BSM-1 Switch Controller - Revision history

Dan Mycio at 20:03, 21 August 2023

2023-08-21T20:03:49Z

← Older revision		Revision as of 20:03, 21 August 2023
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	##Strip about 1/16th of an inch of the insulation and tin all three wires.		##Strip about 1/16th of an inch of the insulation and tin all three wires.
	##Clip off any excess wire longer than the length of the pads on the decoder.		##Clip off any excess wire longer than the length of the pads on the decoder.
	#Solder the wire from the COMMON (+) of the solenoid pair to the pad marked “+” on the decoder. ''NOTE: The ~~decoder~~ manufacturer may specify which wire is the "Common" or it may be marked. Be sure to use this wire. It is CRITICAL that the Common (+) be connected to this pad, otherwise the decoder will not work and the decoder or the solenoid may be damaged.''		#Solder the wire from the COMMON (+) of the solenoid pair to the pad marked “+” on the decoder. ''NOTE: The turnout manufacturer may specify which wire is the "Common" or it may be marked. Be sure to use this wire. It is CRITICAL that the Common (+) be connected to this pad, otherwise the decoder will not work and the decoder or the solenoid may be damaged.''
	#Solder the other two wires from the solenoid to the pads marked “L1” and “L2,” respectively. Which wires goes to which pad is not important. If the solenoid wires are soldered backward, the “normal” and “divergent” throws can be flipped in the decoder by following the programming info above.		#Solder the other two wires from the solenoid to the pads marked “L1” and “L2,” respectively. Which wires goes to which pad is not important. If the solenoid wires are soldered backward, the “normal” and “divergent” throws can be flipped in the decoder by following the programming info above.
	#Make sure your command station or power source is OFF or disconnected.		#Make sure your command station or power source is OFF or disconnected.

Dan Mycio at 20:00, 21 August 2023

2023-08-21T20:00:58Z

← Older revision		Revision as of 20:00, 21 August 2023
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	#Power on the DCC Command Station (or DC Power Supply) and test the decoder for operation.		#Power on the DCC Command Station (or DC Power Supply) and test the decoder for operation.

	'''NOTE: The BSM-1 Decoder is not intended for use with turnouts which use a single coil where the controller flips the polarity of the input to the coil. An example of this style of turnout is the KATO N-Scale "Unitrack" turnouts. The BSM-1 does not flip the polarity of the output; rather, it controls a pair of coils to operate a single solenoid, one at a time, for each direction.''' {{:Bachmann_E-Z_Track_Trademark}}		'''NOTE: The BSM-1 Decoder is not intended for use with turnouts which use a single coil where the controller flips the polarity of the input to the coil. An example of this style of turnout is the KATO N-Scale "Unitrack" turnouts. The BSM-1 does not flip the polarity of the output; rather, it controls a pair of coils to operate a single solenoid, one at a time, for each direction.'''
			{{:Bachmann_E-Z_Track_Trademark}}
	[[Category:TCS Products]]		[[Category:TCS Products]]

Dan Mycio at 22:56, 9 June 2023

2023-06-09T22:56:13Z

Dan Mycio: added written installation instructions

2023-02-28T00:19:16Z

added written installation instructions

@@ Line 12: / Line 12: @@
 ==Feature Overview==
-*'''Installation in a "Snap!"''' - This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws. This decoder can be used to operate "snap" switches made by Bachmann, Kato, Atlas, and more!
+*'''Installation in a "Snap!"''' - This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws. This decoder can be used to operate "snap" switches made by Bachmann, Atlas, and more!
 *'''Power Source Options''' - This decoder can be operated on DCC or DC power. If powered using DC, an auxiliary power supply of at least 12V is required.
 *'''Low Idle Current''' - decoder will draw 50mA or less when idle.
@@ Line 89: / Line 89: @@
 ==Installing the BSM-1==
-{{:Bachmann_E-Z_Track_Trademark}}
+=== E-Z Track Turnouts ===
 [[Category:TCS Products]]

JosephR at 14:28, 22 February 2023

2023-02-22T14:28:21Z

← Older revision		Revision as of 14:28, 22 February 2023
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	*'''Low Idle Current''' - decoder will draw 50mA or less when idle.		*'''Low Idle Current''' - decoder will draw 50mA or less when idle.
	*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''		*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''
	*'''Programming Options''' - The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.		*'''Programming Options''' - The BSM-1 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.

