DIESEL GENERATOR, Diesel Engine 625kw, 240V
- Ref Price:
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- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 500 unit/month
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Diesel Engine
With KIPOR KD series engine/ Cummins B, C, L, N, K series engine as the power source. Applicable to 13.5-920kW generator set.
Optional mechanical or electrical governor, with excellent speed response characteristics
Optional engine speed (1500rpm, 1800rpm, 3000rpm), which reflects the strong power and economic efficiency of the set.
Optimum power output characteristics
Engines are available with three different air intaking methods– natural aspiration, charged and charge inter-cooling.
Synchronous Alternator
KIPOR KFS Series Alternator
•Four-pole rotating magnetic field, self-ventilating radiation system formed by rotor blade
•2/3 pitch winding, effectively eliminating the sub or ultra harmonic and increasing the paralleling capability
•excellent short circuit withstand ability
•Brushless rotating exciter with rotor/stator exciting system, three-phase rectified bridge
•Insulation grade: H
•Single-ended support mounting way minimizes the vibration of operating generator
•Standard wiring with three-phase four-wire and star connection output
•Auxiliary AVR ensures the steady state voltage deviation compliant with ISO 8528G3
•High quality electromagnetic winding coil
•Integrated design combining the AC output main winding and exciting system
•Rotor damper windings improve the output wave of generator and minimum the wave distortion
•Minimum the generator reactance characteristics
•Maximize the efficiency of electromagnetic induction power generation
Complete Auxiliary Equipment System
•The generator set is installed with internal vibration damper, controller, starting system and auto-monitoring system, to form an integrated power station generator set.
•The internal cushion is made of special rubber
•No need for additional cushion to connect and fix the base to ground.
Output
Apply connection pole for generator set full power output
ATS configuration option
ATS dual-power auto-switch system introduces the specialized dual-power switch with self-locker.
Control System
KP610 controller is state-of-the –art smart generator set control system
developed by KIPOR. It integrates digital, intelligence, network technology and
realizes the auto switch control between generator set and utility power. It also
features auto start/shut down, data measurement, alarm protection as well
as remote control functions, and inaddition, functions like multi-level
backup, multi-units parallel, multi-units parallel + ATS etc. With the compact
configuration, easy wiring, simple manipulation and reliable operation, it can be widely used for various generator sets
Engine Protection
Over/Under speed alarm/shut down
Starting fail shut down
Low oil pressure alarm/shutdown
High coolant temperature alarm/shutdown
Low fuel level alarm/shut.
Charging fault alarm
High/low battery voltage alarm
Internal Control
• Manual/ automatic operation mode option
• Wireless remote start
• Electric door lock start
• Emergency shut down
• Engine speed testing
• Engine start
• Barring
Alternator
• Over/Under voltage shut down
• Over current alarm/shut down
• Under frequency shut down
• Over frequency shut down
Standard protection
During the operation, the control system may display the fault on panel by lighting up the relative LED and revealing the fault code and explanation on LCD, with the internal buzzer sounding for alarm.
LCD Data Displays
• Generator set parameters
• Engine speed
• Output frequency
• Output phase voltage
• Output line voltage
• Oil pressure
• Coolant temperature
• Oil temperature (optional)
• Fuel level
• Clock
• Battery voltage
• Battery charging current
• Output current
• Active power
• Reactive power
• Power factor
• Continuous running time
• Output power
• Grid frequency
• Grid three-phase phase voltage
• Grid network three-phase line voltage
• Fault history
- Q: have several question about diesel alternator. First of all i want build micro hydro system using diesel alternator. That means i just take the alternator and using water to rotate the turbine and the alternator will produce the power. Do you think this system is possible to do? Before this i use the car alternator, and the problem is before alternator connected to the battery i get about 3000 RPM, but when i connect the alternator to the battery and field current occur, the RPM dropped to 500 RPM. So the alternator can't produce the current. So i want try using diesel alternator. Since we know diesel alternator power output in AC, so no field current needed. If i get around 3000 RPM, whether diesel alternator produce the power? Or it same with car alternator.
- all alternators produce alternating current---by definition--duh it is then rectified by (usually internally mounted) diodes you are loading your system with a partially discharged battery and the voltage that the regulator is set to is trying to charge the battery at a rate greater than the mechanical power (turbine + water) can supply thus it slows down until the demand matches the supply if you left the system until the battery voltage increases you would find that the system would turn faster until the voltages matched each other and it would be doing 3000 rpm
- Q: A) what are the pros cons of each system?B)Also what are the operational loss in each case?
