Centsys Nova Helix Operation Manual Download Page 22

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5.1.  Output Configuration

Channel settings modify the way a receiver output responds when it is activated. The 

output can be configured to act as a latching output, a panic output or any combination 

thereof. A latching output provides the required drive logic for alarm or equivalent output 

functionality. Every button transaction associated with a latching output will toggle the 

current output state of the channel.

If the channel is configured as a latching output, then by default, the state of the physical 

output at the time of power loss is restored when power is restored. This is a new feature 

associated with the Nova Helix receivers and is referred to as the Sticky Latch feature. 

It can be disabled if required on multi-channel receiver variants. Sticky latches provide 

a fault-tolerant and secure remote control system. SmartSwitch II devices provide 

the same non-volatile latching state facility. This means that if power is lost to the 

SmartSwitch II device, but is not lost to the receiver, then the SmartSwitch II device will 

restore its latched output state when its power is restored.

In the case of multichannel receivers, channel settings are set on an output by output 

basis. To select a particular output, link the relevant output jumpers (channel jumpers). 

For example: To set output 1, place a link on channel jumper C1 only. To set channel 11 

(a SmartSwitch II device output), place links on channel jumpers C1, C2 and C4 (the 

binary combination of C1, C2, and C4 that results in 11 - b'1011'). 

Proceed as per the steps below to set the required output configuration for the specified 

output.

1. 

Power down the receiver, and link the relevant channel jumpers to configure the 

respective receiver outputs. On single-channel receiver variants, the settings are 

always specified for output 1. On multichannel variants, if no channel is specified via 

the channel jumpers, the system will not enter channel configuration mode.

2.  Link jumper J2, and power up the receiver.
3. 

After the firmware version number has flashed on the Status LED, the buzzer will 

provide three short beeps to acknowledge the fact that the receiver is powering up in 

channel configuration mode.

4.  Press and hold any master button that is learnt into the system for approximately 3 

seconds. The receiver will transition into channel configuration mode. The receiver will 

proceed to flash in the manner indicated in Table 10 - One short flash and then a 1 

second delay. Then two short flashes and a 1 second delay. Then three short flashes 

and a 1 second delay. Finally four short flashes and a 1 second delay. While jumper J2 

remains bridged the flashing process repeats itself indefinitely.

5. 

The link on J2 must be removed once the number of flashes on the receiver matches 

the number of flashes that will set the required output configuration - refer to Table 

10.

5. Outputs

OUTPUTS

S

ECTION

 5

Summary of Contents for Nova Helix

Page 1: ...Nova Helix Operation Manual Centurion Systems Pty Ltd www centsys com r e c e i v e r...

Page 2: ...without obligation to notify any persons of any such revisions or changes Additionally Centurion Systems Pty Ltd makes no representations or warranties with respect to this manual No part of this docu...

Page 3: ...ation 5 2 Simultaneous Primary Channel Activation 5 3 Non Volatile Latches Sticky Latches 5 4 Beep On Activation 6 Disabling Jumpers J1 and J2 7 Configuring the Special Features 8 SmartSwitch II Inter...

Page 4: ...ivation settings for all channels These settings include enabling disabling latching and panic functionality In addition it is possible to adjust the pulse time on pulsed channels with the following p...

Page 5: ...the physical output but is a convenient way to describe the collective functionality that a transmitter activates As an example consider the case in Figure 2 A multichannel receiver is used to control...

Page 6: ...ividually the channels are configured with the following activation settings Channel 1 has a one second pulse time Channel 2 has a four second pulse time Channel 4 is a latching channel When the chann...

Page 7: ...annel jumpers behave differently when discussing the SmartSwitch II interface The jumpers are used to select a 4 bit binary address that addresses a particular SmartSwitch II device on the interface b...

Page 8: ...3 Channel 8 8 4 Channel 9 9 1 4 Channel 10 10 2 4 Channel 11 11 1 2 4 Channel 12 12 3 4 Channel 13 13 1 3 4 Channel 14 14 2 3 4 Channel 15 15 1 2 3 4 TABLE 2 CHANNEL JUMPER TO SMARTSWITCH II DEVICE MA...

Page 9: ...accessible through the learning interface four channel jumpers hence 15 channels but none of the channels are primary channels The single channel variants have one primary channel channel 1 and cannot...

Page 10: ...ation in particular the LED on the receiver will begin to flash slowly the buzzer will emit a short double beep and the channel functionality will activate 6 The button can be released once the learni...

