fsk-rap68-v2015.07 - rhino 68 installation manual 68 installation... · pcb$layout$ ......

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Contents 1. System Overview ................................................... 3

System Configuration ............................................................... 3 Control Panel ............................................................................ 4 Wireless Devices ....................................................................... 4

Indoor PIR .................................................................................. 4 Outdoor PIR ............................................................................... 4 Door Contact .............................................................................. 4 Single Channel IO ....................................................................... 4 6 Button Key Fob ........................................................................ 4 Repeater .................................................................................... 4 Third Party PIR Interface ............................................................ 4 Bobby Wireless External PIR ...................................................... 4

FSK USB Serial Adapter (FUSA) ................................................. 4 Rhino Upload/Download Software .......................................... 4

2. Installation ............................................................. 5

Installation Sequence ............................................................... 5 Control Panel ............................................................................ 5

Mounting ................................................................................... 5 Transformer ............................................................................... 5 Control Panel Layout – Rhino GSM Installed ............................. 6 Control Panel Layout -‐ TX Rhino Installed .................................. 7 PCB Layout ................................................................................. 8

Wiring Detection Devices ......................................................... 9 Normally Closed ......................................................................... 9 Normally Open ........................................................................... 9 Single EOL -‐ N/C ......................................................................... 9

External Sounder/Strobe Connections ..................................... 9 0V ............................................................................................... 9 +12 ............................................................................................. 9 Bell (1) ........................................................................................ 9 Strobe (2) ................................................................................... 9

Configuring Wireless Devices ................................................. 10 On-‐board Wireless Interface .................................................... 10 RH-‐100 Wireless Indoor Passive .............................................. 10 RH-‐101 Wireless 3rd Party PIR Interface ................................... 10 RH-‐200 Wireless Door Contact ................................................ 10

RH-‐802 Bidirectional Gate module .......................................... 11 RH-‐806 Wireless Key Fob ......................................................... 12

Commissioning ....................................................................... 12

3. Programming the Control Panel .......................... 13

Introduction ........................................................................... 13 Creating a New Customer Account ........................................ 13 Communication Setup ............................................................ 14

USB-‐Link ................................................................................... 14 Network ................................................................................... 14 FSK Gateway ............................................................................ 14

Connecting with the Control Panel ........................................ 14 Sending & Retrieving Data ..................................................... 15 1. Zone Programming ............................................................. 15

Zone Type ................................................................................. 15 Zone Wiring .............................................................................. 15

Zone Attributes ....................................................................... 15 Zones and Attributes Programming Page ............................... 16 Learning a Wireless Device to a Zone ..................................... 16

2. Arming Options ................................................................... 16 Arming Timers ......................................................................... 17 Arming Modes ......................................................................... 17 Arming Options 1 .................................................................... 17 Arming Options 2 .................................................................... 17 Arming Option Programming Page ......................................... 17

3. System Configuration ......................................................... 17 System Timers ......................................................................... 17 Hardware -‐ Monitoring ........................................................... 18 Configuration 1 ....................................................................... 18 Configuration Programming Page ........................................... 18

6. Outputs & Devices .............................................................. 18 Panel Outputs .......................................................................... 18 Outputs & Devices Programming Page ................................... 19

7. Communicator (Optional) ................................................... 19 ARC 1-‐2: Telephone Number ................................................... 19 ARC 1-‐2: Account Number ...................................................... 19 ARC 1-‐2: Protocol .................................................................... 19 ARC 1-‐2: Dial Sequence ........................................................... 19 UDL Options ............................................................................ 19 UDL Password ......................................................................... 20 Onboard Communicator Programming Page .......................... 20

8. System Users ....................................................................... 20 User Type ................................................................................ 20 User Cell No ............................................................................. 20 User Options ........................................................................... 20 Users Programming Page ........................................................ 21 Learning a key fob to a User .................................................... 21 SMS Functionality .................................................................... 22

Retrieving the Event Log ......................................................... 22 Save, Append and Export ........................................................ 22 Panel Memory and Saved Events ............................................ 22

Diagnostics .............................................................................. 22

4. Miscellaneous ....................................................... 24

SMS Introduction .................................................................... 24 MiRhino App ........................................................................... 24 SMS Control Function ............................................................. 24 Remote System Disable .......................................................... 24 System Maintenance .............................................................. 24

5. Specifications ....................................................... 25

Rhino 68 Control Panel ........................................................... 25 Electrical .................................................................................. 25 Environmental ......................................................................... 25 Physical .................................................................................... 25

Standards ................................................................................ 25 Safety ...................................................................................... 25 EMC ......................................................................................... 25 Security ................................................................................... 25

Warranty ................................................................................. 25

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1. System Overview System Configuration

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Control Panel The Rhino 68 control panel is an advanced intruder alarm system with 6 on-‐board zones and on-‐board wireless transceiver to allow support for wireless devices. The system is ideally suited to domestic and small commercial installations.

The system can be further enhanced by using the Rhino GSM module which provides both remote signalling and UDL connectivity.

Features include:

� 6 programmable on-‐board wired zone inputs

� 8 Wireless zone inputs

� Siren and Strobe outputs (1Amp rated)

� On-‐board wireless transceiver

� Local or remote upload/download

� Optional plug-‐on Rhino GSM Module

� Optional TX Rhino long range Radio Transmitter

� 500 event log

� 1.1 Amp power supply

� 2 serial ports (RhinoBus and USB-‐Link)

� Flash upgradable

Wireless Devices The following wireless devices are available:

Indoor PIR An Indoor 15 metre wireless passive infra-‐red PIR detector.

Outdoor PIR An Outdoor 12 metre wireless passive infra-‐red PIR detector.

Door Contact A magnetic door contact sensor with two zone inputs for monitoring the on-‐board reed switch and another normally closed input.

Single Channel IO A small module with an optional Normally Open or Normally Closed zone input and one output. Note the output function is available to connect to a FOB when used with the Rhino 68.

6 Button Key Fob Key fob for remotely arming, disarming and switching outputs on and off with Single Channel IO Receiver.

Repeater A module used to extend the range of wireless devices

Third Party PIR Interface A module that interfaces with third party PIR’s e.g. Takex.

Bobby Wireless External PIR Dual PIR & Microwave External unit with a built in Rhino Wireless Third Party Interface.

For a full list of all the latest Rhino Wireless devices please visit the web site on www.fsk.co.za.

