Pima Hunter-Pro Series Instrucciones de funcionamiento
RXN-416 LED Keypad
Installer Programming Guide
For the Hunter-Pro Series
PIMA Electronic Systems Ltd.
www.pima-alarms.com
P/N: 4410289, A1, ZA en
March 2009
2 Programming the Hunter-Pro series with an LED keypad
PIMA Electronic Systems Ltd. does not represent that its product may not be compromised and/or
circumvented, or that the Product will prevent any death, personal and/or bodily injury and/or damage to
property resulting from burglary, robbery, fire or otherwise, or that the Product will in all cases provide
adequate warning or protection. The User understands that a properly installed and maintained equipment
may only reduce the risk of events such as burglary, robbery, and fire without warning, but it is not
insurance or a guarantee that such will not occur or that there will be no death, personal damage and/or
damage to property as a result.
PIMA Electronic Systems Ltd. shall have no liability for any death, personal and/or bodily injury and/or
damage to property or other loss whether direct, indirect, incidental, consequential or otherwise, based on a
claim that the Product failed to function.
Please refer to a separate warranty statement found on PIMA website at:
http://www.pima-alarms.com/site/Content/t1.asp?pid=472&sid=57
Warning: The user should follow the installation and operation instructions and among other things test the
Product and the whole system at least once a week. For various reasons, including, but not limited to,
changes in environment
Warning: The user should follow the installation and operation instructions and among other things test the
Product and the whole system at least once a week. For various reasons, including, but not limited to,
changes in environment conditions, electric or electronic disruptions and tampering, the Product may not
perform as expected. The user is advised to take all necessary precautions for his/her safety and the
protection of his/her property.
Copyright © 2009 by PIMA Electronic Systems Ltd. All rights reserved.
INDEX
1. Introduction..................................................................................... 3
2. Programming ................................................................................... 3
2.1 The LEDs.........................................................................................4
2.2 Hex to Binary conversion table...........................................................5
3. Programming examples .................................................................. 5
3.1 Displaying a number .........................................................................5
3.2 Setting a discrete parameter’s values .................................................6
3.3 Example: setting ‘Mains fault delay time’ ............................................6
3.4 Set zone #3 to be a 24 Hrs zone........................................................9
4. The Parameters Table.................................................................... 11
Contact Us:
PIMA Electronic Systems Ltd.
5 Hatzoref Street, Holon 58856, Israel
Tel: +972.3.6506414 Fax: +972.3.5500442
Email: support@pima-alarms.com
Web: http://www.pima-alarms.com
Partner’s website:
http://www.pima-alarms.com/site/modules/login.asp
Programming the Hunter-Pro series with a LED keypad 3
1. INTRODUCTION
This guide contains the necessary information for programming PIMA’s Hunter-Pro
series alarm systems, using the RXN-416 LED keypad.
Programming the system using a LED keypad is based on entering a parameter
address first, and then its desired value. A table at the end of this guide lists all the
addresses and their values.
For the purpose of LED programming, there are 2 types of data:
1) Numbers, e.g., entry delay time, telephone numbers, etc.: the digits are
represented by Hex base numbers
2) Discrete (or toggle), e.g., zone characteristics, partitions, etc.: these 2 state
parameters represent ‘+’ or ‘-’.
Both types are displayed by the keypad LEDs, where an illuminating LED stands for ‘1’
or ‘+’ (‘enabled’ in discrete data) and a turned off LED stands for ‘0’ or ‘-’ (‘disabled’ in
discrete data).
In discrete programming mode, the pound key (#) is used for toggling the parameters
value between ‘+’ and ‘-’, i.e., enabled and disabled.
The digits imprinted next to the LEDs do not play any role when using
the keypad for programming and should therefor be ignored
2. PROGRAMMING
Figure 1. The keypad LEDs
To enter programming mode, enter the installer code. Each and every parameter has a
unique address. To program a parameter, its address should first be set, and then its
value.
4 Programming the Hunter-Pro series with an LED keypad
Figure 2. Setting an address
RXN-416
12345678
9 10111213141516
+- - - + - ++
When inserting discrete data the behavior of the keypad is the same as the LCD
one: the top line shows where the ‘cursor’ is (looking from left to right) and the
bottom shows the toggle status of the parameter: illuminating LED represents ‘+’
which means enabled; off LED represents ‘-‘ which means disabled.
If the Hunter-Pro menu contains more than 8 parameters, the first 8 are part of the
first byte and the second 8 are part of the second byte (applies to the address table
in chapter 3)
Top line illuminating LED:
Location of the ‘cursor’
One byte
Figure 3. Reading discrete data
The LED keypad programming flow resembles the LCD keypad flow to some extent.
2.1 The LEDs
1. When the system is in programming mode the Red Armed LED indicates by flashing
fast. The Green fault LED indicates whether the parameter’s address is being set or
its value:
Green LED Red LED Mode
Flashes fast Off Programming: inserting an address
Flashes fast Flashes slowly Programming: Inserting a value (parameter)
2. When the system is in address setting mode, the address value is determined by
the combination of the illuminating LEDs in both the 2 lines.
