Vessels & Stirrers

Vessels & stirrers provide best solution for all requirements encountered in production processes because of wide range of vessels available. Vessels in either unjacketed or jacketed form are essential components of many units & plants. The vessels can be combined with various components as stirrers, stirrer drive, vessel covers & heat exchangers to construct wide variety of stirred units.


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Spherical Vessels - General Data

Spherical vessels are used not only as receivers & feed vessels but mainly as stirred reaction vessels & circulatory evaporators. To cater to the varied uses of spherical vessels; a detailed list of various designs of spherical vessel manufactured by us are listed below. We can also provide you with nozzle orientation as per your requirements, which may be different from the standards listed in our brochure.


JMR

Nominal Cap. Ltr. Bulb Cap. Ltr. Working Cap. Ltr. Bulb dia (mm)D Maximum Pressure (bar g) Tolerance of dia (mm) Tolerance in Length (mm)
5 6 5 220 1 ±2 ±5
10 12 10 285 0.7 ±2 ±5
20 21 20 350 0.6 ±2 ±5
50 60 50 485 0.4 ±3 ±5
100 118 100 600 0.3 ±4 ±5
200 212 200 750 0.25 ±5 ±8
300 312 300 850 0.20 ±6 ±8


Single Neck Spherical Vessels


JMR

Nominal Cap. Ltr. DN MM L MM Reference
5 L 40 300 SVSA 5
10 L 40 375 SVSA 10
20 L 80 450 SVSA 20
50 L 100 650 SVSA 50
100 L 150 750 SVSA 100
200 L 225 950 SVSA 200
300 L 300 1100 SVSA 300


Three Neck Spherical Vessels


JMR

Nominal Cap.Ltr. L DN DN1 DN2 Reference
5 L 425 40 25 25 SVSM 5
10 L 500 40 25 25 SVSM 10
20 L 575 80 25 25 SVSM 20
50 L 825 100 40 40 SVSM 50
100 L 925 150 40 40 SVSM 100
200 L 1175 225 40 40 SVSM 200
300 L 1225 300 50 50 SVSM 300


Four Neck Spherical Vessels


JMR

Nominal Cap.Ltr. L DN DN1 DN2 DN3 Reference
5 L 425 40 25 25 40 SVSPL 5
10 L 500 40 25 25 40 SVSPL 10
20 L 575 80 25 25 40 SVSPL 20
50 L 825 100 40 40 100 SVSPL 50
100 L 925 150 40 40 100 SVSPL 100
200 L 1175 225 40 40 100 SVSPL 200
300 L 1225 300 50 50 100 SVSPL 300


Five Neck Spherical Vessel With Bottom Outlet


JMR

Nominal Cap.Ltr. L DN DN1 DN2 DN3 Reference
5 L 425 40 25 25 40 SVSL 5
10 L 500 40 25 25 40 SVSL 10
20 L 575 80 25 25 40 SVSL 20
50 L 825 100 40 40 100 SVSL 50
100 L 925 150 40 40 100 SVSL 100
200 L 1175 225 40 40 100 SVSL 200
300 L 1225 300 50 50 100 SVSL 300


Spherical Vessels with Nozzle at 90°


JMR

Nominal Cap.Ltr. L DN DN1 DN2 DN3 Reference
5 L 375 40 25 25 50 SVSD 5
10 L 450 40 25 25 50 SVSD 10
20 L 525 80 25 25 50 SVSD 20
50 L 725 100 40 40 80 SVSD 50
100 L 825 150 40 40 80 SVSD 100
200 L 1075 225 40 40 150 SVSD 200
300 L 1125 300 50 50 150 SVSD 300


Spherical Cyclones

Cyclones can be used for the separation of droplets and solids from gases and vapours. Cyclones are to be supported on a vessel holder. A dip pipe should be used on the top neck.


JMR

Cap.Ltr. L DN DN1 DN2 DN3 Reference
5 L 375 40 25 25 40 SVSCY 5
10 L 450 40 25 25 40 SVSCY 10
20 L 525 80 25 25 50 SVSCY 20
50 L 725 100 40 40 50 SVSCY 50






Spherical Receivers

Receivers are provided with built-in dip pipe.


