Rhino 232 - Installation Manual - PRINT...The Rhino 232 panel works with the MiRhino mobile application which allows the user to remotely control and monitor his or her alarm system

CONTENTS

Getting Started ..................................................................................................................................... 4Overview ................................................................................................................................................................................................... Installation ..............................................................................................................................................................................................Programming ........................................................................................................................................................................................

Rhino 232 Panel Overview ............................................................................................................. 5Installation ...............................................................................................................................................

Mounting of the alarm panel ....................................................................................................................................................... Wiring the alarm panel ....................................................................................................................................................................Power supply ..........................................................................................................................................................................................Piezo Buzzers .........................................................................................................................................................................................Sound bomb ..........................................................................................................................................................................................Strobe lamp ............................................................................................................................................................................................Wired zones ............................................................................................................................................................................................Wiring .........................................................................................................................................................................................................Wireless zones .......................................................................................................................................................................................

Programming .........................................................................................................................................Entering the programming mode ............................................................................................................................................Navigating the programming menus .....................................................................................................................................Setting up zones ..................................................................................................................................................................................Programming wireless zones ......................................................................................................................................................Users ............................................................................................................................................................................................................Area Options ..........................................................................................................................................................................................Hardware options ...............................................................................................................................................................................Keypad Options ...................................................................................................................................................................................Outputs .....................................................................................................................................................................................................Communications ................................................................................................................................................................................

Upload/Download (UDL) ................................................................................................................Using the UDL ......................................................................................................................................................................................

Appendix A .............................................................................................................................................Text Entry Mode ..................................................................................................................................................................................Hex Entry Mode ...................................................................................................................................................................................

Warranty Information .......................................................................................................................

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Zone Commissioning Process ..................................................................................................... 242929

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33

The Rhino 232 panel is a wireless alarm panelThe Rhino 232 panel is equipped with an onboard GSM modem which sends alarms to the control roomThe Rhino 232 panel works with the MiRhino mobile application which allows the user to remotely control and monitor his or her alarm systemThe Rhino 232 panel has been designed with ease-of-use, ease of installation and ease of programming in mind

GETTING STARTED

1. Overview

2. Installation

Connect battery to the panelMount the panel in a location that has good GSM signal reception and that’s convenient for the userWire the power supply to the alarm panelMount the sensorsProgram the alarm panelPerform the commissioning process

3. Programming

The keypadThe UDL (up/download) software supplied on the FSK DVD. The UDL programming can be done locally via a USB connection or remotely via the FSK Gateway

The Rhino 232 alarm panel can be programmed via the following means:

4 Rhino 232 Installation Manual |

P O W E R STAT US TROUBLE

2 3

4 5 6

7 8 9

CLEAR 0 ENTER CHIME

BYPASS

STAY

ARM

i

1 P

The Rhino 232 panel Wireless DevicesBi-Directional

Raptor Remote Gate Module

Indoor PIR Door Contact Third PartyPIR Interface

Optional

Power Supply

USB Port forProgramming

PC for LocalUpload/Download

ORRemote Upload/Download

via the internet

Smart Phone Apps

RHINO 232 PANEL OVERVIEW

12V Strobe(< 50mA)

12V SoundBomb

(< 200mA)

Piezo buzzers

Back view of panel

Rhino 232 Installation Manual 5 |

- +

Power Supply

Optional12V Sound

Bomb

Optional12V Strobe

5V FROMPOWERSUPPLY

ZONE 2

ZONE 1

AUX12V

5V

GN

D

SRN - +STRB Z1

Z2

COM

(≤ 200mA)

(≤ 50mA)

INSTALLATION

The alarm panel should be mounted in a location that has good GSM signal strength and that is convenient for the user such as the living room or bedroom.The alarm panel should be mounted away from metal objects as this will negatively affect the performance of the wireless transceiver and GSM module.Make sure the internal battery is plugged in as leaving it unplugged will negatively affect the performance of the wireless transceiver and GSM module.

