EATB28-100 - Heat exchanger Vevor - Free user manual and instructions

USER MANUAL EATB28-100 Vevor

Technical Support and E-Warranty Certificate www.vevor.com/support

PLATE EXCHANGER

Model: EATB28-30/EATB28-50/EATB28-80/EATB28-100 EATB12-30/EATB12-40/EATB12-60

We continue to be committed to provide you tools with competitive price. "Save Half", "Half Price" or any other similar expressions used by us only represent of savings you might benefit from buying certain tools with us compared top brands and does not necessarily mean to cover all categories of tools offered are kindly reminded to verify carefully when you are placing an order with us actually saving half in comparison with the top major brands.

Model: EATB28-30/EATB28-50/EATB28-80/EATB28-100 EATB12-30/EATB12-40/EATB12-60

Exterior view of a heat exchanger or heat exchanger unit with metallic fittings and two side ports (no text or symbols visible)

NEED HELP? CONTACT US!

Have product questions? Need technical support? Please feel fr contact us:

Technical Support and E-Warranty Certificate www.vevor.com/support

This is the original instruction, please read all manual instruction carefully before operating. VEVOR reserves a clear interpretation user manual. The appearance of the product shall be subject to product you received. Please forgive us that we won't inform you there are any technology or software updates on our product.

Parameter List

A1 A2 Q4 Q1 L2 L1 H Q3 Q2

Model	Dimension (mm) (L1*A1*H)	Maximum Working Pressure (Mpa)	Panel Quantity (pcs)	Connector (Q1Q2Q3 Q4)	Net Weight (kg)	Side Volumen (Q1-Q2/ Q3-Q4) (L)
EATB 28-30	301*126*85	3.0	30	4*1-1/4"N PT	5.85	0.84L/0.7 28L
EATB 28-50	301*126*131	3.0	50	4*1-1/4"N PT	8.52	1.4L/1.28 8L
EATB 28-80	301*126*201	3.0	80	4*1-1/4"N PT	12.51	2.24L/2.1 28L
EATB 28-100	301*126*248	3.0	100	4*1-1/4"N PT	15.2	2.8L/2.68 8L
EATB 12-30	190*76*85	3.0	30	4*3/4"NPT	2.1	0.24L/0.2 08L
EATB 12-40	190*76*109	3.0	40	4*3/4"NPT	2.5	0.32L/0.2 88L
EATB12-60	190*76*159	3.0	60	4*1/2"G	3.3	0.48L/0.448L

Part List

Model	Picture	EATB28-30/50/80/100	EATB12-30/40/60
Plate Exchanger		1	1
Installing Support		2	2

Security & Warnings

1. This product should be used for welding spigots when using to avoid refrigerant leakage.
2. If undissolved solids like sand, weeds, leaves, and other fibers the water, the channels are easily blocked; we recommended up 40\~70 mesh strainer to avoid blocking.
   3.Any heat exchanger could freeze up when the temperature is zero. Freezing upinside the heat exchanger will result in structu damage and leaking. If leaking happens in the evaporator, ever compressor could be destroyed. In order to avoid freezing:
   * Use a freeze protection thermostat and flow switch to guaran consistent water flow before, during and after compressor operation * Avoid operation the unit during pump downtimes, Discharge the when the exchanger is left unused and keep heating the water use.
   *Use antifreeze when the evaporating temperature is close to like freezing, Adding glycol or other antifreezing in the water.
3. Cleaning: Regular reverse flushing insitu is the simplest option, however, scaling has occurred, chemical cleaning will be necessary. Clean with detergents for fatty deposits (without chlorine), for he

fouling use chemicals compatible with copper and stainless steel as formic, citric or any other organic acids. Use weak acid clept pumped through the heat exchanger in reverse flow direction at approximately twice the normal flow rate. Remember that the clacid should be circulated in reverse flow for usually 24 hours. completion of the cleaning process, it is important that the unit flushed with clean water for at least 30 minutes.

5. Suitable Medium:

* Any refrigerants except ammonia, chlorine and DI water
* water, vapor
* oil, Organie solvents, Gas
* PH 6\~8

*Please pay attention to the operating temperature and design on the PHE

Operation

1. Screw thread link

In order to avoid danger to the components, there will be no link between BPHE and the piece; you need to use a screw airproof circle to airproof. Use the ergometer to refer to the data table to do the screw thread link.

Model	Torque
EATB12-30/40/60	《170 Nm
EATB28-30/50/80/100	《400 Nm
2. Copper brazing linkClean the weld surface and brush the flux, using 40-50 silver-based rods for welding; the maximum temperature does not exceed 650 (1202F); cooling water into the water-side and in the vicinity of t welding department to impose an appropriate cooling and the refrigerant-side injection with Nitrogen to avoid oxidation.
3. Bolt FasteningIn order to avoid excessive torque lead to bolt come off and t cover plate deformation, using the measuring wrench according t data listed on the table to fasten the bolt.

Please refer to nameplate's connected tube sketch and installation drawing. Moreover, customer should configure a connected tube accurately, and install brazed plate heat exchanger vertically.

