System Principal

Слайд 2

System structure example

1 Boom system (eg. Boltec)

Upper CAN

D510
I/ O

Common.

D501
OP

D100
APP

Boom

Boom

101
I / O

Boom

102
I

System structure example 1 Boom system (eg. Boltec) Upper CAN D510 I/
/ O

Lower CAN

Слайд 3

System structure example

2 Boom system (eg L2C)

Upper CAN

D510
I/ O

Common.

D501
OP

D100
APP

Boom

Boom

101
I / O

Boom

102
I /

System structure example 2 Boom system (eg L2C) Upper CAN D510 I/
O

D100
APP

Boom

Boom

101
I / O

Boom

102
I / O

Lower CAN

Lower CAN

Слайд 4

Lower CAN

Lower CAN

System structure example

2 Boom system, ex Boomer L2 C With

Lower CAN Lower CAN System structure example 2 Boom system, ex Boomer L2 C With options
options

Слайд 5

System structure principal

ROC F9C

Upper CAN

D100
APP

Boom

Lower CAN

Boom

Boom

102
I / O

101
I / O

D511
I / O

Common.

D510
I/

System structure principal ROC F9C Upper CAN D100 APP Boom Lower CAN
O

Common.

D511
Gateway

D170
Inclinometer

D171
Encoder

D171
Gateway

Boom

Boom

Boom

Слайд 6

Lower CAN

Lower CAN

System structure principal

Upper CAN line = Can Cable
Termination in both

Lower CAN Lower CAN System structure principal Upper CAN line = Can
ends, to “stop” the signals
Operating panel
Application modules
Common I-O module, Service platform
Upper CAN
End plugs
Boom I-O
RAS I-O
Resolver modules

Слайд 7

Plugs

Endplugs and adressplugs

9106 0968 00

0-9106 1324 30
1-9106 1324 31
2-9106 1324 32
3-9106 1324

Plugs Endplugs and adressplugs 9106 0968 00 0-9106 1324 30 1-9106 1324
33

Address plugs

End plug

(120 Ohm)

9106 1324 38

End plug

0-9106 1324 90
1-9106 1324 91
2-9106 1324 92
3-9106 1324 93

Address plugs

(120 Ohm)

Слайд 8

Lower CAN

Lower CAN

I / O

I / O

System structure

Plugs

Upper CAN

I / O

I/ O

I

Lower CAN Lower CAN I / O I / O System structure
/ O

I / O

0

End plugs
Operators panel Ad 0
App Add 0 for boom 1,
App Add 1 for boom 2
Master add 3
I/O common Add 0 I/O serv plat Add 1.
Lever serv plat Add 0
I/O boom 1 Add 0,1,2
Resolver boom 1 Add 0,1
Boom 2 I/O 0,1,2 Boom 2 resolver Add 0,1

D520

1

0

0

0

1

Слайд 9

Boom

CAN Adress example

Feed forward on boom 2

D510
I/ O

Common.

D501
OP

D100
APP

Boom

Boom

101
I / O

Boom

102
I / O

D100
APP

Boom

Boom

101
I

Boom CAN Adress example Feed forward on boom 2 D510 I/ O
/ O

102
I / O

Cont. Contr..

Cont. Contr..

220
Resolv.

221
Resolv

120
Resolv.

121
Resolv

Serv.Platf.

D520

D511
I/ O

Слайд 10

Connections on modules

Connections
X1 Power supply
X2 CAN in/out (Lower CAN Communication)
X3 CAN in/out

Connections on modules Connections X1 Power supply X2 CAN in/out (Lower CAN
(Lower CAN Communication)
X4 CAN in/out (Upper Communication)
X5 Address plug
Diodes
D1 Power Supply
D2 Lower CAN Status
D3 Lower CAN Power Supply
D4 Upper CAN Status
D5 CAN 1 Power supply
D6 Module status

Application module/Master module/CCI

Слайд 11

Connections on modules

I/O Module

Diode
1 time/ sec = OK
2 time/Sec = No connection

Connections on modules I/O Module Diode 1 time/ sec = OK 2
in CANBUS System
5 time/Sec = Boot up

Слайд 12

Connections on modules

Resolver module

Connections on modules Resolver module

Слайд 13

Connections on modules

Operating panel/Display

Connections on modules Operating panel/Display

Слайд 14

Connections on modules

Decoder modules in the operating panel

Connections on modules Decoder modules in the operating panel

Слайд 15

System structure principal

Upper CAN

Lower Can

=

System structure principal Upper CAN Lower Can =

Слайд 16

System structure

With all adresses and end plugs

System structure With all adresses and end plugs

Слайд 17

CAN Power supply

Principal of fuses to the modules

CAN Power supply Principal of fuses to the modules

Слайд 18

Drawing example

Boomer L2C

Drawing example Boomer L2C

Слайд 19

Drawing example

ROC D7C

Drawing example ROC D7C

Слайд 20

Drawing example

ROC F9C

Drawing example ROC F9C

Слайд 21

CAN on rig

Boomer L2C

CAN on rig Boomer L2C

Слайд 22

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We are committed to your superior productivity through interaction and innovation.
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