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Clean Operating Room Modular AHU

Email: sales@immersion-energy.com

Tel: 00862135324116

Whatsapp: 8613916147965

Clean Operating Room Modular AHU

description1

Zipper closure 1/5 zip athletic pullovers for men. Stretchy, lightweight, fast-drying fabric for superior performance. REGULAR FIT - US standard sizes. An athletic fit that sits close to the body for a wide range of motion, designed for optimal performance and all day comfort. FEATURES - Quarter zip closure;Thumbholes on long sleeves to keep them in place during workout

Features

Unit Function Section

The combined air conditioning unit of the clean operating room can be designed with different air treatment functional sections: fresh return air mixing section, primary filter section, surface cold dehumidification section, heating section, humidification section, secondary return air mixing section, fan section, and current equalization section , Medium-efficiency filter section, sub-high-efficiency filter section, sterilization section, air supply section, host side, etc., through the unit function section to perform one or more treatments on the air to meet the required technical requirements for working conditions and effects

Function section name
1	Mixed section	7	Current sharing section
2	Primary-efficiency filter section	8	Medium-efficiency filter section
3	Coil dehumidification section	9	Sub-high efficiency filter section
4	Heater section	10	Sterilization section
5	Humidification section	11	Wind out section
6	Fan section	12	Host segment

Features
1. High-strength structure: adopts high-strength cooling bridge aluminum alloy profile frame, beautiful appearance and high strength;
2. No deformation: The inner and outer panels and the insulation layer are foamed at one time, and the foaming density is not less than 48kg/m3, which can ensure that the unit does not deform under the pressure difference between the inside and outside of 2500Pa;
3. Anti-cold bridge: high-strength anti-cold bridge aluminum alloy structure, PA66 heat insulation material, completely solve the frame condensation problem;
4. Low air leakage rate: regardless of positive pressure or negative pressure, the air leakage rate is less than 1% under the pressure difference of 1000 Pa between the inside and outside of the machine;
5. Personalized design: improve non-standard customized designs such as annual refrigeration, low-temperature heating, low-temperature air supply, and compressor frequency conversion, and tailor-made technical solutions for clean projects.

Application

• Clean rooms and controlled environments

• Healthcare, pharmaceuticals, electronics, and precision machinery

• Laboratories, research centers, and hospitals

• Light and chemical industries

• Large public buildings with precise air purification and temperature/humidity control

Technical Data

Unit quick selection table（air volume):

Model	Nominal air volume m³/h	Windward area of coil㎡	Wind speed of the coil（m/s）
			2.00	2.25	2.50	2.75	3.00	3.25
			m³/h
0606	1500	0.16	1152	1296	1440	1584	1728	1872
0706	1800	0.2	1440	1620	1800	1980	2160	2340
0806	2200	0.24	1728	1944	2160	2376	2592	2808
0907	3200	0.35	2520	2835	3150	3465	3780	4095
0908	3800	0.42	3024	3402	3780	4158	4536	4914
1009	5000	0.56	4032	4536	5040	5544	6048	6552
1209	6300	0.7	5040	5670	6300	6930	7560	8190
1210	7200	0.8	5760	6480	7200	7920	8640	9360
1510	9500	1.04	7488	8424	9360	10296	11232	12168
1512	12000	1.3	9360	10530	11700	12870	14040	15210
1515	15000	1.69	12168	13689	15210	16731	18252	19773
1815	18000	2.08	14976	16848	18720	20592	22464	24336
1818	23000	2.56	18432	20736	23040	25344	27648	29952
2118	27000	3.04	21888	24624	27360	30096	32832	35568
2121	32000	3.61	25992	29241	32490	35739	38988	42237
2421	37000	4.18	30096	33858	37620	41382	45144	48906
2721	43000	4.75	34200	38475	42750	47025	51300	55575
2724	50000	5.5	39600	44550	49500	54450	59400	64350
3024	55000	6.16	44352	49896	55440	60984	66528	72072
3027	63000	7	50400	56700	63000	69300	75600	81900
3030	70000	7.84	56448	63504	70560	77616	84672	91728
3627	76000	8.5	61200	68850	76500	84150	91800	99450
3630	85000	9.52	68544	77112	85680	94248	102816	111384
3930	93000	10.36	74592	83916	93240	102564	111888	121212
3933	100000	11.47	82584	92907	103230	113553	123876	134199
3936	110000	12.58	90576	101898	113220	124542	135864	147186

Note: 1. It is recommended to add a water baffle if the wind speed exceeds 2.75m/s.

