Air Source Water Chiller for Water Cooling System

• Customization: Available
• Certification: ISO9001, CE
• Working Medium: 134A
• Model NO.: LT
• Cooling Capacity: 10kw-1000kw
• MOQ: 1
• Guarantee Period: 12 Month
• Application: Cooling Water
• Transport Package: Standard
• Specification: Customized
• Trademark: lytte
• Origin: China
• Production Capacity: 50000PCS/Year
• Package Size: 1000.00cm * 1000.00cm * 1000.00cm
• Package Gross Weight: 200.000kg

Product Description

AIR SOURCE HEAT PUMP(WATER CHILLER)


Parameter
 

Model No.:LTWFCDR-			10	20	30	40
Cooling capacity		kW	33	65	98	131
Heating capacity		kW	24.5	49	73.5	98
Heating capacity in Ambient Tmperature	7ºC	kW	35	70	105	140
	-7ºC	kW	28	56	84	112
	-12ºC	kW	24.8	49.5	74.1	99
	-15ºC	kW	22	44	66	88
	-20ºC	kW	19.5	39	58.5	78
	-25ºC	kW	17.5	35	52.5	70
Power input	Power supply		3/N/PE AC380V 50HZ
	Cooling	kW	9.6	19.2	28.8	38.4
	Heating	kW	9.1	18.2	27.3	36.4
	heating in 7ºC	kW	9.7	19.5	29.2	38.9
	heating in -7ºC	kW	9.6	19.3	28.9	38.5
	heating in -12ºC	kW	9.4	18.8	28.2	37.6
	heating in -15ºC	kW	9.1	18.2	27.3	36.4
	heating in -20ºC	kW	8.8	17.6	26.4	35.2
	heating in -25ºC	kW	8.4	16.8	25.2	33.6
Security settings			Overload, high and low pressure, phase mismatch, water flow, oil pressure, freezing and high temperature etc
Compressor	Type		Full-hermetic low temperature high efficient EVI compressor
	Quantity	set	1	2	3	4
Refrigerant	Type		R22 R407C
	Filling qty	kg	9	18	26	34
Qty of refigerant loops			1	2	3	4
Air side heat exchange fan			High efficiency axial flow fan
Air side heat exchanger			High efficiency copper tube string aluminum fin
Working ambient temperature			-25ºC~43ºC
Evapoerator	TYPE		Tube in tube type	High efficient shell and tube heat exchanger
	Water flow rate	m3/h	6	12	18	24
	Pressure loss	kPa	34.7	38.3	42.5	45.5
	Interface size(DN)	mm	50	65	80	80
Out dimension	Length	mm	1383	2264	3500	2294
	Width	mm	1231	1280	1360	2464
	Height	mm	1710	1814	1900	1940
Weight		kg	560	770	1200	1550
Noise		dB(A)	≤68
Note:
1.Heating capicity based on the water ut temperatue 441ºC, while ambient temperature is -12ºC(Dry bulb),-14ºC(Wet bulb)
2.Cooling capicity based on the water in/out temperatue 12ºC/7ºC, while ambient temperature is 35ºC;
3.Users should prepare pump and power control box according to the design of system
4.Refrigerant R410a is optional

 

Model No.:LTWFCDR-			3	5	5	6	7	10
Cooling capacity		kW	7.2	12.5	13.3	14	17.3	24.8
Heating capacity		kW	8.4	14.5	15.5	17	19	29
Nominal heating capacity		kW	5.7	8.7	9.5	11.6	12.8	19.56
Power input	Power supply		1/N/PE AC220V 50HZ		3/N/PE AC380V 50HZ
	Cooling	kW	2.5	4.6	4.9	5.1	6.2	9.1
	Heating	kW	2.3	4.2	4.5	4.9	5.3	8.5
	Nominal heating	kW	2.7	4.1	4.4	5.5	6	9
	Rated current	A	12.5	23	9.8	10.2	12.4	18.2
Security settings			Overload, high and low pressure, phase mismatch, water flow, oil pressure, freezing and high temperature etc
Compressor	Type		Full-hermetic ultra low temperature EVI compressor
	Quantity	set	1	1	1	1	1	2
Refrigerant	Type		R22 R407C R410A
	Filling qty	kg	2.6	3.5	3.8	4.2	4.5	3.5*2
Qty of refigerant loops			1	1	1	1	1	2
Air side heat exchange fan			High efficiency axial flow fan
Air side heat exchanger			High efficiency copper tube string aluminum fin
Working ambient temperature			-25ºC~43ºC
Evapoerator	TYPE		High efficient heat exchanger
	Water flow rate	m3/h	1.24	2.15	2.29	2.41	2.98	4.27
	Pressure loss	kPa	46	46	46	46	46	46
	Interface size(DN)	mm	25	25	25	25	32	32
Out dimension	Length	mm	830	1110	1110	1340	1340	1540
	Width	mm	490	490	490	540	540	800
	Height	mm	1160	1410	1410	1400	1400	1600
Weight		kg	100	155	155	180	215	340
Air blow direction			side	side	side	side	side	up
Noise		dB(A)	≤54	≤56	≤56	≤57	≤58	≤60
Note:
1.Heating capicity based on the water in/out temperatue 40ºC/45ºC, while ambient temperature is 7ºC(Dry bulb),6ºC(Wet bulb)
2.Cooling capicity based on the water in/out temperatue 12ºC/7ºC, while ambient temperature is 35ºC;
2.Nominal Heating capicity based on the water out temperature 41 ºC while ambient temperature is -12ºC(Dry bulb),-14ºC(Wet bulb)
3.Users should prepare pump and power control box according to the design of system