	==Specifications==		==Specifications==

Dan Mycio: updated correct dimensions

2023-02-22T02:59:13Z

updated correct dimensions

← Older revision		Revision as of 02:59, 22 February 2023
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	==Feature Overview==		==Feature Overview==

	*'''Installation in a "Snap!"''' - This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws. This decoder can be used to operate "snap" switches made by Bachmann, Kato, Atlas, and more!		*'''Installation in a "Snap!"''' - This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws. This decoder can be used to operate "snap" switches made by Bachmann, Kato, Atlas, and more!
	*'''Power Source Options''' - This decoder can be operated on DCC or DC power. If powered using DC, an auxiliary power supply of at least 12V is required.		*'''Power Source Options''' - This decoder can be operated on DCC or DC power. If powered using DC, an auxiliary power supply of at least 12V is required.
	*'''Low Idle Current''' - decoder will draw 50mA or less when idle.		*'''Low Idle Current''' - decoder will draw 50mA or less when idle.
	*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''		*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''
	*'''Programming Options''' - The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.		*'''Programming Options''' - The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.

	== Specifications ==		==Specifications==

	* '''Interface Type''': Hard-Wire (drop-in ready for Bachmann E-Z Track single turnout and wye)		*'''Interface Type''': Hard-Wire (drop-in ready for Bachmann E-Z Track single turnout and wye)
	* '''Dimensions (L x W x H)''': 1.~~890~~" x 1.100" x 0.233" or 48.0mm x 28.0mm x 5.9mm		*'''Dimensions (L x W x H)''': 1.570" x 1.100" x 0.233" or 40.0mm x 28.0mm x 5.9mm
	* '''Scale''': HO Scale		*'''Scale''': HO Scale
	* '''Continuous/Peak Current''': 0.05/3.0 Amp		*'''Continuous/Peak Current''': 0.05/3.0 Amp
	* '''Output Rating''': 1.5A (pulsed)		*'''Output Rating''': 1.5A (pulsed)
	* '''Number of Outputs''': 1		*'''Number of Outputs''': 1

	==Programming the BSM==		==Programming the BSM==

Dan Mycio at 02:57, 22 February 2023

2023-02-22T02:57:27Z

← Older revision		Revision as of 02:57, 22 February 2023
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	==Installing the BSM-1==		==Installing the BSM-1==
	TODO		TODO

			{{:Bachmann_E-Z_Track_Trademark}}
	[[Category:TCS Products]]		[[Category:TCS Products]]

Dan Mycio at 02:35, 22 February 2023

2023-02-22T02:35:22Z

← Older revision		Revision as of 02:35, 22 February 2023
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	The BSM-1 Accessory Decoder from TCS is a single-output switch controller designed for single turnouts, including wyes. This decoder can be found in current-generation DCC [https://shop.bachmanntrains.com E-Z Track® from Bachmann Trains Inc]. The decoder can be installed as a drop-in replacement for DC E-Z Track turnouts, as well as previous-generation E-Z Track DCC turnouts. Soldering is required for installing this decoder. See the Installation section below for instructions.		The BSM-1 Accessory Decoder from TCS is a single-output switch controller designed for single turnouts, including wyes. This decoder can be found in current-generation DCC [https://shop.bachmanntrains.com E-Z Track® from Bachmann Trains Inc]. The decoder can be installed as a drop-in replacement for DC E-Z Track turnouts, as well as previous-generation E-Z Track DCC turnouts. Soldering is required for installing this decoder. See the Installation section below for instructions.

	== Feature Overview ==		==Feature Overview==

	* This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws.		*'''Installation in a "Snap!"''' - This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws. This decoder can be used to operate "snap" switches made by Bachmann, Kato, Atlas, and more!
	* This decoder can be operated on DCC or DC power. If powered using DC, an auxiliary power supply of at least 12V is required.		*'''Power Source Options''' - This decoder can be operated on DCC or DC power. If powered using DC, an auxiliary power supply of at least 12V is required.
	* ~~Default operation~~ will ~~allow you~~ to ~~operate this decoder on DCC power by toggling Function #3 on DCC Address 9~~. ''See the Programming section below for information on how to re-configure the decoder’s ~~DCC Accessory Address~~.''		*'''Low Idle Current''' - decoder will draw 50mA or less when idle.
	* The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.		*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''
			*'''Programming Options''' - The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.

