Garage Grow optimized industrial honey dehumidifier hepa in greenhouse

1 Piece
MOQ
$980.00(1 - 9 Pieces) $960.00(10 - 99 Pieces) $940.00(>=100 Pieces)
prezzo
Garage Grow optimized industrial honey dehumidifier hepa in greenhouse
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Caratteristiche
Specificazioni
After-sales Service Provided: Free spare parts, Overseas Call Centers
Warranty: 1 Year
Application: Garage, Commercial, Household
Power Source: Electric
App-Controlled: NO
Type: Refrigerative Dehumidifier
Function: Adjustable Humidistat, Auto Restart, Automatic Defrost, Automatic Humidistat Control, External Drain Connect, LED Display, Washable Air Filter
Capacity (pints / 24h): 510
Coverage Area (sq. ft.): 4300
Dimensions (L x W x H (Inches): 1030*1000*510MM
Fan Speed: 0
Power (W): 4200
Voltage (V): 220
Water Tank Capacity (l): 0
Working Temperature Range: 5-38℃
Dehumidifying Technology: COMPRESSOR
Model Number: SMS-9240B
Product name: Ceiling Mounted Dehumidifier
Dehumidifying capacity: 240L/Day
Refrigerant: R410a
Certificazione: ce
Informazioni di base
Certificazione: ce
Model Number: SMS-9240B
Termini di pagamento e spedizione
Packaging Details: Standard Export Packaging
Supply Ability: 10000 Piece/Pieces per Week
Descrizione di prodotto
Product Description

Functions: The machine is placed in a suspended ceiling, which does not occupy indoor space and does not affect the indoor aesthetic effect With indoor air humidity display, the humidity can be set arbitrarily from 30% -90%. Set the humidity that needs to be controlled. When the set humidity is reached, it will automatically stop when it is higher than the set humidity. The
machine humidity control switch can be led out separately and placed at any place. It is convenient for users to control and observe in real time Can be customized according to customer requirements Note: The machine's air volume, appearance, flange mouth and body size can be changed according to customer requirements.
Model
SMS-26B
SMS-36B
SMS-56B
SMS-90B
SMS-138B
SMS-156B
Dehumidify capacity
26Liter/Day
55Pints/Day
36Liter/Day
76Pints/Day
56Liter/Day
118Pints/Day
90Liter/Day
190Pints/Day
138Liter/Day
292Pints/Day
156Liter/Day
330Pints/Day
Power
350W
450W
1000W
1300W
1800w
2300W
Air circulation
280m3/h
350m3/h
550m3/h
900m3/h
1100m3/h
1500m3/h
Working temperature
5-38℃
41-100℉

5-38℃
41-100℉
5-38℃
41-100℉
5-38℃
41-100℉
5-38℃
41-100℉
5-38℃
41-100℉
Weight
10kg
15kg
25kg
51kg
55kg
65kg
Applying space
30m2
320ft²
50m2
540ft²
80m2
860ft²
120m2
1300ft²
180m2
1930ft²
200m2
2150ft²
Voltage
110-240V 50,60Hz
110-240V 50,60Hz
110-240V 50,60Hz
110-240V 50,60Hz
110-240V 50,60Hz
110-240V 50,60Hz
Model
SMS-8kg
SMS-10kg
SMS-12kg
SMS-15kg
SMS-20kg
SMS-30kg
Dehumidify capacity
192Liter/Day
405Pints/Day
240Liter/Day
507Pints/Day
288Liter/Day
608Pints/Day
360Liter/Day
760Pints/Day
480Liter/Day
1015Pints/Day
720Liter/Day
1521Pints/Day
Power
3000w
4200w
5500w
6000w
8000w
10kw
Air circulation
2000m3/h
2800m3/h
3000m3/h
4100m3/h
5800m3/h
8000m3/h
Working temperature
5-38℃
41-100℉
5-38℃
41-100℉
5-38℃
41-100℉
5-38℃41-100℉
5-38℃41-100℉
5-38℃41-100℉
Weight
80kg
90kg
95kg
105kg
115kg
125kg
Applying space
250m²
2600ft²
300m²
3200ft²
350m²
3750ft²
400m²
4300ft²
500m²
5400ft²
800m²
8600ft²
Voltage
380-415V 50,60Hz 3PH
380-415V 50,60Hz 3PH
380-415V 50,60Hz 3PH
380-415V 50,60Hz 3PH
380-415V 50,60Hz 3PH
380-415V 50,60Hz 3PH
Installation diagram of ducted dehumidifier
.
How Ducted dehumidifiers work?
A ducted dehumidifier is a dehumidifier that is connected to a duct or ventilation shaft with either the supply air, return air,or both. The duct work can be connected to an existing HVAC system or ducted out on its own to an exterior area.

Are all dehumidifiers ducted?
Depending on the application, a dehumidifier doesn’t have to be ducted to do its job. Only dehumidifiers with a strong enough fan
to overcome the static pressure of the ductwork are capable of being ducted.

Why use a ducted dehumidifier?
Often the space that needs to be dehumidified is not the same space that houses the dehumidifier, the application requires a better distributed airflow, or there are multiple spaces needing dry airflow. By ducting the dehumidifier to these remote locations, the user has the freedom to install the dehumidifier where ever it is convenient, easily distribute dry air across a wide area, or can use a single dehumidifier to dry multiple spaces. Ducted dehumidifiers also have the added benefit of being able to condition fresh outside air to the space rather than just circulate stale indoor air.

Why might you need a ducted dehumidifier?
1. IF YOU HAVE AN ESPECIALLY LARGE SPACE.
If your space is very large, such as an indoor ice rink or a water treatment facility, using a ducted dehumidification system
maybe the best option. By nature, the system can distribute the air evenly or target trouble areas.
2. IF THE AREA NEEDING TO BE DRIED HAS LIMITED POWER AVAILABILITY OR SPACE CONSTRAINTS.
If, such as in an indoor pool, the area needing to be conditioned doesn’t have available space to house the dehumidifier, ducting the unit from a utility closet gives the flexibility needed to manage the space properly.
3. IF YOUR SPACE HAS POOR VENTILATION OR HAS MULTIPLE COMPARTMENTS.
Spaces that have poor ventilation often benefit from a duct dehumidifier, as the system’s design allows for fresh air to
circulate through the space. Using a duct dehumidifier can help such areas by maintaining a healthy air quality. This is also beneficial in facilities like Self-Storage or float spas where there are multiple smaller rooms that need to be addressed.
WHY WE USE R410 ECO-FRIENDLY GAS?
R22 refrigerant:
* Since 2010 R22 is no longer in use by manufacturer’s of new air conditioners and heat pumps
* As of 2020 R22 will no longer be imported or manufactured
* R22 contributes to the depletion of the ozone layer
* R22 is less capable of absorbing and releasing heat than R410a refrigerant, making it less energy efficient
* The price of R22 continues to rise as the remaining supply diminishes

R410a refrigerant:
* R410a comes in all newly-manufactured air conditioners and heat pumps
* Unlike R22, R410a does not contribute to the depletion of the ozone layer
* R410a is better at absorbing and releasing heat than R22, making it more energy efficient to use
* Since R410a operates at higher pressures it requires the use of tougher and more durable air conditioner parts. Better quality
parts reduce the risk of your system overheating and breaking down.

It’s not hard to see why R410a is a substantially better refrigerant.

VR
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