- Hydroelectric is a good source of power and is used around the country where there is a good source of water. Drawback is initial cost. Today Hoover Dam would probably cost a millions to build. Environmentally they are clean. Diesel Electric is used commonly in areas where there is a lack of water or funding to build hydro. The cost of Diesel is cheep er on the front end than hydro but is expensive to operate and keep up. Since oil will continue to go up and is environmentally damaging it is not a great choice. Steam generators are still in use. They are more expensive to build than Diesel. Coal is very dirty and new coal fired generators are not being produced. Wind Mill generation is a very old method of producing electricity and has a mediums cost to construct it is clean and has fairly inexpensive upkeep. It is estimated that one wind mill can provide the current needs of 40 homes. The Tennessee Valley Authority is now producing power from wind mills. There are also several companies in the West that have wind power. There of course is also atomic power. There is major construction costs and upkeep because of the danger from atomic materials. There is also a cost of getting rid of the used material used as it continues to be dangerous.
- Q: Diesel generator BOC alarm is what
- , automatic flameout when the diesel engine sounds boring, running hard, black smoke.
- Q: I am investigating CoGen engine applications. I am looking for about 100-150kWh power output plus heat (water). Do you know of any application that uses solar thermal energy to power the engine? Also, it seems most CoGen engines use natural gas or other gases, but gas would not be viable for my application. Diesel would most likely be the second best option. Do you know of any diesel coGen applications?Please list vendors or prices.Thank you
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- Q: HelloI am doing a question on my homework and im being asked to determine how long a tank of gas on a diesel generator would last a family if one tank produced 20kW of electricity. This family uses 2.052kWh of electricity every day. The problem i have run into is that i don't know how to determine how long tha tank can last with only those values, i have a feeling im missing something very obvious here. Any help would be great.Thanks!
- 20/2.052 # of days. about 9 1/2.
- Q: How much power does the generator from the diesel need to produce in order to bring the train up to running speed?
- That all depends upon a number of things. First is the type of traction motor that is driving the wheels. Next is the weight of the entire load to be moved by the traction motors. Also is the grade the load is being moved upon. When a locomotive gets up to speed it might not be using many amps by the traction motors to maintain the speed. However, to start from a dead stop on flat track with a very heavy load it could run as high as 200 or more amps. Again, it also would depend upon the number of engines driving the number of generators driving the number of traction motors. A single locomotive might need to use more amps to get up to speed than a combination of locomotives hauling the same load. There are many variables to this question. Given a particular locomotive, types of traction motors, the load weight, it would be easier to calculate what would be needed in amperage. Everything depends upon all of these things. An engineer can burn up a traction motor(s) by exceeding the amount of amps maximum that the motor can handle. The generators don't care, nor do they figure into the problem. The diesels don't care either. They will just turn the generators faster with more RPM's, and the faster they run, the more the generators will produce, but will the traction motors handle what is given them?? It just depends .
- Q: Have a big V12 Diesel Generator what is the purpose of the governor / actuator and also the Speed and Load Controller?
- The governor keeps the motor from running faster than a set rate, an actuator receives an input from a button and causes a mechanical device to engage. Speed and Load controllers determine how fast the generator motor should turn over for a certain electrical demand, as in number of devices plugged in to the electric socket.
- Q: I have a Diesel generator using leroy sommers alternator and which uses intelilite MRS 11 controller , it is 380 V , 50 Hz , yesterday i started having problems , after running the genset for like 12 seconds it shuts down and i get two error msgs the first one is : Shutdown Level for Phase 1 under volts the second error msg is : Shutdown Level for Gen voltage Unbalance .in the first 12 seconds the voltage on 3 phases got no problem and after 12 seconds the generator auto shuts down and i cannot seem the find the problem , any help will be appreciated
- Depends on the local rules. Power companies don't care, since once he is cut off he will not be back feeding the line. We've had a few people around here do it, including several who were far enough from the powerlines that it would have been prohibitively expense to hook them up. I just want to add that if you live in a cold climate and set yourself up to utilize the waste heat from the generator, the cost of fuel and generator may be cheaper than paying for electricity and heat together, even assuming you have to buy a replacement generator every year. If you add in appropriate alternate energy, while using the bottom line as your decision driver, you may cut your costs over conventional sources. Depends on how you do it.
- Q: how exactly to fossil fuel power plants work?
- Fossil fuel power plants burn fossil fuels (coal, oil, natural gas) and heat water to produce steam which turns a turbine to drive a generator which produces electricity.
- Q: I would like to find out if a product exists which permits remotely using a mechanical switch to power cycle a diesel generator. Maybe one that has an IP which I could connect to or uses RF. Literally just turn on/off the power without interacting with it physically.
- Should be doable, except I can see a problem - How will you know if the thing started or not ??
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DIESEL GENERATOR, Diesel Engine 625kw, 240V
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 1 unit
- Supply Capability:
- 500 unit/month
OKorder Service Pledge
OKorder Financial Service
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