Line Reactor
Todays deals on Line Reactor?
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UNICO LINE-REACTOR-150HP-5-EN NSFP LINEREACTOR150HP $1,131.02 |
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NEW Siemens 6SL3000-0DE23-6AA0 6SL3 000-0DE23-6AA0 Simodrive HFD Line Reactor QT $842.63 |
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NEW 480V High Z IMPEDANCE 50HP VFD Drive LINE reactor $795.00 |
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SIEMENS 4EP3800-4DB LINE REACTOR 2.5KV ***NIB*** $699.00 |
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GE FANUC 104X220FB025 TR-14517 LINE REACTOR NEW $599.00 |
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3LR50A1 6774-1 TCI Sine-Guard Line Reactor $614.99 |
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1.5 KVA Fanuc TRANSFORMER A80L-0001-0453 LINE REACTOR $550.00 |
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GE 37G08003 3 Phase Line Reactor 600V $499.99 |
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NEW ALLEN BRADLEY 130 AMP LINE REACTOR # 1321-3RA130-B $499.00 |
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TCI LINE REACTOR KLR80ATB4 *NEW* $500.00 |
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TRANS-COIL INC KLR110ACB 3PH LINE REACTOR ***XLNT*** $449.00 |
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MTE RL-25013 Line Reactor .15MH 250 Amp $490.00 |
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BALDOR LRAC04502/LR0038A00 3PH LINE REACTOR 45A *XLNT* $449.00 |
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MTE RL-08003 Line Reactor $450.00 |
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ALLEN BRADLEY 1321-3RA160B 160A LINE REACTOR ***XLNT*** $385.00 |
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Sine Guard KLR16CTB Three phase line Reactor $400.00 |
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LINE REACTOR HL60 EMI FILTER 480v 60A 3ph RU CSA NEW!! QUANTITY!!! $349.99 |
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MTE RL-08002 3PH 690V MAX 0.40mH 80A LINE REACTOR NEW $249.99 |
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TCI/TRANS-COIL KLR45CTB3 LINE REACTOR W/ ENCLOSURE 45A ****NNB**** $339.00 |
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JUNG/RITTAL 239-262 LINE REACTOR 2076VA ****XLNT**** $349.00 |
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mtw line reactor differant sizes all new one in this s $300.00 |
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SIEMENS 4EP4000-4DB LINE REACTOR 2.5KVA ***NIB*** $299.00 |
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SIEMENS 4EP4000-4CB LINE REACTOR ***NIB*** $299.00 |
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Trans Coil Inc. KLR16ATB Line Reactor FREE SHIPPING $319.00 |
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Trans Coil Inc. KLR16ATB Line Reactor FREE SHIPPING $319.00 |
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GE 37G08002 3 Phase Line Reactor 600V $299.99 |
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TCI KLC80BE dV/dT Line Reactor VFD FILTER 600v 80a 3Ø $279.00 |
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Siemens LINE REACTOR 6SN1111-0AA00-0CA1 Version A $260.00 |
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Siemens Transformer LINE REACTOR 6SN1111-0AA00-0CA1 $260.00 |
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HAMMOND RM0130P10E DRY LINE IRON CORE REACTOR 3 PHASE TYPE KR NIB $285.00 |
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TCI/TRANS-COIL KLR45ATB2 LINE REACTOR W/ ENCLOSURE ****NNB**** $249.00 |
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KLR SERIES LINE REACTOR KLR35CTB 3 PH 35 AMPS NIB $250.00 |
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TRANS COIL INC. KLR110APT 3-PHASE LINE REACTOR NEW CONDITION IN BOX $225.00 |
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MTE RL-04503 Line Reactor $250.00 |
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BALDOR LRAC03502/LR0039A02 3PH LINE REACTOR 35A ***XLNT*** $229.00 |
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Allen Bradley 1321-3RA35-C Ser A LINE REACTOR NEMA1 35A $224.99 |
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Allen Bradley 1321-3R100-B Line Reactor 3PH 100A 0.3mH QTY *60 DAYS WARRANTY!* $244.04 |
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TCI/TRANS-COIL KLR21ATB2 LINE REACTOR 21AMP ***NIB*** $229.00 |
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Allen Bradley Line Reactor 1321-3RA12-C Series A $243.00 |
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TCI KRF8CTB 8A 460/600VAC 3ph LINE REACTOR EMI FILTER $199.99 |
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REX 3PR-0080C3H LINE REACTOR 80A 60Hz L 0.34mH 3PH $100.00 |
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LINE REACTOR 1HP by TCI KLR2BTB $189.99 |
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TCI/TRANS-COIL KLR80ATB LINE REACTOR 80AMP ***XLNT*** $199.00 |
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TRANS-COIL INC/TCI KLR35CTB3 3PH LINE REACTOR ***XLNT*** $199.00 |
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TRANS-COIL KLR55ATB 3PH LINE REACTOR ***XLNT*** $199.00 |
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Baldor LRAC03502 Three Phase Line Reactor 35 Amp $230.00 |
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Trans Coil Inc. KLR8ATB Line Reactor FREE SHIPPING $226.00 |
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Trans Coil Inc. KLR8ATB Line Reactor FREE SHIPPING $226.00 |
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MTE Line Reactor 15 HP 18 AMP $220.00 |
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PHILIPS PE 1411/15 LINE REACTOR/POWER CONDITIONER 200VA OUT ***XLNT*** $189.00 |
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TCI Sine Guard Three Phase Line Reactor Cat# KLR25ATB $200.00 |
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SOLA SERIES LINE REACTOR 15HP SLR 480-3 $175.00 |
