ARS PL Series

Product

ARS PL Series

Design Features

Air trapped in the system can damage capital equipments like pumps, and cause heat transfer loss and reduce efficency of the system. It can also cause water hammer and erosion of pipes and erosion of pump impellers.

Teleflo Tangential air separators remove trapped air efficiently, using a combination of centrifugal force caused by the tangential nozzles and reduction of velocity, which causes the heavier water to be pushed to the sides of the vessel and finally to the outlet. The lighter air is pushed to the centre and upwards to the air vent.

The system provides for debris to be collected at the bottom which can be removed through the blow down connection. This results in protection of the capital equipments in the process line.

Applications

HVAC pumping systems
Chilled water
Hot water systems
Addition of volume

Features

Shell Design	ASME SEC VIII - DIV 1
Type	Tangential Separator
Pressure Class	150 psi
Nozzels	ANSI B16.5 150 LBS IS standard
	Other standards on request
Mounting	Skirt mounted design for large sizes
Accessories on request	Auto vent valve

Material Data

SHELL & NOZZLE	CS TO IS 1239/3589 HEAVY WALL - CS TO IS 2062 - ASTM 106-40SCHDL
	SA 516 GR 60/70
Flanges	CS TO IS 2062, SA 516 GR 60/70, ASTM A105
Bolts	CS TO IS 1367 Gr 4.6, ASTM A 193 B7
Nuts	CS TO IS 1367 Gr 4.6, ASTM A 194 2H
Gaskets	Neoprene Rubber is standard

ARS-PL-Series Engineering Diagram Blueprint

Dimensions

INLET/OUTLET	A	B	C	D	E	H-NPT(f)	J	K	L-NPT(f)	M	Optimal Flow	Approx Wt.
nb	nb/mm	mm	mm	mm	mm	nb	nb/mm	mm	nb	mm	lpm	kg
50	300	25.5	205	225	450	32	No Base	No Base	32	90	304	18.6
65	300	25.5	205	225	450	32	No Base	No Base	32	90	494	25
80	300	25.5	205	225	500	32	No Base	No Base	32	90	722	27
100	400	32	250	300	600	32	300	165	32	120	1254	44
125	400	32	250	300	600	32	300	165	32	120	2090	54
150	500	40	315	425	650	32	400	165	32	140	3420	92
200	600	52	425	500	750	32	500	165	32	170	5700	136
250	750	58	450	600	1025	32	600	200	32	220	9880	255
300	750	64	475	700	1025	32	600	200	32	220	12920	294
350	900	75	550	840	1175	32	750	200	32	250	17860	619
400	1200	98	740	1000	1500	32	1000	215	32	365	22800	895
450	1350	113	790	1250	1650	50	1100	240	50	425	30400	1263
500	1500	135	940	1500	1800	50	2000	250	50	455	38000	1983

Performance Curve

ARS-TL-PL -Pressure Drop Curve

Pressure Drop Versus Flow Rate Line Curves Graph

Note: Pressure drop curves are based on water flow with standard screens.