JMR

Nominal Cap.Ltr. L DN DN1 10° DN2 10° DN3 Reference
5 L 350 25 25 25 - SVR 5
10 L 425 25 25 25 - SVR 10
20 L 500 25 25 25 - SVR 20
             
5 L 350 25 25 25 25 SVRB 5
10 L 425 25 25 25 25 SVRB 10
20 L 500 25 25 25 25 SVRB 20






Spherical Addition Vessels

These vessels are provided with a short bottom outlet. It should be supported on a vessel holder/holding ring.


JMR

Nominal Cap.Ltr. L DN DN1 Reference
5 L 375 40 25 SVA 5
10 L 450 40 25 SVA 10
20 L 525 80 25 SVA 20
50 L 725 100 40 SVA 50
100 L 825 150 40 SVA 100
200 L 1075 225 40 SVA 200
300 L 1125 300 50 SVA 300






Spherical Vessels With Bottom Outlet

These vessel are used to fit immersion heat exchangers in the bottom.


JMR

Nominal Cap.Ltr. L DN DN1 DN2 DN3 Reference
50 L 800 100 150 40 100 SVSR 50
100 L 900 150 150 40 100 SVSR 100
200 L 1150 225 150 40 100 SVSR 200
             
50 L 850 100 225 40 100 SVSE 50
100 L 950 150 225 40 100 SVSE 100
200 L 1200 225 225 40 100 SVSE 200




Vessels With Flush Bottom Outlet Valve Seat

We can provide you with seat arrangement to fit flush bottom outlet valve.This will eliminate accumulation of unreacted solids & liquids in dead space of the reactor outlet area. If you require the same; add suffix "/B" to the catalogue reference no of the vessel. For e.g. "SFVS50" required with flush bottom outlet valve seat will be called "SFVS50/B".


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Cylindrical Vessels

Cylindrical vessels can be used as stirred reaction vessel, separator vessels & receivers or feed vessels. 50 lt. & above cylindrical vessels need to be supported in a vessel holder. Cylindrical vessels of smaller capacity can be supported by upper flange. These vessels can also be provided with valve seat in outlet nozzle for flush bottom outlet valve fixing.



Universal Cylindrical Vessels

These vessel are used mainly as agitated vessel with suitable top covers & drive systems.


JMR

Nominal Cap. Ltr. DN DN1 L L1 Reference
5 L 150 25 460 400 SVZ 5/6
10 L 225 25 550 450 SVZ 10/9
20 L 300 25 500 440 SVZ 20/12
30 L 300 40 650 585 SVZ 30/12
50 L 300 40 900 835 SVZ 50/12
100 L 450 40 890 825 SVZ 100/18
150 L 450 40 1195 1130 SVZ 150/18
200 L 450 40 1500 1435 SVZ 200/18
300 L 600 50 1300 1125 SVZ 300/24


Cylindrical Receivers

Cylindrical receivers with a reduced diameter top neck provide an economical alternative as they require a smaller vessel cover. These vessels are mainly used as receivers or feed vessels.


JMR

Nominal Cap. Ltr. DN DN1 DN2 L L1 Reference
20 L 300 150 25 650 590 SVZR 20/6
30 L 300 150 40 800 735 SVZR 30/6
50 L 300 150 40 1000 935 SVZR 50/6
100 L 450 225 40 1100 1035 SVZR 100/9
150 L 450 225 40 1400 1335 SVZR 150/9
200 L 450 225 40 1625 1560 SVZR 200/9
300 L 600 225 50 1500 1425 SVZR 300/9






Cylindrical Vessels - Reactor

Cylindrical reactor vessels are useful as agitated reaction vessels in pilot & small-scale production activity. They can be provided with flush bottom outlet nozzle.


JMR

Nominal Cap. Ltr. D DN DN1 DN2 45 DEG. L Reference
5 L 200 50 25 40 475 SVCY 5
10 L 220 50 25 40 600 SVCY 10
20 L 300 80 25 50 650 SVCY 20
30 L 300 80 25 50 790 SVCY 30
50 L 420 100 40 100 795 SVCY 50
100 L 500 150 40 100 1020 SVCY 100
150 L 500 150 40 100 1315 SVCY 150
200 L 600 225 40 100 1190 SVCY 200
300 L 600 225 40 100 1590 SVCY 300
400 L 650 300 40 100 1715 SVCY 400




Graduated Cylindrical Vessels

Cylindrical vessels can be provided with standard graduation. Special graduation as per your specific requirement can also be provided.



