AWID MM-6800 Installation Sheet

Installation Sheet (Wiegand Interface) Installation Sheet (Wiegand Interface) Installation Sheet (Wiegand Interface)
MM-6800 Low-Frequency Card Reader MM-6800 Low-Frequency Card Reader MM-6800 Low-Frequency Card Reader
These instructions are for AWID's MM-6800 Reader, using compatible proximity credentials from AWID. These instructions are for AWID's MM-6800 Reader, using compatible proximity credentials from AWID. These instructions are for AWID's MM-6800 Reader, using compatible proximity credentials from AWID.

Parts List

Parts List Parts List
(a) 1 Installation Sheet for MM-6800 (a) 1 Installation Sheet for MM-6800 (a) 1 Installation Sheet for MM-6800
(b) 1 Model MM-6800 Reader (b) 1 Model MM-6800 Reader (b) 1 Model MM-6800 Reader
(c) 2 #6-32 × 1" thread-cutting screw (c) 2 #6-32 × 1" thread-cutting screw (c) 2 #6-32 × 1" thread-cutting screw
(d) 3 Screw-hole plug (1 spare) (d) 3 Screw-hole plug (1 spare) (d) 3 Screw-hole plug (1 spare)

Preparation

Preparation Preparation
Reader Location: Select the reader's mounting location. The MM-6800 Reader may be screwed to a Reader Location: Select the reader's mounting location. The MM-6800 Reader may be screwed to a Reader Location: Select the reader's mounting location. The MM-6800 Reader may be screwed to a
1-3/4 inch door frame, or to a wall or other surface. On a metal surface, read range is reduced about 20%. 1-3/4 inch door frame, or to a wall or other surface. On a metal surface, read range is reduced about 20%. 1-3/4 inch door frame, or to a wall or other surface. On a metal surface, read range is reduced about 20%.
The MM-6800 may be installed indoors or outdoors. The diagram for screw and cable holes is on page 2. The MM-6800 may be installed indoors or outdoors. The diagram for screw and cable holes is on page 2. The MM-6800 may be installed indoors or outdoors. The diagram for screw and cable holes is on page 2.
DC Power Supply: DC power for this reader is usually supplied from the +DC and Ground terminals of the DC Power Supply: DC power for this reader is usually supplied from the +DC and Ground terminals of the DC Power Supply: DC power for this reader is usually supplied from the +DC and Ground terminals of the
Wiegand reader port on the system's panel. If this is not possible, use a separate power supply. Power may be Wiegand reader port on the system's panel. If this is not possible, use a separate power supply. Power may be Wiegand reader port on the system's panel. If this is not possible, use a separate power supply. Power may be
shared with other readers if the supply has sufficient current capacity. The power supply should be close to +12 shared with other readers if the supply has sufficient current capacity. The power supply should be close to +12 shared with other readers if the supply has sufficient current capacity. The power supply should be close to +12
volts DC (as low as +5 volts is OK), 1 ampere capacity, linear-rated, regulated DC output. volts DC (as low as +5 volts is OK), 1 ampere capacity, linear-rated, regulated DC output. volts DC (as low as +5 volts is OK), 1 ampere capacity, linear-rated, regulated DC output.
Cable to Controller and Power Supply: 4 to 7 conductors from the reader to the system (2 wires for DC power, Cable to Controller and Power Supply: 4 to 7 conductors from the reader to the system (2 wires for DC power, Cable to Controller and Power Supply: 4 to 7 conductors from the reader to the system (2 wires for DC power,
2 wires for Wiegand data, and 1 to 3 wires for external LED, Beeper/Alarm, and Hold control, if used). 2 wires for Wiegand data, and 1 to 3 wires for external LED, Beeper/Alarm, and Hold control, if used). 2 wires for Wiegand data, and 1 to 3 wires for external LED, Beeper/Alarm, and Hold control, if used).
22-gauge stranded wires. Overall 100% shield for both power and data. 500 feet maximum length. 22-gauge stranded wires. Overall 100% shield for both power and data. 500 feet maximum length. 22-gauge stranded wires. Overall 100% shield for both power and data. 500 feet maximum length.
 If the DC power supply is separated from the panel's reader port, the reader's  If the DC power supply is separated from the panel's reader port, the reader's  If the DC power supply is separated from the panel's reader port, the reader's
connected to both the DC power supply's Negative terminal and the panel reader port's Ground terminal. connected to both the DC power supply's Negative terminal and the panel reader port's Ground terminal. connected to both the DC power supply's Negative terminal and the panel reader port's Ground terminal.
 If the separate DC power supply is close to the reader, run two 22-gauge cables – 2 wires for DC power,  If the separate DC power supply is close to the reader, run two 22-gauge cables – 2 wires for DC power,  If the separate DC power supply is close to the reader, run two 22-gauge cables – 2 wires for DC power,
and 3 to 6 wires for Wiegand data (including Ground) and for the external control lines, if used. and 3 to 6 wires for Wiegand data (including Ground) and for the external control lines, if used. and 3 to 6 wires for Wiegand data (including Ground) and for the external control lines, if used.
Both cables must be overall-shielded and earth-grounded (at the end far from the reader). Both cables must be overall-shielded and earth-grounded (at the end far from the reader). Both cables must be overall-shielded and earth-grounded (at the end far from the reader).
 Conduit: If cables are pulled through metal conduit, the conduit should be earth-grounded (like the cables).  Conduit: If cables are pulled through metal conduit, the conduit should be earth-grounded (like the cables).  Conduit: If cables are pulled through metal conduit, the conduit should be earth-grounded (like the cables).

