• Diesel Generator Volvo 100kw/130kva System 1
  • Diesel Generator Volvo 100kw/130kva System 2
  • Diesel Generator Volvo 100kw/130kva System 3
Diesel Generator Volvo 100kw/130kva

Diesel Generator Volvo 100kw/130kva

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
100 unit/month

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Product Description

A diesel generator is the combination of a diesel engine with an electric generator (often an alternator) to generate electrical energy. This is a specific case of engine-generator. A diesel compression-ignition engine often is designed to run on fuel oil, but some types are adapted for other liquid fuels or natural gas.

Diesel generating sets are used in places without connection to a power grid, or as emergency power-supply if the grid fails, as well as for more complex applications such as peak-lopping, grid support and export to the power grid.

 

Main Product Features:

General Features: EngineVOLVO TAD532GE  

Radiator 55`C max, fans are driven by belt, with safety guard 

24V charge alternator

Alternator: single bearing alternator IP23, insulation class H/H 

Absorber

Dry type air filter, double fuel filter, oil filter, coolant filter

Main line circuit breaker

Standard control panel

Oil drain pump

Two12V batteries, rack and cable 

Ripple flex exhaust pipe, exhaust siphon, flange, muffler 

User manual


Product Specifications:

1. Manufacturer / Model: VOLVO TAD532GE, 4-cycle

2. Air Intake System: Turbo

3. Fuel System: Directly Injection Fuel System, Bosch Pump    

4. Cylinder Arrangement: 4 in line

5. Displacement: 4.76L

6. Bore and Stroke: 108*130mm

7. Compression Ratio: 18

8. Rated RPM: 1500rpm

9. Max. Standby Power at Rated RPM: 125KW/170HP (with fan)

10. Governor Type: EDC4

 

FAQ:

Q1: What is Prime Power and Standby Power Rating?

A1: Prime Power (PRP): Prime power is available for an unlimited number of annual hours in variable load application, in accordance with GB/T2820-97eqv ISO8528; A 10% overload capability is available for a period of 1 hour within a 12-hour period of operation. Standby Power Rating (ESP): The standby power rating is applicable for supplying emergency power for the duration of a utility power interruption. No overload, utility parallel or negotiated outage operation capability is available at this rating

 

Q2: How do we guarantee the quality of our products?

A2: We have established an advanced quality management system which conducts strict quality tests at every step, from raw materials to the final product. 

 

Q3: How soon can we receive the product after purchase?

A3: Within three days of placing an order, we will begin production. The specific shipping date is dependent upon international and government factors, but is typically 30 to 40 workdays.

 

Q4: What is your after sales service?

A4: CNBM provides a full line of brand new and high quality products. Each and every unit is strictly factory tested. Warranty is according to our standard conditions: a, 15 months, counted on the day CNBM sold to the first buyer; b, One year after installation; c, 1000 running hours (accumulated); subject to the earlier one. Service and parts are available from CNBM or distributors in your location.  

 

Diesel Generator Volvo 100kw/130kva

Diesel Generator Volvo 100kw/130kva

Diesel Generator Volvo 100kw/130kva

 