Universal Cylindrical Vessels


JMR

Nominal Cap. Ltr. DN DN1 L L1 Reference
5 L 150 25 460 400 SVZG 5/6
10 L 225 25 550 450 SVZG 10/9
20 L 300 25 500 440 SVZG 20/12
30 L 300 40 650 585 SVZG 30/12
50 L 300 40 900 835 SVZG 50/12
100 L 450 40 890 825 SVZG 100/18
150 L 450 40 1195 1130 SVZG 150/18
200 L 450 40 1500 1435 SVZG 200/18
300 L 600 50 1300 1125 SVZG 300/24




Graduated Cylindrical Receivers


JMR

Nominal Cap. Ltr. DN DN1 DN2 L L1 Reference
20 L 300 150 25 650 590 SVZRG 20/6
30 L 300 150 40 800 735 SVZRG 30/6
50 L 300 150 40 1000 935 SVZRG 50/6
100 L 450 225 40 1100 1035 SVZRG 100/9
150 L 450 225 40 1400 1335 SVZRG 150/9
200 L 450 225 40 1625 1560 SVZRG 200/9
300 L 600 225 50 1500 1425 SVZRG 300/9




Graduated Cylindrical Vessel (Reactors)


JMR

Nominal Cap. Ltr. D DN DN1 DN2 45 DEG. L Reference
5 L 200 50 25 40 475 SVCYG 5
10 L 220 50 25 40 600 SVCYG 10
20 L 300 80 25 50 650 SVCYG 20
30 L 300 80 25 50 790 SVCYG 30
50 L 420 100 40 100 795 SVCYG 50
100 L 500 150 40 100 1020 SVCYG 100
150 L 500 150 40 100 1315 SVCYG 150
200 L 600 225 40 100 1190 SVCYG 200
300 L 600 225 40 100 1590 SVCYG 300
400 L 650 300 40 100 1715 SVCYG 400




Mobile Vessels

Mobile vessels are ideal for a wide range of application in the laboratory, pilot and for small scale production. They reduce the need for investment in permanent installation and also reduce the pressure and temperature losses resulting from pipeline installations.

These units are available with spherical vessels from 50 to 200 liters in capacity with cylindrical vessels from 20 to 200 liters in capacity. Cylindrical vessels can be graduated if required. Mobile vessels can be supplied with or without centrifugal pump. Without a pump, the units are supplied with a DN 40 drain valve. With pump, the units incorporate a DN 25 drain valve and a DN 25 and DN 15 angle valve on either side of the pump.

Each mobile vessel trolley has two lockable steering castor and two steering castors to enable maximum manoeurability.



Mobile Spherical Vessels

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Nominal capacity(l) DN1 D H Reference without pump Reference with pump
50 225 962 1317 SVF 50 SVFP 50
100 225 962 1470 SVF 100 SVFP 100
200 300 1245 1700 SVF 200 SVFP 200













Mobile Cylindrical Vessels





JMR

Nominal capacity(l) DN DN1 D H Reference without pump Reference with pump
30 300 50 821 1545 SVGF 30 SVGP 30
50 300 50 821 1795 SVGF 50 SVGP 50
100 450 50 962 1945 SVGF 100 SVGP 100
150 450 50 962 2245 SVGF 150 SVGP 150
200 450 50 962 2545 SVGF 200 SVGP 200














Cylindrical Vessel With Covers

These covers provide vacuum tight closures for vessels & facility for fitting of stirrer, measuring instrument, dip pipe & vapor outlet.


JMR






DN DN1 L Reference
150 40 x 3 215 SVZA 6/1.5
225 40 x 3 240 SVZA 9/1.5











Cylindrical Vessel Covers with Centre Branch

The centre branch on these vessels covers is generally used in conjunction with stirrer.


JMR





DN DN1 DN2 L Reference
150 50 25 x 2 250 SVZA 6/2
225 80 25 x 4 280 SVZA 9/3
300 80 40 x 4 325 SVZA 12/3
400 100 40 x 4 400 SVZA 16/4
450 150 40 x 4 350 SVZA 18/6
600 150 40 x 4 400 SVZA 24/6








Cylindrical Vessel Covers with Centre Branch & Side Nozzle

This Vessel cover is supplied with one large side nozzle at 450 for vapoure outlet.