Installation

Installation Installation
1. Connector – Cut off the 10-pin in-line connector from the end of the reader's cable. Discard the connector. 1. Connector – Cut off the 10-pin in-line connector from the end of the reader's cable. Discard the connector. 1. Connector – Cut off the 10-pin in-line connector from the end of the reader's cable. Discard the connector.
2. Wire Connections – Connect the reader's wires to the cable(s) for power and data. 2. Wire Connections – Connect the reader's wires to the cable(s) for power and data. 2. Wire Connections – Connect the reader's wires to the cable(s) for power and data.
black black black
a. First, connect a. First, connect a. First, connect
b. Connect green to the Data-0 terminal. Connect white to the Data-1 terminal. b. Connect green to the Data-0 terminal. Connect white to the Data-1 terminal. b. Connect green to the Data-0 terminal. Connect white to the Data-1 terminal.
c. Connect the gray drain wire to the shield of the connecting cable. c. Connect the gray drain wire to the shield of the connecting cable. c. Connect the gray drain wire to the shield of the connecting cable.
If power and data are in separate cables, connect all three drains/shields together near the reader. If power and data are in separate cables, connect all three drains/shields together near the reader. If power and data are in separate cables, connect all three drains/shields together near the reader.
d. If the LED, Beeper/Alarm and/or Hold features are used, connect the brown, yellow and/or d. If the LED, Beeper/Alarm and/or Hold features are used, connect the brown, yellow and/or d. If the LED, Beeper/Alarm and/or Hold features are used, connect the brown, yellow and/or
e. At the end of the cable(s) near the panel (and near the power supply, if separate), connect the shield to a e. At the end of the cable(s) near the panel (and near the power supply, if separate), connect the shield to a e. At the end of the cable(s) near the panel (and near the power supply, if separate), connect the shield to a
verified earth-ground. verified earth-ground. verified earth-ground.
f. Last, connect f. Last, connect f. Last, connect red red red
MM-6800 Reader Installation Sheet MM-6800 Reader Installation Sheet MM-6800 Reader Installation Sheet
to the panel port's Ground terminal, and, if separate, to the power supply Negative. to the panel port's Ground terminal, and, if separate, to the power supply Negative. to the panel port's Ground terminal, and, if separate, to the power supply Negative.
to the DC Positive terminal. to the DC Positive terminal. to the DC Positive terminal.
Version 2 / Doc# 041407 Version 2 / Doc# 041407 Version 2 / Doc# 041407
black black black
wire must be wire must be wire must be
blue blue blue
(continued) (continued) (continued)
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wires. wires. wires.