Parallel Flow/Counter Flow Heat Exchanger

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Parallel Flow/Counter Flow Heat Exchanger Specification

Model No
CF/PHX-100

Core Components
Heat Exchanger Tubes, Temperature Sensors

Feature
High Efficiency, Modular Design

Voltage
230 V

Automation Grade
Manual

Capacity
Up to 10000 kCal/hr

Temperature Range
Ambient to 150C

Accuracy
1C

Frequency
50 Hz

Measurement Range
0C to 150C

Power Source
Electric

Equipment Materials
Stainless Steel, Copper

Type
Parallel Flow / Counter Flow Heat Exchanger

Usage
Lab Experiment, Chemical Engineering Study

Display Type
Analog

Dimension (L*W*H)
1100 x 500 x 800 mm

Weight
35 kg

Inlet/Outlet Connection
Standard flange or threaded coupling

Mounting Type
Floor Mounted/Skid Mounted/Wall Mounted

Surface Area
1 m² to 25 m², selectable

Noise Level
<70 dB

Number of Passes
Single, Double, or Multipass as per selection

Heat Transfer Medium
Water, Oil, Steam, Air, Glycol (customizable)

Working Pressure
Up to 16 bar

Paint Finish
Epoxy coated / Powder coated

Ambient Operating Temperature
0°C to 50°C

Design Standard
ASME, TEMA, ISO Certified

Maintenance Requirement
Low; easy tube cleaning access

Tube Bundle Type
Fixed tube sheet or floating head

About Parallel Flow/Counter Flow Heat Exchanger

Ending Soon: Secure this top-rated Parallel Flow/Counter Flow Heat Exchanger, a preeminent choice for labs and chemical engineering studies. Marvelous in versatility, it offers exclusive working pressures up to 16 bar and supports single, double, or multipass options. Choose from a terrific range of surface areas (125 m) and customizable heat transfer mediums. Featuring an epoxy or powder-coated finish, modular design, and low maintenance for easy tube cleaning. Certified to ASME, TEMA, and ISO standards, it runs quietly at <70 dB and delivers accurate, high-efficiency results up to 10000 kCal/hr. Exporter, manufacturer, and supplier from India.

Application Method and Areas of Use

The Parallel Flow/Counter Flow Heat Exchanger is applied via standard flange or threaded coupling connections and is available in floor, skid, or wall-mounted configurations. Its expansive surface area supports efficient heat exchange for water, oil, steam, air, and glycol. Best used in laboratory experiments and chemical engineering studies, its modular design allows for versatility across mounting surfaces and customizable heat transfer mediums, making it suited for rigorous academic and industrial applications.

FOB Port, Packaging and Certifications Information

Charge your logistics with reliable transport services from Indias major FOB ports. This heat exchanger is securely shipped in protective packaging, ensuring product integrity during transit. Each unit comes with preeminent certifications including ASME, TEMA, and ISO, guaranteeing quality and safety standards. Secure shipping processes and adherence to international regulations ensure swift, uncompromised delivery for exporters, manufacturers, and suppliers.

FAQs of Parallel Flow/Counter Flow Heat Exchanger:

Q: How is the Parallel Flow/Counter Flow Heat Exchanger maintained for optimal performance?

A: This equipment is designed for low maintenance, with easy tube cleaning access. Regular inspection and periodic cleaning of the tube bundle are recommended to sustain its high efficiency and accuracy.

Q: What types of heat transfer mediums can be used with this heat exchanger?

A: The heat exchanger supports water, oil, steam, air, and glycol as transfer mediums. Customization is available based on specific application requirements.

Q: Where can this heat exchanger be mounted and what are the available options?

A: Mounting options include floor, skid, or wall installation, offering flexibility for space constraints and operational preferences in labs or industrial setups.

Q: When should users consider choosing single, double, or multipass configurations?

A: The number of passes should be selected based on desired heat transfer rates and specific process requirements. Multipass designs enhance thermal efficiency for demanding applications.

Q: What certifications does the Parallel Flow/Counter Flow Heat Exchanger hold?

A: It is certified to ASME, TEMA, and ISO standards, verifying its quality, safety, and international compliance.

Q: Which process benefits most from the modular design of this heat exchanger?

A: The modular design enables seamless adaptation for various laboratory experiments and chemical engineering studies, facilitating convenient setup, operation, and future expansion.

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