			== Specifications ==

			* '''Interface Type''': Hard-Wire (drop-in ready for Bachmann E-Z Track single turnout and wye)
			* '''Dimensions (L x W x H)''': 1.890" x 1.100" x 0.233" or 48.0mm x 28.0mm x 5.9mm
			* '''Scale''': HO Scale
			* '''Continuous/Peak Current''': 0.05/3.0 Amp
			* '''Output Rating''': 1.5A (pulsed)
			* '''Number of Outputs''': 1

	==Programming the BSM==		==Programming the BSM==
	~~The {{PAGENAME}} can be programmed to be controlled in either of two different ways - DCC address 9, using a DCC function button number from 1 through 8; or as a NMRA DCC Accessory Decoder.~~		To enter programming mode, press and hold the tactile push button for two seconds. The decoder will cycle the output twice in a row to acknowledge that it has entered programming mode. In the event that you have entered programming mode, but have not programmed anything, the decoder will time out automatically and exit programming mode after two minutes.

	To enter programming mode, press and hold the tactile push button for two seconds. The decoder will cycle the output twice in a row to acknowledge that it has entered programming mode. In the event that you have entered programming mode, but have not programmed anything, the decoder will time out automatically and exit programming mode after two minutes.

	!!!WARNING!!! Please perform the following steps and checks be performed before programming the decoder:		!!!WARNING!!! Please perform the following steps and checks be performed before programming the decoder:
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	===Mode Of Operation===		===Mode Of Operation===
			The {{PAGENAME}} can be programmed to be controlled in either of two different ways - DCC address 9, using a DCC function button number from 1 through 8; or as a NMRA DCC Accessory Decoder.

	====E-Z Command Mode====		====E-Z Command Mode====
	This is the default mode of the {{PAGENAME}} when installed OEM from Bachmann into E-Z Track DCC turnouts. In this mode, the output can be toggled using a function button from 1 - 8 when DCC address 9 is selected. To set up this mode, follow these steps:		This is the default mode of the {{PAGENAME}} when installed OEM from Bachmann into E-Z Track DCC turnouts. In this mode, the output can be toggled using a function button from 1 - 8 when DCC address 9 is selected. Default operation will allow you to use this decoder on DCC power by toggling Function #3 on DCC Address 9. To set up this mode, follow these steps:

	#Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
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	====DCC Accessory Mode====		====DCC Accessory Mode====
	This mode uses the NMRA standard addressing and commands for DCC Accessories as described in [https://www.nmra.org/index-nmra-standards-and-recommended-practices S-9.2.1]. In this mode, a DCC Accessory Address from 1-~~100~~ can be used, as well as the "Normal/Off" "Reverse/OFF and "Toggle" commands. To set up this mode, follow these steps:		This mode uses the NMRA standard addressing and commands for DCC Accessories as described in [https://www.nmra.org/index-nmra-standards-and-recommended-practices S-9.2.1]. In this mode, a DCC Accessory Address from 1-2047 can be used, as well as the "Normal/Off" "Reverse/OFF and "Toggle" commands. To set up this mode, follow these steps:

	#Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
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	#Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
			#Select "Accessory Mode" on your DCC throttle, then enter the accessory address of the decoder.
	#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''		#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
	#~~Press~~ the ~~push button again one time~~.		#Send a command of Normal/ON ''or'' Reverse/OFF to set the default "normal" throw.

	The decoder will cycle the output FOUR times to confirm that the programming was accepted.		The decoder will cycle the output FOUR times to confirm that the programming was accepted.
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	To perform a factory reset, press and hold the tactile push button for ten seconds while the decoder is powered. The decoder will cycle the output FOUR times to confirm that the factory reset has completed accepted.		To perform a factory reset, press and hold the tactile push button for ten seconds while the decoder is powered. The decoder will cycle the output FOUR times to confirm that the factory reset has completed accepted.

