air consumption(l)	150~300 /min
Cool air output	Approximately air consumption 50~80%
Weight	0.25~0.6 kg
Max. temp. Drop	40~60
Cool air out port	Rc1/8, Rc1/4, Rc3/8

Versatile Cooling Solution

The Jet Cooler Model: MJC adapts seamlessly to a range of industrial cooling needs, from machinery to CNC systems. Its compatibility with both compressed air and oil mist makes it suitable for diverse operational setups.

Robust Design with Precision Cooling

Engineered from durable aluminium or metal, the MJC Series is built to withstand the demands of busy industrial environments. Its smooth anodized finish and corrosion-resistant surface strengthen its longevity and performance.

Effortless Installation and Maintenance

Mount the Jet Cooler MJC easily using its threaded or clamp design, which streamlines setup and integration. The model prioritizes user convenience with straightforward maintenance and accessible serviceability features.

FAQs of Jet Cooler Model: MJC:

Q: How is the Jet Cooler Model: MJC installed in industrial machinery?

A: The Jet Cooler Model: MJC can be installed using either threaded connections or mounting clamps, providing adaptable solutions for various machine types. Its lightweight, cylindrical (or custom) design simplifies placement, making installation quick and straightforward.

Q: What applications can the Jet Cooler MJC be used for?

A: The Jet Cooler MJC is ideal for air or oil cooling systems in environments such as CNC machines, compressors, and general industrial machinery, delivering reliable thermal management wherever efficient cooling is needed.

Q: When should the cooling medium be selected for the MJC model?

A: Choose your cooling mediumeither compressed air or oil mistbased on your applications requirements and the machines operating environment. Selection should be guided by desired cooling efficiency, compatibility, and industry standards.

Q: Where can the Jet Cooler Model: MJC be purchased in India?

A: This model is distributed, imported, and supplied across India via authorized industrial equipment suppliers. Contact local distributors for availability, customization options, and support.

Q: What is the process for maintaining the Jet Cooler MJC?

A: Maintenance of the Jet Cooler MJC is straightforward. Regularly check for obstructions in the nozzle and ensure that the threaded or clamped connections stay secure. Its design allows for easy disassembly and cleaning, promoting consistent, long-term operation.

Q: How does the MJC series benefit industrial operations?

A: The MJC series delivers optimized, energy-efficient cooling with low noise, supporting stable operation and extending the life of machinery. Its robust build minimizes downtime and maximizes productivity through consistent, high-performance cooling.

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