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The Ness Standalone Wireless Receiver is a 
unique high performance 303.875Mhz radio 
receiver designed  to operate in conjunction with 
any Ness proprietary Radio Transmitting device 
including Ness 3 Button Radio Pendants, Wrist 
watch panic buttons, Radio Reed switches and 
Radio PIR.

The Standalone Receiver is ideal for connecting 
to Alarm panels which do not provide a wireless 
facility and can be used for connecting, Wireless 
devices for zone alarms, Panic buttons or Radio 
Keys for Arming and Disarming the Panel. The 
Control input on the Standalone Receiver gives it 
the unique ability to identify the Armed/Disarmed 
status of an Alarm panel and when used with a 3 
button Pendant it allows  the Receiver to always 
correctly Arm or Disarm the Panel, unlike similar 
receivers with a single button and toggling  output 
which can place the Panel in the wrong state 
without the user realising the error. 

The Standalone Receiver is also ideally suited for 
applications which require a Remotely switched 
Relay output for power switching applications e.g. 
Garage door opening.

The Standalone Receiver comes complete with 
separate Arm/Disarmed or Alarm Dry contact 
Relay output, Panic output and Low battery 
output .  The Relay output can be selected to be 
Pulsing or Latched to suit your application.The 
Standalone Receiver will accept up to four 
individual Radio Keys and Panic Buttons or up to 
four alarm transmitting devices (Reed switches 
or PIRs).

The Ness Standalone Receiver  can be 
programmed with up to four similar Ness 
transmitting devices i.e.  either  Radio Key devices 
(Panic buttons, On/Off keys) or Alarm transmitting 
devices i.e. Reed Switches or Radio PIR's.   

Note - You cannot mix Alarm devices with  Key 
type devices, the receiver will only accept one 
type.

The Standalone Receiver will learn the Radio code 
of the device to be programmed and the code will 
be stored in non-volatile memory.  The Standalone 
Receiver will also allow the code to be overwritten 
if required or erased totally, this is fully described 
later in this manual.

1. 

Select a Radio device to be programmed into 

the Standalone Receiver and place a link on the 
Code number you wish it to be allocated to (Code 
1 to Code 4  Links M1 to M2) .

The LED will change from a slow fl ash to either;

a) 

A faster fl ash indicating that the Code slot is not 

yet programmed with any device. or,

b) 

Turn on steady indicating that there is already 

a device programmed into that slot.

2.  

Make the device to be programmed into the 

Standalone Receiver transmit 3 times, to achieve  
this do the following; 

- For a Radio Key Press the "OFF" Button 3 
times.

- For a  RK1 Radio Pendant press the Panic button 
3 times ( be aware of the 1.5 second delay on the 
button press).

- For a PIR you will need to place the PIR in  Test 
Mode and triger an alarm 3 times.

- For a Reed Switch you will need to trigger an 
Alarm by moving the magnet away from the 
Reed Switch then a Restore Alarm by moving 
the Magnet back and fi nally another Alarm by 
moving the magnet away.

INTRODUCTION

PROGRAMMING

PROGRAMMING STEPS

Summary of Contents for 100-187

Page 1: ... T A L L A T I O N N O T E S PART NUMBER 100 187 MODEL SCR Single Channel Receiver NESS SECURITY PRODUCTS RADIO COMMUNICATIONS COMPLIANCE Australian Communications Authority NESS SCR SINGLE CHANNEL RECEIVER ...

Page 2: ...ting devices Reed switches or PIRs The Ness Standalone Receiver can be programmed with up to four similar Ness transmitting devices i e either Radio Key devices Panic buttons On Off keys or Alarm transmitting devices i e Reed Switches or Radio PIR s Note You cannot mix Alarm devices with Key type devices the receiver will only accept one type The Standalone Receiver will learn the Radio code of th...

Page 3: ... purposes only INPUT The input serves as an inhibit for the Relay output depending on the state of the input Applying less than 1 Volt to this input makes it LOW and applying greater than 4 Volts or leaving this input open makes this input HIGH The inhibit feature is only functional when Momentary action is selected this is more fully described below For a summary of the action of this feature see...

Page 4: ...ation if you want a simple pulsing output with a Radio Key Only the ON button on the Radio Key will pulse the Relay For Radio Keys with the Inhibit input High or left open Every time the ON button is pressed on the Radio Key the Relay will pulse pressing the OFF button whilst the Inhibit is High will not pulse the relay OPTIONS MOMENTARY Application 4 Control Panel Arming using an Armed Disarmed o...

Page 5: ...Low battery signal from either a Radio Key or an Alarm Device and should only be used as a warning that batteries require changing Note The Standalone receiver provides no means of identifying which Key or Device has caused the Low Battery alarm however all Ness Keys and Alarm Devices display Low Battery by flashing their LED instead of turning it on steady when they are transmitting OUTPUTS The S...

Page 6: ...G AREA1 WIRING SCR TO L8 PANEL NESS SECURITY PRODUCTS J7 AREA 1 AREA 2 Al 1 Al 2 Tamp Excl Batt Main 12V 0V DAT SON KEY 12 0V Z1 Z3 Z5 Z7 C C C C Z2 Z4 Z6 Z8 12 0V TAMP TAMPER SW C EARTH 12V INPUT 0V PANIC TAMP LOW BATT NO NC C 2K2 2K2 100 187 NESS SCR RECEIVER C Z6 WIRING SCR TO PRO LD PANEL NESS L8 MAIN BOARD NESS PRO LD MAIN BOARD ...

Page 7: ...12V COM AC C LATCH BAT EARTH EARTH NO SIREN A 12V COM SIREN B BAT Z1 Z3 Z5 Z7 C C C C Z2 Z4 Z6 Z8 12 12 12 12 GND GND 0V 0V TAMP COM KEY COM TAMPER SW D IN D IN CLK CLK HEATSINK 12V INPUT 0V PANIC TAMP LOW BATT NO NC C 2K2 2K2 100 187 NESS SCR RECEIVER NESS PRO LX MAIN BOARD ...

Page 8: ...fications may change without notice Dimensions 78 h x 73 w x 27 d mm Operating voltage 10 15V DC Standby current draw 15mA Radio frequency 303 85MHz Low Voltage Output 20mA 12V Panic Tamper Output 20mA 12V Relay Output Dry contact rated 1A 28V Max radio devices 4 SPECIFICATIONS NESS SECURITY PRODUCTS RADIO COMMUNICATIONS COMPLIANCE Australian Communications Authority ...

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