	== Installing the BSM-1 ==		==Installing the BSM-1==
	TODO		TODO
	[[Category:TCS Products]]		[[Category:TCS Products]]

Dan Mycio at 02:09, 22 February 2023

2023-02-22T02:09:35Z

← Older revision		Revision as of 02:09, 22 February 2023
Line 8:		Line 8:
	\| image=BSM-1.png}}		\| image=BSM-1.png}}

	The BSM-1 Accessory Decoder from TCS is a ~~dual~~-output switch controller designed for ~~crossovers~~. This decoder ~~is purpose~~-~~built to operate solenoid~~-~~based~~ turnouts, ~~and~~ is ~~not designed to control “slow-motion” turnout throws~~.		The BSM-1 Accessory Decoder from TCS is a single-output switch controller designed for single turnouts, including wyes. This decoder can be found in current-generation DCC [https://shop.bachmanntrains.com E-Z Track® from Bachmann Trains Inc]. The decoder can be installed as a drop-in replacement for DC E-Z Track turnouts, as well as previous-generation E-Z Track DCC turnouts. Soldering is required for installing this decoder. See the Installation section below for instructions.

	Default operation will allow you to operate this decoder on DCC power by toggling Function #3 on DCC Address 9. See the Programming section below for information on how to re-configure the decoder’s DCC Accessory Address.		== Feature Overview ==

	The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.		* This decoder is purpose-built to operate solenoid-based "snap" turnouts, and is not designed to control “slow-motion” turnout throws.
			* This decoder can be operated on DCC or DC power. If powered using DC, an auxiliary power supply of at least 12V is required.
			* Default operation will allow you to operate this decoder on DCC power by toggling Function #3 on DCC Address 9. ''See the Programming section below for information on how to re-configure the decoder’s DCC Accessory Address.''
			* The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.

	==Programming the BSM==		==Programming the BSM==
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	This is the default mode of the {{PAGENAME}} when installed OEM from Bachmann into E-Z Track DCC turnouts. In this mode, the output can be toggled using a function button from 1 - 8 when DCC address 9 is selected. To set up this mode, follow these steps:		This is the default mode of the {{PAGENAME}} when installed OEM from Bachmann into E-Z Track DCC turnouts. In this mode, the output can be toggled using a function button from 1 - 8 when DCC address 9 is selected. To set up this mode, follow these steps:

	# Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
	# Select Address 9 on your DCC throttle (do not enter a long address)		#Select Address 9 on your DCC throttle (do not enter a long address)
	# Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''		#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
	# Press a function button number from 1 through 8 four times in a row.		#Press a function button number from 1 through 8 four times in a row.

	The decoder will cycle the output FOUR times to confirm that the programming was accepted. You can now use the chosen function button number to control the decoder when Address 9 is selected on your DCC throttle.		The decoder will cycle the output FOUR times to confirm that the programming was accepted. You can now use the chosen function button number to control the decoder when Address 9 is selected on your DCC throttle.
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	#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''		#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
	#Press the Direction key on your handheld - toggle the current direction to Reverse.		#Press the Direction key on your handheld - toggle the current direction to Reverse.
	#''If nothing happens'' - Press the function button number used for this decoder four times in a row.		#''If nothing happens'' - Press the function button number used for this decoder four times in a row.

	The decoder will cycle the output FOUR times to confirm that the programming was accepted.		The decoder will cycle the output FOUR times to confirm that the programming was accepted.

	~~NOTE: If you would like to~~

	====DCC Accessory Mode====		====DCC Accessory Mode====
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	The decoder will cycle the output FOUR times to confirm that the programming was accepted.		The decoder will cycle the output FOUR times to confirm that the programming was accepted.

	=== Factory Reset ===		===Factory Reset===
	To perform a factory reset, press and hold the tactile push button for ten seconds while the decoder is powered. The decoder will cycle the output FOUR times to confirm that the factory reset has completed accepted.		To perform a factory reset, press and hold the tactile push button for ten seconds while the decoder is powered. The decoder will cycle the output FOUR times to confirm that the factory reset has completed accepted.

