EI specified values K-jetronic

BE07.32-P-2000-01B

EI specified values K-jetronic

Engine 103, 104



Number

Designation

Engine 103.940
in Model
124.007/026/027

Engine 103.941
in Model
126.020

BE07.32-P-2001-01B

Engine temperature

Oil

°C

60

60

Coolant

°C

-

-

Conditioning

Time

s

90

90

Engine speed

rpm

3700

3700

Number of cylinders

6

6

Number of pulses

per engine revolution

3

3

Idling speed

rpm

600...800

600...800

Ignition angle with vacuum

with the engine idling

°CA v. TDC

7...11

7...11

Closed-loop mixture control

at idle

%

-

-

pulse duty factor

at increased rotational speed: rpm 2500

%

-

-

Alternate procedure

%

λ (λ2500)10

λ (λ2500)10

Base method

Interference factor

mbar

> 450

-

at engine speed

rpm

500...1100

500...1100

Lambda control duty cycle replacement method

Voltage at idle speed

Volts

2...10

2...10

CO specification

at increased idle speed: rpm 2200...2800

%

0,3

0,3

Lambda mixture specification

at increased idle speed: rpm 2200...2800

0.97...1.03

0.97...1.03

CO specification

at idle

%

0,5

0,5

Number

Designation

Engine 103.942
in Model 201.029

Engine 103.943
in Model 124.226

BE07.32-P-2001-01B

Engine temperature

Oil

°C

60

60

Coolant

°C

-

-

Conditioning

Time

s

90

90

Engine speed

rpm

3700

3700

Number of cylinders

6

6

Number of pulses

per engine revolution

3

3

Idling speed

rpm

600...800

600...800

Ignition angle with vacuum

with the engine idling

°CA v. TDC

7...11

7...11

Closed-loop mixture control

at idle

%

-

-

pulse duty factor

at increased rotational speed: rpm 2500

%

-

-

Alternate procedure

%

λ (λ2500)10

λ (λ2500)10

Base method

Interference factor

mbar

> 450

> 450

at engine speed

rpm

500...1100

500...1100

Lambda control duty cycle replacement method

Voltage at idle speed

Volts

2...10

2...10

CO specification

at increased idle speed: rpm 2200...2800

%

0,3

0,3

Lambda mixture specification

at increased idle speed: rpm 2200...2800

0.97...1.03

0.97...1.03

CO specification

at idle

%

0,5

0,5

Number

Designation

Engine 103.981
in Model
126.024/025

Engine 103.982
in Model
107.041

BE07.32-P-2001-01B

Engine temperature

Oil

°C

60

60

Coolant

°C

-

-

Conditioning

Time

s

90

90

Engine speed

rpm

3700

3700

Number of cylinders

6

6

Number of pulses

per engine revolution

3

3

Idling speed

rpm

550...750

550...750

Ignition angle with vacuum

with the engine idling

°CA v. TDC

6...11

6...11

Closed-loop mixture control

at idle

%

-

-

pulse duty factor

at increased rotational speed: rpm 2500

%

-

-

Alternate procedure

%

λ (λ2500)10

λ (λ2500)10

Base method

Interference factor

mbar

-

-

at engine speed

rpm

500...1100

500...1100

Lambda control duty cycle replacement method

Voltage at idle speed

Volts

2...10

2...10

CO specification

at increased idle speed: rpm 2200...2800

%

0,3

0,3

Lambda mixture specification

at increased idle speed: rpm 2200...2800

0.97...1.03

0.97...1.03

CO specification

at idle

%

0,5

0,5

Number

Designation

Engine 103.983
in Model
124.030/050/090

Engine 103.984
in Model
129.060

BE07.32-P-2001-01B

Engine temperature

Oil

°C

60

60

Coolant

°C

-

-

Conditioning

Time

s

90

90

Engine speed

rpm

3700

3700

Number of cylinders

6

6

Number of pulses

per engine revolution

3

3

Idling speed

rpm

550...750

600...800

Ignition angle with vacuum

with the engine idling

°CA v. TDC

6...11

6...11

Closed-loop mixture control

at idle

%

-

-

pulse duty factor

at increased rotational speed: rpm 2500

%

-

-

Alternate procedure

%

λ (λ2500)10

λ (λ2500)10

Base method

Interference factor

mbar

> 450

> 450

at engine speed

rpm

500...1100

500...1100

Lambda control duty cycle replacement method

Voltage at idle speed

Volts

2...10

2...10

CO specification

at increased idle speed: rpm 2200...2800

%

0,3

0,3

Lambda mixture specification

at increased idle speed: rpm 2200...2800

0.97...1.03

0.97...1.03

CO specification

at idle

%

0,5

0,5

Number

Designation

Engine 103.985
in Model
124.230/290

Engine 103.987
in Model
463.207/227/228

BE07.32-P-2001-01B

Engine temperature

Oil

°C

60

60

Coolant

°C

-

-

Conditioning

Time

s

90

90

Engine speed

rpm

3700

3700

Number of cylinders

6

6

Number of pulses

per engine revolution

3

3

Idling speed

rpm

550...750

620...820

Ignition angle with vacuum

with the engine idling

°CA v. TDC

6...11

6...10

Closed-loop mixture control

at idle

%

-

-

pulse duty factor

at increased rotational speed: rpm 2500

%

-

-

Alternate procedure

%

λ (λ2500)10

λ (λ2500)10

Base method

Interference factor

mbar

> 450

-

at engine speed

rpm

500...1100

500...1100

Lambda control duty cycle replacement method

Voltage at idle speed

Volts

2...10

2...10

CO specification

at increased idle speed: rpm 2200...2800

%

0,3

0,3

Lambda mixture specification

at increased idle speed: rpm 2200...2800

0.97...1.03

0.97...1.03

CO specification

at idle

%

0,5

0,5

Number

Designation

Engine 104.980
in Model 124.031/051/
061/091

Engine 104.981
in Model
129.061

BE07.32-P-2001-01B

Engine temperature

Oil

°C

60

60

Coolant

°C

-

-

Conditioning

Time

s

90

90

Engine speed

rpm

3700

3700

Number of cylinders

6

6

Number of pulses

per engine revolution

3

3

Idling speed

rpm

600...800

600...800

Ignition angle with vacuum

with the engine idling

°CA v. TDC

6...10

6...10

Closed-loop mixture control

at idle

%

50 (20)

50 (20)

pulse duty factor

at increased rotational speed: rpm 2500

%

50 (20)

50 (20)

Alternate procedure

%

-

-

Base method

Interference factor

mbar

> 450

> 450

at engine speed

rpm

500...1100

500...1100

Lambda control duty cycle replacement method

Voltage at idle speed

Volts

2...10

2...10

CO specification

at increased idle speed: rpm 2200...2800

%

0,3

0,3

Lambda mixture specification

at increased idle speed: rpm 2200...2800

0.97...1.03

0.97...1.03

CO specification

at idle

%

0,5

0,5