List of Power Products
    Diesel Generator Sets
    Synchronised AMF Panels
    Power Distribution Boards
    Acoustics and Fabrications
 
 

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Detailed specifications of Deepankuram DG Sets
                 
New 625 KVA Kirloskar DG set Supplied and Synchronised with existing 625 KVA Volvo DG set and 125 KVA Ashok Leyland DG set.

                            
25 KVA Simpson engine coupled with KEL Alternator for an Apartment in Bangalore.

Deepankuram Synergies undertakes turnkey solution for power needs. Design,Supply, Installation and Erection undertaken by professionals. Works are executed in well planned manner, keeping in mind site conditions and urgency of the customer.

Gensets can be supplied from lower range to higher capacities. Refurbishments are also undertaken. AMF, Synchronised AMF panels are manufactured and installed along with DG set.


Special class gensets can be designed and supplied as per requirements. On requirements special class alternators are manufactured as per spec and solutions provided. Critical Paramater are taken care while manufacture. Latest installation being at Kerns Liebers Springs and Stampings with supply of 625 KVA DG set and Synchornising with existing 625 KVA Volvo and 125 kva Ashok Leyland. Scope of project included Supply of DG sets, Synchronised Panel and Installation and commisioning. Project was sucessfully completed and sychronisation working at its best.
DG sets of Kirloskar,Cummins,Ashok Leyland are supplied, installed and Erected.Our range inlcuded all ratings.
  More Info about KEL...


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Synchronisation Panel Boards.


    Deepankuram Synergies has much expertise in Design of S-AMF panels as per installed Synchronised AMF panels, we undertake projects Synchronisation with GRID.
    We have designed for pojects paralelling Multiple Turbine generators. Further we have designed for paralleling DG sets with Multiple STG;s.


The displayed Synchronisation panel was manufactured and installed for kerns Liebers Springs and Stampings. The Paralled sets were 625 - 625 - 125 KVA DG sets of Volvo,Kirloskar and Ashok Leyland makes respectively.
 
 
Detailed specifications of Acoustic

Click here for Full Image of Acoustic Front View                        Click here for Full Image of Acoustic Side View

Note: The Photo attested is the acoustic for 25 KVA Simpson engines, for an Apartment in Bangalore.

We manufacture Acoustic(Sound proof canopy) for the DG set built in high quality steel and sound attenuating material reduces noise emissions to a minimum. It has easily accesible service and maintainance points through the large doors which contribute to the ease of service of the machine. Sound proof materials used are fire proof. Acoustic is detachable type and can be moved from one place to other.
Acoustic frames are fitted using bolt/nuts. The Sound Level at distance of 1 meter is 75 Decibels. The Acoustic is generally powder coated, on request can be sent with only red oxide so that you can paint it as per your needs. The acoustic in the picture sent is Powder coated with Orange/black color. This acoustic is for 25 KVA Genset.

DEEPANKURAM have a well-seasoned team, which has total experience of over 150 acoustics. Extreme Care is taken while Acoustics manufacturing not leaving behind any minor defects.
The sound proof material used is Glass/Rock wool which are imported from Dubai. The Inner part of the frame is filled with Glass/Rock wool and perforator sheet on it and Punched GI sheets are covered on that. Rivets are used to fix GI Sheets to Frames. The Noise level at a distance of 3 meter is 75db in free field conditions.

We also manufacture acoustics for other OEM's.
Accoustics done at Deepankuram ranges from 25 kva to 500 kva.
The acoustic costs are based on Engine capacity, make, and place available in the site, as these factors are contribute for manufacture of acoustic.

Detailed Specification of Acoustic Enclosure (25KVA).
Engine : Simpson
Capacity : 25 kva
Size 6 x 5.5 x 6.0 (L x W x H) in ft
Outer Body 18 SWG CR Sheet-1.2 mm Tata Sheet.
Top Roof 18 SWG CR Sheet-1.2 mm Tata Sheet.
Inner Shell 24 SWG GI sheet with 2.5 mm Perforation.
Body Thickness 100 mm.
Acoustic Insulation Glass Wool of 64 kg/m3 will be used.
Door operation Hinged Doors on two sides.
Control Panel Outside.


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Detailed specifications of AMF Panel

      Click here for Full Image of AMF Panel

Note: The Photo attested is the AMF panel for 15 KVA Genset for an Apartment in Bangalore.

AMF Panel: Automatic Mains Failure Unit Operation
AMF panel and generator packages are designed to provide emergency power during mains supply failure. During operation, the control panel of the AMF monitors the mains entering the building.
If a mains failure occurs, the panel will disconnect the mains from the load, the generator is started and its output connected to the load. (The load being appliances, lights, etc in use within the house/office/factory at the time of mains failure).

The generator continues to supply the building until the mains supply returns.
The generator then automatically disconnects, stops and the mains is re-connected to the load.
The AMF panel reverts to the standby mode ready to respond in case of another mains failure.

Operation
With the generator in 'Auto' mode, the incoming main is monitored continuously. If the mains voltage falls outside the preset limits, a 'mains failure' has occurred and the process of starting the generator set is initiated.
Once the mains failure is recognised, the contacts are released to disconnect the load from the mains. The 'mains available' and 'mains on load' lamps extinguish.

There is a pre-set and adjustable time delay before the generator is started. This avoids unnecessary starting of the generator when very short duration mains breaks occur e.g. 2 or 3 second breaks due to lightning strikes.

After the delay, the engine fuel solenoid / ignition system is energised. A pre-heat period begins for generators fitted with indirect injection diesel engines. The choke is operated on petrol-engined sets.

The starter motor relay energises and the engine is cranked for a pre-set period (typically 10 seconds). If the engine fires up and the speed increases through the 'crank-cut' threshold, then the starter motor is dis-engaged. Alternatively, if the engine does not start during the first crank period then the starter de-energises for an equal rest period before energising for another attempt. If the engine has not started after the last 'crank' period, then the engine fuel solenoid / ignition is de-energised and the generator is deemed to have failed to start and the appropriate annunciator is illuminated.

Assuming that the generator has started during one of the attempts, the alternator output is checked to ensure that it is within specification. If so, then the generator contactor is energised and the load is supplied from the generator.
In normal circumstances, the period from mains failure occurring to generator supply being connected is about 20 seconds.

During generator operation, the engine oil pressure and temperatures are monitored and should an abnormality occur, the generator will immediately be shutdown and the appropriate annunciator illuminated.

When the mains supply returns, the mains available lamp is illuminated within specified limits. The main is then monitored for a pre-set time to ensure that the supply is stable. The generator contactor is then de-energised and the mains contactor energised so that the mains supply is restored to the load. The 'alternator available' and 'alternator on-load' lamps extinguish and 'mains on load' lamp is illuminated. A short break in approximately 1 second occurs whilst the changeover is complete.

The generator is 'run-on' for a cooling down period (adjustable up to 30 minutes) before the fuel solenoid / ignition system is de-energised and the engine stops.
The operational cycle is then complete and the generator returns to a standby condition. During this time the starter battery is maintained in a charged condition by a 'trickle' charger supplied from the mains.

 
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Detailed specifications of Power Distribution Boards

      Click here for Full Image

Note: The attested photo of Power Distribution Board is for 125 KVA Site.


Power Distribution Boards






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