Inovonics EE4232M - Manual (Page 3)

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2.11 CTS Type
The EE4232M provides a signal to the control panel which can be used to ensure all
security devices in the system are active before allowing the system to be set. If used
by the control panel, the system cannot be set if the receiver has not heard from any
registered wireless devices within the last 20 minutes.
Note: The CTS signal can be used to block alarming conditions. This is useful when
performing system tests. For more information on this see “System Test Mode” on
page 3.
The CTS T YPE option allows the clear to set signal to be set to either N/O or N/C. To
set the CTS type:
1.
From the I NSTALL & S ERVICE menu, use the Up and Down buttons to navigate to
the CTS T YPE prompt; press the Enter button.
2. The CTS OP N/O, N/C prompt displays. Use the Up and Down buttons to choose
N/O or N/C; press Enter to select.
3. The CTS OP S AVED prompt displays; press the Enter button .
4. Use the Back button to return to the I NSTALL & S ERVICE menu.
2.12 Factory Config
The F ACTORY C ONFIG option is used to restore the EE4232M to its factory defaults.
Caution: Choosing F ACTORY C ONFIG will erase all programmed point, output, and
language information.
To restore the factory configuration defaults to the EE4232M:
1.
From the I NSTALL & S ERVICE menu, use the Up and Down buttons to navigate to
the F ACTORY C ONFIG prompt; press the Enter button.
2. The R ESET C ONFIG prompt displays. Use the Up and Down buttons to choose Y
for yes; press Enter to select.
3. The C ONFIG R ESET prompt displays; press the Enter button to return to the
I NSTALL & S ERVICE menu.
The receiver can also be brought back to the factory default configuration through a
hardware initiated sequence.
1.
Connect a wire between the reset terminal and the ground terminal
2. While pressing the Back button, cycle the power to the unit
3. Release the Back button and remove the wire between the reset terminal and
ground
4. R ESET C ONFIG ? displays; press the Enter button
2.13 Select Language
1. At the S ELECT L ANGUAGE prompt, press Enter.
2. Use the Up/Down buttons to scroll through the language options. The C LEAR
L ANG option resets the language to the default and exits the I NSTALL & S ERVICE
menu.
3. Press Enter to select language.
4. When L ANGUAGE S ELECTED displays, press Enter to return to the I NSTALL &
S ERVICE menu.
To reset the language selection:
1.
Press the Up and Enter keys while cycling the power.
2. The S ELECT L ANGUAGE prompt displays. Follow the steps above to choose a new
language.
2.14 Change Password
Note: The C HANGE P ASSWORD option only displays when the level 3 authorized
installer is logged in. Level 2 authorized users do not have the ability to change
passwords.
Caution: Graded applications must have a password of at least four digits.
Passwords can be up to eight digits long. The default authorized user password is
3446; the default authorized installer password is 1234. To change the password:
1.
From the I NSTALL & S ERVICE menu, press Enter at the C HANGE P ASSWORD
prompt.
2. Use the Up/Down buttons to select either U SER P ASSWORD or I NSTALL P ASSWORD ;
press Enter to select.
3. Use the Up/Down buttons to scroll through the digits; press Enter to select and
advance to the next digit.
Note: Choosing a null as the first digit of the password will disable the function,
allowing users to perform receiver functions and/or change parameters without a
password.
4. When finished, press Enter again to complete selection.
5. When P ASSWORD C HANGED displays, press Enter to return to the I NSTALL &
S ERVICE menu.
Caution: Store the new password in a secure place. If the new password is lost, you
will not be able to access the receiver without restoring it to factory defaults as
described in section 2.12, “Factory Config” on page 3.
3 System Test Mode
System test mode is used to perform a functional test of all of the transmitters
programmed into the system. Upon entry into test mode, the receiver outputs will be
cleared, and transmissions during the test interval will not generate the defined
outputs.
To perform a system test:
1.
Enter system test mode.
2. Activate each of the transmitters in the system.
Note: An activation from any condition of a multiple condition transmitter will satisfy
the test requirement for the entire transmitter. For example, pressing any button on an
EN1236 three-condition pendant will satisfy the test requirement for the entire
transmitter.
3. Use the Up and Down buttons to scroll through the transmitters.
• Transmitters which have not sent an activation signal will display only the point
number.
• Transmitters which have sent an activation signal will display the point number
followed by ****.
4. When all transmitters have been verified, press the Back button to cancel system
test mode.
Caution: During system test all alarm outputs are repressed and will have to be read
locally on the receiver’s display by the technician.
Note: During system test, CTS will be set (for more information about CTS, see “CTS
Type” on page 3). The CTS output should be registered to an unmonitored point to
prevent central station reporting, and the point setup so that during system test alarms
alarming conditions are inhibited.
Note: The test mode will automatically terminate after 30 minutes.
4 Operation
The P OINT S TATUS and E VENT L OG options allow you to view system status
information.
4.1 Point Status
1. From the R EADY , A LARM or F AULT prompts, press Enter.
2. When P OINT S TATUS displays, press Enter to display point status details.
3. Use the Up/Down buttons to scroll through the points; press Enter again to view
the outputs the displayed conditions are mapped to.
• Point status flags are defined as follows: A = Alarm (transmitter only); T =
Tamper; B = Low Battery; L = AC loss (repeater only); I = Inactive.
Note: If - - displays, the displayed condition has been mapped to a null output.
4.2 Event Log
1. From the R EADY , A LARM or F AULT prompts, press Enter.
2. When P OINT S TATUS displays, press Up to advance to E VENT L OG , and press
Enter to select.
3. Use the Up/Down buttons to scroll through events.
4. When viewing transmitter events, press Enter to see the output the events map
to.
Note: No output will be displayed if the event is mapped to a null output.
4.3 Alarms and Faults
Points in alarm are immediately displayed as A LARM , with the point number. If more
than one point is in alarm, the display scrolls to each point. If a point has more than
one alarm, the displays will scroll to each alarm.
Fault conditions are indicated by the fault LED and by F
AULT in the LCD display if
there is no A LARM already displayed; point numbers are not displayed. P OINT S TATUS
or E VENT L OG can be used to determine exact fault data.
5 Connect Input/Output Cabling
1. Connect cabling to the clear to set output.
• The optional clear to set output provides a clear to set signal to the control panel
which can be used to ensure all security devices in the system are active before
allowing the system to be set. If used by the control panel, the system cannot be
set if the receiver has not heard from any registered wireless devices within the
last 20 minutes. The clear to set output can be set to normally open (N/O) or
normally closed (N/C) using the CTS T
YPE command in the I NSTALL & S ERVICE
menu.
2. Connect cabling to the tamper output.
• The optional tamper output is a normally open (N/O) output that reports receiver
case tamper to an external device.
3. Connect cabling to the jam output.
• The optional jam output is a normally closed (N/C) output that opens for five
seconds when noise thresholds on all transmission channels remain above a
predetermined value for any 20 seconds in any 60 second window. The jam
output is set to the momentary output type.
4. Connect a momentary switch to the reset input and ground.
• The optional reset input circuit permits installation of a remote momentary
normally open (N/O) switch to clear faults, unlatch outputs, and reset the
receiver to a normal state.
5. Connect cabling to the output terminals.
• The EE4232M provides nine open collector circuits.
6. Close receiver housing.