FSK USB Serial Adapter (FUSA) The FUSA provides USB connectivity between the Rhino 68 and the host computer. It is required when a direct connection is required between the Rhino UDL software package and the control panel.

Rhino Upload/Download Software Rhino UDL is a Windows® based software package that can be used to remotely or locally program and diagnose the Rhino range of security systems. Features include:

� Simple intuitive user interface

� Local or remote administration via GSM modem

� System remote control

� Advanced system diagnostics

� Log file accessible and downloadable

� One application for all Rhino devices

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2. Installation Installation Sequence Before attempting to install the alarm system, read this section. Once you have an overall understanding of the installation sequence, carefully work through each step.

1. Design the Layout Make a rough sketch of the premises to get an idea of where all alarm detection devices and other modules are to be located.

2. Mounting the Control Panel The control panel must be mounted within the protected area close to a 220VAC power source.

You must complete all wiring before connecting the battery, or applying AC to the panel.

3. Zone Wiring Install detection devices and connect to control panel.

4. Other Wiring Complete all other wiring including external/internal sounders.

5. Apply Power to the Control Panel Once steps 1 to 4 are completed, apply power to the control panel. First, connect the red battery lead to the positive terminal and the black lead to negative. Then connect the AC.

6. Program the System Use the Rhino UDL software package to program the system, see Section 3 for details.

7. Testing the System Test the system thoroughly to ensure that all features and functions are operating as required.

Control Panel

Mounting Mount the control panel on a flat, plumb wall using at least four appropriate screws. The rear casing has been designed with a several key-‐hole slots so that mounting is possible without removing the Printed Circuit Board (PCB).

It is essential to ensure that none of the fixing slots or cable entries are accessible after fixing.

Transformer The control panel is powered by a fused 20VA transformer, which is supplied with a sealed plug and short length of cable. Therefore, the transformer should be installed close to 220VAC outlet socket.

The low voltage AC output from the transformer should be routed into the control panel housing and connected to the AC input terminals using suitable cable.

If the transformer 220VAC cable requires extending, it must be carried out by a qualified electrician.

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Control Panel Layout – Rhino GSM Installed

1. Main Printed Circuit Board (PCB) The main PCB that provides the terminals connection to detection devices and siren, see PCB Layout on next page for full details.

2. Standby Battery The system housing will accept a 12V 7Ah battery to provide continued operation in the event of an AC mains failure. Connect the red battery lead to the positive terminal of the battery and then connect the black battery lead to the negative terminal.

3. Rhino GSM Module An optional GSM Module can be plugged onto the main PCB. The Rhino module must be V1.48 or higher.

4. GSM Antenna Screw in GSM antenna for optional Rhino GSM Module.

5. Wireless Antenna Screw in wireless antenna for on-‐board wireless transceiver.

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Control Panel Layout -‐ TX Rhino Installed

1. Main Printed Circuit Board (PCB) The main PCB that provides the terminals connection to detection devices and siren, see PCB Layout on next page for full details.

2. Standby Battery The system housing will accept a 12V 7Ah battery to provide continued operation in the event of an AC mains failure. Connect the red battery lead to the positive terminal of the battery and then connect the black battery lead to the negative terminal.

3. TX Rhino Radio Transmitter An optional Radio Transmitter Module that can be mounted next to the main PCB.

4. PL259 Antenna Socket Screw in antenna socket for optional TX Rhino Radio Transmitter Module.

5. Wireless Antenna Screw in wireless antenna for on-‐board wireless transceiver.

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PCB Layout

1. AC Input The two wires from the transformer are connected to these terminals and supply power the system.

2. Zone Inputs 1 to 6 Detection devices such as movement sensors, vibration and door contacts are connected to the zone input terminals. There are several ways in which to wire a detection device (see page 9). Each zone is fully programmable, see page 13 for information on programming zones.

3. Auxiliary 12V These terminals provide auxiliary power for the external sounder and detection devices that require 12V power, e.g., movement sensors. The auxiliary output is protected by an auto resetting fuse (PTC) rated at 1.1 Amp.

4. Output 1 (Siren) Output 1 is a high current (1 Amp), switched negative supervised output for driving a siren/bell.

5. Output 2 (Strobe) Output 2 is a high current (1 Amp), switched negative supervised output for driving a strobe light.

6. Serial Port The serial port is provided for local downloading via Rhino UDL.

7. Radio Serial Port The Radio port is used for connecting to the serial connection on the TX Rhino Radio Transmitter.

8. Mode Button If the button is held pressed during power up the control will revert to default settings.

9. Antenna Screw Connector This connector provides a screw in connection for the on-‐board wireless transceiver antenna.

10. System Status LEDs Green: AC power present. Red: System Armed. Yellow: Zone bypass. Orange: System Fault. 11. LED Status display Dual red 7 segment LED display that shows system status fault messages.

12. Lid Tamper Connector This connector can be used to connect a lid tamper switch to provide protection for when the enclosure cover is opened.

13. Battery Connections A 12V rechargeable battery must be connected to these two terminals in order to provide continuous system operation in the event of mains failure. The battery output is protected by an auto resetting fuse (PTC) rated at 1.6 Amp.

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Wiring Detection Devices The Rhino 68 provides 6 zones for connecting detection devices such as movement sensors and magnetic door contacts. Each zone is fully programmable to allow for maximum flexibility (see page 13 for Zone Programming details). The program options for a zone will also determine how the zone may be wired. The following wiring options are available:

Normally Closed This wiring configuration should be used when connecting detection devices that only have a normally closed alarm output. Connect the detector as shown below and ensure that the zone is programmed for “Normally Closed” operation, see page 15.

Normally Open This wiring configuration should be used when connecting detection devices that only have a normally open alarm output. Connect the detector as shown below and ensure that the zone is programmed for “Normally Open” operation, see page 15.

Single EOL -‐ N/C This wiring configuration should be used when connecting detection devices that only have a normally closed alarm output. Connect the detector as shown below and ensure that the zone is programmed for “Single EOL – N/C” operation, see page 15.

External Sounder/Strobe Connections The following connections are available for connection to an external sounder/strobe unit:

0V 0V supply. Connect to the 0V (-‐) supply on the external sounder/strobe unit.

+12V Positive 12V supply, which is protected by an auto resetting fuse (PTC) rated at 1.1A. Connect to the +12V (+) supply on the external sounder/strobe unit.

