EM4100 Reader pinouts - Revision history

Arclight at 18:22, 24 October 2013

2013-10-24T18:22:09Z

← Older revision		Revision as of 11:22, 24 October 2013
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			__NOTOC__
	==Reader Pinouts and specs==		==Reader Pinouts and specs==

Arclight: /* EM4100 Readers */

2013-10-24T18:21:20Z

EM4100 Readers

← Older revision		Revision as of 11:21, 24 October 2013
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	[[File:RD-150 800.jpg\|''Open Access v4 hardware''\|right\|400px]]		[[File:RD-150 800.jpg\|''Open Access v4 hardware''\|right\|400px]]
	====EM4100 Readers====		====EM4100 Readers====
	The EM4100 readers ~~we sell~~ have this pinout:		The EM4100 readers from ACCX Products have this pinout:

	*<span style="color:#ff0000">Red</span> = +12V Power (25-100ma)		*<span style="color:#ff0000">Red</span> = +12V Power (25-100ma)
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	*<span style="color:#808080">Grey</span> = Wiegand26 or Wiegand34 support. Grounding this selects 26-bit output.		*<span style="color:#808080">Grey</span> = Wiegand26 or Wiegand34 support. Grounding this selects 26-bit output.

	The Open Access Mega ~~board has~~ all of these labelled on the header. There are (3) outputs for ~~red led, green~~ led and buzzer lines, which can all be addressed via the software. The ~~last pin is can be attached to the cable shield if shielded wire is used~~.		The Open Access Mega and v4 boards have all of these labelled on the header. There are (2) outputs for led and buzzer lines, which can all be addressed via the software.

			===Wiring Tips===
			*Use 20-26ga alarm wire for easiest wiring. CAT5 also works, but the colors are different.
			*Telco splices (aka "Jelly Snappers") or quick-release connectors make connections easy.
			*The reader dimentions for our readers are 86x86mm and they are waterproof.

	====Card Format====		====Card Format====

Arclight: /* EM4100 Readers */

2013-10-24T18:18:33Z

EM4100 Readers

← Older revision		Revision as of 11:18, 24 October 2013
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	Most of the Wiegand protocol readers available use similar wiring and pinouts. Here are some general and specific guidelines.		Most of the Wiegand protocol readers available use similar wiring and pinouts. Here are some general and specific guidelines.

			[[File:RD-150 800.jpg\|''Open Access v4 hardware''\|right\|400px]]
	====EM4100 Readers====		====EM4100 Readers====
	The EM4100 readers we sell have this pinout:		The EM4100 readers we sell have this pinout:

	*Red = +12V Power (25-100ma)		*<span style="color:#ff0000">Red</span> = +12V Power (25-100ma)
	*Black = Ground/negative power terminal		*<span style="color:#000000">Black</span> = Ground/negative power terminal
	*Green = Data 0		*<span style="color:#008000">Green</span> = Data 0
	*White = Data 1		*<span style="color:#ffffff;background:#000000">White</span> = Data 1
			*<span style="color:#0000ff">Blue</span> = LED (ground this wire to change LED state)
	~~Optional~~:		*<span style="color:#ffff00">Yellow</span> = Beeper (ground to to turn on)
	*Blue = LED (ground this wire to change LED state)		*<span style="color:#808080">Grey</span> = Wiegand26 or Wiegand34 support. Grounding this selects 26-bit output.
	*Yellow = Beeper (ground to to turn on)

	The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.		The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.

Arclight: /* Electrical signalling: */

2013-05-08T17:27:53Z

Electrical signalling:

← Older revision		Revision as of 10:27, 8 May 2013
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	P DDDDDDDD DDDDDDDDDDDDDDDD P		P DDDDDDDD DDDDDDDDDDDDDDDD P

	=====Electrical signalling:=====		====Electrical signalling:====
	A ‘0’ and a ‘1’ line are held at +5V relative to ground. When data is transmitted, the lines are sent low for a period of between 35-500uS (measured) with a pause between bits of approximately 10X the pulse width. Reader lines can be up to 500’ from the panel.		A ‘0’ and a ‘1’ line are held at +5V relative to ground. When data is transmitted, the lines are sent low for a period of between 35-500uS (measured) with a pause between bits of approximately 10X the pulse width. Reader lines can be up to 500’ from the panel.

