INSIDE INSIDE - Plumbing & HVAC
INSIDE INSIDE - Plumbing & HVAC
INSIDE INSIDE - Plumbing & HVAC
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Our Ductless Systems Can Meet And Exceed The 13 SEER Standard !<br />
R410A<br />
Ozone Friendly Refrigerant<br />
Improved Indoor Air Quality<br />
Catechin Pre-Filter<br />
- absorbs odor causing gases<br />
such as ammonia<br />
- it removes water from viruses and<br />
bacteria to make them inactive<br />
Anti Allergy Enzyme Filter<br />
- Divides sulfur bonds in allergens<br />
to make them inactive<br />
Variable Speed Compressor<br />
Neodymium magnets<br />
Energy Saving<br />
- Variable speed compressor<br />
varies itís speed to match the<br />
cooling or heating load<br />
- DC Compressor motor<br />
- Powerful Neodymium magnets<br />
assists compressor rotation<br />
improving the efficiency<br />
Ozone Friendly R410A Refrigerant<br />
Variable Compressor Speed (Inverter) Technology<br />
Significant Energy Savings (Up To 30%)<br />
Reaches Set-Point Temperature Faster<br />
Less Temperature Variations<br />
No Inrush Starting Current<br />
Pulse Amplitude Modulation (PAM) control<br />
Super Silent Operation<br />
Longer Pipe Runs<br />
IAQ Anti-Allergy Enzyme and Catechin Filter<br />
Low Ambient Temperature Cooling Operation<br />
Powerful Mode and Wide Airflow Mode<br />
Introducing Variable Compressor Speed Inverter (VCSI) technology<br />
Variable Compressor Speed Inverter technology is the key to more comfort throughout the year, whatever the season. Our Variable Compressor Speed Inverter<br />
Technology adjusts the air-conditioning capacity in response to conditions such as the difference between the outside and inside air temperatures, allowing<br />
our product to run more efficiently and reduce energy cost. By controlling compressor rotation speed more precisely, inverter technology provides high-speed<br />
cooling and heating with extra energy savings compared to conventional models.<br />
The use of VCSI technology saves energy in two main ways:<br />
1. The compressor varies its speed to match the cooling or heating load and therefore consumes only the power necessary to match the exact requirement of<br />
the room. Furthermore no inrush current is generated due to the inverter soft start control. Inrush current increases energy usage and can also adversely affect<br />
other appliances. We have all noticed how the lights dim when our conventional air conditioners start up due to compressor inrush current.<br />
2. When a VCSI air conditioner is operating at partial load the energy efficien cy of the system is significantly higher than at full load.<br />
In a typical application, partial load conditions prevail for more than 90% of operation time. A fixed speed system can only operate at 100% capacity and cannot<br />
match the annual efficiencies of a VCSI system.<br />
Conclusion:<br />
All the benefits of using a VCSI driven compressor boils down to one very impor tant fact. You only consume as much energy as needed at any given time,<br />
meaning if you do not need the full capacity of the system you will not be paying for the full capacity of the system.<br />
We Have The Most Complete Line-up To Match All Your Applications (Available in Air-Conditioner and Heat Pump Models)<br />
9000 BTU<br />
(A/C) MS-A09 (SEER 13)*<br />
(HP) MSZ-A09 (SEER 16)<br />
12000 BTU<br />
(A/C) MS-A12 (SEER 13)*<br />
(HP) MSZ-A12 (SEER 16)<br />
Single Ductless Split Systems<br />
15000 BTU<br />
(A/C) MS-A15 (SEER 17)<br />
(HP) MSZ-A15 (SEER 17)<br />
17000 BTU<br />
(A/C) MS-A17 (SEER 16)<br />
(HP) MSZ-A17 (SEER 16)<br />
24000 BTU<br />
(A/C) MS-A24 (SEER 15)<br />
(HP) MSZ-A24 (SEER 15)<br />
2 Head Multi Ductless Split Systems<br />
Available Combinations<br />
1) 9000 BTU + 9000 BTU<br />
2) 9000 BTU + 12000 BTU<br />
3) 12000 BTU + 12000 BTU<br />
3 Head Multi Ductless Split Systems<br />
Available Combinations<br />
1) 9000 BTU + 9000 BTU<br />
2) 9000 BTU + 12000 BTU<br />
3) 9000 BTU + 15000 BTU<br />
4) 9000 BTU + 18000 BTU<br />
5) 12000 BTU + 12000 BTU<br />
6) 9000 BTU + 15000 BTU<br />
7) 9000 BTU + 18000 BTU<br />
8) 15000 BTU + 15000 BTU<br />
9) 9000 BTU + 9000 BTU + 9000 BTU<br />
10) 9000 BTU + 9000 BTU + 12000 BTU<br />
(A/C) MU-A09 (SEER 13)* (A/C) MU-A12 (SEER13)*<br />
* Constant Capacity * Constant Capacity<br />
(HP) MUZ-A09 (SEER 16) (HP) MUZ-A12 (SEER 16)<br />
(A/C) MUY-A15 (SEER 17)<br />
(HP) MUZ-A15 (SEER 17)<br />
(A/C) MUY-A17 (SEER 16)<br />
(HP) MUZ-A17 (SEER 16)<br />
(A/C) MUY-A24 (SEER 15)<br />
(HP) MUZ-A24 (SEER 15)<br />
www.mrslim.ca<br />
20000 BTU<br />
MXZ-2A20 (SEER 13-16 )<br />
30000 BTU<br />
MXZ-3A30 (SEER 13-16 )<br />
Circle Number 150 for More Information