![background image](http://html1.mh-extra.com/html/daikin/rxysq-p8v1/rxysq-p8v1_technical-data-manual_2459970013.webp)
3
4
• VRV Systems • RXYSQ-P8V1
11
• Outdoor Unit • RXYSQ-P8V1
4
Capacity tables
4 - 3 Capacity Correction Factor
1. Rate of change in cooling capacity
2. Rate of change in heating capacity
3TW33642-4
NOTES
1. These gures illustrate the rate of change in capacity of a standard indoor unit system at maximum load (with the thermostat set to maximum) under standard conditions.
Moreover, under partial load conditions there is only a minor deviation from the rate of change in capacity shown in the above gures.
2.
With this outdoor unit, evaporating pressure constant control when cooling, and condensing pressure constant control when heating is carried out.
3.
Method of calculating cooling/heating capacity (max. capacity for combination with standard indoor unit)
cooling / heating capacity
=
cooling / heating capacity obtained from performance characteristics table
x
each capacity rate of change
In the case lenght of piping differs depending on the indoor unit, maximum capacity of aech unit during simultaneous operation is:
cooling / heating capacity
=
cooling / heating capacity of each unit
x
capacity rate of change for each piping length
<As for RXYMQ6MV4A - RXYSQ6M7V3B - RXYMQ6MVLT - RXYMQ6PV4A - RXYMQ6PVE - RXMQ6PVE - RXYSQ6P7V3B - RXYSQ6P7Y1B - RXYSQ6PA7V1B - RXYSQ6PA7Y1B -
RXYSQ6P8V1B - RXYSQ6P8Y1B>
4.
When overall equivalent pipe length is 90m or more, the diameter of the main gas pipes (outdoor unit-branch sections) must be increased.
[ Diameter of above case ]
Model
Gas
Liquid
RXYSQ6P8V1B
ø 22.2
Not increased
5.
When the main sections of the interunit gas pip diameters are increased the overall equivalent length should be calculated as follows.
Overall equivalent length = Equivalent length to main pipe x 0,5 + Equivalent length after branching
Example:
RXYSQ6P8V1B
In the above case (Cooling)
Overall equivalent length = 80m x 0.5 + 40m = 80m
The correction factor in capacity when Hp = 0m is thus approximately 0.86
6.
For RXYSQ: use these correction factors in case of VRV indoor unit.
[ Explanation of symbols ]
Hp: Level difference (m) between indoor and outdoor units
where indoor unit in inferior position
Hm: Level difference (m) between indoor and outdoor units
where indoor unit in superior position
L:
Equivalent pipe length (m)
Į
:
Capacity correction factor
[ Diameter of pipes ]
Model
Gas
Liquid
RXYSQ6P8V1
ø 19.1
ø 9.5
RXYSQ6P8V1
80m
Equivalent length
40m
Equivalent length
Indoor unit
Outdoor unit
Size increase
Branch
Содержание RXYSQ-P8V1
Страница 1: ...Air Conditioning Technical Data VRVIII S heat pump EEDEN14 100 RXYSQ P8V1 ...
Страница 2: ......
Страница 11: ...3 4 VRV Systems RXYSQ P8V1 9 Outdoor Unit RXYSQ P8V1 4 Capacity tables 4 3 Capacity Correction Factor ...
Страница 15: ...3 6 VRV Systems RXYSQ P8V1 13 Outdoor Unit RXYSQ P8V1 6 Centre of gravity 6 1 Centre of Gravity 4D052604B ...
Страница 20: ... Outdoor Unit RXYSQ P8V1 10 VRV Systems RXYSQ P8V1 18 10 Sound data 10 2 Sound Pressure Spectrum Cooling ...
Страница 21: ...3 10 VRV Systems RXYSQ P8V1 19 Outdoor Unit RXYSQ P8V1 10 Sound data 10 3 Sound Pressure Spectrum Heating ...
Страница 24: ... Outdoor Unit RXYSQ P8V1 12 VRV Systems RXYSQ P8V1 22 12 Operation range 12 1 Operation Range 3D045713F ...