Unit quick selection table（cooling capacity of coil section under return air condition）:

Model	Nominal air volume m³/h	4 rows		6 rows		8 rows
		Cooling capacity	Water volume	Cooling capacity	Water volume	Cooling capacity	Water volume
		kW	m³/h	kW	m³/h	kW	m³/h
0606	1500	8.2	1.4	10.9	1.87	13.2	2.27
0706	1800	10.2	1.8	13.6	2.34	16.5	2.84
0806	2200	12.6	2.2	16.4	2.82	19.8	3.41
0907	3200	17.8	3.1	23.8	4.09	28.8	4.95
0908	3800	21.5	3.7	28.6	4.92	34.6	5.95
1009	5000	28.7	4.9	38.1	6.55	46.2	7.95
1209	6300	35.8	6.2	47.8	8.22	57.5	9.89
1210	7200	41.1	7.1	54.6	9.39	66.1	11.37
1510	9500	53.3	9.2	70.8	12.18	85.6	14.72
1512	12000	66.7	11.5	88.6	15.24	107.1	18.42
1515	15000	86.6	14.9	115.3	19.83	138.6	23.84
1815	18000	106.5	18.3	141.8	24.39	170.3	29.29
1818	23000	131.2	22.6	172.9	29.74	210.5	36.21
2118	27000	155.8	26.8	206.8	35.57	248.6	42.76
2121	32000	185.1	31.8	245.2	42.17	296.5	51.00
2421	37000	214.2	36.8	285.1	49.04	341.8	58.79
2721	43000	243.3	41.8	323.6	55.66	385.6	66.32
2724	50000	281.5	48.4	374.5	64.41	450.3	77.45
3024	55000	315.7	54.3	419.3	72.12	500.4	86.07
3027	63000	358.6	61.7	476.5	81.96	560.4	96.39
3030	70000	400.5	68.9	534.1	91.87	640.5	110.17
3627	76000	432.6	74.4	578.2	99.45	690.5	118.77
3630	85000	482.5	83.0	645.8	111.08	765.8	131.72
3930	93000	520.6	89.5	702.3	120.80	830.5	142.85
3933	100000	576.1	99.1	778.4	133.88	940.8	161.82
3936	110000	630.6	108.5	850.6	146.30	970.5	166.93

Note:

1. The inlet temperature of chilled water is 7°C, and the outlet temperature is 12°C;

2. Return air condition: inlet air dry bulb temperature 27℃, wet bulb temperature 19.5℃;

3. The above parameters are for reference only. If the working conditions and coil circuit arrangement are changed, the parameters will change.

Unit quick selection table（cooling capacity of coil section under fresh air condition）:

Model	Nominal air volume m³/h	4 rows		6 rows		8 rows
		Cooling capacity	Water volume	Cooling capacity	Water volume	Cooling capacity	Water volume
		kW	m³/h	kW	m³/h	kW	m³/h
0606	1500	18.9	3.3	23.5	4.04	28.1	4.83
0706	1800	23.5	4.0	29.4	5.06	35.1	6.04
0806	2200	28.3	4.9	35.3	6.07	42.2	7.25
0907	3200	41.3	7.1	51.4	8.84	61.5	10.57
0908	3800	49.5	8.5	61.7	10.61	73.8	12.69
1009	5000	66.2	11.4	82.3	14.15	98.4	16.92
1209	6300	82.3	14.2	102.8	17.68	122.9	21.15
1210	7200	94.5	16.3	117.5	20.21	140.5	24.17
1510	9500	122.9	21.1	152.8	26.27	182.7	31.42
1512	12000	153.2	26.4	190.9	32.84	228.3	39.27
1515	15000	195.6	33.6	248.2	42.69	296.8	51.05
1815	18000	245.6	42.2	305.5	52.55	365.3	62.83
1818	23000	302.1	52.0	376.0	64.67	449.6	77.33
2118	27000	358.7	61.7	446.5	76.80	533.9	91.83
2121	32000	426.1	73.3	530.2	91.20	634.0	109.05
2421	37000	492.8	84.8	613.9	105.60	734.1	126.27
2721	43000	560.8	96.5	697.7	120.00	834.2	143.49
2724	50000	648.9	111.6	807.8	138.94	965.9	166.14
3024	55000	727.6	125.1	904.8	155.62	1081.9	186.08
3027	63000	826.4	142.1	1028.1	176.84	1229.4	211.45
3030	70000	924.8	159.1	1151.5	198.06	1376.9	236.83
3627	76000	1005.4	172.9	1248.4	214.73	1492.8	256.76
3630	85000	1124.3	193.4	1398.3	240.50	1672.0	287.58
3930	93000	1200.6	206.5	1514.6	260.51	1812.4	311.73
3933	100000	1320.6	227.1	1671.4	287.48	2010.3	345.77
3936	110000	1450.7	249.5	1825.7	314.02	2186.5	376.08

