Toshiba RAV-SM2244AT8Z-E Systematic diagram of refrigerating cycle, RAV-SM2244 series

Systematic diagram of refrigerating cycle

RAV-SM2244 series

			Pressure				Pipe surface temperature (°C)						Indoor/Outdoor
										Compressor
								Indoor heat	Outdoor heat				temp. conditions
										drive revolution		Indoor
		(MPa)		(kg/cm²g)		Discharge	Suction						(DB/WB) (°C)
								exchanger	exchanger	frequency		fan
										(rps)	∗
		Pd	Ps	Pd	Ps	(TD)	(TS)	(TC)	(TE)				Indoor	Outdoor
	Standard	3.14	0.88	32.0	9.0	84	14	10	37	64		HIGH	27/19	35/–
Cooling	Overload	3.54	1.14	36.1	11.6	88	17	16	46	62		HIGH	32/24	43/–
	Low load	1.65	0.65	16.8	6.6	41	7	5	0	36		LOW	18/15.5	–15/–
	Standard	2.60	0.67	26.5	6.8	73	2	42	2	66		HIGH	20/–	7/6
Heating	Overload	3.24	1.08	33.1	11.0	77	14	52	13	36		LOW	30/–	24/18
	Low load	2.05	0.31	20.9	3.2	76	–12	34	–11	75		HIGH	15/–	–10/(70%)

∗This compressor has a 4-pole motor.

The value when compressor frequency (Hz) is measured by a clamp meter is twice the compressor revolution number (rps).

∗This data is cycle data obtained by combining a four-way ceiling cassette simultaneous twin at a target pipe length. Data will change depending on the mounted pipe length or combination with the indoor unit.

RAV-SM2804 series

			Pressure				Pipe surface temperature (°C)						Indoor/Outdoor
										Compressor
													temp. conditions
								Indoor heat	Outdoor heat	drive revolution		Indoor
		(MPa)		(kg/cm²g)		Discharge	Suction						(DB/WB) (°C)
								exchanger	exchanger	frequency		fan
										(rps)	∗
		Pd	Ps	Pd	Ps	(TD)	(TS)	(TC)	(TE)				Indoor	Outdoor
	Standard	3.15	0.79	32.1	8.1	87	11	9	41	80		HIGH	27/19	35/–
Cooling	Overload	3.62	1.12	36.9	11.4	89	18	16	48	64		HIGH	32/24	43/–
	Low load	1.66	0.64	16.9	6.5	42	6	5	0	36		LOW	18/15.5	–15/–
	Standard	2.85	0.63	29.1	6.4	80	1	47	2	80		HIGH	20/–	7/6
Heating	Overload	3.26	1.06	33.3	10.8	78	14	53	12	36		LOW	30/–	24/18
	Low load	2.05	0.29	20.9	3.0	81	–13	33	–12	96		HIGH	15/–	–10/(70%)

∗This compressor has a 4-pole motor.

The value when compressor frequency (Hz) is measured by a clamp meter is twice the compressor revolution number (rps).

∗This data is cycle data obtained by combining a four-way ceiling cassette simultaneous twin at a target pipe length. Data will change depending on the mounted pipe length or combination with the indoor unit.

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