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User Manual: Switch-Control 63400 

Page 11 

 
The Start/End key sequences to control the station routes are as follows: 
 

1.

 

First key 1 is pressed as the Start key and then key 2 as the end key, Route 1 of Group 1 of the 
Intellibox sets the train entrance from A to Track 1. 

2.

 

First key 1 is pressed as the Start key and then key 3 as the end key, Route 2 of Group 1 of the 
Intellibox sets the train entrance from A to Track 2. 

3.

 

First key 2 is pressed as the Start key and then key 1 as the end key, Route 3 of Group 1 of the 
Intellibox sets the train exit from Track 1 to A. 

4.

 

First key 3 is pressed as the Start key and then key 1 as the end key, Route 4 of Group 1 of the 
Intellibox sets the train exit from Track 2 to A. 
 

The Switch-Control is programmed using the appropriate LNCVs as described in Sections 4.2 and 5.6 
above. The necessary programming information is as follows: 
 

Start key 1 and End key 2 switch accessory address 2001 to “red,” and activate Route 1 of Group 1: 

LNCV 112 = 2001 0 

Start key 1 and End key 3 switch accessory address 2001 to “green,” and activate Route 2 of Group 1: 

LNCV 113 = 2001 1 

Start key 2 and End key 1 switch accessory address 2002 to “red,” and activate Route 3 of Group 1: 

LNCV 121 = 2002 0 

Start key 3 and End key 1 switch accessory address 2002 to “green,” and activate Route 4 of Group 1: 

LNCV 131 = 2002 1 

 
 

6.7 Accessing a route in the IB-Switch using a single key 

A set of switching commands for a route may be stored in the IB-Switch as one of its 40 routes. The red 
key of this route on the IB-Switch must be assigned a feedback address and a condition, “free” or 
“occupied.” This allows the route to be called remotely from the Switch-Control. (For more information, 
please see the IB-Switch manual.) 
 

Example: 

A key on the TDCB is connected to input 6 of the Switch-Control. This key will be used to call a route in 
the IB-Switch that has been assigned to feedback address 21 with the condition “occupied.” The following 
LNCV must be programmed in the Switch-Control: 
 

LNCV 166 = 0021 3 

 
 

6.8 Accessing routes in the IB-Switch using Start&End key combinations 

The track plan shown in Application Example 6.6 above will be used with the IB-Switch. The switching 
commands of the four desired routes must first be stored in the IB-Switch. The red keys associated with 
each of these IB-Switch routes are also programmed with a feedback address and condition, “free” or 
“occupied.” This allows each route to be called remotely from the Switch-Control using Start&End key 
combinations. (For more information, please see the IB-Switch manual.) 
 

Example: 

Feedback addresses 501 to 504 will be used with the condition “occupied” to access each of the four routes 
stored in the IB-Switch. To use the routes according to Example 6.6 above, the Switch-Control must be 
programmed as in Sections 4.2 and 5.6 by setting the following LNCVs: 
 

Start key 1 and End key 2 send feedback address 501 “occupied,” which activates Route 1: 

LNCV 112 = 0501 3 

 
Start key 1 and End key 3 send feedback address 502 “occupied,” which activates Route 2: 

LNCV 113 = 0502 3 

Summary of Contents for Switch-Control 63400

Page 1: ...to connect additional Switch Controls or other consumers for example house or street lighting on the layout to the transformer feeding the Switch Control However there must be NO electrical connectio...

Page 2: ...ied generated with a matching feedback address 5 A matching magnetic accessory to return to its previous position one key toggle operation The commands 1 to 5 can be generated through the activation o...

Page 3: ...switching and supervision of a magnetic accessory The Switch Control can control a total of 5 accessories in this operating mode The Simple Programming procedure is as follows 1 Connect the Switch Con...

Page 4: ...menu key and then the mode key to reach the Basic Settings menu 3 Using the key scroll down until you reach the menu position LocoNet Prog 4 Use the key to select the submenu LocoNet Prog The display...

Page 5: ...2 Switching of Magnetic Accessories LNCV 1 5 The LNCVs 1 5 configure the module to switch magnetic accessories such as signals and turnouts This programming mode uses two keys to switch and two lamps...

Page 6: ...all program info for a given input 1 10 including any key combinations where it is used 11 Cancels the entire memory of the module 1AAAA Configures the module for keypair operation Inputs Outputs 1 2...

Page 7: ...put of the Switch Control can be individually programmed to react to one of five different events For events 0 3 programming is as follows LNCV 2L AAAA E Event 0 3 Address value 1 2048 Lamp output 1 1...

Page 8: ...ht to position green C 2 The feedback command free will be sent with the address AAAA C 3 The feedback command occupied will be sent with the address AAAA C 4 The accessory with address AAAA will be t...

Page 9: ...wards with LNCV 6 11 6 2 Turnouts switched with a single key In this configuration up to 10 magnetic accessories can be switched with the Switch Control Each indicator lamp will light only when the ac...

Page 10: ...s programmed using the appropriate LNCVs as described in Section 5 6 above The following accessory commands can be used to access each of the 48 routes stored in the Intellibox Accessory Address Posit...

Page 11: ...s for a route may be stored in the IB Switch as one of its 40 routes The red key of this route on the IB Switch must be assigned a feedback address and a condition free or occupied This allows the rou...

Page 12: ...med as described in Sections 4 2 and 5 6 above by entering the following information Accessory address 200 set to red switches Lamp 1 ON LNCV 11 0200 0 Accessory address 210 set to red switches Lamp 1...

Page 13: ...h with multiple lamps diode logic circuits may be added to allow each output to control more than one lamp at a time Example track plan Based on the example track plan above the routes listed below ma...

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