Mounting the alarm panel

Once the location has been chosen, remove the panel from the its bracket and mount the bracket to the wall.

Use four 5mm screws and wall plugs to mount the bracket. Tighten the screws until the bracket is firmly in place, but do not over-tighten them.

Wiring the alarm panel


Power Supply

Use only the 5V power supply with the alarm panel. A higher voltage supply or AC supply will damage the alarm panel.Connect the positive lead of the power supply to the positive terminal (5V) of the wall bracket and the negative lead of the power supply to the negative terminal (GND) of the wall bracket.Use a good quality security cable to do the connection like a ripcord cable.

NB. Please make sure to plug in the battery that is inside of the alarm panel.

Sound Bomb

The sound bomb may not draw more than 200mA.Do not connect a conventional siren.

The alarm panel can drive an optional 12V sound bomb which can be used as an internal or external siren.NB:

Strobe LampThe alarm panel can drive an optional 12V strobe lamp.Note: The strobe lamp must be a low current variet as it will shorten the y (not more than 50mA) internal battery standby time.

Wired ZonesUp to two wired zones can be connected to the alarm panel (in addition to the wireless zones). The wiring options for the zones are shown are in the next section. The auxillary 12V power supply can be used to power up to two wired PIRs.Note: Power supplied to the PIRs will shorten the internal battery stand-by time.

Wiring

Alarm Alarm

Normally ClosedDetector

Alarm

Normally OpenDetector

Normally ClosedDetectorwith EOL

3K3

Piezo BuzzersThe alarm panel has two built-in piezo electric buzzers which sound whenever there is an alarm.NB: These buzzers will only sound if one of the wired outputs is programmed as a siren/bell.


The detector contact is normally closed and opens when there is an alarm.Program the zone wiring property to normally closed

NORMALLY CLOSED DETECTOR

The detector contact is normally open and closes when there is an alarm.Program the zone wiring property to normally open

NORMALLY OPEN DETECTOR

The detector has a normally closed contact. The EOL resistor is used to detect that there is a fault condition on the wire to the sensor.Program the zone wiring property to single EOL-N/C

SINGLE END-OF-LINE (EOL) NORMALLY CLOSED

Wireless Zones

The wireless door contact has a reed switch which is used in conjunction with a magnet to sense ifa door is opened. In addition, there is an alternative of a zone input terminal.

Refer to the door contact leaflet.

RH-100 Wireless Door Contact

Use a CR2 3V Li-ion battery. Observe the polarity.

1. BATTERY

The tamper switch is used to detect the removal of the lid. It is also used for programming the device into the panel.

2. TAMPER SWITCH

The LED lights when the device is sending a signal to the alarm panel.

3. ACTIVITY LED


# I SecureGuard Installa�on Manual

The wireless door contact has two detector inputs. The first is the reed switch which is activated by the magnet. The second requires a voltage-free normally closed contact to be wired into the terminals. Both inputs report back to the same zone on the control panel. If the zone is not used, it should be shorted out with a link.

4. ZONE INPUT TERMINALS

The magnetic reed switch detects the presence of the magnet fitted to the door. There is a marking on the door contact which indicates where the magnet should be centred. The magnet should be mounted within 15mm of the door contact (when the door is closed).

5. MAGNETIC REED SWITCH

The antenna is used for transmitting the wireless signal.NB. Avoid mounting the door contact on or near a metal frame as this will negatively affect communications with the alarm panel.

6. ANTENNA

The RH-101 is engineered to be fitted to third party PIR wireless-ready detectors. It has a normally closed alarm input as well as a normally closed tamper input.

Refer to the in-box leaflet.

RH-101 Wireless 3rd Party Interface

Use a CR123A 3V Li-ion battery. Observe the polarity.

1. BATTERY

The tamper switch is used to detect the removal of the lid. It is also used for programming the device into the panel. The tamper switch of a third-party PIR wireless-ready detector is used in conjunction with the tamper terminal (5).

