Enar Corporation

The range of adjustable and preset regulators offered by us find different application areas in engineering industries. These are procured from well known vendors and thus are designed in confirmation to international quality standards. Further, these regulators are quite safer and compatible to use. Its features are given below:

• Corrosion resistant
• Durable
• Safe  to use

Model No	Thread Size			Inlet Pressure				Delivery Pressure				Flow Rate at 0.3 kg/cm2 (5 p.sig)
	inlet	Outlet	Guage	Maximum		Minimum		Maximum		Minimum
				kg/cm2	psig	kg/cm2	psig	kg/cm2	psig	kg/cm2	psig	kgs/hr	ids/hr
REG-1	F.E.C.V.	1/4” B.S.P.P.F	1/2” B.S.P.P.F.	10.5	150	0.35	5	2.1	30	0.035	0.5	8	17.5
REG-2	F.E.C.V.	1/4” B.S.P.P.F	1/2” B.S.P.P.F.	10.5	150	0.35	5	2.1	30	0.035	0.5	20	44
REG-3	F.E.C.V.	1/4” B.S.P.P.F	1/2” B.S.P.P.F.	10.5	150	0.35	5	2.1	30	0.035	0.5	22	49
REG-3-M	F.E.C.V.	1/4” B.S.P.P.F		10.5	150	0.35	5	0.35	5	0.035	0.5	22	49

Type : SIERRA/DOUBLE LOCK/SINGLE LOCK

These diecast multi-point adapters enable the connections of the cylinders fitted with self-closing valves to a high pressure systems through a standard M. E. C. V. Thread with unreduced pressure and a high flow rate. The adapters are fitted with a non return value to ensure that there is no flow of L . P. G. Whilst cylinders are being disconnected. The salient features of these adapters is the multi-point locking mechanism which combined with a face seal ensures that the adapter will not leak even if it is loaded off axis. The quick disconnection arrangement couple with a safety interlock ensures that the device can only be disconnected after turning off the gas flow.

         Regd. Design no. Applied for

• 356 compact valve (25. 6 mm) x m. E. C. V.
• 357 compact valve (25. 6 mm) x 3/8" cu.
• 358 compact valve ( 22 mm )  x  m. E. C v.
• 359 compact valve ( 22 mm )  x  3/8" cu.

We are one of the leading suppliers of copper and flexible pigtails that are outsourced from our reliable vendor. These are available in various sizes and specification with 2 f. E. C. V- nuts & bullnose connections that are used for different industrial application.

our product specification is given below:

copper

• 331 length 36"
• 332 length 48"

flexible

• 342 length 24"
• 343 length 36"
• 344 length 48"

two bottle connections

• 311 bent length 14" copper
• 316 bent length 14" mild steel
• 312 straight length 18" cu.
• 313 straight length 12" cu.
• 314 straight length 9"   cu.
• 315 straight length 6"   cu.
• 317 straight length 18" m. S.
• 318 straight length 12" m. S.
• 319 straight length 9"   m. S.
• 320 straight length 6"   m. S.
• 321 flexible two bottle connection
• f. E. C. V. X f. E. C. V. With 1 m. E. C. V. Nipple one end.

cylinder pigtails
 

• with 2 f. E. C. V- nuts & bullnose connections

With 2-3/8” B.S.P.F.F. Nuts and Bullnose connections for use between pressue line and burners.

Coper

• 333  Length 12”
• 334  Length 18”
• 335  Length 24”
• 336  Length 30”
• 337  Length 36”
• 338  Length 42”
• 339  Length 48”

Flexible

• 345  Length 24”
• 347  Length 36”
• 349  Length 48”

These pigtails can be made in any length upto 30 feet.

Backed by proficient quality team, we are able to offer superior quality burners.

Our organization is involved in offering extensive range of V burner, L burners,M.100/140 burners and FT burners as per the industrial standard. These are procured from our reliable vendors who are selected on the basis of their market credibility. Owing to its durability, corrosion resistant and high performance, our range is widely used in engineering industry in different parts of the country. Some of its features encompass:

 

• Durable

• Corrosion resistant

• Efficient

Apart from the standaard models listed above thisburner can be supplied in any ribbon length upto.