Bell (1) Panel output 1 is pre-‐configured for Bell operation, i.e. it switches to 0V when active. Connect this terminal to the bell trigger input on the external sounder/strobe unit.

Strobe (2) Panel output 2 is pre-‐configured for Strobe operation, i.e., it switches to 0V when active. Connect this terminal to the strobe input on the external sounder/strobe unit.

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Configuring Wireless Devices This section covers the setting up and installation of wireless devices.

On-‐board Wireless Interface The Rhino 68 has a wireless transceiver that is integrated onto the main PCB. It allows a support for various wireless devices.

RH-‐100 Wireless Door Contact The RH-‐100 is a professional state-‐of-‐the-‐art wireless door contact sensor. It has two zones, one on the magnetic (reed) switch and one on the zone input terminals.

The RH-‐100 must be allocated to one of the available zones (1-‐8). However, if the device is allocated to an on-‐board wired zone (1-‐6), the wired zone input will be disabled.

The figure below show the layout of the RH-‐100 Wireless Door Contact:

1. Battery Location The wireless door contact is powered by a CR2 3V Li-‐ion battery, which must be fitted correctly. Please wait 60 seconds after battery installation for the device to initialise.

2. Tamper Switch The lid tamper detection switch, this switch is also used when learning the device onto the system.

3. Activity LED The activity LED illuminates when the device is transmitting a wireless signal.

4. Zone Input Terminals The wireless door contact has two detection inputs. The first is the magnetic reed switch that is activated by the magnet. The second requires a voltage free normally closed contact and is wired into these terminals. Both inputs report back to the same zone on the control panel. If the zone input is unused it must be linked out.

5. Magnetic Reed Switch The magnetic reed switch detects the presence of the magnet fitted to the door.

The Magnetic Reed switch is always in operation. If you only require the use of the Zone Input Terminals, the magnet must be held close to the reed switch at all times.

6. Antenna The wireless antenna used for transmitting the wireless signal.

RH-‐101 Wireless 3rd Party PIR Interface The RH-‐101 is a professional state-‐of-‐the-‐art wireless module that is specifically engineered to be sub-‐equipped into other brands of PIR sensors. It features an Alarm Normally Closed contact as well as a Tamper Normally Closed contact. The tamper contact is also wired in series with the internal case tamper contact on the PCB.


The figure below show the layout of the RH-‐101 Wireless 3rd Party PIR Interface:

1. Battery Location The wireless door contact is powered by a CR2 3V Li-‐ion battery, which must be fitted correctly. Please wait 60 seconds after battery installation for the device to initialise.


3. Activity LED The activity LED illuminates when the device is transmitting a wireless signal.

4. Alarm Input Terminals The normally closed alarm output from the 3rd party detector is connected to these terminals.

5. Tamper Input Terminals The normally closed tamper output from the 3rd party detector is connected to these terminals.

6. Antenna The wireless antenna used for transmitting the wireless signal.

RH-‐200 Wireless Indoor Passive The RH-‐200 is a professional state-‐of-‐the-‐art motion sensor engineered with the world's best components and materials, starting with a HighView™ lens and a top-‐quality infrared detector. Next, a patented modern DSP ASIC directly converts the infrared detector signal into digital form, for best reliability and stability. Finally, the signal is evaluated by HighBar™ processing, for "best-‐in-‐class" false alarm rejection with excellent intruder detection.

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The figure below show the layout of the RH-‐200 Wireless Indoor Passive:

1. Battery Location The wireless indoor passive is powered by a CR123 3V Li-‐ion battery, which must be fitted correctly. Please wait 60 seconds after battery installation for the device to initialise.


3. Activity LED The activity LED illuminates when movement is detected and when the device is transmitting a wireless signal.

RH-‐802 Bidirectional Gate module The RH-‐802 (Single Channel IO Module) is a professional state-‐of-‐the-‐art wireless 1 Zone Input & Output module. It has specifically been developed for applications like controlling Gate Motors, Garage Door Openers, Sprinkler Systems, etc. Due to the fact that it has both an output and an input function, the output can be used to control the external equipment and the input zone can be used to provide physical feedback of the external equipment actual status. For example the output can be used to control a gate motor and the input zone can be used to show whether the gate is closed or open via a wired magnetic reed switch.


The output is not available when the RH-‐802 is used with the Rhino 68 but can be programmed to directly connect to other devices like FOB or another Single Channel IO

The figure below show the layout of the RH-‐802 Single Channel IO Module:

1. Supply Terminals The SIO1 must be powered from either a 12V or 24V DC supply.

2. Relay Output A set of voltage free change over contacts. COM -‐ Common; NC -‐ Normally Closed; NO -‐ Normally Open.

3. Input These terminals provide 2 methods for connecting external equipment:

Rhino SingleChannel ModuleNormally Closed

Input

Rhino SingleChannel ModuleNormally Open

Input

Rhino Single Channel

Output

Rhino Single Channel

Pulse Mode

+12V

IN-

IN-

GND

GATE PSU

NORMALLYCLOSED

COMMON

GATE PULSEINPUT

12V to 24V<50mA

NORMALLYCLOSED

Normally Open

Normally Closed

4. Ground The ground terminal is connected to -‐ supply terminal for a common 0V reference.

5. Learn Button This button is used when learning the device onto the system.

6. Relay Control Indicator This LED indicates if the Relay Control Message has been received.

7. Wireless Activity Indicator This LED indicates when a radio packet is received or transmitted.

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RH-‐806 Wireless Key Fob Each user may be assigned a wireless key fob to allow remote control of the system. The Rhino Wireless key Fob comes with an on-‐board buzzer that informs the user of the state of the alarm panel. The figure below shows the layout of the key fob:

1. Panic Alarm This button activates the panic alarm.

2. Away Arm This button Away arms the areas allocated to the user.

3. Disarm This button disarms the areas allocated to the user.

4. Stay Arm This button Stay arms the areas allocated to the user.

5. Information Button This button will query the alarm panel and report back the current state on the key Fob’s buzzer.

6. Remote Control 2 This button toggles on and off outputs that are programmed as “Remote Control 2.

7. Activity LED The activity LED illuminates when the key fob is transmitting a wireless signal.

See the Rhino 68 User Manual for a more detailed explanation of the Key Fob operation.