Q: Hi. We're off grid and therefore installing a 3 phase Diesel generator. Each phase is rated at 20 Amps continuous(23 Amps max). we want to run 3 Split type ACs, one on each phase, plus some other small appliances.Our problem is that each AC has a start up current of 20 Amps, which will trip the safety circuit on the generator everytime it comes on.The ACs running current is only 8 Amps, but jumps to 20 Amps for a split second everytime the Compressor comes on.Is there a simple way to control the start up current on the ACs? I read something about putting a coil of wire on the input of the Compressor. I tried that with a water pump just to check if it works. The surge current was still there.Any ideas if I can use a Capacitor? If yes, can you tell me what capacity I should use? If you give me the formula I can figure it myself. We run on 220-240 Volts, 50 HZ.Thanks for your answers.
Is it too late to switch to a 240 volt single phase generator of the same capacity? This would have a 60 amp capability and would handle the surges with no trouble. I don't see how a capacitor will help. If you are stuck with the 3 phase generator, perhaps you can switch the ACs for ones with 3 phase motors. That will spread the surge over the 3 phases. There are also soft-start ACs .
Q: A) what are the pros cons of each system?B)Also what are the operational loss in each case?
Hydro electric is cheaper, cleaner and most cost effective. There is no operational loss because the fuel (flowing water) is free
Q: I drive a TATA Indica DLS (not turbo), I understand that it has a base diesel engine which has 55 bhp. I have heard that CNG kits are available in the market and CNG is much economic and eco friendly. Please comment if you know about it. Is it possible ? and how much will be the cost for the conversion ? What are the steps involved ?
you incredibly choose a sparkling engine altogether, one designed to reliably run whilst offering the intense compression ratios like 22:a million mandatory to assist combustion of diesel or different oils. gas engines are purely sturdy for 10:a million compression presently. If the vehicle is already a ordinary diesel vehicle, i've got self assurance all you pick is a few further gas filtering to run on so reported as bio diesel.
Q: I can't find any article that will say either. I'm assuming not nuclear.
I got both in my f350 super duty with 17942 horse powers that will pull an air craft carrier straight out of the ocean
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: Frequency meter
A frequency meter may have different meanings to people in different fields, though they are related. In electrical situations there are the vibrating reed types seen of generator power boards. These are simply connected across the mains like a voltmeter. These indicate when the mains is close to the desired frequency. They help with setting the RPM of a diesel generator. In radio and electronics applications it is more likely to be called a frequency counter. It has a digital counter, a frequency reference and a time base counter. It measures frequency by counting the input signal for a specific time. They are often able to measure time intervals too. These can be very precise, especially using precision external references. Connections. Connect to the signal to be measured as appropriate, so for lower frequencies the connection is something like an audio cable with clip leads. This can load the circuit under test. A divide by 10 oscilloscope probe is useful to reduce this loading. Frequency meters for higher frequencies like VHF, UHF and microwave often have a 50 ohm input, and are designed to be connected via a coaxial cable, terminated at the input of the instrument. There has to be an arrangement to tap power off the device being measured. Safety Precautions. The most important safety precaution is to keep the voltage or power at the input to a level that will not cause damage. The lower frequency types may have a voltage rating, and the 50 ohm types have a power rating. A suitable kind of attenuator is needed if the voltage/power is too high.
Q: if there is a website where you got it from, please put it in your answer.
It is an engine, not a motor. What size, and relative to what, for what use.
Q: i need to do a project and i need a website that has info on why solar panels are more enviromentally friendly can you please give me some websites?
Lowers our needs for using fossil fuels
Q: I was talking with a friends and I know gas in a car or lawnmower etc will go bad after a certain amount of time. Then we got thinking about the massive amounts of diesel fuel in storage at hospitals etc, is there a storage life for it? and is it turned over all the time?
Let me explain something to you: Hybrid is a drive configuration. Diesel is an energy source. You see how they're two completely different things? You can have a diesel hybrid, what do you think freight trains are? Diesel fuel has it's up sides, and a diesel electric hybrid would be even better. Why do you have such a personal dislike of hybrids? What exactly do you have against a more efficient, longer lasting drive configuration? Oh, and you talk about low end torque? Electric drive produces max torque at stall. You'll never win a torque battle with an electric, they've got it all over ICEs in that department.
Q: I planned that the factory be fully mechanised. Public power supply is very poor. I wanted to purchase diesel generators but i have been advised by a friend that solar generators are more cost effective. Is solar a good source of energy to power such a factory?
Yes, it can be fully solar. Very power comsuming factories are autonomous. If you dont find how to, if you want e-mail me and i will put you in touch with some companies. For your info, some companies not only are autonomous, they resell power while they dont use it.

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