Page 11: ...button is pressed refer to points 6 a and 6 b below for further clarification c The button learning process is not finalised 5 Once the three second period has elapsed the LED will turn on again and...

Page 12: ...on presses 6 While the receiver is in demastering mode any mastered button that is pressed for three or more seconds but less than 10 seconds and is associated with the functionality that the receiver...

Page 13: ...the button is released in this window it will simply be demastered refer to the previous section Demastering Buttons for further information on this operation b Do nothing because the button being de...

Page 14: ...to the specified channel Learns a button to the default channel channel 1 Autolearn Mode Channel Specified No Channel Specified Bulk Demaster Channel Bulk Demaster All J2 Memory Blank Memory Non Blank...

Page 15: ...on has been demastered it can be remastered There are two methods to achieve this 4 2 1 Link Learn Remastering 1 To remaster a remote start by entering link learn mode For reference follow steps 1 and...

Page 16: ...and that the button is a demastered button Refer to Appendix A on page 30 for a description of the LED and buzzer feedback 6 Once the demastering period has elapsed minimum three seconds the LED will...

Page 17: ...le This table will be used for all buttons learned into memory during the actual Autolearn procedure Autolearn mode is also limited to a maximum of 7 days before it times out This prevents a user from...

Page 18: ...an example of the Autolearn configuration procedure 8 Once the association table has been finalised remove jumper J1 This confirms the mapping and enters Autolearn mode The buzzer will beep four time...

Page 19: ...ettings Memory Erase operation is performed Table 5 documents the settings that are erased in each of the erase cases Channel Erase Transmitter Memory Erase Settings Memory Erase Clears channel compar...

Page 20: ...4 Holiday lockout or equivalent bi stable function Channel 15 Duress or alarm panic activation Simultaneous Activation Sticky Latch Beep On Activation Special Feature Setting Enabled Enabled Disabled...

Page 21: ...ntire Transmitter Memory space Resets latch settings on channel 1 Resets panic settings on channel 1 Restores default relay pulse time Clears the SmartSwitch II device output that may be active in the...

Page 22: ...n channel jumper C1 only To set channel 11 a SmartSwitch II device output place links on channel jumpers C1 C2 and C4 the binary combination of C1 C2 and C4 that results in 11 b 1011 Proceed as per th...

Page 23: ...ed to step 10 9 After the three second window the LED will switch off and start flashing once per second Counting LED flashes or using a watch to keep track of the number of seconds that pass will det...

Page 24: ...ature on all receiver variants that allows the receiver to restore its output state on power loss When power is restored the output will assume the state it last reflected prior to the receiver losing...

Page 25: ...er to set its output to the output state of the receiver s channel prior to power loss SmartSwitch II device restores its output state when its power is restored Subsequently assuming power is restore...

Page 26: ...f the user The Nova Helix range includes functionality to disable the jumpers With a master remote the jumpers may be re enabled at any stage The following procedure documents disabling the jumper int...

Page 27: ...e is to be configured Channel jumpers 3 and 4 determine which of the special features is being configured Linking function jumpers J1 or J2 determines whether the special feature being configured is b...

Page 28: ...is important is that the devices share the same ground rail Up to 15 SmartSwitch II devices can be wired in a daisy chained bus configuration to the receiver SmartSwitch II devices are addressable Eac...

Page 29: ...r would like to distribute multiple items garden lights for example in physically different areas but have all of them respond to the same remote control button activation The network is limited to 15...

Page 30: ...3 Second Learn Period Button Released Button Pressed 3 Second Learn Period Button Released Button Pressed 3 Second Learn Period Button Released Button Pressed 3 Second Learn Period Button Released Ma...

Page 31: ...ttons are pressed the Any Button property is removed from Ch 2 and shifted to Ch 6 when the Ch 6 jumper setting is configured on the Channel Jumpers Ch 1 Ch 2 Ch 3 Ch 4 Closed Ch 5 Ch 6 But 3 Ch 7 Ch...

Page 32: ...signal and captures the transmit ter information The receiver logic processes the button transaction and determines that channel 3 must be activated The signal splitter in the output logic block rout...

Page 33: ...page 33 www centsys com NOTES Notes...

Page 34: ...page 34 www centsys com Notes NOTES...

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Page 36: ...16h30 GMT 2 E OE Centurion Systems Pty Ltd reserves the right to change any product without prior notice All product and brand names in this document that are accompanied by the symbol are registered...

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