Commissioning Once ALL connections have been made to the control panel and power is ready to be applied, you should read this section before continuing.

The control panel leaves the factory programmed with default settings and when the system is powered up for the first time the default settings are in use. If the factory defaults need to be reloaded in the future, please see “Mode Button” on page 8.

� Connect the black battery lead to the negative (–) terminal of the standby battery and the red battery lead to the positive (+)

terminal of the standby battery. The 7 segment display will show 8.

� If the system enters into an alarm condition, press the Disarm button on a programmed remote. The alarm tone will then stop.

� Program the system as described in the next section (Programming the Control Panel).

� Use the diagnostics page to check zones and outputs, see page 22. Remember that some powered detectors (e.g. PIRs and combined technology detectors) take several minutes to warm up before they become operational.

� Test the siren and strobe by arming the system and triggering an alarm.

� Replace the lid and secure with the lid screw supplied -‐ do not over-‐tighten.

Installation is now complete and the system is ready for use. Please ensure the system users are provided with adequate training on operating the alarm system.

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3. Programming the Control Panel Introduction This section covers the system programming and it is important that all engineers read this section carefully so as to familiarise themselves with the many features and functions of the control panel.

The control panel can only be programmed using the Windows based Rhino UDL software package. This can be done locally at site with a laptop and serial adaptor (FUSA) or remotely if the system is fitted with a Rhino GSM Module.

The Rhino UDL can be found on the supplied DVD or else the latest version is downloadable from the Internet by clicking on the “Download latest UDL” link on the DVD.

Creating a New Customer Account The Rhino UDL has a database that stores all customer and system settings for each customer/control panel. Before you can program the control panel you must create a customer account in the database.

Run the Rhino UDL software and click on the little arrow next to the “Accounts” button on the main toolbar:

From the drop down menu select the “Create New Customer Account” option. The “New Account” dialog is displayed:

Fill in the customer details for the alarm installation, although most of the details are optional, the more information you provide, the easier it becomes to find the customer details in the future. Once you have completed the customer detail click on the “Control Panel” tab at the top of the “New Account” dialog:

Fill in the control panel options:

Model Select the model as “Rhino 68”. This is mandatory and cannot be changed once selected.

Serial No This is read only and will automatically update on first connection with the control panel.

Firmware Version Select the firmware that matches the panel being installed.

Installed On Enter the date that the control panel was installed.

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UDL Passcode The UDL passcode provides security for the UDL connection. The control panel has a default passcode of 1234. It is recommended that this passcode is changed during commissioning.

IP Address Leave blank -‐ Not required for Rhino 68.

IP Port Leave blank -‐ Not required for Rhino 68.

Panel Account No & Client ID Enter the Account Code and Client ID for identification of this site. This information is passed to the Sabre Radio Network server to remotely connect to the alarm via the Rhino GSM modem.

User Name & Password You can register for the user name and password by entering your details on https://fsknetworks.com. Enter the user name in this field.

Once you have completed all the control panel details, click on the “OK” button. The new customer account is created and opened ready for editing.

Communication Setup Before attempting to connect with control panel you must ensure the communication settings in the Rhino UDL software is setup correctly.

Click on the “Setup” button on the main toolbar:

From the drop down menu select the “Communication…” option. The “Communication Setup” dialog is displayed:

USB-‐Link This page is used for configuring the serial adaptor (FUSA) for local serial connection to the control panel.

Com Port From the drop list, select the Com Port that serial adaptor is using. In most cases there will only be one port listed, if you have multiple ports listed, try the first and if it fails try the next etc.

Baud Rate Leave the baud rate setting at 115200, the Rhino UDL software will automatically change it to the correct baud rate when using a Rhino 68 customer account as the baud rate is fixed in the panel.

Retry Attempts If during normal communication, a packet of data is corrupted, the Rhino UDL software will retry sending the packet. If it continues to fail and once it has retried all its attempts (e.g. 3 times), the communication link is closed.

Network This connection option is not available for the Rhino 68.

FSK Gateway This page is used for configuring the FSK Gateway parameters for remote connection to the control panel using the Rhino GSM:

Gateway Address The default gateway address is “sabre1apn.com” and should only be changed if advised to do so by FSK.

Gateway Port The default gateway port is “8010” and should only be changed if advised to do so by FSK.

User Name In order to use the FSK Gateway you must have an active account with FSK. You can register for the user name and password by entering your details on https://fsknetworks.com. Enter the user name in this field.

Password Enter your account password in this field.

Once you have completed all the communication settings, click on the “OK” button.

Connecting with the Control Panel In order to communicate with the control panel, you must first establish a connection.

Click on the “Connect” button on the main toolbar:

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From the drop down menu select:

Connect via USB-‐link for a local connection using the serial adaptor.

Connect via TCP/IP for a connection using the LAN/WAN adaptor.

Connect via FSK Gateway for a remote connection using the Rhino GSM.

Once a connection is established, the status message at the bottom left, will show “Status: Online” and the “Disconnect” button on the main toolbar is now enabled.

When the connection with the control panel is no longer required, click on the “Disconnect” button on the main toolbar:

Sending & Retrieving Data Once a connection is established with the control panel, the Send/Retrieve toolbar buttons are enabled. The buttons perform the following functions:

Retrieve Page Click on this button to retrieve control panel data for the active page. For example, if the Zone Programming page is active, then only data for that page is retrieved from the control panel.

Send Page Click on this button to send data for the active page to the control panel. For example, if the Configuration page is active, then only data for that page is sent to the control panel.

Retrieve All Pages Click on this button to retrieve control panel data for all pages.

Send All Pages Click on this button to send data for all pages to the control panel.

Send Date and Time Click on this button to send the current date and time to the control panel.

1. Zone Programming This section covers programming of the detection zones, each zone must be programmed a zone type, wiring type and attributes.

Zone Type Each zone must be programmed to the correct type in order for the correct response. The following types are available:

00 Not Used Use this zone type for unused zones, as zone programmed as “Not Used” are not be monitored by the system.

01 Final Exit Use this zone type for the main entry/exit detector, normally a magnetic contact on the front door. The zone can be activated during the exit mode without causing a fault. If the system is armed, activation of the zone will start the Entry Delay timer for the relevant arm mode.

04 Intruder Use this zone type for detection devices such as PIR’s, vibration detectors, magnetic door contacts etc. This zone type generates an intruder alarm if activated when the system is armed.

