1300CMH~Commercial ERV HRV system offering comfort fresh air and heat recovery with airflow range from 600 to 1300 cubic meters per hour
1300CMH~Commercial ERV HRV system offering comfort fresh air and heat recovery with airflow range from 600 to 1300 cubic meters per hour
Product Details:
Place of Origin:
Beijing,China
Brand Name:
Holtop
Certification:
CE
Model Number:
XHBQ-D13DCPMTHC
Detail Information
Place of Origin:
Beijing,China
Brand Name:
Holtop
Certification:
CE
Model Number:
XHBQ-D13DCPMTHC
Model:
XHBQ-D13DCPMTHC
Airflow (m3/h):
1300
External Pressure (Pa):
80
Noise DB(A):
43
Input Power (W):
424
Weight (kg):
72
Highlight:
High Light
Highlight:
Commercial ERV HRV system 1300CMH
,
Heat recovery ventilation system 600-1300CMH
,
Commercial fresh air system with heat recovery
Trading Information
Minimum Order Quantity:
1pc
Price:
Negotiable
Packaging Details:
box
Delivery Time:
Two weeks
Payment Terms:
TT
Supply Ability:
200000 units per year
Product Description
1300CMH Commercial ERV HRV System
Commercial energy recovery ventilation system providing comfort fresh air and heat recovery with airflow range from 600 to 1300 cubic meters per hour.
Key Features
Energy Recovery Ventilation System
Comfort Fresh Air + Heat Recovery Energy Saving
Ceiling Suspended Installation
Airflows: 600m³/h ~ 1300m³/h
EPS Inner Structure
Higher Efficiency Enthalpy Exchanger
Good Thermal Insulation
BLDC Motors
New Primary Filter
Sub-HEPA F9 Filter Integrated (Optional)
Touch Screen Intelligent Controller
HOLTOP Ceiling Mounted ERV
Features bypass function and PM2.5 filtration for superior air quality management.
Advanced Enthalpy Exchanger Technology
Higher efficiency with Holtop 3rd generation enthalpy exchanger (Total heat Recuperator). Holtop crossflow enthalpy exchanger achieves heat recovery efficiency up to 82% in winter. The allowance of moisture exchange between fresh air and exhaust air creates a soft indoor temperature and humidity environment. The 3rd generation enthalpy exchanger is made of the latest nanofiber structure to ensure higher efficiency. The heat exchange materials are mildew resistance and fire retardant.