			== Installing the BSM-1 ==
			TODO
	[[Category:TCS Products]]		[[Category:TCS Products]]

Dan Mycio at 01:51, 22 February 2023

2023-02-22T01:51:37Z

← Older revision		Revision as of 01:51, 22 February 2023
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	\| image=BSM-1.png}}		\| image=BSM-1.png}}

	The BSM-2 Accessory Decoder from TCS is a dual-output switch controller designed for crossovers. This decoder is purpose-built to operate solenoid-based turnouts, and is not designed to control “slow-motion” turnout throws.		The BSM-1 Accessory Decoder from TCS is a dual-output switch controller designed for crossovers. This decoder is purpose-built to operate solenoid-based turnouts, and is not designed to control “slow-motion” turnout throws.

	Default operation will allow you to operate this decoder on DCC power by toggling Function #3 on DCC Address 9. See the Programming section below for information on how to re-configure the decoder’s DCC Accessory Address.		Default operation will allow you to operate this decoder on DCC power by toggling Function #3 on DCC Address 9. See the Programming section below for information on how to re-configure the decoder’s DCC Accessory Address.
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	The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.		The BSM-2 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.

	== Programming ==		==Programming the BSM==
	The {~~pagename~~} can be programmed to be controlled in either of two different ways - DCC address 9, using a DCC function button number from 1 through 8; or as a NMRA DCC Accessory Decoder.		The {{PAGENAME}} can be programmed to be controlled in either of two different ways - DCC address 9, using a DCC function button number from 1 through 8; or as a NMRA DCC Accessory Decoder.

	~~!!!WARNING!!! It is highly recommended~~ that the ~~following steps and checks be performed before~~ programming the decoder:		To enter programming mode, press and hold the tactile push button for two seconds. The decoder will cycle the output twice in a row to acknowledge that it has entered programming mode. In the event that you have entered programming mode, but have not programmed anything, the decoder will time out automatically and exit programming mode after two minutes.

	~~# Install~~ the ~~decoder~~ and ~~wire it according to~~ the ~~instructions to verify default operation.~~		!!!WARNING!!! Please perform the following steps and checks be performed before programming the decoder:
	~~# Stop or remove all locomotives so as to avoid possible derailments and collisions.~~

	~~=== Mode Of Operation ===~~		#Install the decoder and wire it according to the instructions to verify default operation.
			#Stop or remove all locomotives so as to avoid possible derailments and collisions.

	==== ~~E-Z Track mode~~ ====		===Mode Of Operation===
	~~This is the default mode of the {pagename}. In this mode, the output can be toggled using a function button from 1 - 8 when DCC address 9 is selected.~~

	==== DCC Accessory Mode ====		====E-Z Command Mode====
			This is the default mode of the {{PAGENAME}} when installed OEM from Bachmann into E-Z Track DCC turnouts. In this mode, the output can be toggled using a function button from 1 - 8 when DCC address 9 is selected. To set up this mode, follow these steps:

			# Install the decoder and wire it according to the instructions and verify operation.
			# Select Address 9 on your DCC throttle (do not enter a long address)
			# Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
			# Press a function button number from 1 through 8 four times in a row.

			The decoder will cycle the output FOUR times to confirm that the programming was accepted. You can now use the chosen function button number to control the decoder when Address 9 is selected on your DCC throttle.

			====DCC Accessory Mode====
	This mode uses the NMRA standard addressing and commands for DCC Accessories as described in [https://www.nmra.org/index-nmra-standards-and-recommended-practices S-9.2.1]. In this mode, a DCC Accessory Address from 1-100 can be used, as well as the "Normal/Off" "Reverse/OFF and "Toggle" commands. To set up this mode, follow these steps:		This mode uses the NMRA standard addressing and commands for DCC Accessories as described in [https://www.nmra.org/index-nmra-standards-and-recommended-practices S-9.2.1]. In this mode, a DCC Accessory Address from 1-100 can be used, as well as the "Normal/Off" "Reverse/OFF and "Toggle" commands. To set up this mode, follow these steps:

	# Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
	# Select "Accessory Mode" on your DCC throttle. ''(Requires support in your DCC Command Station. Refer to your system's user manual for more specific information.)''		#Select "Accessory Mode" on your DCC throttle. ''(Requires support in your DCC Command Station. Refer to your system's user manual for more specific information.)''
	# Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''		#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
	# Enter the desired DCC Accessory Address		#Enter the desired DCC Accessory Address
	# Press any button to operate the accessory. (Normal/OFF, Reverse/ON, Toggle)		#Press any button to operate the accessory. (Normal/OFF, Reverse/ON, Toggle)

	The decoder will cycle the output FOUR times to confirm that the programming was accepted. You can now use the chosen DCC Accessory Address to control the decoder.		The decoder will cycle the output FOUR times to confirm that the programming was accepted. You can now use the chosen DCC Accessory Address to control the decoder.

	=== Default Turnout Position ===		===Default Turnout Position===
	''NOTE: The decoder does not have any way to "know" the position of the switch, as it is possible to operate the switch by hand in many cases. The "default" position, as well as what information may be displayed on your throttle (in DCC Accessory Mode) may not accurately reflect the current state of the turnout; however, this configuration does allow you to always know which direction the turnout will throw when a particular command is sent.''		''NOTE: The decoder does not have any way to "know" the position of the switch, as it is possible to operate the switch by hand in many cases. The "default" position, as well as what information may be displayed on your throttle (in DCC Accessory Mode) may not accurately reflect the current state of the turnout; however, this configuration does allow you to always know which direction the turnout will throw when a particular command is sent.''

	This information is used to determine which coil or solenoid will be energized when a particular input is received, or when the decoder first powers up to determine which way to throw the turnout if the "toggle" command is sent. The tactile push button always "toggles" the output. To reprogram this, follow these steps:		This information is used to determine which coil or solenoid will be energized when a particular input is received, or when the decoder first powers up to determine which way to throw the turnout if the "toggle" command is sent. The tactile push button always "toggles" the output. To reprogram this, follow these steps:

	==== E-Z ~~Track~~ Mode ====		====E-Z Command Mode====
	This is the coil which will be energized or solenoid which will be operated when the decoder receives the DCC function command for "ON" on DCC address 9.		This is the coil which will be energized or solenoid which will be operated when the decoder receives the DCC function command for "ON" on DCC address 9.

	# Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
	# Select ~~the decoder's current~~ address and set the direction to Forward		#Select DCC address 9 and set the direction to Forward
	# Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''		#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
	# Press the Direction key on your handheld - toggle the current direction to Reverse.		#Press the Direction key on your handheld - toggle the current direction to Reverse.
			#''If nothing happens'' - Press the function button number used for this decoder four times in a row.

	The decoder will cycle the output FOUR times to confirm that the programming was accepted.		The decoder will cycle the output FOUR times to confirm that the programming was accepted.
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	NOTE: If you would like to		NOTE: If you would like to

	==== DCC Accessory Mode ====		====DCC Accessory Mode====
	This is the coil which will be energized or solenoid which will be operated when the decoder receives the DCC accessory command for "Normal/OFF" on the DCC Accessory Address.		This is the coil which will be energized or solenoid which will be operated when the decoder receives the DCC accessory command for "Normal/OFF" on the DCC Accessory Address.

	# Install the decoder and wire it according to the instructions and verify operation.		#Install the decoder and wire it according to the instructions and verify operation.
	# Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''		#Press and hold the tactile push button for at least two seconds. ''The decoder will cycle the output twice to acknowledge that it has entered programming mode.''
	# Press the push button again one time.		#Press the push button again one time.

	The decoder will cycle the output FOUR times to confirm that the programming was accepted.		The decoder will cycle the output FOUR times to confirm that the programming was accepted.

			=== Factory Reset ===
			To perform a factory reset, press and hold the tactile push button for ten seconds while the decoder is powered. The decoder will cycle the output FOUR times to confirm that the factory reset has completed accepted.
	[[Category:TCS Products]]		[[Category:TCS Products]]

← Older revision		Revision as of 22:56, 9 June 2023
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	*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''		*'''Operational Mode Options''' - Chose from two different operational modes to suit your operations. ''See the Programming section below for information on how to re-configure the decoder’s Mode of Operation.''
	*'''Programming Options''' - The BSM-1 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.		*'''Programming Options''' - The BSM-1 can be operated using DCC commands, or via the tactile push button. Configuration of things such as the address, default “thrown” direction can be set up by using the push button.
			**'''The BSM-1 does NOT support service mode (programming track) programming using CV's!'''