05 Stay Use this zone type for detection devices such as PIR’s, vibration detectors, magnetic door contacts etc. This zone type generates an intruder alarm if activated when the system is away armed. However, when the system is Stay armed this zone type is bypassed and can be activated without causing an alarm.

10 24 Hour Use this zone type for detectors that require 24 hour monitoring. This zone type generates an intruder alarm if it is activated when the system is armed. If activated during the disarmed state an internal alarm is generated.

13 Full Arm Key Use this zone type for a key switch or lock that has switch contacts. This zone type will away arm the system when active and disarm the system when healthy.

14 Stay Arm Key Use this zone type for a key switch or door lock that has switch contacts. This zone type will stay arm the system when active and disarm the system when healthy.

Zone Wiring Each zone must be programmed to the correct wiring type in order for the correct response. The following wiring types are available:

0 Normally Closed Use this wiring type for normally closed detection devices.

1 Normally Open Use this wiring type for normally open detection devices.

2 Single EOL -‐ N/C Use this wiring type for normally closed detection devices. The device will also require a 3K3 EOL resistor to be fitted; this will allow faults to be generated if the wiring is shorted.

7 Wireless Use this wiring type for wireless devices, when this wiring type is selected the system will enter “Learn Mode” for 60 seconds and the wireless device must be activated (Tamper). To remove a device, simply program the wiring type as “Normally closed”.

A wireless device can only be allocated to one zone. If an already allocated device needs to be learnt to a different zone, it must be first removed from it allocated zone.

Zone Attributes Each zone can have one or more optional attributes programmed to further alter its functionality.

1 Double Knock On: When a zone is enabled for Double Knock it will only cause an

alarm when:

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(a) The zone remains active for the duration of the “Double Knock Delay”.

(b) The zone is violated twice within the “Double Knock Delay”. Off: The zone functions as normal.

Zones and Attributes Programming Page To program the zone types, wiring and attributes, click on the “Zones” icon in the “Programming” section on left hand navigation bar:

The Zone programming page will open, showing the current settings for all 8 zones:

Double click on the zone you want to edit and the “Zone Properties” dialog opens:

Edit the zone properties as required, then click “Apply” to update. Click “Next” or “Previous” to move through the zone list. When finished click on the “Close” button.

Learning a Wireless Device to a Zone The procedure below shows how to learn wireless devices to a zone within the Rhino UDL software:

1. Ensure Rhino UDL is connected to the control panel.

2. Open the “Zone Properties” dialog for the zone you want to learn.

3. Select the required zone type from the zone type drop down list.

4. Select “Wireless Device” from the wiring drop down list. The “Learn” button, Wireless type and serial number controls are enabled:

5. Click on the “Learn” button to learn a “Wireless Device”, the system will remain in “Learn Mode” for 1 minute and prompt you to activate the device:

6. Press the Tamper/Learn switch on the wireless device within 1 minute. If successful, an acceptance tone is generated. If an error tone is generated after 1 minute, the wireless device was not learnt.

7. After the device has been learnt, the “Zone Properties” dialog updates the wireless device type and device serial number:

8. Click on the “Next” or “Previous” buttons to scroll through the zones and repeat steps 3 -‐ 7 for other wireless devices.

To remove a wireless device, click on the little “X” to the right of the device serial number.

2. Arming Options This section covers programming of the arming modes, timers and options.

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Arming Timers Each arming mode has its own set of timers that are used to control various delays during arming, disarming and in alarm.

01 Exit Delay When the Arming Mode is configured as Timed or deferred, this timer sets the delay between the user initiating the exit procedure and the system actually arming.

02 Entry 1 Delay When the system is armed, activation of a “Final Exit” zone will start the entry 1 delay timer, this allows the user time to access the premises and disarm the system.

06 Bell Duration When an alarm is generated, this timer is used to control the active duration of the siren and strobe.

Arming Modes This set of options control which arming mode is used when the system is “Away Armed”, “Stay Armed” and “Keyswitch Armed”.

0 Final Exit When the exit mode is started, the system will only arm after the activation of a Final Exit 1 zone type, e.g., after the front door is opened the closed.

1 Timed Exit When the exit mode is started, the system will arm after the Exit Delay timer has expired.

Arming Options 1 This first set of configuration options controls system operation during arming.

1 Arming with AC off On: The system can be armed when the mains supply is switched

off. Off: The system cannot be armed when the mains supply is

switched off. 2 Reserved

3 Reserved 4 Reserved 5 Reserved

6 Reserved 7 Reserved 8 Pulse Strobe on Arm On: When the system is armed successfully, the external strobe is

activated for 5 seconds.

Off: The external strobe is not activated.

Arming Options 2 This second set of configuration options controls system operation during arming.

1 Only Exit when Ready On: The exit mode can only be started if all zones are healthy

(System Ready). Off: The exit mode can be started even if one or more zones are

active. The active zones will be indicated on the 7 segment display and a fault tone is generated.

2 Reserved

3 Reserved 4 Enable Bell Squawk On: The bell output is pulsed once for a very short period when the

system is armed and twice when disarmed. Off: The bell output operates as normal.

5 Enable Walk Squawk On: The bell output is pulsed once for a very short period when a

zone is activated during a walk test. Off: The bell output operates as normal.

Siren Activations

1 squawk when ARMING (If Bell Squawk is enabled)

2 squawks when DISARMING (If Bell Squawk is enabled)

3 squawks when FAILING TO ARM due to absence of AC (If Arming with AC off is disabled)

4 squawks when DISARMING after an alarm

5 squawks when FAILING TO ARM due to an unsecure zone (If Only exit when ready is enabled)

Arming Option Programming Page To program the arming timers, arming modes and options, click on the “Arming” icon in the “Programming” section on left hand navigation bar:

The Arming Options page will open, showing the current settings:

Edit the options as required.

3. System Configuration This section covers programming of the system timers, hardware and general configuration option.

System Timers The system timers control global system timing and delay operation.

01 AC Fail Delay This timer is used to delay (0-‐255 minutes) the generation of an AC Fault condition following an AC mains failure. Default = 30 minutes.

The AC Fault alarm is deliberately slow, when the AC is removed or applied, the control panel will take some time before the fault is generated or cleared.

