Beverage Filling Machine

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Introduction

This is a part of the beverage complete production line equipment manufactured by Taiwan Jiesong Machinery. Model WSTP5000 is a set of beverage pre-treatment or filling equipment, suitable for the overall line requirements of small and medium-sized beverage production enterprises.

Specification

Item	Content
Equipment Name	Plate Heat Exchanger
Brand	APV
Manufacturing Unit	APV (China) Co., Ltd.
Model	H17-RS-10/1
Serial Number	HES 0003871
Heat Exchange Area	5.91 ㎡
Flow Configuration	1×12 / 1×12
Weight	232 kg
Hot Side Parameters
Maximum Design Pressure	10.0 bar
Maximum Test Pressure	15.0 bar
Design Temperature Range	100 / -10 °C
Cold Side Parameters
Maximum Design Pressure	10.0 bar
Maximum Test Pressure	15.0 bar
Design Temperature Range	100 / -10 °C

Heat Exchanger Plate

This is a plate heat exchange of the APV brand. It achieves efficient heat exchange between hot and cold media through thin metal plates, and is widely used in heating, cooling or waste heat recovery scenarios in industries such as food, pharmaceuticals, and chemicals.

The suspension points of the plates in the plate heat exchanger adopt a “v-shaped” design to prevent the plates from deforming due to their own weight and compression.
The plates of the plate heat exchanger have an interlocking function, which can play a role in fixing each other.
The four sides of the plates of the plate heat exchanger have a “honeycomb-like” design, which makes it easy for users to identify the correctness of the plate installation.
The sealing gasket of the plate heat exchanger adopts a card-type non-glue bonding type, which can greatly save the maintenance time (the time for replacing the gasket is saved by 1/4).
The sealing gasket of the plate heat exchanger is designed in a “trapezoidal” shape, which can enhance the service life of the gasket.
The plate of the plate heat exchanger is evenly distributed with complex patterns. The entire plate is divided into multiple parts, each part has a different angle of the pattern, and a variable flow channel is formed throughout the overlapping contact of the entire plate. The pattern design of the plate has been simulated by computer and verified through actual operation experiments to ensure efficient heat exchange efficiency.
Due to the influence of the plate patterns, a distinct turbulent flow is formed in the flow channel. Water on the plate surface is not likely to form scale, and even if scale forms, it is very easy to be washed away by the water flow.