MITSUBISHI ELECTRIC VL-250 Whole Home Vertical Ventilation System Instructions
- June 1, 2024
- Mitsubishi Electric
Table of Contents
- MITSUBISHI ELECTRIC VL-250 Whole Home Vertical Ventilation System
- Specifications
- Product Usage Instructions
- FAQ
- Product Information
- Results Breakdown
- Summary of Embodied Carbon Results (kg CO2e)
- Calculation Assumptions
- Contact
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
MITSUBISHI ELECTRIC VL-250 Whole Home Vertical Ventilation System
Specifications
- Product: Vertical Lossnay VL-250
- Product Type: Balanced pressure heat recovery ventilation unit
- Installation: Below-ceiling
- Core Type: Non-permeable, counter-flow resin core
- Thermal Efficiency: Up to 90%
- Capacity: 69 L/s
- Weight: 26.0kg
- Service Life: 15 years
- Country of Origin: Japan
- Embodied Carbon: 198 kg CO2e
Product Usage Instructions
- Installation: Ensure the unit is installed below ceiling for optimal performance.
- Maintenance: Regularly clean and inspect the unit to ensure efficient operation.
- Operation: Adjust fan speed as needed to achieve desired ventilation levels.
FAQ
- Q: What is the service life of the Vertical Lossnay VL-250?
- A: The service life of the unit is 15 years.
- Q: What is the embodied carbon of the product?
- A: The embodied carbon of the Vertical Lossnay VL-250 is 198 kg CO2e.
- Q: Where can I find more information about the product?
- A: For more information, please visit our website or contact our Specialist Team at www.mitsubishi-electric.co.nz | 0800 784 382.
Product Information
A balanced pressure heat recovery ventilation unit can be installed below the ceiling. Featuring a non-permeable, counter-flow type resin core, the system can achieve high thermal efficiency of up to 90%* and extract from humid areas. Calculation of product embodied carbon under TM65 ANZ local Addendum by CIBSE.
Embodied Carbon Result with ‘Mid-level TM65 Calculation’ Method Total
198 (kg CO2e)
Results Breakdown
Results Breakdown – Embodied Carbon A1 – C4 (Excluding B1 and C1)
Summary of Embodied Carbon Results (kg CO2e)
- A1 – C4 (Excluding B1 and C1) 152
- A1 – C4 with Buffer Factor (Excluding B1 and C1) 198
- B1: Refrigerant Leakage During Life + C1: Refrigerant Leakage at End of Life 0
Calculation Assumptions
- A1: Material Carbon Coefficient Source TM65 ANZ Local Addendum
- A4: Transport to site distances 10,000km by sea, 300km by road (TM65 ANZ assumption)
- C4: Percentage of units being recycled 70% (TM65 ANZ assumption)
Note: Data is correct at the time of document publication and may be subject to vary based on manufacturing and shipping variations on a case by case basis.
Contact
- For more information please visit our website or call our Specialist Team.
- www.mitsubishi-electric.co.nz
- 0800 784 382
Assessment Date:
- 27th September 2023
Assessor / Organisation:
- Mitsubishi Electric
Contact:
Valid Country:
- New Zealand
References
Read User Manual Online (PDF format)
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