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05 Battery Test Period This timer is used to control frequency (0-‐255 hours) at which the standby battery is load tested. Default = 24 hours.

08 Double Knock Delay This timer controls the duration (0-‐255 seconds) of the double knock delay. The double knock delay is used to control the operation of zones programmed with “Double Knock” attribute, see page 15. Default = 30 seconds.

Hardware -‐ Monitoring This set of options allows the monitoring of the control panel hardware to be enabled or disabled.

1 Panel Box Tamper On: The box tamper is monitored for activity. Off: The box tamper is not monitored.

2 Reserved 3 System Voltage On: The system voltage is monitored for faults. Off: The system voltage is not monitored. 4 Battery Presence On: The standby battery is monitored for its presence. Off: The standby battery is not monitored.

5 Mains AC On: The mains supply is monitored for its presence.

Off: The mains supply is not monitored.

Configuration 1 This set of options allows the system operation and features to be altered.

1 Enable Control Panel Operation On: Control panel operation is normal.

Off: The control panel operation is disabled, all alarm panel functions, including alarm transmissions to the ARC, will be stopped. The 7 segment display will show “––“.

2 Reserved

3 Reserved

4 Reserved 5 Power-‐Up Clears all Zones to Healthy On: On power-‐up all zones clear to a healthy status, even if they

are active. Off: On power-‐up all zones report their current status.

Configuration Programming Page To program the system timers, hardware and general configuration option, click on the “Configuration” icon in the “Programming” section on left hand navigation bar:

The System Configuration page will open, showing the current settings for the System Timers:

Change the settings as required, by using the slide bar to the right of the selected timer. You can also double click on the timer to open a timer property dialog. Once you have configured then System Timers as required, click on the hardware tab at the bottom of the “System Configuration” page to display the “Hardware Monitoring” options:

Click on the options to toggle the option on or off. Once you have configured then “Hardware Monitoring” as required, click on the “Configuration” tab at the bottom of the “System Configuration” page to display the “System Configuration 1” options:

Click on the options to toggle the option on or off.

6. Outputs & Devices This section covers programming of the panel outputs and devices.

Panel Outputs The system has two outputs, which default to Siren and Strobe operation. However, the operation of both outputs may be changed, if required. The following output functions are available:

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00 Not Used This output type does not activate.

01 AC Fault This output type activates when the mains supply has been removed for the duration of the AC Fail Delay timer.

02 Battery Fault This output type activates when a fault is detected with the control panel standby battery.

03 System Open This output type activates when the system is in the disarmed state.

04 System Armed This output type activates when the system is armed in any of the armed modes (Away or Stay)

05 System Part Armed This output type activates when the system is armed in the Stay armed mode.

06 System Armed/Alarm This output type activates when the system is armed and pulses when an alarm is generated.

07 Bell/Siren This output type activates when an alarm is generated.

08 Strobe This output type activates when an alarm is generated and deactivates when the system is reset

09 Intruder Alarm This output type activates when an intruder alarm is generated.

10 PA Alarm This output type activates when a panic alarm is generated.

Outputs & Devices Programming Page To program the panel outputs, click on the “Outputs & Devices” icon in the “Programming” section on left hand navigation bar:

The Outputs and Devices page will open, showing the current settings for the two outputs:

Double click on the output you want to edit and the “Output Properties” dialog opens:

Edit the output properties as required, then click “Apply” to update. Click “Next” or “Previous” to move through the output list. When finished click on the “Close” button.

7. Communicator (Optional) This section covers programming of the communicator options, for systems fitted with an optional communicator Rhino GSM module.

ARC 1-‐2: Telephone Number This set of options is only used when the protocol is set SMS. The telephone numbers are used to send SMS to an FSK SMS Base Station.

ARC 1-‐2: Account Number This set of options is only used when the protocol is set SMS. The Account Code is used to identify the panel inside the SMS when it is sent to an FSK SMS Base Station.

ARC 1-‐2: Protocol This set of options allows the protocol type to be programmed for each ARC.

0 Disabled The selected ARC is disabled.

1 Contact ID The selected ARC is configured for Contact ID protocol. When triggered, the communicator will connect with the alarm receiver and report the event using Contact ID protocol.

2 SMS The selected ARC is configured for the FSK SMS Alarm Transmission protocol. When triggered, the communicator will send a SMS Text message in FSK Format to a FSK SMS Base Station. This option should not be used for sending SMS message to Users.

3 Slave Panel This option allows the Rhino 68 to be a slave panel or Wireless Expander for the Rhino 816.

ARC 1-‐2: Dial Sequence This set of options controls the method of reporting an alarm for each ARC.

0 TX Rhino Long Range Radio The selected ARC reports alarm events via TX Rhino Long Range Radio.

1 Rhino GSM Communicator The selected ARC reports alarm events via the Rhino GSM.

2 FSK Guard Room Decoder The option is reserved and should not be selected.

UDL Options The set of options controls how the upload/download computer interacts with the control panel.

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UDL Password The UDL password provides communication security with the remote UDL computer. The UDL password in the control panel must match the UDL password configured in the Rhino UDL software package in order to establish a communication link.

If the UDL Passcode is changed and subsequently forgotten. The only way to reset it is to reload the factory default settings, this will also default all other system parameters.

On-‐board Communicator Programming Page To program the communicator and UDL options, click on the “On-‐board Configuration” icon in the “Programming” section on left hand navigation bar:

The On-‐board Communicator page will open, showing the current settings for the ARC1 and ARC2:

Double click on the ARC you want to edit and the “ARC Properties” dialog opens:

Edit the ARC properties as required, then click “Apply” to update. Click “Next” or “Previous” to move through the ARC’s. When finished click on the “Close” button.

Click on the “UDL Options” tab at the bottom of the “On-‐board Communicator” page to display the “UDL Configuration” options:

Edit the options as required.

8. System Users This section covers programming of the system users.

The Rhino 68 has a total of 10 users:

User 00 defaults to Master and all other users default to “Not in Use”.

User Type The user type defines the level access the user has in order to operate the system. This option allows the selected user type to be assigned. User 00 (Master) type cannot be changed. When a User Type is selected the default User Options are applied for the selected user. Only the enabled User Options can be changed for the selected User Type.

0 Not in Use The selected user is not in use and all User Options are disabled.

1 Master The selected user is a Master and can perform all functions from their key fob and all User Options are enabled.

