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Jiangsu Kaichen Generator Co., Ltd

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    Changzhou City, Jiangsu Province

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15 kW explosion-proof diesel generator

NegotiableUpdate on 05/06
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Overview

A 15 kW explosion-proof diesel generator and a gasoline (diesel) engine pump are used for emergency drainage tasks during rescue operations. Flow rate ≥ 100m3/h, head ≥ 20m, power ≥ 15kW, gasoline and diesel drive, outlet hose ≥ 100m, including accessory package.

Product Details

15 kW explosion-proof diesel generator

Gasoline (diesel) engine pumps are used for drainage tasks in emergency rescue operations. Flow rate ≥ 100m3/h, head ≥ 20m, power ≥ 15kW, gasoline and diesel drive, outlet hose ≥ 100m, including accessory package.

The application fields of mobile diesel generators are very extensive. In terms of engineering construction, it provides power support for construction sites lacking power grid coverage, driving various construction machinery and lighting equipment to operate. In emergency relief, mobile diesel generators can be quickly deployed to disaster areas to provide emergency power support for rescue command centers, medical points, and temporary resettlement sites. Important facilities such as telecommunications base stations and data centers are often equipped with mobile diesel generator sets as backup power sources to prevent major losses caused by sudden power outages. In addition, in special occasions such as field exploration, military operations, and film and television shooting, mobile diesel generators may also be a scarce source of electricity.

15 kW explosion-proof diesel generator

Explosion proof diesel generator set

Frequency (HZ) 50

Maximum output (KW) 16

Rated output (KW) 15

Rated voltage (V) 220 \ \ 380

Power factor 1

DC output (V) 12V/8.3A

Single phase and three-phase

Motor type: All copper explosion-proof motor

Start the system electrically/manually

Noise at 7 meters (Dba/7m) 72

Fuel tank capacity (L) 25

Continuous working time (hr) 8

Explosion proof mark Ex IIB T4 2G/Ex IIB 2D T4 Db

Power form: V-shaped twin cylinder, four stroke, air-cooled diesel engine

Displacement (L) 1.326

Cylinder diameter x stroke (mm) 92x75

Fuel consumption (g/kw. h) ≤ 220

Fuel 0 # or -10 # clean diesel

Lubricating oil capacity (L) 4

Working environment temperature ≤ 40 ℃

Voltage distortion rate: ≤ 10%

Insulation level F

Direct injection combustion system

Explosion proof mark Ex IIB T4 2G/Ex IIB 2D T4 Db

Packaging Information Manual/Explosion proof Certificate

Packaging size (cm) 137x 84x98 (subject to actual)

Gross weight (kg) 340 (subject to actual weight)

Modern mobile diesel generators are constantly improving in terms of technical performance. Many new units adopt electronic speed control systems and intelligent control modules, which can achieve more accurate voltage and frequency regulation and faster load response. The application of noise reduction technology significantly reduces the operating noise of the unit. Some models have already controlled the noise level below 65 decibels, making them suitable for use in noise sensitive environments. The improvement of fuel efficiency has reduced the fuel consumption of modern diesel generators by 10-15% compared to traditional models, saving operating costs and reducing emissions. Some end models are also equipped with remote monitoring function, which can real-time grasp the status of the unit through the network and achieve preventive maintenance.

The maintenance and upkeep of mobile diesel generators are crucial for their service life and reliability. Daily maintenance includes regular oil and filter changes, checking the coolant level and battery condition, cleaning the air filter, etc. When stored for a long time, the fuel system needs to be properly treated to prevent diesel from deteriorating and corroding components. Professional technicians recommend performing intermediate maintenance every 500 hours of operation, including checking valve clearances, fuel injector status, and belt tension. A comprehensive inspection should be conducted every year or every 2000 hours of operation to assess the wear of major components and replace vulnerable parts such as piston rings and bearings if necessary.