2. TAMPER SWITCH

The LED lights when the device is sending a signal to the alarm panel.

3. ACTIVITY LED


The normally closed contacts from the PIR are connected to these terminals. An alarm will be sent when the PIR opens its contact.

4. ALARM INPUT TERMINAL

The normally closed tamper output from the PIR is connected to these terminals.

5. TAMPER INPUT TERMINAL

The antenna is used for transmitting the wireless signal.NB. Avoid mounting the unit on or near a metal frame as this will negatively affect communications with the alarm panel.

6. ANTENNA

The RH-200 indoor PIR has built-in wireless for direct communication to the Rhino 232 panel. The PIR is allocated to one of the available wireless zones.


RH-200 Wireless Indoor Passive

Use a CR123A 3V Li-ion battery. Observe polarity (the positive terminal is marked).

1. BATTERY

The tamper switch detects that the lid has been opened. It is also used for learning the device into the panel.

2. TAMPER SWITCH

The LED illuminates when movement is detected.

3. ACTIVITY LED

The Raptor gate module has been specifically designed for controlling gate motors, garage doors, etc. It has an output that can open and close a gate (control). Its input cannot be assigned to a zone on the Rhino 232 panel.


Raptor Bidirectional Gate Module

545

3

2

1

If this jumper is on, the sensitivity is normal. If it is off, the sensitivity is high.

4. SENSITIVITY JUMPER

If this jumper is on, the LED is enabled. If it is off, the LED is disabled.

5. LED JUMPER


1. Power supply terminals - 12-24V DC2. Relay output - common, normally open and normally closed terminals3. Input (positive and negative triggers)4. Spare ground terminal (for negative trigger input)5. Learn button6. Relay on/off status lamp7. Wireless activity lamp

The Raptor remote control is a fully bi-directional remote control which is used to arm and disarm the panel. It also has two spare buttons which can be used to activate a gate, door or for other functions when used with a gate module. Refer to the remote control product manual.

Raptor Wireless Remote Control

Spare

Disarm

Panic

SpareStay 1Arm


NB: Make sure you mount the panel in the desired location and install all detectors BEFORE doing any programming.

Entering the Programming Mode

PROGRAMMING

Enter the Engineer’s Code * * * *

Press the key

The default Engineer’s Code is 1234

Navigating the Programming MenusAll the programming menus have the same structure and are easy to navigate through.

Press the keys to scroll through the MENU options

Press the ENTER key to select theoption you wish to change

Press the two numeric keys to select theoption e.g 06

Press the CLEAR key to go back


Setting Up the Zones

Choose the Zones Menu from theConfiguration Menu

Select the zone you wish to program

Zone TypeThe following zone types are available:

NOT USEDZone is not used

FINAL EXITUse this zone type for the main entry/exit detector by connecting a magnetic contact on the door. The zone can be activated while exiting the premises, without causing an alarm. When entering the premises through this zone, the Entry delay timer will be started.

FOLLOWERUse this zone for detection devices along the entry/exit route. This zone type will allow the user to walk past the detector without causing a fault during the exit mode or an intruder alarm during an entry mode. However, if activated at any other time, the zone will cause an immediate intruder alarm when the panel is armed.

INTRUDERDetection devices such as PIRs or door contacts. This zone will cause an intruder alarm if activated when the panelis armed.

24 HOURUsed for 24-hour monitoring. This zone generates a 24-hour burglary alarm when it is activated.

Wiring

NORMALLY CLOSEDThe detector contact is normally closed and opens when there is an alarm.

NORMALLY OPENThe detector contact is normally open and closes when there is an alarm.


Programming Wireless ZonesIf a zone has been selected as wireless, two steps are required to program a wireless device into a zone.

STEP 1:Select the wireless type (W TYPE)Options are:PIR Wireless Passive Infra-RedDOOR CONTACT Wireless Door Contact

STEP 2:Enter the Wireless Device Serial Number (W SERIAL). This menu is used to attach a wireless device to a zone.

