pls contact for camera/cctv power supplies 12v series
WE SUPPLY RECONDITIONED AND USED TURBOCHARGER AND SPARES OF BELOW TURBOCHARGER ABB TURBOCHARGER : ABB RR 131-14, ABB RR 150, ABB RR 151, ABB RR 153, ABB RR 180, ABB RR 181, ABB RR 184, ABB RR 212, ABB TPL 69, ABB TPL 77-B12, ABB TPS 48, ABB VTC 254, ABB VTR 150, ABB VTR 160, ABB VTR 161, ABB VTR 200, ABB VTR 201, ABB VTR 214, ABB VTR 250, ABB VTR 251, ABB VTR 254, ABB VTR 304, ABB VTR 320, ABB VTR 321, ABB VTR 354, ABB VTR 400, ABB VTR 401, ABB VTR 454, ABB VTR 500, ABB VTR 501, ABB VTR 564, ABB VTR 631, ABB VTR 714 BBC TURBOCHARGER : BBC RR212.6HSDR, BBC VTR 161, BBC VTR 200, BBC VTR 201-2, BBC VTR 214, BBC VTR 250, BBC VTR 251, BBC VTR 251-2N, BBC VTR 254, BBC VTR 304, BBC VTR 304-11, BBC VTR 320, BBC VTR 320U, BBC VTR 321, BBC VTR 354, BBC VTR 400, BBC VTR 401, BBC VTR 454, BBC VTR 500, BBC VTR 501, BBC VTR 501- 2H, BBC VTR 564, BBC VTR 630, BBC VTR 631, BBC VTR 750, BBC VTR 751 IHI TURBOCHARGER : IHI BBC VTR 160N, IHI BBC VTR 161, IHI BBC VTR 200, IHI BBC VTR 201-2, IHI BBC VTR 250N, IHI BBC VTR 400, IHI BBC VTR 401, IHI RH 163, IHI RU 110,IHI RU 120 MAN B&W; TURBOCHARGER : MAN B&W; NA 48, MAN B&W; TCR 18, MAN NA 34, MAN NA 40, MAN NA 48, MAN NA 57, MAN NA 70, MAN NR 12, MAN NR 14, MAN NR 17, MAN NR 20, MAN NR 24, MAN NR 29, MAN NR 34, MAN TCA 33, MAN TCA 44, MAN TCA 55, MAN TCA 66, MAN TCA 77, MAN TCA 88, MAN TCR 10, MAN TCR 12, MAN TCR 14, MAN TCR 16, MAN TCR 18, MAN TCR 20, MAN TCR 22, MAN TV 57, B&W; NR 20/88, B&W; T540E, B&W; T550G 1-S MITSUBISHI TURBOCHARGER : MITSUBISHI 4HD-857, MITSUBISHI MET 30 SR, MITSUBISHI MET 35, MITSUBISHI MET 350, MITSUBISHI MET 42 SB, MITSUBISHI MET 42 SC, MITSUBISHI MET 42 SD, MITSUBISHI MET 45, MITSUBISHI MET 45 SB, MITSUBISHI MET 45 SC, MITSUBISHI MET 45 SD, MITSUBISHI MET 450, MITSUBISHI MET 53 C, MITSUBISHI MET 53 SB, MITSUBISHI MET 53 SC, MITSUBISHI MET 56 S, MITSUBISHI MET 56 SB, MITSUBISHI MET 56 SC, MITSUBISHI MET 560, MITSUBISHI MET 60 SB, MITSUBISHI MET 66, MITSUBISHI MET 66 SB, MITSUBISHI MET 66 SC, MITSUBISHI MET 66 SD, MITSUBISHI MET 71 SA, MITSUBISHI MET 71 SB, MITSUBISHI MET STA 100, MITSUBISHI MET TV 57, NAPIER TURBOCHARGER : NAPIER 085, NAPIER C 045, NAPIER H 100, NAPIER H 200, NAPIER H 300, NAPIER H 400, NAPIER HP 300, NAPIER NA 450, NAPIER R 210, NAPIER R 410, NAPIER R 410 A, NAPIER R 510, NAPIER S 610, SKL H5, SKL H7
We manufacture solar inverters from 100W to 7.5KW single phase inverters with 4 stage battery charging, fuse-less short-circuit protection, overload protection with auto-restart
One SIEMENS SGT5-4000F 265 MW natural gas-fired Gas turbine with 328MVA,20kV,50 Hz alternator , manufactured in 2010 but never fired& stored in packed condition (see attachment) , is available for sale
Battery manufactures in India
TellS Introducing new solar inverter, or photo-voltaic inverter, or Solar converter, converts the variable direct current (DC) output of a photo-voltaic (PV) solar panel into a utility frequency alternating current (AC) that can be fed into a commercial electrical grid or used by a local, off-grid electrical network. Worked Off-grid with Battery Bank. Customize priority with options of Solar - Battery - Grid & Solar - Grid – Battery. Efficiency more Then 95%. Inbuilt solar charge controller with the option of MPPT & PWM technology. Intelligent operation for improved battery life. In case of unavailability of solar, charging from grid. Low change over time in µsec. Suitable for Roof - Top projects. Option for data logging through RJ-232 cable. Standalone-High Frequency Solar Inverter: 100VA/12V, 300VA/12V, 400VA/12V, 500VA/24V, 750VA/24V 1600VA/48V, 2000VA/48V Off-Grid Solar Inverter-1 phase in-1 phase out: 5KVA/48V, 5KVA/96V, 7.5KVA/120V, 10KVA/180V Off-Grid Solar Inverter-3 phase In-3 phase out 20KVA/240V, 30KVA/240V, 40KVA/360V, 100KVA/360V
Reduction in motor efficiency, overheating and fast ageing of motors and switchgears Stoppage of production, inconsistent product quality and increase in wastage Malfunctioning & data loss in electronic/ cnc equipments Quick burn out of light fittings, bulbs & lamps Higher consumption by lighting load Higher demand & higher energy bill Loss of competitive position Capacity for servo voltage stabilizers -10 kva to 5000 kva
Solar UPS / Solar Hybrid UPS / Solar PCU / Off Grid Inverters Features : DSP micro controller based design UPS is capable of running standalone on solar power Can be used as a normal inverter until solar panel connection Can operate on both solar and grid power UPS always gives preference to solar power Robust design - 20 years design life Compliance to international standards Rugged design and engineering for continuous use Automatic changeover on power failure and resumption Multi functional LED indicator and sound alarm PC interface & web based software monitoring* Smart overload sensor with auto reset Intelligent thermal management LED / LCD digital display* No load auto shutdown
Unik brand unformed lead plates din type 18 or 19 tubes or bs type 15 tubes suitable for forklift / golf cart etc. (traction & semi traction) batteries. Seaworthy cartons stacked in fumigated wooden pallets
Din type dry charged tubular lead acid cells for motive power traction / forklift / deep cycle battery cells 2 volt 420 ah capacity @ 5 hrs. Rate of discharge. Seaworthy cartons shrinkwrapped stacked in fumigated wooden cartons
* product available from 30kva to 5mva capacity with voltage variation options from 350-450v to 250-460v (phase-to-phase) * based on linear technology * 5 year guarantee Variable as per kva ratings.
