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JENBACHER J612 6series Gas combustion engine
Based on his rich experience and continuous improvement, Yanbach has developed the 6 series of 1.8 to 4.5 MW reliable internal combustion engine products.

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Description

The crystallization of cutting-edge technology

Based on his rich experience and continuous improvement, Yanbach has developed the 6 series of 1.8 to 4.5 MW reliable internal combustion engine products. Its 1,500 RPM speed increases power generation density and reduces installation costs. The 6 series internal combustion engine is equipped with a precombustion chamber to maximize gas combustion efficiency, while reducing emissions. The proven design and optimized components enable the equipment to operate for 60,000 trouble-free hours prior to overhaul. The all-new J624 is equipped with two-stage turbocharging technology to provide greater efficiency and flexibility in response to changing environments.

Technical characteristics

The characteristics of	Instructions	Advantages
Four-valve cylinder head	A central purged precombustion chamber was designed using advanced computational tools and simulation techniques (CFD)	- Reduce pressure exchange losses - High efficiency, stable combustion - The ignition conditions are optimized
Heat recovery	Lubricating oil heat exchanger can be two stage plate heat exchanger	- Maximum thermal efficiency can be achieved even when the return water temperature is high or fluctuating
Air/gas mixer	Before entering the turbocharger, gas and air are mixed under low pressure conditions	- The main gas supply can be done at low pressure - The gas mixture is evenly distributed in the turbocharger
Gas distribution valve	High precision electronic control gas quantitative control valve (natural gas)	- Rapid response, air-fuel ratio is faster than adaptation, - Expand calorific value range
Two-stage turbocharging	Latest turbocharging technology (available only) for J624	- Improve output power and efficiency - Increased flexibility in tropical climates

Technical parameters

Structure	V 60°
The cylinder diameter (mm)	190
Stroke(mm)	220
Displacement/cylinder (l)	6.24
Speed (rpm)	1,500 (50 Hz) 1,500 with gearbox (60 Hz)
Average piston speed (m/s)	11 (1,500 rpm)
Scope of supply	Generator set, combined heat and power system
The available gas	Natural gas, associated gas, biogas, Landfill gas, sewage biogas, special gas, (such as coalbed methane, coke oven gas, wood gas, high temperature cracking gas, etc.)
Internal combustion engine model	J612	J616	J620	J624*
Number of cylinders	12	16	20	24
The total emissions (l)	74.9	99.8	124.8	149.7

Dimensions LxWxH（mm）
Container configuration	J612–J620	12,000/15,000 x 3,000/6,000 x 8,100
Container configuration	J624	17,000 x 6,000 x 8,400
Generating set	J612	7,600 x 2,200 x 2,800
	J616	8,300 x 2,200 x 2,800
	J620	8,900 x 2,200 x 2,800
	J624*	12,800 x 2,500 x 2,900
Cogeneration system	J612	7,600 x 2,200 x 2,800
	J616	8,300 x 2,200 x 2,800
	J620	8,900 x 2,200 x 2,800
	J624*	12,800 x 2,500 x 2,900

Empty weight(kg)	J612	J616	J620	J624*
Generating set	24,000	29,200	36,900	52,100
Cogeneration system	24,500	29,700	37,500	52,100
Dimensions and weight correspond to 50HZ products

Output and efficiency

Natural gas	1,500 rpm \| 50 Hz
NOx <	Type	Pel (kW)¹	ηel (%)¹	Pth (kW)²	ηth (%)²	ηtot (%)
500mg/Nm³	J612	2,004	45.0	1,930	43.3	88.3
	J616	2,678	45.5	2,527	42.9	88.4
	J620	3,360	45.6	3,172	43.0	88.6
	J624	4,500	46.4	4,230	43.6	90.0
250mg/Nm³	J612	2,004	44.2	1,936	42.7	86.9
	J616	2,678	44.7	2,548	42.5	87.2
	J620	3,360	44.8	2,977	39.7	84.4
	J624	4,500	45.4	4,314	43.5	89.0

Biogas	1,500 rpm \| 50 Hz
NOx <	Type	Pel (kW)¹	ηel (%)¹	Pth (kW)²	ηth (%)²	ηtot (%)
500mg/Nm³	J612	2,000	44.4	1,827	40.6	85.0
	J616	2,676	44.6	2,433	40.5	85.1
	J620	3,352	44.7	3,034	40.4	85.1
250mg/Nm³	J612	1,820	43.0	1,717	40.6	83.6
	J616	2,435	43.2	2,292	40.6	83.8
	J620	3,054	43.3	2,863	40.6	83.9

1) Technical parameters according to ISO3046 standard.
2) The total thermal output error is +/ -8%, the exhaust gas emission temperature is 120˚C, and the biogas emission temperature is 180˚C.
All data is obtained when the equipment is at full capacity and is subject to change and improvement as technology develops.
More models are available upon request

J612 Beretta Industry, Italy Gardone
Fuel	The unit type	Electric power output	Thermal power output	Debugging time
Natural gas	1 x J612	1,457 kW	1,536 kW	12/1998
The electricity generated meets all of Beretta's power needs, and the heat is used to process the products. By using cogeneration, the Beretta plant has reduced its energy costs by 30 percent.

