EXINDA Ceiling-Suspended Long-Throw Jet Water-Cooled Package Unit


INDUSTRIAL WATER-COOLED DX PACKAGE UNIT

A self-contained ceiling-suspended package unit with long-throw jet air delivery for factories and large spaces.

56 kWCooling capacity12,000 m³/hMaximum airflowR410ARefrigerantIPX4Protection rating

Select model

Selected model: XDZFLB-56DS

Is this the right configuration for your project?

  • Choose floor-standing or ceiling-suspended installation according to available space and structure.
  • Choose louvered, long-throw jet or ducted delivery according to the required airflow path.
  • Select the exact 19.5, 28, 38 or 56 kW model using the calculated cooling load and design conditions.

SELECTED MODEL

Core Specifications — XDZFLB-56DS

ModelXDZFLB-56DS
Cooling capacity56 kW
Rated input power11.46 kW
Rated current26 A
Maximum airflow12,000 m³/h
Sound pressure level≤69 dB(A)
Water connectionDN50
Power supply380 V / 3 N~ / 50 Hz
Indoor unit dimensions2160 × 950 × 760 mm
Indoor unit weight400 kg
Outdoor unit dimensions970 × 970 × 1680 mm
Outdoor unit weight100 kg

Full Product Family Data

Ceiling-Suspended Long-Throw Jet Water-Cooled Package Unit is a self-contained industrial water-cooled DX package unit designed for factories, workshops, warehouses and other large indoor spaces. The indoor package integrates the compressor, DX evaporator, water-cooled condenser, supply fan and controls. Condenser-water piping connects the unit to a remote adiabatic fluid cooler or a suitable central cooling-water system.

Cooling range: 19.5–56 kW   |   Airflow: 5,500–12,000 m³/h   |   Refrigerant: R410A   |   Power: 380 V / 3 N~ / 50 Hz

Product positioning and applications

A ceiling-suspended indoor package with long-throw jet outlets for direct air delivery across large industrial spaces while keeping floor areas unobstructed.

  • Manufacturing plants and production workshops
  • Warehouses and logistics facilities
  • Large indoor work areas requiring sensible cooling and dehumidification
  • Projects requiring separation of indoor supply air from the outdoor heat-rejection air stream

Model selection and technical specifications

Model Cooling Input Current Airflow Sound Water connection Indoor unit W×D×H Outdoor unit W×D×H Indoor / outdoor weight
XDZFL-19DS 19.5 kW 4.28 kW 10 A 5,500 m³/h ≤63 dB(A) DN25 1150×860×800 770×770×1330 180 / 70
XDZFLB-28DS 28 kW 5.46 kW 13 A 6,500 m³/h ≤65 dB(A) DN32 1150×860×800 970×970×1450 190 / 78
XDZFLB-38DS 38 kW 6.91 kW 16 A 7,500 m³/h ≤68 dB(A) DN40 1360×850×760 970×970×1450 260 / 85
XDZFLB-56DS 56 kW 11.46 kW 26 A 12,000 m³/h ≤69 dB(A) DN50 2160×950×760 970×970×1680 400 / 100

Dimensions are in mm; weight is in kg. Ratings are based on condenser-water inlet/outlet temperatures of 30/35°C and indoor conditions of 27°C dry bulb / 19°C wet bulb.

How the system works

  1. The indoor DX evaporator cools and dehumidifies the recirculated indoor air.
  2. The water-cooled condenser transfers refrigerant heat to the condenser-water circuit.
  3. A remote adiabatic fluid cooler or central cooling-water system rejects that heat outdoors.
  4. The outdoor heat-rejection air stream remains separate from the conditioned indoor supply air.

Installation and water system

Provide appropriately sized condenser-water piping, circulation pumps, water treatment, filtration, expansion provisions and controls according to the project design. Maintain service clearances and verify structure, drainage, electrical supply and airflow paths before installation.

Selection guidance

Select the unit after checking the calculated sensible and latent cooling loads, required airflow, external static pressure, installation arrangement, sound target, entering-water temperature and available heat-rejection system. Contact EXINDA with the project schedule and design conditions for selection support.

Frequently asked questions

Is this a direct evaporative cooler?

No. It is a water-cooled DX package unit. The indoor air passes across a DX evaporator; the condenser-water loop carries heat to a separate outdoor heat-rejection system.

Can it connect to a central cooling-water system?

Yes, provided the available water temperatures, flow, pressure and water quality meet the project design requirements.

Which refrigerant and electrical supply are used?

The listed models use R410A and 380 V / 3 N~ / 50 Hz power. Protection rating is IPX4 and appliance class is Class I.

How should the model be selected?

Use a project cooling-load calculation and confirm airflow, water conditions, installation arrangement and sound requirements. Area-only rules of thumb are not sufficient for final selection.

Need a project selection? Send EXINDA your cooling load, design temperatures, building layout, airflow requirement and available condenser-water conditions.

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