Pure technical diagram of a rectangular component with four corner holes and a central square (no text or symbols)

Pure geometric diagram with rounded rectangle and central crosshair, no text or symbols present

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, no visible text or symbols

3D illustration of a vertical electronic device with orange and blue components, no text or symbols visible

If the pipeline has vibration, longer pipe and higher thermal exwhich will affect brazed plate heat exchanger. You'd better co adopting the following devices: install rubber pad between braze heat exchanger and bracket; compressor with shock absorber, a corrugated pipe or other damping devices when straight pipe is

5. Woring Schematic Diagram

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q1 Q4 Q2 Q3

6. Exchanger Selection

Note: The data in ( ) is the default value, you may fill in this form appropriate data. If the heating capacity is indeterminate, please provide the Flow Rate value within the dotted line.

Exchanger Selection

Capacity

Max dp (50kPa)

Fluid 1

Side 1 Inlet Temp.

Side 1 Outlet Temp.

Flow Rate

Fluid 2

Side 2

Inlet Temp.

Side 2

Outlet TemP.

Flow Rate

VEVOR®

TOUGH TOOLS, HALF PRICE

Technical Support and E-Warranty Certificate

www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

BESOIN D'AIDE? CONTACTEZ-NOUS!

Pure electrical circuit lines without any symbols

Pure diagram of a rectangular shape with four corner dots and a central crosshair (no text or symbols)

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, no text or symbols visible

3D illustration of a mechanical device with orange and gray components, no visible text or symbols

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q4 Q1 Q2 Q3 Hot Side Cold Side

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

BRAUCHEN SIE HILFE? KONTAKTIERE UNS!

Pure electrical circuit lines without any symbols

Pure diagram of a rectangular shape with four corner dots and a central crosshair (no text or symbols)

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, no text or symbols visible

3D illustration of a vertical electronic device with orange and gray components, mounted on a blue base (no text or symbols)

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q1 Q4 Q2 Q3 Hot Side Cold Side

6. Hinweis zur

www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

HO BISOGNO DI AIUTO? CONTATTACI!

Pure electrical circuit lines without any symbols

Pure diagram of a rectangular shape with four corner dots and a central crosshair (no text or symbols)

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, no text or symbols visible

3D illustration of a mechanical device with orange and gray components, no visible text or symbols

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q4 Q1 Q2 Q3 Hot Side Cold Side

elettronica www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

Pure electrical circuit lines without any symbols

Pure diagram of a rectangular shape with four corner dots and a central crosshair (no text or symbols)

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, no text or symbols visible

3D illustration of a mechanical device with orange and gray components, no visible text or symbols

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q4 Q1 Q2 Q3 Hot Side Cold Side

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

POTRZEBUJE POMOCY? SKONTAKTUJ SIĘ Z NAMI!

Pure electrical circuit lines without any symbols

Pure diagram of a rectangular shape with four corner dots and a central crosshair (no text or symbols)

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, no text or symbols visible

3D illustration of a mechanical device with orange and gray components, no visible text or symbols

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q4 Q1 Q2 Q3 Hot Side Cold Side

www.vevor.com/support

VEVOR®

TOUGH TOOLS, HALF PRICE

Technische ondersteuning en e-garantiecertificaat www.vevor.com/support

PLATENWISSELAAR

Model: EATB28-30/EATB28-50/EATB28-80/EATB28-100 EATB12-30/EATB12-40/EATB12-60

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

HULP NODIG? NEEM CONTACT MET ONS OP!

Pure diagram of a rectangular panel with a central square and four corner holes, no text or symbols present.

Pure diagram of a rectangular frame with four corner holes and a central shaded rectangle (no text or symbols)

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, featuring a central black component (no text or symbols)

3D illustration of a vertical electronic device with orange and gray components, mounted on a blue base (no text or symbols)

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q4 Q1 Q2 Q3 Hot Side Cold Side

Close-up of a copper-colored heat exchanger or heat sink component with four metallic ports (no visible text or symbols)

BEHÖVS HJÄLP? KONTAKTA OSS!

Pure electrical circuit lines without any symbols

Pure diagram of a rectangular shape with four corner dots and a central crosshair, no text or symbols present.

Pure mechanical cross-section diagram without any text, numbers, or symbols

3D illustration of a rectangular electronic device with blue and orange casing, featuring a central black component (no text or symbols)

3D illustration of a vertical electronic device with orange and gray components, mounted on a blue base (no text or symbols)

The surfaces of the corrugated plates pointed by arrows are pressed close and welded together around the angle holes therefore the liquid in the angle holes couldn't get into the channels here.

Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in.

channels here. Correspondingly, there is a certain gap between the relative corrugated plates pointed by arrows here. They are not welded together and thus leave an opening for the liquid in the angle holes to get in. N+1 Water Channels Surround n Refrigerant Channels Port hole The First Plate Front Panel EATB Q4 Q1 Q2 Q3 Hot Side Cold Side

www.vevor.com/support