L 300

300

11.81

0.3

4.5

0.9

2.0

10,100

40,000

These burner can be made with bottom or side entry injectors, in the centre of the burners.

Model No.	Dimensions						Optimum Working Pressure		Consumption per Hour		Rated Heat Output
	Length		Height		Head Diameter
	mm	ins	mm	ins	mm	ins	kg/cm2	psig	kgs	ibs	kcal/hr	btu/hr
M 100	570	22.44	215	8.46	180	7.00	0.3	4.5	4.5	10.0	50,400	2,00,000
M 140	570	22.44	220	8.66	180	7.00	0.3	4.5	6.3	14.0	70,560	2,80,500

These burners are cerommended to be used at 0.3 kg/cm2 (4.5 psig), however, this may be increased by 50% the heat output being varied accordingly.

We are engaged in offering qualitative range of gas operated infrared radiant, laboratory and pilot burners that are outsourced from our reliable vendor. These are used in various industrial applications as they can easily adapt to various situation where radiant heat is essential. Our range is used in various purposes such as:

• Brooding
• Curing
• Drying
• Weld pre heating

Model NO.	Dimension				Optimum working Pressure		Consumption Per Hour		Rated Heat Output
	Length		Base Diameter
	mm	Ins	mm	ins	kg/ cm2	psig	kgs	lbs	kcal/hr	btu/hr
B-1	150	6.0	80	3	0.035	0.5	0.06	0.13	680	2700
B-2	150	6.0	80	3	0.035	0.5	0.1	0.235	1250	4950

These burners can be supplied with taps (Part No. 192)

We offer wide range of low pressure fittings that are procured from our authentic vendors who are known for their qualitative range. Our range of low pressure fitting is fabricated using qualitative raw material that undergoes several tests before they are used for manufacturing the final product. This ensures optimum quality in the final product at clients end.

Product specification is given below:

STRAIGHT COUPLINGS

COPPER TO COPPER

• 101   3/8" CU. x 3/8" CU.

COPPER TO TAPER MALE

• 111   3/8' Cu. x 3/8' B.S.P. T.M.
• 113   3/8' Cu. x 1/8' B.S.P. T.M.
• 114   3/8' Cu. x 1/4' B.S.P. T.M.
• 115   3/8' Cu. x 1/2' B.S.P. T.M.
• 118   3/8' Cu. x 3/4' B.S.P. T.M.

COPPER TO PARALLEL FEMALE

• 121   3/8" Cu. x 1/4" B.S.P.P.F.
• 122   3/8" Cu. x 3/8" B.S.P.P.F
• 125   3/8" Cu. x 3/4' B.S.P.P.F
• 126   3/8" Cu. x 1/8" B.S.P.P.F
• 127   3/8" Cu. x 1/2" B.S.P.P.F

TEES

• 131   3/8" Cu. x 3/8" Cu. x 3/8" Cu.

ELBOWS

• 141   3/8" Cu. x 3/8" Cu.

CROSSES

• 145   3/8" Cu. X 3/8" Cu. X 3/8" Cu. X 3/8" Cu.

STOP ENDS

• 151   3/8" Cu.
• 153   1/8" B.S.P.T.M.
• 154   1/4" B.S.P.T.M.
• 155   3/8" B.S.P.T.M.
• 156   1/2" B.S.P.T.M.
• 157   3/8" B.S.P.P.F.
• 158   1/2" B.S.P.P.F.

STANDARD NOZZLES

• 171   1/8" B.S.P.T.M.
• 172   1/4" B.S.P.T.M
• 173   3/8" B.S.P.T.M
• 174   1/2" B.S.P.T.M
• 175   3/4" B.S.P.T.M
• 176   1/4" B.S.P.P.F.
• 177   3/8" B.S.P.P.F.
• 178   1/2" B.S.P.P.F.
• 179   3/4" B.S.P.P.F.
• 180   Bullnose for 3/8" Cu. Nut.

Filters

Filter must be fitted prior to the regulators on the upstream side, to ensure that only clean/dust free gas is entering the regulator. The presence of dust/dirt in pipeline results in malfunctioning of the regulator because of damage caused to the regulator seat and rebber sealing pad. Also movement of the linkage is restricted due to the deposition of dust/dirt on the moving parts and affects performance of the regular. Hence the use of filter is strongly recommended.