Previous : JENBACHER J616 6series Gas combustion engine

Next : JENBACHER J420 4 series Gas combustion engine

JENBACHER J612 6series Gas combustion engine

产品

The crystallization of cutting-edge technology

Based on his rich experience and continuous improvement, Yanbach has developed the 6 series of 1.8 to 4.5 MW reliable internal combustion engine products. Its 1,500 RPM speed increases power generation density and reduces installation costs. The 6 series internal combustion engine is equipped with a precombustion chamber to maximize gas combustion efficiency, while reducing emissions. The proven design and optimized components enable the equipment to operate for 60,000 trouble-free hours prior to overhaul. The all-new J624 is equipped with two-stage turbocharging technology to provide greater efficiency and flexibility in response to changing environments.

Technical characteristics

The characteristics of	Instructions	Advantages
Four-valve cylinder head	A central purged precombustion chamber was designed using advanced computational tools and simulation techniques (CFD)	- Reduce pressure exchange losses - High efficiency, stable combustion - The ignition conditions are optimized
Heat recovery	Lubricating oil heat exchanger can be two stage plate heat exchanger	- Maximum thermal efficiency can be achieved even when the return water temperature is high or fluctuating
Air/gas mixer	Before entering the turbocharger, gas and air are mixed under low pressure conditions	- The main gas supply can be done at low pressure - The gas mixture is evenly distributed in the turbocharger
Gas distribution valve	High precision electronic control gas quantitative control valve (natural gas)	- Rapid response, air-fuel ratio is faster than adaptation, - Expand calorific value range
Two-stage turbocharging	Latest turbocharging technology (available only) for J624	- Improve output power and efficiency - Increased flexibility in tropical climates

Technical parameters

Structure	V 60°
The cylinder diameter (mm)	190
Stroke(mm)	220
Displacement/cylinder (l)	6.24
Speed (rpm)	1,500 (50 Hz) 1,500 with gearbox (60 Hz)
Average piston speed (m/s)	11 (1,500 rpm)
Scope of supply	Generator set, combined heat and power system
The available gas	Natural gas, associated gas, biogas, Landfill gas, sewage biogas, special gas, (such as coalbed methane, coke oven gas, wood gas, high temperature cracking gas, etc.)
Internal combustion engine model	J612	J616	J620	J624*
Number of cylinders	12	16	20	24
The total emissions (l)	74.9	99.8	124.8	149.7

Dimensions LxWxH（mm）
Container configuration	J612–J620	12,000/15,000 x 3,000/6,000 x 8,100
Container configuration	J624	17,000 x 6,000 x 8,400
Generating set	J612	7,600 x 2,200 x 2,800
	J616	8,300 x 2,200 x 2,800
	J620	8,900 x 2,200 x 2,800
	J624*	12,800 x 2,500 x 2,900
Cogeneration system	J612	7,600 x 2,200 x 2,800
	J616	8,300 x 2,200 x 2,800
	J620	8,900 x 2,200 x 2,800
	J624*	12,800 x 2,500 x 2,900

Empty weight(kg)	J612	J616	J620	J624*
Generating set	24,000	29,200	36,900	52,100
Cogeneration system	24,500	29,700	37,500	52,100
Dimensions and weight correspond to 50HZ products

Output and efficiency

Natural gas	1,500 rpm \| 50 Hz
NOx <	Type	Pel (kW)¹	ηel (%)¹	Pth (kW)²	ηth (%)²	ηtot (%)
500mg/Nm³	J612	2,004	45.0	1,930	43.3	88.3
	J616	2,678	45.5	2,527	42.9	88.4
	J620	3,360	45.6	3,172	43.0	88.6
	J624	4,500	46.4	4,230	43.6	90.0
250mg/Nm³	J612	2,004	44.2	1,936	42.7	86.9
	J616	2,678	44.7	2,548	42.5	87.2
	J620	3,360	44.8	2,977	39.7	84.4
	J624	4,500	45.4	4,314	43.5	89.0

Biogas	1,500 rpm \| 50 Hz
NOx <	Type	Pel (kW)¹	ηel (%)¹	Pth (kW)²	ηth (%)²	ηtot (%)
500mg/Nm³	J612	2,000	44.4	1,827	40.6	85.0
	J616	2,676	44.6	2,433	40.5	85.1
	J620	3,352	44.7	3,034	40.4	85.1
250mg/Nm³	J612	1,820	43.0	1,717	40.6	83.6
	J616	2,435	43.2	2,292	40.6	83.8
	J620	3,054	43.3	2,863	40.6	83.9

1) Technical parameters according to ISO3046 standard.
2) The total thermal output error is +/ -8%, the exhaust gas emission temperature is 120˚C, and the biogas emission temperature is 180˚C.
All data is obtained when the equipment is at full capacity and is subject to change and improvement as technology develops.
More models are available upon request

J612 Beretta Industry, Italy Gardone
Fuel	The unit type	Electric power output	Thermal power output	Debugging time
Natural gas	1 x J612	1,457 kW	1,536 kW	12/1998
The electricity generated meets all of Beretta's power needs, and the heat is used to process the products. By using cogeneration, the Beretta plant has reduced its energy costs by 30 percent.