Description of the connectors - Revision history

Hatpol: ED1

2021-12-22T22:42:02Z

ED1

Hatpol: /* Description of connectors and sockets in the main PCB S06X */

2021-12-11T11:19:22Z

Description of connectors and sockets in the main PCB S06X

Hatpol at 15:05, 3 December 2021

2021-12-03T15:05:32Z

Hatpol at 15:03, 3 December 2021

2021-12-03T15:03:36Z

Hatpol at 14:40, 3 December 2021

2021-12-03T14:40:50Z

Hatpol at 14:17, 3 December 2021

2021-12-03T14:17:02Z

Hatpol at 12:08, 3 December 2021

2021-12-03T12:08:47Z

Hatpol at 12:02, 3 December 2021

2021-12-03T12:02:46Z

Hatpol at 11:35, 3 December 2021

2021-12-03T11:35:40Z

Hatpol at 11:28, 3 December 2021

2021-12-03T11:28:25Z

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 # Vertical connection of the jumper at position 9 will restore the factory settings of the ED module, i.e. the changes introduced with the USB configurator will be deleted. Factory reset procedure: '''A)''' Turn off the power, '''B)''' Install the jumper in position 9, '''C)''' Turn on the power. '''D)''' Turn off the power. '''E)''' Remove the jumper.
 # The Alarm IN socket is a multifunctional solution depending on the functions used by WEB SERVICE. The Alarm IN socket has 4 wires: GND - '''Common''', Alarm IN1 - '''Green''', Alarm IN2 - '''Yellow''', Alarm IN3 - '''Red'''. Each alarm input should be set in the "ED module" tab at the end of the page, the action should be triggered by shorting the Alram input to GND.
-# Independent relay connector (ALARM OUT). The colors of the 3-pin JST wires are follow-up: NC - '''Red''', COM - '''Black''', NO - '''Yellow'''. The Alram Out connector can also be configured in the "ED module" tab on the WebService configuration tab.
+# Independent relay connector (ALARM OUT). The colors of the 3-pin JST wires are follow-up: NC - '''Red''', COM - '''Black''', NO - '''Yellow'''. The Alram Out connector can also be configured in the "ED module" tab on the WebService configuration tab. This connector in the WEBService system is marked as '''ED1'''.
 # USB connector for firmware updates and configuration using the ED Config ED software.
 # The main firmware update connector using the STLINK tool.

← Older revision		Revision as of 11:19, 11 December 2021
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−	== Description of connectors and sockets in the main PCB ~~S06X~~ ==	+	== Description of connectors and sockets in the main PCB HS06x ==
	[[File:Pic-pcb-hs06n-manual.jpg\|alt=\|left\|frame]]		[[File:Pic-pcb-hs06n-manual.jpg\|alt=\|left\|frame]]

← Older revision		Revision as of 15:05, 3 December 2021
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−	=== Description of connectors and sockets in the main PCB S06X ===	+	== Description of connectors and sockets in the main PCB S06X ==
	[[File:Pic-pcb-hs06n-manual.jpg\|alt=\|left\|frame]]		[[File:Pic-pcb-hs06n-manual.jpg\|alt=\|left\|frame]]

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 [[File:Pic-pcb-hs06n-manual.jpg|alt=|left|frame]]
 # Connector with jumper, for setting ED or HAT communication protocol for socket no. 3. By default, the jumper is set on HAT for communication of additional extension modules.
 # Factory-connected socket (DO NOT USE).
-# The socket is intended for expansion modules with a similar JST connector (3 pin). Use socket no.3 to connect HWK/L modules.
+# The socket is intended for expansion modules with a similar JST connector (3 pin). Use socket no.3 to connect HWK/L modules. The colors of the 3-pin JST wires are follow-up: '''Red''' - 12VDC, GND - '''Black''', Communication - '''Yellow'''.
-# Small connector of the HAT communication protocol for expansion modules type NWL, HPx, KP, P2, P3
+# Small connector of the HAT communication protocol for expansion modules type NWL, HPx, KP, P2, P3. The colors of the 3-pin JST wires are follow-up: '''Red''' - 12VDC, GND - '''Black''', Communication - '''Yellow'''.
 # The WIEG1 socket in the standard configuration mode is used to connect external readers with the Wiegand protocol (this connector can be called Wiegand IN). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: '''black''' - GND, '''red''' - 12VDC, '''yellow''' - DATA 0, '''green''' - DATA 1.
 # The WIEG2 socket in the standard configuration mode is used to connect external controllers with the Wiegand protocol (this connector can be called Wiegand OUT). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: '''black''': GND, '''red:''' 12VDC, '''yellow:''' DATA 0, '''green:''' DATA 1.

← Older revision		Revision as of 14:40, 3 December 2021
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	# The Alarm IN socket is a multifunctional solution depending on the functions used by WEB SERVICE. The Alarm IN socket has 4 wires: GND - '''Common''', Alarm IN1 - '''Green''', Alarm IN2 - '''Yellow''', Alarm IN3 - '''Red'''. Each alarm input should be set in the "ED module" tab at the end of the page, the action should be triggered by shorting the Alram input to GND.		# The Alarm IN socket is a multifunctional solution depending on the functions used by WEB SERVICE. The Alarm IN socket has 4 wires: GND - '''Common''', Alarm IN1 - '''Green''', Alarm IN2 - '''Yellow''', Alarm IN3 - '''Red'''. Each alarm input should be set in the "ED module" tab at the end of the page, the action should be triggered by shorting the Alram input to GND.
	# Independent relay connector (ALARM OUT). The colors of the 3-pin JST wires are follow-up: NC - '''Red''', COM - '''Black''', NO - '''Yellow'''. The Alram Out connector can also be configured in the "ED module" tab on the WebService configuration tab.		# Independent relay connector (ALARM OUT). The colors of the 3-pin JST wires are follow-up: NC - '''Red''', COM - '''Black''', NO - '''Yellow'''. The Alram Out connector can also be configured in the "ED module" tab on the WebService configuration tab.
		+	# USB connector for firmware updates and configuration using the ED Config ED software.
		+	# The main firmware update connector using the STLINK tool.