	==Specifications==		==Specifications==
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	==Installing the BSM-1==		==Installing the BSM-1==

	=== E-Z Track Turnouts ===		===E-Z Track Turnouts===
	Follow these instructions to install the BSM-1 into a Bachmann E-Z Track turnout:		Follow these instructions to install the BSM-1 into a Bachmann E-Z Track turnout:

	# If the E-Z Track® turnout being installed does not have a factory-drilled hole for the push button, it will be necessary to drill out the dimple with a 5/32 or 1.5mm drill bit for the button to stick through. Some turnouts include a simple plastic cover plate which can be removed instead.		#If the E-Z Track® turnout being installed does not have a factory-drilled hole for the push button, it will be necessary to drill out the dimple with a 5/32 or 1.5mm drill bit for the button to stick through. Some turnouts include a simple plastic cover plate which can be removed instead.
	# Locate the metal strip linking the Right rails. Solder a Red wire to this strip.		#Locate the metal strip linking the Right rails. Solder a Red wire to this strip.
	# Locate the metal strip linking the Left rails. Solder a Black wire to this strip.		#Locate the metal strip linking the Left rails. Solder a Black wire to this strip.
	# Solder the Red (right rail) wire to the pad marked “R” on the decoder.		#Solder the Red (right rail) wire to the pad marked “R” on the decoder.
	# Solder the Black (left rail) wire to the pad marked “L” on the decoder.		#Solder the Black (left rail) wire to the pad marked “L” on the decoder.
	# Prep the solenoid wires:		#Prep the solenoid wires:
	## Clip the plug end off of the wires from the solenoid, keeping each wire separated. You may want to mark them before removing the plug.		##Clip the plug end off of the wires from the solenoid, keeping each wire separated. You may want to mark them before removing the plug.
	## Pull apart the three wires coming from the solenoid until you have about about 1.75” of length until they come together. You can shorten the overall length of the wires to fit them more neatly under the turnout.		##Pull apart the three wires coming from the solenoid until you have about about 1.75” of length until they come together. You can shorten the overall length of the wires to fit them more neatly under the turnout.
	## Strip about 1/16th of an inch of the insulation and tin all three wires.		##Strip about 1/16th of an inch of the insulation and tin all three wires.
	## Clip off any excess wire longer than the length of the pads on the decoder.		##Clip off any excess wire longer than the length of the pads on the decoder.
	# Solder the green wire from the CENTER of the solenoid wire bundle to the pad marked “+” on the decoder. It is CRITICAL that this wire be connected to this pad, otherwise the decoder will not work and the decoder or the solenoid may be damaged.		#Solder the green wire from the CENTER of the solenoid wire bundle to the pad marked “+” on the decoder. It is CRITICAL that this wire be connected to this pad, otherwise the decoder will not work and the decoder or the solenoid may be damaged.
	# Solder the other two wires from the solenoid to the pads marked “L1” and “L2,” respectively. Which wires goes to which pad is not important. If the solenoid wires are soldered backward, the “normal” and “divergent” throws can be flipped in the decoder by following the programming info above.		#Solder the other two wires from the solenoid to the pads marked “L1” and “L2,” respectively. Which wires goes to which pad is not important. If the solenoid wires are soldered backward, the “normal” and “divergent” throws can be flipped in the decoder by following the programming info above.
	# Secure the decoder into the turnout by using screws or tape. TCS does not recommend the use of glues or other adhesives to secure the decoder to the turnout.		#Secure the decoder into the turnout by using screws or tape. TCS does not recommend the use of glues or other adhesives to secure the decoder to the turnout.
	# Connect the turnout to your command station and test for operation.		#Connect the turnout to your command station and test for operation.