JMR





DN DN1 DN2 45° DN3 L Reference
225 80 80 25 x 3 280 SVZA 9/3
300 80 80 40 x 3 325 SVZA 12/3
400 100 100 40 x 3 400 SVZA 16/4
450 150 100 40 x 3 400 SVZA 18/6
600 150 100 40 x 3 400 SVZA 24/6








DIP Pipes

Dip pipes are used to feed material in the vessel below the liquid.


JMR



VESSEL Cap. Ltr. DN DN1 D L L1 Reference
5 L 25 25 12 150 100 SDP 5/1
10 L 25 25 12 200 100 SDP 10/1
20 L 25 25 12 300 100 SDP 20/1
50 L 40 25 19 380 100 SDP 50/1.5
100 L 40 25 19 480 100 SDP 100/1.5
200 L 40 25 19 580 100 SDP 200/1.5
300 L 40 25 19 680 100 SDP 300/1.5




Short DIP Pipes

Short dip pipes are used as re-entry tubes for vessel above the liquid level.


JMR

DN DN1 D L L1 Reference
25 25 12 100 100 SDP 1/1
40 25 19 100 100 SDP 1.5/1
40 40 19 100 100 SDP 1.5/1.5
50 25 25 100 100 SDP 2/1
50 40 25 100 100 SDP 2/1.5
80 40 38 100 125 SDP 3/1.5
100 25 25 100 150 SDP 4/1
100 50 50 100 150 SDP 4/2
150 40 40 100 200 SDP 6/1.5
150 50 50 100 200 SDP 6/2


Thermometer Pockets

They are used to monitor temperature of the system with help of thermometer. For short response time & accuracy a right heat transfer fluid can be used.


JMR



VESSEL Cap. Ltr. DN D L L1 Reference
5 L 25 12 150 50 STP 5/1
10 L 25 12 200 50 STP 10/1
20 L 25 12 300 50 STP 20/1
50 L 40 19 380 50 STP 50/1.5
100 L 40 19 480 50 STP 100/1.5
200 L 40 19 580 50 STP 200/1.5
300 L 40 19 680 50 STP 300/1.5




Gas Spargers

They are used for gas sparging in directly in to the liquids in the vessel.


JMR





VESSEL Cap. Ltr. DN DN1 D L L1 No.of Holes Reference
20 L 25 25 12 300 100 5x1mm SSPG 20/1
50 L 40 25 19 400 100 5x1mm SSPG 50/1.5
100 L 40 25 19 500 100 5x1mm SSPG 100/1.5
200 L 40 25 19 600 100 5x1mm SSPG 200/1.5
300 L 40 25 19 700 100 5x1mm SSPG 300/1.5





Stirrer Systems

A wide variety of stirrers and drives are available to use glass vessels as agitated reaction system. They generally comprise of two components; agitator & drive unit including chuck & seal.

A reducer or vessel cover is required to connect the top neck of the vessel to drive unit. Variable speed drives can also be supplied on request.



Chuck & Seal

Chuck & seal assembly mainly consist of Chuck, bellow seal or mechanical seal, Glass seal plate or ceramic seal plate, clamping plate, flexible shaft, stud etc.

This assembly prohibits contact of process fluids with anything other then agitator or seal components, which are inert to corrosion.

Bellow seals can be used for vacuum up to 10 mm Hg. Mechanical seal should be used for vacuum up to 1 mm Hg & for higher then atmospheric pressure up to the permissible operating limits of the glass vessels. For GMP application SS304 or SS316 chuck&seal can also be supplied.


JMR







Vessel Cap. Ltr. DN D Reference Bellow Seal Reference Mech. Seal
10 L 50 24.5 SFCSA 1 SCSM 1
20 L 50 24.5 SFCSA 1 SCSM 1
50 L 50 24.5 SFCSA 1 SCSM 1
100 L 80 45.5 SFCSA 1.5 SCSM 1.5
200 L 80 45.5 SFCSA 1.5 SCSM 1.5
300 L 80 45.5 SFCSA 1.5 SCSM 1.5











Glass Stirrer with PTFE Blade

These stirrers are suitable for agitating liquids with low viscosity.