Arclight: /* Electrical signalling: */

2013-05-08T17:27:31Z

Electrical signalling:

← Older revision		Revision as of 10:27, 8 May 2013
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	=====Electrical signalling:=====		=====Electrical signalling:=====
	A ‘0’ and a ‘1’ line are held at +5V relative to ground. When data is transmitted, the lines are sent low for a period of between 35-500uS (measured) with a pause between bits of approximately 10X the pulse width. Reader lines can ~~often~~ be 500’ from the panel.		A ‘0’ and a ‘1’ line are held at +5V relative to ground. When data is transmitted, the lines are sent low for a period of between 35-500uS (measured) with a pause between bits of approximately 10X the pulse width. Reader lines can be up to 500’ from the panel.

			====Initial Testing====
			For tips on initial testing, see the testing page:
			*[[Open Access Mega Testing and burn-in]]

Arclight: /* Initial Testing */

2013-05-08T17:27:03Z

Initial Testing

← Older revision		Revision as of 10:27, 8 May 2013
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	The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.		The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.

	~~====Initial Testing====~~
	~~For tips on initial testing, see the testing page:~~
	*[[Open Access Mega Testing and burn-in]]

	====Card Format====		====Card Format====

Arclight: /* EM4100 Readers */

2013-05-08T17:26:49Z

EM4100 Readers

← Older revision		Revision as of 10:26, 8 May 2013
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	====EM4100 Readers====		====EM4100 Readers====
	~~All of the~~ EM4100 readers we sell ~~and~~ have ~~seen available follow~~ this pinout:		The EM4100 readers we sell have this pinout:

	*Red = +12V Power (25-100ma)		*Red = +12V Power (25-100ma)

Arclight: /* Initial Testing */

2013-05-08T17:26:03Z

Initial Testing

← Older revision		Revision as of 10:26, 8 May 2013
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	For tips on initial testing, see the testing page:		For tips on initial testing, see the testing page:
	*[[Open Access Mega Testing and burn-in]]		*[[Open Access Mega Testing and burn-in]]

			====Card Format====
			The ACCX-supplied readers and cards use a Wiegand-26 format.

			Card format: 26-bit (8-bit facility code, 16-bit user ID, two parity bits)

			P DDDDDDDD DDDDDDDDDDDDDDDD P

			=====Electrical signalling:=====
			A ‘0’ and a ‘1’ line are held at +5V relative to ground. When data is transmitted, the lines are sent low for a period of between 35-500uS (measured) with a pause between bits of approximately 10X the pulse width. Reader lines can often be 500’ from the panel.

Arclight: /* EM4100 Readers */

2013-01-25T18:22:51Z

EM4100 Readers

← Older revision		Revision as of 11:22, 25 January 2013
Line 18:		Line 18:
	The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.		The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.

			====Initial Testing====
	For tips on initial testing, see the testing page:		For tips on initial testing, see the testing page:
	*[[Open Access Mega Testing and burn-in]]		*[[Open Access Mega Testing and burn-in]]

Arclight: /* EM4100 Readers */

2013-01-25T18:21:07Z

EM4100 Readers

← Older revision		Revision as of 11:21, 25 January 2013
Line 18:		Line 18:
	The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.		The Open Access Mega board has all of these labelled on the header. There are (3) outputs for red led, green led and buzzer lines, which can all be addressed via the software. The last pin is can be attached to the cable shield if shielded wire is used.

	For tips on initial testing, see the ~~assembly~~ page:		For tips on initial testing, see the testing page:
			*[[Open Access Mega Testing and burn-in]]