Ness M1KAM Quick Start Manual Download Page 1

Page 1

Single Door Access Module

NESS-M1KAM

FEATURES:

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Input for a 26 bit Wiegand Reader

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Heavy Duty Form "C" Relay Contacts for Switching Door Strike Power

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Low Current (50mA) 12VDC Output for Door Held Open Alarm

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Low Current (50mA) 12VDC Output for System Ready To Arm indication

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Low Current (50mA) 12VDC Output for System Armed indication

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Supervised Input for RTE (Request To Exit) Button/Device

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Supervised Input for Door Status Sensor

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Installs in place of an M1 Keypad and operates from the RS-485 4-Wire Keypad

      Data Bus

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Four selectable Time settings for "Request to Exit" and "Door Held Open"

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Hardware Watchdog Circuit

SPECIFICATIONS:

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Connections: Unpluggable Screw Terminals, 16 Position

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Operating Voltage: 13.8 VDC

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Current Draw: Less than 30 mA with min. activity, 44 mA fully active

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Housing Dimensions: 4.25" x 6.375" x 2.125"

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Circuit Board Dimensions: 3.95" W x 2.875" H x .95" D

Features and Specifications subject to change without notice.

Doc No. 

890-373 - 10 May 2007

APPLICATION

A single door access interface module for use on the M1 and M1EZ8
Control Panels. The M1KAM connects to the 4 wire keypad data bus in
place of a traditional M1 Keypad.  Since the maximum number of
keypads on an M1 or M1EZ8 is 16, the maximum number of M1KAM
modules (and controlled doors) is 16, 

minus any installed keypads

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Even though an M1 Keypad can accept a 26 bit access reader, the
M1KAM is a more powerful and less expensive access solution.  For
example; the M1KAM includes a relay (door unlock) output with form "C"
dry contacts, making it compatible with most door lock devices regard-
less of the voltage rating and style (AC or DC).  The M1KAM accepts
many types of card swipe or proximity readers conforming to the 26 bit
wiegand format.
The M1KAM also has additional inputs and outputs, including: a
request to exit (RTE) button or device and a Door Contact (Sensor)
input.  Both inputs are supervised with a 2,200 EOL resistor.  Outputs
on the M1KAM consists of a voltage output for Door Held Open Alarm,
a voltage output for System Ready to Arm, and a voltage output for
System Armed.  These outputs are 12VDC (switched negative) and are
rated for a maximum current of 50 milliamps.  The M1KAM is mounted
in a universal surface mount plastic housing with knockouts for surface
mount raceways.

Ness Security Products - 4/167 Prospect Hwy, Seven Hills. NSW, 2147
http://www.ness.com.au  •  email:  [email protected]

Summary of Contents for M1KAM

Page 1: ...nects to the 4 wire keypad data bus in place of a traditional M1 Keypad Since the maximum number of keypads on an M1 or M1EZ8 is 16 the maximum number of M1KAM modules and controlled doors is 16 minus any installed keypads Even though an M1 Keypad can accept a 26 bit access reader the M1KAM is a more powerful and less expensive access solution For example the M1KAM includes a relay door unlock out...

Page 2: ...Identification of the Relay Output on the M1KAM is based on the Data Bus Address of the M1KAM See Table 1 under Setting the Data Bus Address for more details 5 Install a proximity reader 26 BIT Wiegand compatible reader and connect it to the M1KAM as follows 26 Bit Wiegand Reader Requires a 4 wire connection 2 for power and 2 for data to the M1KAM Ideally the reader should be powered from the loca...

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Page 4: ...HO Time 20 Seconds 10 RTE Time 20 Seconds DHO Time 40 Seconds 01 RTE Time 30 Seconds DHO Time 60 Seconds 11 RTE Time 45 Seconds DHO Time 90 Seconds Enrolling the M1KAM with the control Once the address is set and the M1KAM powered up it will be necessary to manually ENROLL the new device so that the M1 Control knows it is present This is accomplished either from keypad programming Menu 1 Bus Modul...

Page 5: ...tial is rejected the Keypad will produce a low error tone and display Code Not Authorized Redo The most common causes for rejection are A The credential has already been enrolled duplicate codes are not allowed or B The facility code in the credential is not the same brand or is not compatible with the reader Some manufacturers credentials are not readable by other brands of readers 9 After the cr...

Page 6: ...CESS are both enabled Whenever And Then Rules As mentioned above an ACCESS event flag does not actually do anything other than log unless there has been a Whenever And Then Rule written to tell the control what it is suppose to do Rules are written using the ElkRP Programming Software An Access event can be used to create virtually any desired reaction i e turn on an output a light close open a re...

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