JMR





Vessel Cap. Ltr. d D L L1 L2 Reference
5 L 24.5 40 625 350 25 SSTB 5
10 L 24.5 40 700 350 25 SSTB 10
20 L 24.5 70 800 350 25 SSTB 20
50 L 24.5 90 1000 350 25 SSTB 50
100 L 45.5 140 1200 375 30 SSTB 100
200 L 45.5 170 1400 400 30 SSTB 200
300 L 45.5 170 1500 400 30 SSTB 300








Vortex Stirrer

These stirrers are suitable for agitating liquids with low viscosity containing small quantity of solid particles.


JMR




Vessel Cap. Ltr. d D L L1 L2 Reference
5 L 24.5 40 625 350 50 SSTV 5
10 L 24.5 40 700 350 50 SSTV 10
20 L 24.5 50 800 350 50 SSTV 20
50 L 24.5 65 1000 350 65 SSTV 50
100 L 45.5 65 1200 375 65 SSTV 100
200 L 45.5 105 1400 400 65 SSTV 200
300 L 45.5 105 1500 400 65 SSTV 300





Propeller Stirrer

These stirrers are suitable agitating liquids with high viscosity containing large quantity of solid particles.

JMR


Vessel Cap. Ltr. d D L L1 L2 Reference
5 L 24.5 40 625 350 50 SSTP 5
10 L 24.5 40 700 350 50 SSTP 10
20 L 24.5 50 800 350 50 SSTP 20
50 L 24.5 65 1000 350 65 SSTP 50
100 L 45.5 65 1200 375 65 SSTP 100
200 L 45.5 105 1400 400 65 SSTP 200
300 L 45.5 105 1500 400 65 SSTP 300




S.S. PTFE Lined Stirrer


These stirrers are useful in providing high agitation of liquids with high viscosity containing large quantity of solid particles in the complete reactor.


  1. S.S PTFE Lined Stirrer
  2. Chuck and Mechanical Seal
  3. Teflon Coated Plate
  4. PTFE Impeller




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Drive Assembely for Glass Stirrer with Below Seal

This unit consists of [a] glass agitator, [b] chuck & bellow seal with suitable [c] reducer for fitting the drive assembly on the vessel.


JMR

Vessel Cap. Ltr. Stirrer Used Chuck & Seal Used Reucer Used Reference
10 L SSTB 10 SCSA 1 - SSTBA 10
20 L SSTB 20 SCSA 1 SPR 3/2 SSTBA 20
50 L SSTB 50 SCSA 1 SPR 4/2 SSTBA 50
100 L SSTB 100 SCSA 1.5 SPR 6/3 SSTBA 100
200 L SSTB 200 SCSA 1.5 SPR 9/3 SSTBA 200
300 L SSTB 300 SCSA 1.5 SPR 12/3 SSTBA 300
         
10 L SSTV 10 SCSA 1 - SSTVA 10
20 L SSTV 20 SCSA 1 SPR 3/2 SSTVA 20
50 L SSTV 50 SCSA 1 SPR 4/2 SSTVA 50
100 L SSTV 100 SCSA 1.5 SPR 6/3 SSTVA 100
200 L SSTV 200 SCSA 1.5 SPR 9/3 SSTVA 200
300 L SSTV 300 SCSA 1.5 SPR 12/3 SSTVA 300
         
10 L SSTP 10 SCSA 1 - SSTPA 10
20 L SSTP 20 SCSA 1 SPR 3/2 SSTPA 20
50 L SSTP 50 SCSA 1 SPR 4/2 SSTPA 50
100 L SSTP 100 SCSA 1.5 SPR 6/3 SSTPA 100
200 L SSTP 200 SCSA 1.5 SPR 9/3 SSTPA 200
300 L SSTP 300 SCSA 1.5 SPR 12/3 SSTPA 300


Drive Assembly for Glass Stirrer with Mechanical Seal

This unit consists of [a] glass agitator, [b] chuck & mechanical seal with suitable [c] reducer for fitting the drive assembly on the vessel.