Extraction condensing steam turbine The extraction condensing turbines are used when a constant pressure steam flow has to be extracted for process purposes. The constructional characteristics of these turbines are very similar to condensing turbines from the second admission valve chest it is possible to inject low pressure steam, available in the plant to supply the power required by the plant. These turbines are typically used for co-generation where the turbine meets both the power and steam demand of the process plant. In these type of turbines the power generated can be maintained more or less at a steady level despite variation in process steam demands. In some cases it may be necessary to have both bleed and controlled extraction steams from the condensing turbine. These turbines are of bleed cum extraction condensing type.
Turbines Manufactured For Atomic Energy Application Using Titanium Blades. We are manufacturing Steam Turbines with following range:- Back Pressure Steam Turbine Extraction Back Pressure Steam Turbine Condensing Steam Turbine Single Extraction Condensing Steam Turbine Double Extraction Condensing Steam Turbine Single & Multistage Steam Turbines Small Steam Turbines Ranging from 10 Kw
Manufacturer of World's Best Back Pressure Steam Turbines Upto 6 MW Range. We are manufacturing Steam Turbine with following range:- Back Pressure Steam Turbine Extraction Back Pressure Steam Turbine Condensing Steam Turbine Single Extraction Condensing Steam Turbine Double Extraction Condensing Steam Turbine Single & Multistage Steam Turbines Small Steam Turbines Ranging from 10 Kw
Proven reliability and high efficiency makes Kessels multi-stage steam turbines vital partners with the power and process industries. High fuel and energy conversion costs demand that steam turbine efficiency be as much a consideration as reliability. Kessels industrial multi-stage steam turbine line helps you meet a variety of energy requirements in industrial environments. These turbines operate at speeds up to 12,000 RPM, with steam inlet conditions up to 105 bar at 560oC, and exhaust conditions up to 12 bar.
Back pressure turbines can either be single stage or multi-stage which are often used in industrial plants, the turbine serves as a reducing station between boiler and the process steam header. These turbines can either be used for drive application (Sugar mill drives, Sugar fibrizor / Shredder drive, Pump drives and so on) or power generation application in which case the turbine drives the generator. These turbines are straight-back pressure type and find application where back pressure steam is fully utilized to meet process demands. The power generation is incidental to the process steam demand. The back pressure turbine may also have bleed points (uncontrolled extractions) to satisfy steam demands at intermediate pressures, This provision is applicable when the bleed (medium pressure) steam volume demand is low and pressure variations can be tolerated. These turbines are of bleed cum back pressure type. The back pressure turbine with one controlled extraction point is possible, this extraction steam is also used to meet process steam demand at intermediate pressure when volume demand is high and pressure variations cannot be tolerated. These turbines are of extraction cum back pressure type.
The fls package includes a hydraulically separate lubrication and lubricating oil dehydration system, a hydraulic fluid supply and conditioning system and common control console in a single. The fluid system package can mount separately from the steam turbine-generator or be installed integrally with the turbine base. Full feature design Redundant ac motor driven pumps for both lubrication and hydraulic service Duplex lubricating oil filters and oil coolers Dc motor driven emergency oil pump Integral lubricating oil dehydration system Lubricating oil mist elimination system
Back pressure turbines can either be single stage or multi-stage which are often used in industrial plants, the turbine serves as a reducing station between boiler and the process steam header. These turbines can either be used for drive application (sugar mill drives, sugar fibrizor / shredder drive, pump drives and so on) or power generation application in which case the turbine drives the generator. These turbines are straight-back pressure type and find application where back pressure steam is fully utilized to meet process demands. The power generation is incidental to the process steam demand. The back pressure turbine may also have bleed points (uncontrolled extractions) to satisfy steam demands at intermediate pressures, this provision is applicable when the bleed (medium pressure) steam volume demand is low and pressure variations can be tolerated. These turbines are of bleed cum back pressure type.
The extraction condensing turbines are used when a constant pressure steam flow has to be extracted for process purposes. The constructional characteristics of these turbines are very similar to condensing turbines from the second admission valve chest it is possible to inject low pressure steam, available in the plant to supply the power required by the plant. These turbines are typically used for co-generation where the turbine meets both the power and steam demand of the process plant. In these type of turbines the power generated can be maintained more or less at a steady level despite