	=== Other Dual-Coil Solenoid Turnouts ===		===Other Dual-Coil Solenoid Turnouts===
	Follow these instructions to install the BSM-1 into any solenoid-based turnout with two coils:		Follow these instructions to install the BSM-1 into any solenoid-based turnout with two coils:

	# Prep the solenoid wires:		#Prep the solenoid wires:
	## If there is a plug on the end off of the wires from the solenoid, clip it off, keeping each wire separated. It is recommended to mark the wires, especially the Common (+) before removing the plug.		##If there is a plug on the end off of the wires from the solenoid, clip it off, keeping each wire separated. It is recommended to mark the wires, especially the Common (+) before removing the plug.
	## Cut the wires to an appropriate length.		##Cut the wires to an appropriate length.
	## Strip about 1/16th of an inch of the insulation and tin all three wires.		##Strip about 1/16th of an inch of the insulation and tin all three wires.
	## Clip off any excess wire longer than the length of the pads on the decoder.		##Clip off any excess wire longer than the length of the pads on the decoder.
	# Solder the wire from the COMMON (+) of the solenoid pair to the pad marked “+” on the decoder. ''NOTE: The decoder manufacturer may specify which wire is the "Common" or it may be marked. Be sure to use this wire. It is CRITICAL that the Common (+) be connected to this pad, otherwise the decoder will not work and the decoder or the solenoid may be damaged.''		#Solder the wire from the COMMON (+) of the solenoid pair to the pad marked “+” on the decoder. ''NOTE: The decoder manufacturer may specify which wire is the "Common" or it may be marked. Be sure to use this wire. It is CRITICAL that the Common (+) be connected to this pad, otherwise the decoder will not work and the decoder or the solenoid may be damaged.''
	# Solder the other two wires from the solenoid to the pads marked “L1” and “L2,” respectively. Which wires goes to which pad is not important. If the solenoid wires are soldered backward, the “normal” and “divergent” throws can be flipped in the decoder by following the programming info above.		#Solder the other two wires from the solenoid to the pads marked “L1” and “L2,” respectively. Which wires goes to which pad is not important. If the solenoid wires are soldered backward, the “normal” and “divergent” throws can be flipped in the decoder by following the programming info above.
	# Make sure your command station or power source is OFF or disconnected.		#Make sure your command station or power source is OFF or disconnected.
	# Solder a wire from the pad marked “R” on the decoder to the Right Rail on your layout.		#Solder a wire from the pad marked “R” on the decoder to the Right Rail on your layout.
	# Solder a wire from the pad marked “L” on the decoder to the Left Rail on your layout. ''NOTE: If you are using an Auxiliary DC Power Supply, connect the output wires to either pad. The polarity does not matter.''		#Solder a wire from the pad marked “L” on the decoder to the Left Rail on your layout. ''NOTE: If you are using an Auxiliary DC Power Supply, connect the output wires to either pad. The polarity does not matter.''
	# Secure the decoder by using screws or tape. TCS does not recommend the use of glues or other adhesives to secure the decoder. Avoid securing the decoder from the side with the SMD components and button to avoid potential damage if the decoder needs to be removed in the future.		#Secure the decoder by using screws or tape. TCS does not recommend the use of glues or other adhesives to secure the decoder. Avoid securing the decoder from the side with the SMD components and button to avoid potential damage if the decoder needs to be removed in the future.
	# Power on the DCC Command Station (or DC Power Supply) and test the decoder for operation.		#Power on the DCC Command Station (or DC Power Supply) and test the decoder for operation.

	'''NOTE: The BSM-1 Decoder is not intended for use with turnouts which use a single coil where the controller flips the polarity of the input to the coil. An example of this style of turnout is the KATO N-Scale "Unitrack" turnouts. The BSM-1 does not flip the polarity of the output; rather, it controls a pair of coils to operate a single solenoid, one at a time, for each direction.''' {{:Bachmann_E-Z_Track_Trademark}}		'''NOTE: The BSM-1 Decoder is not intended for use with turnouts which use a single coil where the controller flips the polarity of the input to the coil. An example of this style of turnout is the KATO N-Scale "Unitrack" turnouts. The BSM-1 does not flip the polarity of the output; rather, it controls a pair of coils to operate a single solenoid, one at a time, for each direction.''' {{:Bachmann_E-Z_Track_Trademark}}
	[[Category:TCS Products]]		[[Category:TCS Products]]