3. When the system is in parameter setting mode, the upper illuminating LEDs mark
the position (as a digit or bit) of the ‘cursor’ (as in the LCD keypad), and the bottom
line mark the value of this parameter (as a digit or bit).
4. All numbers, e.g. telephone numbers, timings, etc., are displayed in hexadecimal
(base-16) system. A conversion table is in the next sub-section.
Programming the Hunter-Pro series with a LED keypad 5
5. The hex values A-F are set by pressing the asterisk key ‘*’. Each key press
advances the value:
Value A B C D E F
* Key presses 1 2 3 4 5 6
2.2 Hex to Binary conversion table
HEX BIN HEX BIN HEX BIN HEX BIN
0 0000
4 0100
8 1000 C 1100
1 0001
5 0101
9 1001 D 1101
2 0010
6 0110
A 1010 E 1110
3 0011
7 0111
B 1011 F 1111
3. PROGRAMMING EXAMPLES
3.1 Displaying a number
1. Displaying a number that starts with 3:
2. Displaying 6 as the 3rd digit of a number:
Account numbers are made of 4 digits, therefor, any account number that has
less than 4 digits must be preceded with zeros. For example: account number
25 will be programmed as 0025.
6 Programming the Hunter-Pro series with an LED keypad
3.2 Setting a discrete parameter’s values
The next example demonstrates how setting a set of discrete parameters (e.g. CMS #1
communication parameters) is performed: the LEDs that illuminate in the upper line
mark where the ‘cursor’ is; the LEDs in the bottom line mark the value, which can be
one of two, in a way that resembles to the LCD keypad display: illuminating LEDs
represent ‘+’ or ‘Enabled’; turned off LEDs represent ‘-’ or ‘Disabled’.
The full description of each and every parameter is detailed in the
Hunter-Pro series installation guide.
All the parameters with their addresses are listed in chapter 3
When programming discrete parameters, reading the upper line is from left to right
and so, in the next screen, the red illuminating LED, i.e. the ‘cursor’, is on the second
parameter. Advance the ‘cursor’ with NEXT & BACK buttons.
In the figure below, the values demonstrated are +---+-++ where ‘+’ is enabled and ‘-‘
is disabled.
3.3 Example: setting ‘Mains fault delay time’
To begin with, look in the parameters addresses table in chapter 4. ‘Mains fault delay
time’ timer has the address of 339. Assume we want to set its value (i.e. time) to 35
minutes (the default value is 15). The programming flow goes like this:
1. Enter the installer code. No LED should flash but the red Armed one, to indicate
that the keypad is now in programming mode.
Programming the Hunter-Pro series with a LED keypad 7
2. Press 339 for the address. The LEDs will illuminate as demonstrated in the figure:
3. Press ENTR. The first digit of the current parameter’s value (1) is displayed: the hex
digit of the upper line is 0001 which is decimal ‘1’; therefor, the ‘cursor’ is on the
first digit of the number (value). The bottom line displays 2 as the value (digit).
4. Press 3, the first digit of the new value (35). Just like in the LCD keypad, when
entering the first digit of a number value, the stored number is erased and the
‘cursor’ automatically advances to the second space, which is now blank.
8 Programming the Hunter-Pro series with an LED keypad
5. Press 5, the second digit of required value of 35. Again, the ‘cursor’ advances to the
next digit which is blank at the moment. Differently from the LCD keypad, the data
fields in the LED keypad are fully displayed, even if only part of the field is in use.
In this example the requested value is a two digit number (35) but the ‘Entry delay
time’ field contains 3 digits and so, the 3rd digit (which is blank) is displayed too.
6. Press ENTR to save the new value and return to address programming mode.
12345678
9 10111213141516
RXN-416
Armed
Fault Programming mode:
- Red Armed LED flashes fast
- Green Fault LED is off
Programming the Hunter-Pro series with a LED keypad 9
3.4 Set zone #3 to be a 24 Hrs zone
1. Again, start by looking in the parameters address table on chapter 4. Zone #3
characteristics menu (byte 1) has the address of 252. Enter the installer code and
press 252. The keypad will enter into programming mode and display the address:
2. Press ENTR. The keypad displays zone #3 current programmed characteristics. If
the menu contains more than 8 parameters, see Figure 3 on page 4.
10 Programming the Hunter-Pro series with an LED keypad
3. Press the NEXT button twice to advance the ‘cursor’ to the 3rd parameter, ‘24 Hrs.
zone’.
12345678
9 10111213141516
RXN-416
Armed
Fault
'Cursor’ location: third parameter (left to right)
-- -++-+-
4. Press the pound key (#) to toggle the parameters value between ‘+’ and ‘-’, i.e.
disabled and enabled. As in the LCD keypad, the value is changed and the ‘cursor’
advances to the next parameter, the 4th in this example.
5. Press ENTR to save the data.
Otros manuales para Hunter-Pro Series
3
Este manual sirve para los siguientes modelos
1
Tabla de contenidos
Otros manuales de Teclado de Pima