Note:

1. The inlet temperature of chilled water is 7℃, and the outlet temperature is 12℃;

2. Fresh air conditions: inlet air dry bulb temperature 35℃, wet bulb temperature 28℃;

3. The above parameters are for reference only. If the working conditions and coil circuit arrangement are changed, the parameters will change.

Unit quick selection table（hot water coil heating capacity）:

Model	Nominal air volume m³/h	Return air condition			Fresh air condition
		2 rows	3 rows	4 rows	2 rows	3 rows	4 rows
		heating capacity	heating capacity	heating capacity	heating capacity	heating capacity	heating capacity
		kW	kW	kW	kW	kW	kW
0606	1500	9.4	12.5	14.8	11.1	15.1	18.1
0706	1800	11.8	15.6	18.5	13.9	18.9	22.6
0806	2200	14.1	18.8	22.2	16.7	22.7	27.2
0907	3200	20.6	27.3	32.4	24.3	33.0	39.6
0908	3800	24.7	32.8	38.9	29.1	39.6	47.5
1009	5000	32.9	43.8	51.8	38.9	52.9	63.4
1209	6300	41.1	54.7	64.8	48.6	66.1	79.2
1210	7200	47.0	62.5	74.0	55.5	75.5	90.5
1510	9500	61.1	81.3	96.2	72.2	98.2	117.7
1512	12000	76.4	101.6	120.3	90.2	122.7	147.1
1515	15000	99.3	132.0	156.3	117.2	159.5	191.2
1815	18000	122.2	162.5	192.4	144.3	196.3	235.3
1818	23000	150.4	200.0	236.8	177.6	241.6	289.6
2118	27000	178.6	237.5	281.2	210.9	286.9	343.9
2121	32000	212.1	282.0	333.9	250.4	340.7	408.4
2421	37000	245.6	326.6	386.7	290.0	394.5	472.9
2721	43000	279.1	371.1	439.4	329.5	448.3	537.3
2724	50000	323.1	429.7	508.8	381.6	519.1	622.2
3024	55000	361.9	481.3	569.8	427.4	581.4	696.9
3027	63000	411.3	546.9	647.5	485.6	660.6	791.9
3030	70000	460.6	612.5	725.2	543.9	739.9	886.9
3627	76000	499.4	664.1	786.3	589.7	802.2	961.6
3630	85000	559.3	743.8	880.6	660.5	898.5	1077.0
3930	93000	608.7	809.4	958.3	718.7	977.7	1172.0
3933	100000	673.9	896.1	1061.0	795.7	1082.5	1297.5
3936	110000	739.1	982.8	1163.7	872.7	1187.2	1423.1

Note:

1. The inlet temperature of hot water is 60°C, and the outlet temperature is 50°C;

2. Return air condition: inlet air dry bulb temperature 15℃; fresh air condition: inlet air dry bulb temperature 7℃;

3. The above parameters are for reference only. If the working conditions and coil circuit arrangement are changed, the parameters will change.

Unit quick selection table（hot water coil heating capacity）:

Model	Nominal air volume m³/h	One row of steam heating			Two rows of steam heating
		Steam pressure			Steam pressure
		0.1MPa	0.2MPa	0.3MPa	0.1MPa	0.2MPa	0.3MPa
		kW	kW	kW	kW	kW	kW
0606	1500	8.9	10.2	11.1	14.3	16.2	17.6
0706	1800	11.1	12.8	13.9	17.9	20.3	22.0
0806	2200	13.4	15.3	16.7	21.5	24.3	26.4
0907	3200	19.5	22.3	24.3	31.3	35.4	38.5
0908	3800	23.4	26.8	29.1	37.5	42.5	46.2
1009	5000	31.2	35.7	38.9	50.1	56.7	61.6
1209	6300	38.9	44.6	48.6	62.6	70.9	77.0
1210	7200	44.5	51.0	55.5	71.5	81.0	88.0
1510	9500	57.9	66.3	72.2	93.0	105.3	114.4
1512	12000	72.3	82.9	90.2	116.2	131.6	143.0
1515	15000	94.0	107.7	117.2	151.0	171.1	185.9
1815	18000	115.7	132.6	144.3	185.9	210.6	228.8
1818	23000	142.4	163.2	177.6	228.8	259.2	281.6
2118	27000	169.1	193.8	210.9	271.7	307.8	334.4
2121	32000	200.8	230.1	250.4	322.6	365.5	397.1
2421	37000	232.5	266.5	290.0	373.6	423.2	459.8
2721	43000	264.2	302.8	329.5	424.5	480.9	522.5
2724	50000	305.9	350.6	381.6	491.6	556.9	605.0
3024	55000	342.7	392.7	427.4	550.6	623.7	677.6
3027	63000	389.4	446.3	485.6	625.6	708.8	770.0
3030	70000	436.1	499.8	543.9	700.7	793.8	862.4
3627	76000	472.8	541.9	589.7	759.7	860.6	935.0
3630	85000	529.6	606.9	660.5	850.9	963.9	1047.2
3930	93000	576.3	660.5	718.7	925.9	1049.0	1139.6
3933	100000	638.0	731.2	795.7	1025.1	1161.3	1261.7
3936	110000	699.8	802.0	872.7	1124.3	1273.7	1383.8

Note:

1. Heating conditions, the inlet air dry bulb temperature is 7℃;

2. The structure of the heater is a steel pipe wound around a steel fin;

3. The above parameters are for reference only. If the working conditions and coil circuit arrangement are changed, the parameters will change.

Part List

Mixed section
The air mixing section is used to mix air in different states, and to control and adjust the flow of air. Generally, it is equipped with a return air inlet and a fresh air outlet, and is equipped with a manual or electric air volume control valve.

Primary-efficiency filter section
The primary filter section is used at the front end of the entire unit to intercept large particles such as dust and hair in the air, which can prolong the service life of the secondary filter. According to different wind speed, material, grade, thickness and technology, the initial resistance of the initial filter section is 150Pa, and the final resistance is about 120Pa.

Medium-efficiency filter section
The medium-efficiency filter section is used at the back end of the primary filter section to intercept large particles such as dust and hair in the air, which can prolong the use of the post-filter. According to different wind speed, material, grade, thickness and process, the initial resistance of the initial filter section is 15-50Pa, and the final resistance is 120Pa.

Sub-high-efficiency/high-efficiency filter section
The sub-high-efficiency filter section is used at the back end of the medium-efficiency filter section, intercepting dust and impurities with a particle size of 0.5μm in the air, with a moderate collection efficiency, which can extend the service life of the subsequent filter.
According to the wind speed, material, grade, thickness and process of the medium-efficiency filter section, its return force is 30-60Pa, and the final resistance is about 150Pa.
The filtration efficiency of the high-efficiency filter section can reach 99%, and its final resistance is about 300Pa. It is mostly used in high-grade clean rooms, operating rooms and other places with high cleanliness requirements.

Surface cold dehumidification section
The surface cold dehumidification section is used to cool and dehumidify the air, and play a role in regulating the environment and environmental humidity. Generally divided into chilled water type and refrigerant direct expansion type.

Heating section
It is generally placed after the surface cooling section to adjust the ambient temperature. It is generally divided into three types: hot water type, steam type and electric heating type.

Humidification section
It is generally placed after the heating section to adjust the temperature of the environment, and is generally divided into dry steam type, electrode type, high pressure micro mist type, ultrasonic wave and wet curtain.

Fan section
It is used to make the air in the local environment pass through the combined air conditioning unit and circulate, and do corresponding treatment according to requirements.

Sterilization section
It uses air or oxygen as raw materials to generate ozone by high-frequency and high-voltage discharge. It is recognized as a broad-spectrum and highly effective bactericide in the world. Ozone has one more active oxygen atom than oxygen molecule. It has a very active chemical property and is a strong oxidant. It can quickly kill bacteria in the air at a certain concentration, without any toxic residue, and will not form secondary pollution.

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