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MARELCO POWER SYSTEMS M-9089(E)7.5 HP 3PH LINE REACTOR $199.99 |
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TRANS-COIL INC/TCI KLR35ATB2 3PH LINE REACTOR ***XLNT*** $184.00 |
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NEW MTE 3PH Line Reactor 25A 2.000mH Open GUARD-AC Series Transformer RL-02503 $179.00 |
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MTE, 3 PHASE LINE / LOAD REACTOR, RL-00503 $175.00 |
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Siemens Transformer LINE REACTOR 6SN1111-0AA00-0BA1 $170.00 |
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TCI KLR27CTB2 KLR Series Line Reactor New $175.00 |
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EMERSON CONTROL TECH. 3 PHASE INPUT LINE REACTOR – LOCAL SALE – NO SHIPPING $199.99 |
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EMERSON 3 PHASE INPUT LINE REACTOR Vmax 600 AC 14A REACTOR LR4-L-014-E $189.99 |
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TCI/TRANS-COIL KLR21ATB2 LINE REACTOR 21AMP ***XLNT*** $169.00 |
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BALDOR LRAC01802 3PH LINE REACTOR 18A 1.5mH ***XLNT*** $174.00 |
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New Baldor LRAC00402 Three Phase Line Reactor 4 Amp $189.00 |
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1 MTE RL-08002 LINE REACTOR N1-3 $167.99 |
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MTE Line Reactor 10 HP 12 AMP $185.00 |
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EMISSION CONTROL LINE REACTOR M50 EMI FILTER 250v 50A 1ph RU CSA * NEW QUANTITY! $149.99 |
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TCI/TRANS-COIL KLR12ATB1 LINE REACTOR 12AMP ***NIB*** $169.00 |
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TCI/TRANS-COIL KLA55CTB LINE REACTOR 55AMP ***XLNT*** $149.00 |
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allen bradley line reactor cat # 1321-3r45-b new $155.00 |
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TCI KLR45ATB Line Reactor NIB $159.00 |
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MTE Line Reactor 10 HP 18 AMP $175.00 |
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GE 37G01203 3 Phase Line Reactor 600V $159.99 |
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MTE RL-05502 Line Reactor .500MH 55 Amp $170.00 |
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27017 NEW Baldor LRAC00402 Line Reactor 4A 3Hp 6.5Mh $154.88 |
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MTE Line Reactor 7.5 HP 8 AMP $165.00 |
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Allen Bradley Line Reactor Transformer 1321-3R55-B 4258 $149.99 |
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TCI KLR35ATB Line Reactor 35 Amp Max 3 Phase 600 Volt $135.00 |
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NEW SEALED ALLEN BRADLEY 1321-3RA4-B LINE REACTOR $150.00 |
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New Baldor LRAC00802 Three Phase Line Reactor 8 Amp $149.00 |
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TRANS-COIL KLR35BTB LINE REACTOR 3PH 50/60HZ 600V ***NNB*** $129.00 |
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ALLEN BRADLEY 1321-3R8-B 3PH LINE REACTOR 3MH 8AMP ***XLNT*** $129.00 |
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MTE RL-01801 5HP 240VAC 18AMP LINE REACTOR ***NIB*** $129.00 |
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Allen-Bradley 1321-3R2-A Line Reactor NEW $125.00 |
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MTE Line Reactor 15 HP 25 AMP $135.00 |
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TCI LINE REACTOR KLR2CTB NEW $120.00 |
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TCI KLR8ATB1 LINE REACTOR 3PH 8AMP 600V ***XLNT*** $124.00 |
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TCI MODEL KLR12CTB 12 AMP KLR SERIES LINE REACTOR NNB!! $125.00 |
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TCI KLR4ATB1 ENCLOSED 3PH LINE REACTOR ***XLNT*** $119.00 |
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MTE Line Reactor 7.5 HP 12 AMP $125.00 |
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RM0025N12 Hammond 3-Phase Line Reactor $125.00 |
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FANUC CNC Line Reactor #A81L 0001 0120 03 A81L00100120 $95.00 |
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FANUC CNC Line Reactor #A81L 0001 0120 02 A81L00100120 $95.00 |
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New 3.7kW, 5HP, 460V Hitachi AC Line Reactor $100.00 |
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RM0012N25 Hammond 3-Phase Line Reactor $120.00 |
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Sine Guard KLR8ATB 3 Phase Line Reactor 600 mhz 8 a max $119.00 |
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TCI KDRA2H Line Reactor 4.8 Amp 3 Phase 600 Volt 6A Max $100.00 |
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Hitachi HRL075L Variable AC Line Reactor New $99.00 |
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Trans Coil KLR series KLR2ATB Line Reactor NEW $100.00 |
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MTE Corp RL-02502 Line/Load Reactor 1.0mH 25 Amps $95.00 |
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MTE RL-01202 3PHASE LINE REACTOR ***XLNT*** $95.00 |
Line Reactor Questions
Batch reactor
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The Batch reactor is the generic term for a type of vessel widely used in the process industries. Its name is something of a misnomer since vessels of this type are used for a variety of process operations such as solids dissolution, product mixing, chemical reactions, batch distillation, crystallization, liquid/liquid extraction and polymerization. In some cases, they are not referred to as reactors but have a name which reflects the role they perform (such as crystallizer, or bio reactor).