← Older revision		Revision as of 14:17, 3 December 2021
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	# Vertical jumper connection at position 8 sets the address as SLAVE if more expansion modules are connected. Lack of a jumper in this position means that the device is set as MASTER.		# Vertical jumper connection at position 8 sets the address as SLAVE if more expansion modules are connected. Lack of a jumper in this position means that the device is set as MASTER.
	# Vertical connection of the jumper at position 9 will restore the factory settings of the ED module, i.e. the changes introduced with the USB configurator will be deleted. Factory reset procedure: '''A)''' Turn off the power, '''B)''' Install the jumper in position 9, '''C)''' Turn on the power. '''D)''' Turn off the power. '''E)''' Remove the jumper.		# Vertical connection of the jumper at position 9 will restore the factory settings of the ED module, i.e. the changes introduced with the USB configurator will be deleted. Factory reset procedure: '''A)''' Turn off the power, '''B)''' Install the jumper in position 9, '''C)''' Turn on the power. '''D)''' Turn off the power. '''E)''' Remove the jumper.
		+	# The Alarm IN socket is a multifunctional solution depending on the functions used by WEB SERVICE. The Alarm IN socket has 4 wires: GND - '''Common''', Alarm IN1 - '''Green''', Alarm IN2 - '''Yellow''', Alarm IN3 - '''Red'''. Each alarm input should be set in the "ED module" tab at the end of the page, the action should be triggered by shorting the Alram input to GND.
		+	# Independent relay connector (ALARM OUT). The colors of the 3-pin JST wires are follow-up: NC - '''Red''', COM - '''Black''', NO - '''Yellow'''. The Alram Out connector can also be configured in the "ED module" tab on the WebService configuration tab.

← Older revision		Revision as of 12:02, 3 December 2021
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	# Connecting the jumper vertically at position 7 will put the device into boot mode for firmware update via USB. Remember to turn off the power before installing the jumper. The jumper should only be used during an update, if required.		# Connecting the jumper vertically at position 7 will put the device into boot mode for firmware update via USB. Remember to turn off the power before installing the jumper. The jumper should only be used during an update, if required.
	# Vertical jumper connection at position 8 sets the address as SLAVE if more expansion modules are connected. Lack of a jumper in this position means that the device is set as MASTER.		# Vertical jumper connection at position 8 sets the address as SLAVE if more expansion modules are connected. Lack of a jumper in this position means that the device is set as MASTER.
		+	# Vertical connection of the jumper at position 9 will restore the factory settings of the ED module, i.e. the changes introduced with the USB configurator will be deleted. Factory reset procedure: '''A)''' Turn off the power, '''B)''' Install the jumper in position 9, '''C)''' Turn on the power. '''D)''' Turn off the power. '''E)''' Remove the jumper.

← Older revision		Revision as of 11:35, 3 December 2021
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	# The WIEG1 socket in the standard configuration mode is used to connect external readers with the Wiegand protocol (this connector can be called Wiegand IN). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black - GND, red - 12VDC, yellow - DATA 0, green - DATA 1.		# The WIEG1 socket in the standard configuration mode is used to connect external readers with the Wiegand protocol (this connector can be called Wiegand IN). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black - GND, red - 12VDC, yellow - DATA 0, green - DATA 1.
	# The WIEG2 socket in the standard configuration mode is used to connect external controllers with the Wiegand protocol (this connector can be called Wiegand OUT). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black: GND, red: 12VDC, yellow: DATA 0, green: DATA 1.		# The WIEG2 socket in the standard configuration mode is used to connect external controllers with the Wiegand protocol (this connector can be called Wiegand OUT). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black: GND, red: 12VDC, yellow: DATA 0, green: DATA 1.
		+	# Connecting the jumper vertically at position 7 will put the device into boot mode for firmware update via USB. Remember to turn off the power before installing the jumper. The jumper should only be used during an update, if required.
		+	# Vertical jumper connection at position 8 sets the address as SLAVE if more expansion modules are connected. Lack of a jumper in this position means that the device is set as MASTER.

← Older revision		Revision as of 11:28, 3 December 2021
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	# Small connector of the HAT communication protocol for expansion modules type NWL, HPx, KP, P2, P3		# Small connector of the HAT communication protocol for expansion modules type NWL, HPx, KP, P2, P3
	# The WIEG1 socket in the standard configuration mode is used to connect external readers with the Wiegand protocol (this connector can be called Wiegand IN). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black - GND, red - 12VDC, yellow - DATA 0, green - DATA 1.		# The WIEG1 socket in the standard configuration mode is used to connect external readers with the Wiegand protocol (this connector can be called Wiegand IN). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black - GND, red - 12VDC, yellow - DATA 0, green - DATA 1.
		+	# The WIEG2 socket in the standard configuration mode is used to connect external controllers with the Wiegand protocol (this connector can be called Wiegand OUT). The device is equipped with JST plugs with communication cables for this socket, each cable performs a different function and is marked in color: black: GND, red: 12VDC, yellow: DATA 0, green: DATA 1.