Select the Wireless Serial Number Menu

The serial number can be entered automatically by activating the tamper button on the wireless device. Refer to the in-box leaflet for the wireless sensor.

Alternatively, the serial number for the wireless device can be entered on the keypad. The serial number for the wireless device is printed on the sticker on the wireless device.

To type in the wireless serial number, type in the code that appears after the 0x written next to ‘ID’ on the label e.g. 00027A59.See Appendix A - Hex Entry Mode.

Double Knock ZonesDouble Knock zones only cause an alarm when:

The zone remains active for the duration of the ‘Double Knock Delay’The zone is violated twice within the ‘Double Knock Delay’

SINGLE EOL

The detector has a normally closed contact. The EOL resistor is used to detect that there is a fault condition on the wireto the sensor.

WIRELESSThe detector is wireless.


Manual Bypass (M BYPASS)When the manual bypass option is ‘SET’, the zone is allowed to be manually bypassed by the user.

Automatic Bypass (A BYPASS)When the automatic bypass option is ‘SET’, the zone will be automatically bypassed if it is active when the panel is armed.

ChimeThe zone can be set to produce a chime tone when it is violated. The options are:

OFF (no chime)TONE 1TONE 2TONE 3TONE 4

Users

Choose the Users Menu from theConfiguration menu

Up to 21 users can be assigned to the alarm panel.

The user types are:

ENGINEEROnly the engineer is allowed to program the panel. There must be an engineer user type assigned to the panel.

Crossover ZonesCrossover zones will only cause an alarm when any two zones with the ‘Crossover’ attribute are activated during the ‘Crossover’ window.

Stay ZonesThere are two Stay Arm modes: Stay 1 and Stay 2. If a zone is configured to ‘SET’ in one of the stay modes, the zone will be bypassed (will not cause an alarm) when the panel is armed in the relevant stay mode.

Zone NameEach zone (the protected area) can be assigned a 13 character name by entering alphanumeric characters via the keypad. See Text Only Mode in Appendix A.

NB. Make sure to commission zones once all programming is done to ensure that they are working properly. See page 23.


#SecureGuard Installa�on Manual I

User Code

The user code can be between 4 and 16 digits longThe code is entered using the keypad (keys 0 to 9)Type in the user code and press the ‘enter’ key when completeUser codes should be unique per user

User Name

The user name is used by the panel when logging actions taken by the user e.g. arming and disarming of the panel. User names can be entered using the keypad by multiple presses of the numeric keys. See the section on Text Entry Mode in Appendix A.

Remote Control Serial Number

Every user’s remote control has to be programmed into the panel.

Choose W SERIAL (wireless serial) option

MASTERA master user can access all the options within the user menu. This user can add or edit other users.

STANDARDA standard user is allowed to use all the functions on the panel such as arming, disarming and bypassing of zones except adding and editing other users.

ARM ONLYAn arm-only user can arm but not disarm the panel. This user can activate a panic alarm via a remote control.

PANICA panic user can only activate the panic key on the panel or on the remote control.

CODE - Each user has a code (up to 16 digits) which can be used to arm and disarm the panel.TYPE - See above.NAME - This is a name of the user and is entered in alphanumeric character via the keypadW SERIAL - The serial number of the wireless remote control which is carried by the user

Each user has the following options:

To enter the serial number of the remote control for the selected user press the disarm ( ) button on the remote control OR type in the number written next to the ID on the label. See the section on Hex Entry Mode in Appendix A.


Final Exit - If the entry/exit zone is activated and then restored within the exit delay period, the panel will arm. Otherwise, it will arm when the exit delay is complete.Timed Exit - Uses the exit delay timer to arm

STAY MODE (Stay Arm Mode) The procedure followed when the panel is armed in stay mode. The options are:

Final Exit - If the entry/exit zone is activated and then restored within the exit delay period, the panel will arm. Otherwise, it will arm when the exit delay is complete.Timed Exit - Uses the exit delay timer to arm

AC OFF ARMIf this option is set, the panel can be armed when AC power is off.