JMR

Vessel Cap. Ltr. Stirrer Used Chuck & Seal Used Reucer Used Reference
10 L SSTB 10 SCSA 1 - SSTBM 10
20 L SSTB 20 SCSA 1 SPR 3/2 SSTBM 20
50 L SSTB 50 SCSA 1 SPR 4/2 SSTBM 50
100 L SSTB 100 SCSA 1.5 SPR 6/3 SSTBM 100
200 L SSTB 200 SCSA 1.5 SPR 9/3 SSTBM 200
300 L SSTB 300 SCSA 1.5 SPR 12/3 SSTBM 300
         
10 L SSTV 10 SCSA 1 - SSTVM 10
20 L SSTV 20 SCSA 1 SPR 3/2 SSTVM 20
50 L SSTV 50 SCSA 1 SPR 4/2 SSTVM 50
100 L SSTV 100 SCSA 1.5 SPR 6/3 SSTVM 100
200 L SSTV 200 SCSA 1.5 SPR 9/3 SSTVM 200
300 L SSTV 300 SCSA 1.5 SPR 12/3 SSTVM 300
         
10 L SSTP 10 SCSA 1 - SSTPM 10
20 L SSTP 20 SCSA 1 SPR 3/2 SSTPM 20
50 L SSTP 50 SCSA 1 SPR 4/2 SSTPM 50
100 L SSTP 100 SCSA 1.5 SPR 6/3 SSTPM 100
200 L SSTP 200 SCSA 1.5 SPR 9/3 SSTPM 200
300 L SSTP 300 SCSA 1.5 SPR 12/3 SSTPM 300



Vessel Holders

Vessel holders are made of cast aluminum with a plaster lining shaped to accommodate the vessel. It is supported with three bolts.


JMR

Vessel Cap. Ltr. D d L Reference
10 L 300 220 100 SVSS 10
20 L 325 230 100 SVSS 20
30 L 350 230 100 SVSS 30
50 L 390 230 100 SVSS 50
100 L 410 250 100 SVSS 100
200 L 700 400 215 SVSS 200
300 L 900 500 250 SVSS 300


Vessel Holder Rings

Vessel holders rings are wrapped with asbestos rope and are to be supported with four bolts.


JMR




Vessel Cap. Ltr. d L Reference
2 L 100 15 SVRS 2
5 L 150 15 SVRS 5
10 L 215 15 SVRS 10
20 L 300 15 SVRS 20





Heating Baths with Coil & Heaters

Heating baths are used for electrical steam heating of glass vessel Depending on the temperature requirements, water or suitable thermic fluid can be used as media. They are provided with a pair of non flame proof heaters with control box & a coil for passing the steam or cooling water.

It is also fitted with bottom outlet sealing arrangement, cushioned vessel holder, a lid & threaded socket or flange type inlet & outlet nozzles. Specially designed flame proof bath are also available on request. For GMP application SS304 or SS316 baths are available. Baths for cylindrical vessels can also be supplied.


JMR




Vessel Cap. Ltr. D L Loading KW Reference
5 L 325 225 2 (2x1000) SSBH 5
10 L 350 250 2 (2x1000) SSBH 10
20 L 480 330 3 (3x1000) SSBH 20
50 L 615 415 4.5(3x1500) SSBH 50
100 L 720 510 6 (3x2000) SSBH 100
200 L 900 620 9 (3x3000) SSBH 200





Cooling Baths

Cooling baths are used for cooling the glass vessel with ice crystals. Cooling baths are provided with vessel holding ring, bottom outlet sealing arrangement & a lid.


JMR



Vessel Cap.(Ltr.) D L Reference
5 L 325 225 SBHC 5
10 L 350 250 SBHC 10
20 L 480 330 SBHC 20
50 L 615 415 SBHC 50
100 L 720 510 SBHC 100
200 L 900 620 SBHC 200







Heating baths Jacketed With Cooling Coil And Heaters

This bath is used when glass vessel is to be heated and cooled frequently. Coil&jacket are connected to heating media & cooling media simultaneously. Electrical heater can also be provided on request.


JMR




Vessel Cap.(Ltr.) D1 D L Reference
5 L 325 395 260 SBHD 5
10 L 350 420 285 SBHD 10
20 L 480 550 365 SBHD 20
50 L 635 685 465 SBHD 50
100 L 730 830 560 SBHD 100
200 L 900 1050 680 SBHD 200






Heating Mantles

Heating mantles are used for electrical heating of glass vessel. They are subdivided into several heating zones each of which can be controlled independently depending on the liquid level in vessel.