2 Standard The selected user is a Standard user and can perform all functions from their key fob and all User Options are enabled.

3 Recipient The selected user can only receive SMS status and alarm messages and User Options 6 and 7 are enabled.

4 Arm Only The selected user is an Arm Only user and can only perform arming and Panic Alarm functions from their key fob. Only User Options 2, 3 and 4 are enabled.

5 Panic The selected user is a Panic user and can only perform the Panic Alarm function from their key fob. Only User Options 4 is enabled.

User Cell No Each user can be assigned a cell phone number so that they may send SMS commands to the system and receive SMS status and alarms messages from the system. The system will only accept commands from a Cell Number that is assigned to the user and will only action the command if their User Options allow.

User Options Each user can be assigned one or more user options:

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1 Disarm the system On: The selected user can disarm the system from their key fob

and via their cell phone. Off: The selected user cannot disarm the system.

2 Arm the system On: The selected user can arm the system from their key fob and

via their cell phone.

Off: The selected user cannot arm the system. 3 Stay Arm the system On: The selected user can stay arm the system from their key fob

and via their cell phone.

Off: The selected user cannot stay arm the system. 4 Generate a Panic alarm On: The selected user can generate a Panic alarm from their key

fob. Off: The selected user cannot generate a Panic alarm. 5 Request the current status of the system On: The selected user can request the current system status from

their cell phone. SMS from the alarm panel must be enabled for this function to work.

Off: The selected user cannot request the current status. 6 Receive priority alarms from the system On: The selected user will receive priority alarm event messages on

their cell phone. SMS from the alarm panel must be enabled for this function to work.

Off: The selected user will not receive priority alarm events. 7 Receive Periodic Comms Test SMS’s from the system On: The selected user will receive communication test event

messages on their cell phone. SMS from the alarm panel must be enabled for this function to work.

Off: The selected user will not receive test events.

Users Programming Page To program the users and assign them a key fob, click on the “Users” icon in the “Programming” section on left hand navigation bar:

The System Users page will open, showing the current settings for each user:

Double click on the user you want to edit and the “User Properties” dialog opens:

Edit the user properties as required, then click “Apply” to update. Click “Next” or “Previous” to move through the user list. When finished click on the “Close” button.

Learning a key fob to a User The procedure below shows how to learn wireless key fob to a user within the Rhino UDL software:

1. Ensure Rhino UDL is connected to the control panel.

2. Open the “User Properties” dialog for the user you want to assign a key fob.

3. Select the required user type from the user type drop down list.

4. Click on the “Learn” button to learn a key fob, the system will remain in “Learn Mode” for 1 minute and prompt you to press the Disarm button on the Wireless Key Fob:

5. Press the Disarm button on the key fob within 1 minute. If successful, an acceptance tone is generated. If an error tone is generated after 1 minute, the key fob was not learnt.

6. After the key fob has been learnt, the “User Properties” dialog updates the key fob serial number:

Click on the “Next” or “Previous” buttons to scroll through the users and repeat steps 3 -‐ 6 for other key fobs.

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To remove a key fob from a user, click on the little “X” to the right of the key fob serial number.

SMS Functionality Rhino GSM modems are available in two formats. They can either be provisioned onto the FSK Sabre Radio network or else available for provisioning on the Public APN’s. In SA this would be either MTN or Vodacom.

Sabre Radio Networks The GSM Modems are normally provisioned onto the Sabre Radio Networks private APN server. These modems are NOT able to send SMS messages however can receive SMS messages from the public domain (i.e. from normal cellular phones). The cellular telephone number for the modem is available on the MiRhino app or else can be obtained by contacting FSK Technical Support on 011 477 2020 or [email protected].

Public APN SMS Messages The GSM Modems will need to be ordered as SMS units from FSK. They will then require normal Public APN SIM cards obtained from either MTN or Vodacom in SA. Cell C or Telkom Mobile are also supported however APN details will need to be changed in the modem. Direct SMS messages can then be sent directly from the alarm panel to the user and/or ARC.

Retrieving the Event Log The control panel has a 500 event log, which can be retrieved using the Rhino UDL software. To open the event log page click on the “Event Log” icon on left hand navigation bar. The event log page is now active:

When the event log page is active, the following toolbar buttons are available:

Retrieve All Events Click on this button to retrieve all 500 events from the control panel.

Retrieve New Events Click on this button to retrieve only new events since the last time you retrieved the event log from the control panel.

Retrieve Selected Events Click on this button to retrieve a selected number of events from the control panel.

Save, Append and Export The event log page has two tabs at the bottom and they perform the following functions:

Save Log Click on this button to save the current retrieved log events to the customer account. Note if the account

already has a saved log, it will be replaced.

Append Log Click on this button to append the current retrieved log events to the

end of an existing saved log.

Export Log Click on this button to export the current log event view to a PDF format file. The file is displayed in Adobe Reader and can be printed, saved or emailed.

Panel Memory and Saved Events The event log page has two tabs at the bottom and they perform the following functions:

Panel Memory When this tab is selected the event list displays events that have been retrieved from the control panel, but have not been saved.

Saved Events When this tab is selected the event list displays events that have been saved in the customer account.

Diagnostics The Rhino UDL software has a user friendly diagnostic page, which allows real time interaction with the Rhino 68 alarm system. To open the diagnostics page click on the “Diagnostics” icon on left hand navigation bar. The diagnostics page is now active. The left hand navigation bar has several icons to allow you to select different diagnostic screens.

General The general page shows an image of the PCB and displays the status of all zones, outputs, tamper and voltages:

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An alternative list view is available by pressing the List View tab

Zones The zones page shows a list of all zones, with columns for status, bypassed, alarm, walk tested, In Fault, Supervision, Low Battery and resistance:

Outputs The outputs page shows a list of all system status flags:

Control The control page mimics the 7 segment display that is found on the control panel. The system can also be armed and disarmed using the relevant buttons to the left of the display:

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4. MiscellaneousSMS Introduction If system is fitted with a Rhino GSM Module, then users may use the Short Message Service (SMS text) on their cellular phones to interact with their alarm system.

SMS messages can be sent to all Sabre Radio Networks modems as each modem has been allocated a normal cellular telephone number that is accessible from the Public Domain APN. The cellular telephone number for the modem is available on the MiRhino app or else can be obtained by contacting FSK Technical Support on 011 477 2020 or [email protected].

