xcm–compact multiflow erv
TRANSCRIPT
XCHANGE Energy RecoveryXCM–COMPACT MULTIFLOW ERVXCM325C1 Technical Data
Technical Specifications
Nominal Airflow
Supply Air (I/sec) 325
Return Air (I/sec) 325
Controls
240V Controls Included
Fan Fault Not available
Supply Fan
Fan Type Forward Curved Centrifugal
Fan Motor Direct Drive
Motor Power (Watts) 425
External Static (Pa) 200
Speeds 3
Max Fan Speed (rpm) 1350
Motor Protection Thermal Overload
Exhaust Fan
Fan Type Forward Curved Centrifugal
Fan Motor Direct Drive
Motor Power (Watts) 425
External Static (Pa) 200
Speeds 3
Max Fan Speed (rpm) 1350
Motor Protection Thermal OverloadOptions
Internal Drain Tray Available (Model XCM325C1-T)Electrical
Supply Fan (A) 3.6
Exhaust Fan (A) 3.6
Nominal Run Current (A) 7.2
Maximum Full Load (A) 8.0
Volt/Phase 240V/1ph
Connection Lead & Plug
Heat Exchanger *Rated at standard conditions of 35.5° db/24.0° wb
Enthalpy Media Standard (Model XCM325C1E)
Sensible Media Available (Model XCM325C1S)
Corrosion Resistant Media Available
Velocity (m/sec) 1.63
Pressure Drop (Pa) 86.6
Kw Recovered (Cooling)* 4.30
Kw Recovered (Heating)* 5.49
Filters
Type 45mm V Form Panel - G4
Disposable / Washable Disposable
Size L x W x D (mm) 495 x 395 x 45
Number of Filters 2
Cabinet Construction
Casing Galvanised Metal
Insulation Thickness (mm) 15/25mm
Hanging Brackets Included
XCHANGE Energy RecoveryXCM–COMPACT MULTIFLOW ERV – XCM325C1 Technical Data
Technical Drawings – XCM325C1
Dimensions
Height (mm) 440
Width (mm) 830
Length (mm) 1060
Weight (Kg) 90
Access Clearance (mm) 600 (Controls & Filter Access)
Access Clearance (mm) 600 (Filter Access)
Duct Sizes
Exhaust Air (mm) 300 Ø
Return Air (mm) 300 Ø
Supply Air (mm) 300 Ø
Fresh Air (mm) 300 Ø
Wiring Diagram
Electrical Connections
E Earth Green/Yellow
N Neutral Blue
L Active Brown
H High Speed Brown
M Medium Speed Grey/Orange
L Low Speed White
Fan Performance Data
Sound Power Levels*
XCHANGE Energy RecoveryXCM–COMPACT MULTIFLOW ERV – XCM325C1 Technical Data
Filter and Fan Access
Inlet Rating dB Outlet Rating dB
63 Hz 64 63 Hz 66
125 Hz 61 125 Hz 63
250 Hz 70 250 Hz 70
500 Hz 68 500 Hz 70
1k Hz 64 1k Hz 70
2k Hz 63 2k Hz 71
4k Hz 61 4k Hz 67
8k Hz 55 8k Hz 60
LwA 71 LwA 76
* Sound Power Levels Recommended Operating Point.
0
50
100
150
200
250
300
250 275 300 325 350 375 400 425 450 475 500
Exte
rnal
Sta
tic
Pres
sure
[Pa]
Air Flow [l/s]
System Performance Curve
Recommended Duty PointAmp : 2.3A
XCHANGE Energy RecoveryXCM–COMPACT MULTIFLOW ERV – XCM325C1 Technical Data
Ductwork Connections
RETURN AIR: Air that is drawn from conditioned areas.
EXHAUST AIR: Ducted to outside the building or into the roof space if adequate ventilation to the outside air is available.
FRESH AIR: Use a fresh air cowl or grill to introduce fresh air.
SUPPLY AIR: Connect to the airconditioning system or directly into the conditioned area.
ENERGY RECOVERY
Exhaust Air
Supply Air
Fresh Air
Return Air
ENERGY RECOVERY
Exhaust Air Fresh Air
Return Air
Supply Air
ENERGY RECOVERY
Exhaust Air
Supply Air
Fresh Air
Return Air
ENERGY RECOVERY
Exhaust Air
Fresh Air
Return Air
Supply Air
ENERGY RECOVERY
Exhaust Air
Fresh Air
Supply Air Return Air
ENERGY RECOVERY
Exhaust Air
Supply Air
Fresh Air
Return Air
ENERGY RECOVERY
Exhaust Air Fresh Air
Supply Air Return Air
ENERGY RECOVERY
Exhaust Air
Supply Air
Fresh Air
Return Air
A: 109-111 Northcorp Blvd, Broadmeadows VIC 3047 T: 03 8301 9200 E: [email protected] www.armcor.com.au
© 2021 Armcor Air Solutions reserves the right to alter products and specifications without notice and does not accept responsibility for possible errors and omissions in published documentation.Date: 06/08/2021 | Document: XCM325C1_techspec | Version 2
RETURN AIR: Air that is drawn from conditioned areas.
EXHAUST AIR: Ducted to outside the building or into the roof space if adequate ventilation to the outside air is available.
FRESH AIR: Use a fresh air cowl or grill to introduce fresh air.
SUPPLY AIR: Connect to the airconditioning system or directly into the conditioned area.
XCHANGE Energy RecoveryXCM–COMPACT MULTIFLOW ERV – XCM325C1 Technical Data
ENERGY RECOVERY
Exhaust Air
Supply Air
Fresh Air
Return Air
ENERGY RECOVERY
Exhaust Air Fresh Air
Supply Air Return Air
ENERGY RECOVERY
Exhaust Air
Supply Air
Fresh Air
Return Air
ENERGY RECOVERY
Exhaust Air
Fresh Air
Supply Air Return Air
ENERGY RECOVERY
Exhaust Air
Supply Air Return Air
Fresh Air
ENERGY RECOVERY
Exhaust Air
Return Air
Fresh Air
Supply Air
ENERGY RECOVERY
Exhaust Air
Supply Air Return Air
Fresh Air
ENERGY RECOVERY
Exhaust Air
Return Air
Fresh Air
Supply Air