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Semi-industrial duct air conditioners

Concealed HVAC solutions for sites with sustained load and strict airflow-distribution requirements.
Price
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lei
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lei
Brand
Room area, m²
Power, BTU
Compressor
Heating to, °C
Sorting:
prod installation It is possible to order with installation
Duct High ESP HAIER ADH125H1ERG/1U125S2SN2FB
Room area, m²
125
Power, BTU
42000
Compressor
Inverter
82 410 lei
Room area, m²
25
Power, BTU
9000
Compressor
Inverter
36 833 lei
33 150 lei
Room area, m²
50
Power, BTU
18000
Compressor
Inverter
35 000 lei
Room area, m²
70
Power, BTU
28000
Compressor
Inverter
35 700 lei
Room area, m²
35
Power, BTU
12000
Compressor
Inverter
41 314 lei
37 183 lei
Room area, m²
70
Power, BTU
24000
Compressor
Inverter
44 000 lei
Room area, m²
35
Power, BTU
12000
Compressor
Inverter
47 370 lei
Room area, m²
100
Power, BTU
42000
Compressor
Inverter
51 850 lei
Room area, m²
50
Power, BTU
18000
Compressor
Inverter
68 030 lei
61 227 lei
Room area, m²
50
Power, BTU
18000
Compressor
Inverter
61 606 lei
Room area, m²
160
Power, BTU
60000
Compressor
Inverter
67 150 lei
Room area, m²
60
Power, BTU
21000
Compressor
Inverter
67 474 lei
Room area, m²
100
Power, BTU
36000
Compressor
Inverter
69 000 lei
Room area, m²
70
Power, BTU
24000
Compressor
Inverter
77 818 lei
Room area, m²
200
Power, BTU
60000
Compressor
Inverter
88 400 lei
Room area, m²
160
Power, BTU
60000
Compressor
Inverter
90 000 lei
Shown from 16 by 32 from 42 results

Semi-industrial duct air conditioners are selected for multi-zone offices, commercial properties with constant traffic, and sites operating 8-12 hours per day. In Chisinau and across Moldova, this format is used when hidden installation and controlled airflow distribution are required.

Before selection, teams verify static pressure, route length, duct-network layout, ceiling constraints, noise limits, and service access. Wrong configuration often causes insufficient airflow, uneven temperature control, and repeated installation work.

A reliable process includes load calculation, installation validation, fitting, startup checks, and service planning.

 

When duct-based semi-industrial layout is optimal

This category fits properties where air must be distributed across multiple zones while keeping equipment visually hidden. In commercial operation, stability during peak hours is a key decision factor.

 

Parameters that define final configuration

Final setup depends on thermal load, property geometry, duct-network resistance, and duty cycle. For extended daily runtime, balance between performance and maintainability is essential.

 

Installation, startup, and operational stability

Before works begin, mounting points, route, drainage, and electrical baseline are fixed, then startup is performed with mode checks. After launch, service intervals are aligned for predictable operation.

 

What else matters in selection

For low-ceiling projects, teams often compare slim duct air conditioners as a compact alternative. For broad commercial category alignment, users review semi-industrial commercial air conditioners. In elongated zones, some projects evaluate floor-to-ceiling air conditioners for directional airflow control. For full execution workflow, stages are coordinated via commercial air conditioner installation.

 

Frequently asked questions

What properties are semi-industrial duct systems suitable for?
They are suitable for offices, commercial sites, and multi-zone objects with high daily load.

What is checked before installation?
Static pressure, route, drainage, duct network, ceiling limits, and service access.

Can installation and startup be included in one project?
Yes, selection, fitting, and commissioning can be coordinated in one workflow.

How can uneven airflow distribution risk be reduced?
By correct duct-network calculation and proper unit sizing for real object load.

Is post-launch service available?
Yes, service and maintenance terms are fixed during project confirmation.