MiRhino App There is an app available for smart phones to access the Rhino 68 Alarm Panel. The app is available in both Android and Apple versions. The app will only connect to Rhino 68 alarm panels that are equipped with Sabre Radio Networks provisioned modems.

In order to use the MiRhino app it is necessary to register the modem and alarm panel on https://fsknetworks.com . This can be done by utilising the QR code on the alarm panel housing or else manually on the web page. Once this is done the user will be issued a User Name and Password which will allow the smart phone to access the Sabre Radio Network.

SMS Control Function This section covers the remote control of the alarm system via SMS. The user can perform the following remote control functions by sending an SMS command to the control panel via their cellular phone:

SMS Command Description

ARM Arms the alarm system *

DISARM Disarms the alarm system *

STAY Stay arms the alarms system *

STATE Request the current status ^

STATUS Request the current status ^

* These options will only function if the relevant User Options are enabled

^ These options will only function if outbound SMS messages have been enabled

Remote System Disable The alarm panel can be remotely disabled by the Alarm Receiving Centre (ARC) in the Rhino UDL. If the panel has been disabled then the 7 segment display will show:

When the system is disabled all alarm panel functions, including alarm transmissions to the ARC, will be stopped. The panel can be switched on again by checking the “Enable Control Panel Operation” in the Rhino UDL.

System Maintenance With normal use, the system requires little maintenance, other than that required by local regulations. The following points should be observed.

� Do not wash the security control panel, key fobs and detectors with a wet cloth. A light dusting with a slightly moistened cloth should remove normal accumulations of dust.

� The control panel stand-‐by battery test is designed to determine the battery condition. We recommend, however, that the stand-‐by batteries are replaced every two years.

� For other system devices such as smoke detectors, passive infrared, ultrasonic or microwave motion detectors or glass-‐break detectors, consult the respective manufacturer’s literature for testing and maintenance.

FSK0015-LI-00.06FSK0015-LI-00.06 25

5. Specifications Rhino 68 Control Panel

Electrical Supply Voltage: 16.5VAC, 20VA. Rated PSU Output: 1.1A

Ripple: <5%. Current: <100mA quiescent. <150mA in alarm Standby Battery: 12.0V SLA, 7Ah.

Recharge Time: 24hr. Low Voltage Alarm: 10.5V. Fuses: Mains: 315mA, 250V, 20mm

Auxiliary 12V: 1100mA PTC. Battery: 1.6A PTC. On-‐board Zones: 6 Hybrid plus 2 Wireless. Panel Outputs 1 -‐ 2: 1A switched to 0V.

Environmental Operating Temperature: -‐25°C to +55°C (-‐13°F to +131°F). Storage Temperature: -‐25°C to +60°C (-‐13°F to +140°F). Max. Humidity: 95% non-‐condensing.

EMC: Residential, commercial and light industrial.

Do not throw away the product with the normal household waste at the end of its life, but hand it in at an official collection point for recycling. The on-‐board battery also contains substances that may pollute the environment. Always remove the battery before you discard and dispose of the battery at an official collection point for batteries.

Physical Dimensions: 21.5cm x 24.5cm x 7.5cm. Housing: 1mm Steel.

Packed Weight: 1200g

Standards

Safety Conforms to European Union (EU) Low Voltage Directive (LVD) 2006/95/EC

EMC Conforms to European Union (EU) Electro-‐Magnetic Compatibility (EMC) Directive 2004/108/EC

Security Conforms to EN 50131-‐1 and EN 50131-‐3 Grade 2, Environmental Class IV

The CE mark indicates that the Rhino 68 complies with the European requirements for safety, health, environment and customer protection.

Warranty FSK Electronics products are carefully designed to provide reliable problem-‐free operation. Product quality is carefully controlled during all manufacturing processes. The Rhino 68 is covered against defects in material or faulty workmanship for a period of 2 years from the date of purchase. Due to our policy of continuous product improvement, FSK Electronics reserves the right to change specification without prior notice.

As the Rhino 68 is not a complete intruder alarm system, but only part of it, FSK Electronics does not accept responsibility or liability for any damages whatsoever based on any claim that the unit failed to function correctly.

Limitations of Security Products: Security products and alarm systems do not offer guaranteed protection against burglary, fire, or other emergencies. They may fail to warn for diverse reasons, including (but not limited to): power failure, dead batteries, improper installation, coverage “blind spots”, coverage areas overlooked during installation, defeat by technically sophisticated intruders, component failure, or inadequate maintenance. Alarm systems should be checked weekly to ensure that all devices are working properly. AN ALARM SYSTEM IS NOT A SUBSTITUTE FOR INSURANCE.

FSK Electronics (Pty) Ltd, warrants its products to be in conformance with its own plans and specifications and to be free from defects in materials and workmanship under normal use and service for twelve months from the date of original purchase. Seller's obligation shall be limited to repairing or replacing, at its option, free of charge for materials or labour, any part which is proved not in compliance with Seller's specifications or proves defective in materials or workmanship under normal use and service. Seller shall have no obligation under this Limited Warranty or otherwise if the product is altered or improperly repaired or serviced by anyone other than Seller. For warranty service, return transportation prepaid, to the manufacturer

There are no warranties, expressed or implied, of merchantability, or fitness for a particular purpose or otherwise, which extend beyond the description on the face hereof. In no case shall seller be liable to anyone for any consequential or incidental damages for breach of this or any other warranty, express or implied, or upon any other basis of liability whatsoever, even if the loss or damage is caused by its own negligence or fault.

Seller does not represent that the products it sells may not be compromised or circumvented; that the products will prevent any personal injury or property loss by burglary, robbery, fire or otherwise; or that the products will in all cases provide adequate warning or protection. Customer understands that a properly installed and maintained alarm system may only reduce the risk of a burglary, robbery, or fire without warning, but it is not insurance or a guarantee that such will not occur or that there will be no personal injury or property loss as a result.

Consequently, seller shall have no liability for any personal injury; property damage or other loss based on a claim the product failed to give any warning. However, if seller is held liable, whether directly or indirectly, for any loss or damage arising under this limited warranty or otherwise, regardless of cause or origin, seller's maximum liability shall not in any case exceed the purchase price of the product, which shall be the complete and exclusive remedy against seller.

This warranty replaces any previous warranties and is the only warranty made by Seller on this product. No increase or alteration,

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