Specifications Table for AS

					MAS121T1000E	MAS123T1000E	MAS121T443S	MAS221N1000E	MAS221N443S	MAS221T1000E	MAS123T443S	BAS135T02Y	MAS235T02E	MAS235T1000E	MAS135N02Y	MAS135T02Y	MAS135T1000E	MAS335N02E	MAS335N1000E	MAS335T02E	MAS340T02E
Refrigerant	GWP				1,430	1,430	1,774	1,430	1,774	1,430	1,774	3.0	1,430	1,430	3.0	3.0	1,430	1,430	1,430	1,430	1,430
	Type				R-134a	R-134a	R-407C	R-134a	R-407C	R-134a	R-407C	R-290	R-134a	R-134a	R-290	R-290	R-134a	R-134a	R-134a	R-134a	R-134a
Refrigerating capacity	Medium temperature	R-134a	Nom	kW	1.140	1.422		1.816		2.029			4.981 (1)	4.981			3.492	6.988 (1)	6.988	8.290 (1)	10.664 (1)
		R-290	Nom	kW											2.614 (1)	3.479 (1)
	Low temperature	R-290	Nom	kW								2.789 (1)
Operation range	Cold room temperature		Min.	°C			0		0		0		-5					-5		-5	-5
			Max.	°C			15		15		15		10					10		10	10
Defrost					Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas	Hot gas		Hot gas	Hot gas			Hot gas	Hot gas	Hot gas	Hot gas	Hot gas
Dimensions	Unit		Width	mm	537	537	537	832	832	832	537	900	1,280	1,329	900	900	832	1,750	1,766	1,750	1,790
			Depth	mm	825	825	825	825	825	825	825	1,170	1,140	1,140	1,170	1,170	1,100	1,140	1,140	1,140	1,240
			Height	mm	705	705	705	695	695	695	705	800	857	690	800	800	800	857	690	857	857
Compressor	Nominal power			kW	0.6	0.74	0.46	0.9	0.74	1.1	0.56		3.7	3.7			2.6	4.8	4.8	6.3	7.4
	Type				Hermetic	Hermetic	Hermetic	Hermetic	Hermetic	Hermetic	Hermetic	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic	Hermetic Reciprocating	Hermetic Reciprocating
	Starting method				Direct	Direct	Direct	Direct	Direct	Direct	Direct		Direct	Direct			Direct	Direct	Direct	Direct	Direct
Weight	Unit			kg	53	57	53	77	77	79	57	106	162	162	106	106	104	221	217	222	244
Condenser	Air flow			m³/h			700		1,400		700		2,700					4,000		4,000	5,600
Evaporator	Air flow			m³/h			600		1,200		600		3,900					5,600		5,600	8,000
	Air throw			m	4 (2)	4 (2)	4 (2)	4 (2)	4 (2)	4 (2)	4 (2)		10 (2)	10 (2)			10 (2)	10 (2)	10 (2)	10 (2)	17 (2)
Power supply	Phase				1~	1~	1~	1~	1~	3N~	1~	3N~	3N~	3N~	3N~	3N~	3N~	3N~	3N~	3N~	3N~
	Frequency			Hz	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50	50
	Voltage			V	230	230	230	230	230	400	230	400	400	400	400	400	400	400	400	400	400
Notes												(1) - Contains fluorinated greenhouse gases			(1) - Contains fluorinated greenhouse gases	(1) - Contains fluorinated greenhouse gases
					(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C		(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C			(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C	(1) - When normally running: 0°C / +30°C
					(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.		(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.			(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.	(2) - Use air throw as a base. Air throw is affected by many factors such as height of room, product storage, location of evaporator, etc.
													(3) - Contains fluorinated greenhouse gases					(3) - Contains fluorinated greenhouse gases		(3) - Contains fluorinated greenhouse gases	(3) - Contains fluorinated greenhouse gases