CS 513 card of Advant controller AC410 and AC450

D

Thread Starter

Danish

Can anyone tell me about the DIP switch settings on the CS513 communication card used in Advant Controllers AC410 and AC450? If you know any manual of CS513 or its settings, please post its link.
Thank you.
 
I wish i could upload the file but i have dial-up connection. look for "Abb MasterNet" or user guide no 3BSE 003 839R0201, i m sure it will be some where on net part. ABB site

CS513 Small Circuit Board adapted to the Module Interconnection Bus (MIB). CS513 is a small circuit board adapted to the Module Interconnection Bus (MIB) and intended for insertion in various processor boards such as Advant Controller 410, SC510 and SC520. The board contains an Integrated Local Area Communication Controller which realizes the physical level of communication defined in the standard IEEE 802.3.

Strappings

Use the strap group S1 to select protocol type and slave number.
Figure 2-18. Termination Set for Trunk Coaxial Cable
Figure 2-19. CS513
Cable
Cable
Cable 1
Terminator
Female
5217 423 - 20
In Line Connector
5217 423 -19
Ground
Connector
2166 1922 - 1
Terminator
Male
5217 423 - 21
Cable 2
In Line Connector
5217 423 - 19
F R
TX RX
..
.
.
.
...
X4
CS
513
F= FAULT LED
R= RUN
TX = Transmit
RX = Receive
S3 S2 S1
S1, S2 and S3 = DIP- switches
AUI

MasterNet User’s Guide
Chapter 2 Installation MasterBus 300/300E
2-18 3BSE 003 839R0201
Use the strap group S2 to select node number.
Use the strap group S3 to select network number.
Please, read page 2-30 for examples.
Mount the IEEE 802.3 communication module CS513 in one or two of the slots in processor module PM 150.

NOTE
You can insert the module in any one of the four slots, but it must have the slave number 7 or 8 when mounted in Advant Controller 410.

Figure 2-20. CS513 Strap Groups
1 2 3 4 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 5 6 7 8
S3 S2 S1
Network
number
Node
number
Slave
number
Protocol
type
10
10
10 8
=
Most Significant Bit 1
=
Least Significant Bit
S1
Slave
number
Protocol
type
10
1 2 34 5 6 7 8
Bit 1 - 4 defines the protocol type.
Allowed values MB 300: 1 - 3
Bit 5 - 8 defines the slave number.
Allowed values for AC 410: 7, 8.
10
1 2 34 5 6 7 8
S2
Bit 1 - 8 defines the node number.
Allowed values: 1 - 127.
10
1 2 34 5 6 7 8
S3
Bit 1 - 8 defines the network number.
Allowed values: 1 - 9, 11 -19, 21 - 29, 31 -39,
41 - 49 ... 91 - 99, 100 -127.
1 = MB 300 standard, 2 = MB 300 fixed packet size
3 = MB 300E.
MasterNet User’s Guide
Section 2.2.5 MasterBus 300/300E Hardware for Advant Controller 410
3BSE 003 839R0201 2-19
2.2.5.2 LAN Data Base Element

The values strapped on the CS513 communication module are transferred by the system and are reflected in the Data Base Element for CS513 LANx. Errors are reported as a value on the ERRTYPE terminal, see Figure 2-40.

Connect the ABB Advant Controller 410 to the MasterBus 300 physical link by means of the AUI cable from the X4 contact on the CS513 communication module to an IEEE 802.3 - 1985 transceiver. Attach the transceiver directly to the coaxial cable, see Figure 2-22.

CAUTION
Always disconnect the transceiver cable from the X4 contact of CS513 before inserting or removing the CS513.

Figure 2-21. CS513 Data Base Element (LAN)
LAN1/LAN1
MB300/GCOM
(336.1)
NAME
BUS
STATION
POSITION
SUBPOS
LAN1
0000
SERVICE
TYPE
NET
NODE
1
CS513
00
SLAVE
PROTOCOL
PROT_PAR
13456
11
7
18
19
20
21
22
7
MB300
0
ERR
ERRTYPE
IMPL
17
9
10
 
B

Bryce Gillan

There are three sets of dip switches identified S1, S2 and S3.

S1 = Slave Number & Protocol Type
S2 = Node Number
S3 = Network Number

In general on the dip switches 8 = most significant bit. 1 = least significant bit.

S1 bits 1 to 4 defines protocol type:

Dec 1 = MB300 standard
Dec 2 = MB300 fixed packet size
Dec 3 = MB300E

S1 bits 5 to 8 define the alave number.
Allowed values for AC410 are 7, 8.
Allowed values for AC 450: 7, 8 if SC510.
Allowed values for AC 450: 1 to 6 and 7 or 8
if SC520

S2 bits 1 - 8 defines the node number. Alowed values: 1 - 127

S3 bits 1 - 8 efine the network number. Allowed values: 1 - 9, 11 -19, 21 - 29, 31 -39,
41 - 49 ... 91 - 99, 100 -127.
 
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