MODEL	CAPACITY m3/h	PURITY (%)	AIR CONSUMPTION (m3/min 0.6 mpa)
UBO-3P	3	90-95	0.95
UBO-6P	6	90-95	1.9
UBO-10P	10	90-95	2.8
UBO-20	20	90-95	5.6
UBO-30	30	90-95	8.4
UBO-50	50	90-95	14
UBO-80	80	90-95	22
UBO-100	100	90-95	28
UBO-200	200	90-95	56

NOTE: For cylinder filling with oxygen filling booster and cylinder filling station see chart below:-

MODEL	CAPACITY m3/h	PURITY(%)	NO. OF CYLINDERS PER DAY	CYLINDER PRESSURE
UBO-3P	3	90-95	12	150 BAR
UBO-6P	6	90-95	24	150 BAR
UBO-10P	10	90-95	40	150 BAR
UBO-20	20	90-95	80	150 BAR
UBO-30	30	90-95	120	150 BAR
UBO-50	50	90-95	200	150 BAR
UBO-80	80	90-95	320	150 BAR
UBO-100	100	90-95	400	150 BAR
UBO-200	200	90-95	800	150 BAR

Features:
1.Full automation with japanese touch screen panel and plc
2.Lower space required.
3.Fast start up
4.High reliability
5.Molecular sieve- europe origin.

TECHNICAL SPECIFICATION:

OXYGEN PURITY	93-95% (STANDARD 93%)
DEW POINT	< -45 C DRY

S No.	Model	CAPACITY (CUBIC Meter per hour)	CAPACITY Lit/ Min	NOS OF CYL/ HR	CYLINDER FILLING PRESSURE
1	UHOP -2	2 m3	35	32	150 BAR
2	UHOP -4	4 m3	70	64	150 BAR
3	UHOP -6	6 m3	105	96	150 BAR
4	UHOP -10	10 m3	165	160	150 BAR
5	UHOP -15	15 m3	250	240	150 BAR
6	UHOP -20	20 m3	330	320	150 BAR
7	UHOP -25	25 m3	420	400	150 BAR
8	UHOP -35	35 m3	585	560	150 BAR
9	UHOP -40	38 m3	635	608	150 BAR
10	UHOP -50	50 m3	835	800	150 BAR

NOTE: Size of medical/hospital cylinder is 40 liters.

Features of the plant:

Full Automation
All systems are designed for unattended operation and automatic Oxygen demand adjustment.

Lower Space Requirement and Short installation period
The design and Instrumentation makes the plant size very compact, assembly on skids, prefabricated and supplied from factory. Installation is very easy and convenient.

Fast Start-up
Start-up time is about 30 minutes to get desired Oxygen purity. So these units can be switched ON & OFF as per Oxygen demand changes.

High Reliability
Very reliable for continuous and steady operation with constant Oxygen purity. Plant availability time is better than 99% always.

Molecular Sieves Life
Expected Molecular sieves life is more than 10-years i.e. whole life time of Oxygen plant. So no replacement costs.

MODEL	CAPACITY (M3/HR)AT FOR O2	NO. OF CYL/ DAY (OXYGEN)
UOG - 6	6	30
UOG - 8	8	40
UOG - 12	12	60
UOG - 15	15	75
UOG - 20	20	95
UOG - 30	30	140
UOG - 40	40	190

These compact and highly reliable plants were initially designed for remote installation, military applications and can also be installed on board ships, islands and on mobile trailers. These are very suitable for captive users and dealers of oxygen who want to fill oxygen in cylinders without any headaches .

Low investment and energy consumption

• After the N2 and O2 Separation Device, there is a O2 after-cleaning, testing and controlling cabinet consisting of O2 cleaning device temperature testing device and control system. Removing dust, eliminating bacteria and stabilizing pressure to ensure the oxygen outputted stably and meeting medical standards.

• Users only need to turn the start/stop button to gain the oxygen with designing required flow capacity and purity within 30 minutes.

• Single line and double lines types are available for option. Users are suggested to choose the single line type when they only require a stable flow capacity; choose double lines when demand is unstable and sometimes meet extra peak values.