JMR

Vessel Cap.(Ltr.) D L Watts Circuits Supply Volts Reference
5 L 320 190 750 2 230 SJMD 5
10 L 380 220 1200 2 230 SJMD 10
20 L 485 285 2000 3 230 SJMD 20
50 L 600 345 3700 3 415 SJMD 50
100 L 790 470 6000 3 415 SJMD 100
200 L 920 530 7500 6 415 SJMD 200

Vessel Cap.(Ltr.) D L Watts Circuits Supply Volts Reference
5 L 330 200 600 1 230 SJMD 5/F
10 L 440 220 1000 1 230 SJMD 10/F
20 L 510 285 2000 2 230 SJMD 20/F
50 L 610 350 3600 3 415 SJMD 50/F
100 L 790 430 5200 3 415 SJMD 100/F
200 L 940 510 8400 3 415 SJMD 200/F

Stirrer Drives

A 1400 RPM 3 phase non-flameproof motor with built in gear box is supplied with flexible shaft. A coupling to couple flexible shaft to motor is also provided. Other end of the flexible shaft is to be attached to chuck.


JMR



H.P. RPM Reference
0.5 192 SRSD .5



Flameproof Stirrer Drives

A 1400 RPM 3 phase flameproof motor with built in gear box is supplied with flexible shaft. A coupling to couple flexible shaft to motor is also provided. Other end of the flexible shaft is to be attached to chuck. Motor is mounted on a metal frame which is designed to install easily with a glass assembly.


JMR



H.P. RPM Reference
0.5 192 SSD .5




Speed Regulators

3 phase non-flameproof regulators are available to control the speed of stirrer.


JMR



Phase Reference
3 SREG 3



Separators

Separators are used to settle two immiscible liquids with different densities. When this mixture of liquids is allowed to settle , two separate layers are formed. Mixture of liquid is continuously feeded in separator at low velocity. This allow sufficient residence time for the formation of separating layers. Light phase liquid is continuously removed from light phase outlet at the top. The Heavy phase liquid enters through dip pipe at lower end and over flows in the discharge pipe and is removed from the bottom outlet.

Separator can be provided with adjustable overflow valve, (Type B) to adjust position of inter face for different operating situations. Separator can also be constructed with horizontal cylindrical vessel and to provide larger-separating surface. (Cat Ref. HSPS Or HSPA).

Nominal Cap. DN Inlet DN1 DN2 Heavy Phase Outlet DN3 Drain DN4 Light Phase Outlet DN5 Vent DN6 L L1 L2 L3 Type Reference
20 L 80 25 50 25 25 25 25 800 125 525 - A SSPS 20
50 L 100 40 50 25 25 40 40 1025 150 725 - A SSPS 50
100 L 150 40 50 25 25 40 40 1175 200 825 - A SSPS 100
200 L 225 40 50 25 25 40 40 1475 250 1075 - A SSPS 200
                           
20 L 80 25 50 25 25 25 25 1000 125 525 200 B SSPA 20
50 L 100 40 50 25 25 40 40 1225 150 725 200 B SSPA 50
100 L 150 40 50 25 25 40 40 1375 200 825 200 B SSPA 100
200 L 225 40 50 25 25 40 40 1675 250 1075 200 B SSPA 200




JMR

Cyclones are designed for separation not only for droplets from gases and vapours, but also for particulate solids from gases. The overall degree of separation can be as high as 99% but this figure is governed to a large extent by the following factors.

a) Liquid loading of the gas or vapour or solids loading of the gas.

b) Droplet or particle size range.

c) Droplet or particle size distribution.


DN DN1 DN2 DN3 DN4 L L1 L2 L3 L4 L5 Reference
100 40 25 80 40 715 560 130 125 35 180 SCY 4
150 50 25 100 50 850 665 165 150 55 235 SCY 6
225 80 25 150 80 1120 870 225 200 75 320 SCY 9
300 100 25 150 100 1430 1115 285 275 100 405 SCY 12

Cyclones are designed for separation not only for droplets from gases and vapours, but also for particulate solids from gases. The overall degree of separation can be as high as 99% but this figure is governed to a large extent by the following factors.

  1. Liquid loading of the gas or vapour or solids loading of the gas.
  2. Droplet or particle size range.
  3. Droplet or particle size distribution.
JMR

DN DN1 DN2 DN3 L L1 L2 L3 L4 L5 Reference
100 40 25 40 715 560 130 125 35 330 SCY 4
150 50 25 50 850 665 165 150 55 375 SCY 6
225 80 25 80 1120 870 180 200 75 500 SCY 9
300 100 25 100 1430 1155 215 275 100 675 SCY 12


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