A typical batch reactor consists of a tank with an agitator and integral heating/cooling system. These vessels may vary in size from less than 1 litre to more than 15,000 litres. They are usually fabricated in steel, stainless steel, glass lined steel, glass or exotic alloy. Liquids and solids are usually charged via connections in the top cover of the reactor. Vapors and gases also discharge through connections in the top. Liquids are usually discharged out of the bottom.
The advantages of the batch reactor lie with its versatility. A single vessel can carry out a sequence of different operations without the need to break containment. This is particularly useful when processing, toxic or highly potent compounds.
Agitation
The usual agitator arrangement is a centrally mounted driveshaft with an overhead drive unit. Impeller blades are mounted on the shaft. A wide variety of blade designs are used and typically the blades cover about two thirds of the diameter of the reactor. Where viscous products are handled, anchor shaped paddles are often used which have a close clearance between the blade and the vessel walls.
Most batch reactors also use baffles. These are stationary blades which break up flow caused by the rotating agitator. These may be fixed to the vessel cover or mounted on the side walls.
Despite significant improvements in agitator blade and baffle design, mixing in large batch reactors is ultimately constrained by the amount of energy that can be applied. On large vessels, mixing energies of more than 5 Watts per litre can put an unacceptable burden on the cooling system. High agitator loads can also create shaft stability problems. Where mixing is a critical parameter, the batch reactor is not the ideal solution. Much higher mixing rates can be achieved by using smaller flowing systems with high speed agitators, ultrasonic mixing or static mixers.
Heat cooling systems
Products within batch reactors usually liberate or absorb heat during processing. Even the action of stirring stored liquids generates heat. In order to hold the reactor contents at the desired temperature, heat has to be added or removed by a cooling jacket or cooling pipe. Heating/cooling coils or external jackets are used for heating and cooling batch reactors. Heat transfer fluid passes through the jacket or coils to add or remove heat.
Within the chemical and pharmaceutical industries, external cooling jackets are generally preferred as they make the vessel easier to clean. The performance of these jackets can be defined by 3 parameters:
Response time to modify the jacket temperature
Uniformity of jacket temperature
Stability of jacket temperature
It can be argued that heat transfer coefficient is also an important parameter. It has to be recognized however that large batch reactors with external cooling jackets have severe heat transfer constraints by virtue of design. It is difficult to achieve better than 100 Watts/litre even with ideal heat transfer conditions. By contrast, continuous reactors can deliver cooling capacities in excess of 10,000 W/litre. For processes with very high heat loads, there are better solutions than batch reactors.
Fast temperature control response and uniform jacket heating and cooling is particularly important for crystallization processes or operations where the product or process is very temperature sensitive. There are several types of batch reactor cooling jackets:
Single external jacket
Batch reactor with single external cooling jacket
The single jacket design consists of an outer jacket which surrounds the vessel. Heat transfer fluid flows around the jacket and is injected at high velocity via nozzles. The temperature in the jacket is regulated to control heating or cooling.
The single jacket is probably the oldest design of external cooling jacket. Despite being a tried and tested solution, it has some limitations. On large vessels, it can take many minutes to adjust the temperature of the fluid in the cooling jacket. This results in sluggish temperature control. The distribution of heat transfer fluid is also far from ideal and the heating or cooling tends to…(and so on) To get More information , you can visit some products about Broadband TV Channels, Decorative Glass Plates, . The PVC Solid Sheet products should be show more here!
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