Type of Filter	Max. Working Pressure	Flow Capacity	Type and end connection	Gas
F-0101	20 bar	100 Nm2/hr	F-0101 1”BSP(INT)	LPG/Natural Gas
F-0104		150 Nm2/hr	F-0104 1.5”BSP(INT)
F-0105		200 Nm2/hr	F-0105 2”BSP(INT)

ADJUSTABLE PRESSURE REGULATORS(FOR LOW FLOWRATE REQUIREMENTS)

These regulators are having wider outlets pressure range. The outlet pressure can be eqsily adjusted by rotating the knob of spring adjusting screw. By rotating the knob anticlockwise the outlet pressure is reduced and by rotating it clockwise the outlet pressure is increased.

R-2101 & R-2111 are mainly used for gas cutting or welding purpose. These regulators have built in safety relief valve and flow control needle valve at the outlet. R-2202 is mainly used as adjustable pressure regulator for LPG/Natural Gas in canteen, restaurants & for small furnaces. R-2105 is suitable for hgh pressure application.

Type of Regulator	Intel Pressure Range	Outlet Pressure Range	Glass Flow Rate	End Connection	Gas
0.5-17 Kg/cm2	0.5-17 Kg/cm2	0.2-2 Kg/cm2	20 Nm3/hr	Inlet: 21.8x14 TPL L.H. Union nut Outlet: 1/4” BSP(INT)	LPG

We are engaged in offering wide range of canteen burners that cater to the needs of engineering industry across the nation. These sunbeam canteen burners are available with patented tangential mixing tube which leads to even and efficient flame. Therefore these are complete unit ready for immediate use.

Sunbeam Canteen Burners

Model No.	Details of Model	Optimum working pressure		Consumption Per Hour		Rated Heat output
2	With centre & Side Flame	kg/cm2	psig	kgs	lbs	kcal/hr	btu/hr
		0.035	0.5	0.47	1.05	5,300	21,000
4	With centre & side Flame for Building Into cooking Ranges	kg/cm2	psig	kgs	lbs	kcal/hr	btu/hr
		0.035	0.5	0.47	1.05	5,300	21,000

We offer our clients wide range of needle control valves that are suitable for low and high pressure installation. These are outsourced from our authentic vendors who are selected based on their market credibility. These are manufactured using high grade raw material that ensures top most quality in the final product. Further these are also available in various specifications as per the industrial standard with elongated gland and checknut.

The product specification is given below:

(Suitable for low and high pressure installation)

• 361   3/8" Cu. X 3/8" CU.
• 362   3/8" B.S.P.T.M. X 3/8" B.S.P.T.M.
• 363   3/8" B.S.P.T.M. X 3/8" CU.
• 364  3/8" Cu. X 3/8" B.S.P.T.M.
• 365  1/4" B.S.P.P.F. X 1/4" B.S.P.P.F.
• 366  3/8" Cu..X 1/4" B.S.P.P.F.
• 367  3/8" B.S.P.T.M. X 1/4" B.S.P.P.F.
• 368   1/2" B.S.P.T.M. X 3/8" Cu.
• 369   3/8" CU.X 3/8" Cu. With elongated gland and checknut

These Valves can be supplied with elongated spindels.

MAIN LINE AND MANIFOLD SHUT-OFF VALVES
Made in Brass with a stainless: Spindle tested to 350 p.s.i.g.

• 371 M. Eur. Cyl. value x M. Eur. Cyl. Valve
• 372 1/2" B.S.P.T.M. X 1/2" B.S.P.T.M.
• 374 1/2" B.S.P.T.M. X M. Eur. Cyl. Valve

We are one of the leading suppliers of flame arrestors, flash back arrestors and ball valves that are widely used for various applications in engineering industry. Our range is procured from well known and reliable vendors that meet the various demands of our esteemed clients. 

Flame Arrestors

flame arrestors are safety devices for arresting and extinguishing flames traveling within pipelines containing flammable gases. They operate on the principle of reducing the flames speed, dissipating and absorbing the heat developed by it to lower the temperature to below that ignition within the arrestor they are also designed to ensure minimal pressure drop under normal working conditions.

