Wechat

Back to Top

VMHD micro heat regeneration adsorption dryer

PRODUCT OVERVIEW

The VMHD series micro heat regeneration adsorption dryer uses a small amount of finished compressed air to heat and regenerate the moist adsorbent. During the cooling process, a small amount of finished compressed air is used to cool the adsorbent and further regenerate it.

CONTACT US

Introduction

The VMHD series micro heat regeneration adsorption dryer uses a small amount of finished compressed air to heat and regenerate the moist adsorbent. During the cooling process, a small amount of finished compressed air is used to cool the adsorbent and further regenerate it.

Features

● Simple structure and high degree of automation

● Low gas consumption and deep adsorption.


Standard configuration

● Remote Control/Short Range Control

● Modbus RTU communication protocol


Option

● Schneider/Siemens electronic control components

● Pipeline stainless steel material/Stainless steel material for adsorption twoer

 Mainstream communication protocols such as modbus tcp/ip, profinet ,ethercat, etc



Specification

Performance parameter

Working pressure: 0.7-1.0Mpa

● Ambient temperature:5-45℃

● Intake temperature: ≤38℃

● Standard pressure dew point :-40℃

● Average regeneration gas consumption:7%

● Average pressure drop: 0.012Mpa

● Electrical level : IP55

● Noise level: ≤85 dB(A)

● Standard intake conditions: 0.7Mpa/38℃

Technical parameter table

Product Model

Treating flow capacity Nm3/min

Equipment weight Kg

External Shape Dimensions

Length

Width

Height

VMHD11-40-3

3

365

990

550

1685

VMHD11-40-4

4

400

1100

600

1700

VMHD11-40-6

6

550

1150

600

1900

VMHD11-40-8

8

700

1200

800

2450

VMHD11-40-10

10

910

1210

830

2495

VMHD11-40-15

15

950

1315

1211

2535

VMHD11-40-20

20

1000

1550

1340

2400

VMHD11-40-25

25

1060

1415

1291

2578

VMHD11-40-30

30

1638

2000

960

2986

VMHD11-40-45

45

2958

2300

1030

2612

VMHD11-40-60

60

3400

2450

1585

3369

VMHD11-40-80

80

3700

2812

1380

3200