Model no.	Inlet size	Outlet size
FA-1	1/2' flanged to ANSI #150 R. F.	1/2' flanged to ANSI #150 R. F.
FA-2	1' flanged to ANSI #150 R. F.	1' flanged to ANSI #150 R. F.
FA-3	1 1/2' flanged to ANSI #150 R. F.	1 1/2' flanged to ANSI #150 R. F.
FA-4	2' flanged to ANSI #150 R. F.	2' flanged to ANSI #150 R. F.

Flash Back Arrestors

Flash back arrestors are most commonly used in oxy - fuel welding and cutting. They are installed in a pipeline or at the end of the tapping point prior to the torch. They stop the flame from burning back upstream of the pipeline and causing damage or explosions. They are designed to allow free flow of gas  through them but to take out the heat of the flame front so as to bring it below the ignition temperature of the burning gas mixture.

Model no.	Inlet size	Outlet size
XBA-1	1/2' B. S. P. P. F.	1/2' B. S. P. P. F.
XBA-2	1' B. S. P. P. F.	1' B. S. P. P. F.
XBA-3	1 1/2' B. S. P. P. F.	1 1/2' B. S. P. P. F.
XBA-4	2' B. S. P. P. F.	2' B. S. P. P. F.

We offer comprehensive range of high pressure burners that are procured from our trusted and reliable vendors. These Burners are perfect to be used at a pressure of 0.3 kg/ cm2 (4.5psig), however, this may be varied by ±. 25%; the heat output being varied accordingly.

Product specification is given below:

• Types: U.R.G.
• Burner model no. T-78  with flame throwing torch burner.
• Burner model no. T-50 flame throwing torch burner

Model NO.	Dimensions				Optimum Working pressure		Consumption Per Hour		Rated Heat Output
	Length		Head Diameter
	mm	ins	mm	ins	kg/ cm2	psig	kgs	lbs	kcal/hr	btu/hr
T-78	245	9.65	115	4.53	0.3	4.5	3.56	7.8	40350	1,60,000
T-50	230	9.05	96	3.78	0.3	4.5	2.24	5	25200	1,00,000

Gas filters are used to separate dust and other particles such as oils, waxes, tar etc which are all heavy ends in Low and High Pressure service lines. These are used to protect the system and the other safety equipment provided on the pipeline. These Gas Filters have negligible pressure loss across their end connections.

There are two models of filters:

Model F-1 which is ½1/2' BSPPF x 1/2' BSPPF
Model F - 2 which is 1" BSPPF x 1" BSPPF

Both the models are provided with pressure gauges. As the filter is used and its element gets contaminated with heavy ends, the outlet pressure starts dropping with respect to its inlet pressure. This can be visually read from the two pressure gauges provided on the filter. The element requires changing when there is a drop of 50% or more between its inlet and outlet readings.

The element can be inspected, and replaced without any disconnection from the pipeline.

The Auto Changeover Manifold is a device to ensure continuous gas delivery switching from the service cylinder bank to reserve cylinder bank automatically when the service cylinder bank is exhausted. It is also a first stage pressure regulator. An Indicator is provided with service and reserve markings in green and red colours respectively.

Initially both the gas cylinder banks will be full. The supply of gas will be taken only from the service bank ensuring no gas supply comes from the reserve bank.

As soon as the needle of the indicator reaches the red zone, the supply of gas will start from the reserve bank Indicating that the original service bank now acting as a reserve bank is exhausted and needs replacement. In this way the Changeover will take place automatically and an uninterrupted gas supply is ensured.

When the fresh supply of full gas cylinders is fitted to the exhausted bank, rotate the flap of the 'Automatic Changeover Manifold so that the direction of the arrow points towards the current supply bank which is the opposite bank to which the new cylinders have been installed.

This makes what was the reserve bank, the service bank| and the gas will flow through the system until the cylinders in that bank are exhausted.

The process is then repeated for the next change over] operation by the Auto changeover Manifold.

NOTE:

• Rotation of the flap prepares the system for the I next changeover operation which will take place) automatically.
• As The Automatic Changeover Manifold is a \ pressure-sensing device, ensure that the requisite numbers of cylinders are connected to the manifolds as per the maximum flow requirement.