PLS STROBE ARMIf this option is set, the strobe lamp will be pulsed when the panel is armed.

Area Options

The Rhino 232 panel has only one area/partition.

Choose the Area Menu from theConfiguration Menu

EXIT DELAYThis is the delay (in seconds) after the alarm system is armed which allows the homeowner to exit the home before the system becomes active. The default is 10 seconds.

ENTRY DELAYThis is the delay (in seconds) that allows the homeowner a period of time to enter the home and disarm the system before the alarm sounds and triggers an event. The default is 10 seconds.

BELL DURATIONThe time (in seconds) for which the siren will sound before automatically shutting off. The default is 60 seconds.

ARM MODEThe procedure followed when the panel is armed in away mode. The options are:

The following options can be changed:


#SecureGuard Installa�on Manual I

DOUBLE KNOCKThe time (in seconds) for which a double knock zone is violated twice or two crossover zones are violated before the panel generates an alarm condition. The default is 20 seconds.

AUTO TESTThe time (in hours) between the automatic test messages being sent to the monitoring centre/control room. The default is 23 hours.

Counters

TIME ZONE - The local time zone (used for the clock). South Africa is GMT +2

Hardware Settings

GENERAL VOLUMEThe tone volume on the keypad. Values range between 0 (off) and 10 (loudest). The default value is 1.

CHIME VOLUMEThe volume of the chime tones. Values range between 0 (off) and 10 (loudest). The default value is 10.

ONLY EXIT READY If this option is set, the system will only start arming when it is ready (there are no zones violated).

BELL ON A ARMIf this option is set, the panel will squawk the siren when it is away armed.

Hardware OptionsChoose the Hardware Menu from the

Configuration Menu

Timers

AC FAIL The time (in minutes) between when the AC supply has turned off and the panel reports that the AC has failed. The default is 10 minutes.

BATTERY TESTThe time (in minutes) for which the battery is low until the panel reports that it islow. The default is 2 minutes.


Configuration (CONFIG)REINSTATE BYPASS - If set, the panel will automatically unbypass any zones, which have been bypassed by the user, when the panel is disarmed. The default is SET (reinstate bypassed zones).

KEY TONESIf set, a tone will be generated when a key is pressed on the keypad. The default is SET.

TAMPER TONESIf set, the speaker will sound an alarm when a zone has been tampered. The default is SET.

ADVISORY TONESIf set, the speaker will sound advisory tones to the user when the panel cannot perform an action e.g. incorrect option selected, or panel cannot arm after the arm key has been pressed.

BOX TAMPERIf set, the speaker will sound an alarm when the panel is removed from its wall mounting bracket. The default is SET.

SYSTEM VOLTAGEThe panel will monitor the state of its power supply and will generate a fault condition if the supply voltage is not within acceptable limits. The default is SET (monitored).

AC MAINSIf set, the panel will generate a fault condition if the AC supply is not present. The default is SET (monitored).

ALARM VOLUMEThe volume of the internal speaker when the panel is in alarm. Values range between 0 (off) and 10 (loudest). The default value is 10.

ALARM TONESIf set, the internal speaker will sound when the panel is in an alarm condition. The default is SET (on).

TROUBLE TONESIf set, the internal speaker will sound when there is a trouble condition on the panel (e.g. AC failure or low battery). The default is SET.

CHIME TONESIf set, the internal speaker will issue chime tones when a chime zone is violated (see Chime under the Setting Up the Zones section). The default is SET.

ENTRY TONESIf set, the internal speaker will sound when the entry delay is active (the user is entering the pre-mises). The default is SET.

EXIT TONESIf set, the internal speaker will sound when the exit delay is active (the user is exiting the premises).The default is SET.


FIRE ALARMPressing buttons 1 and 3 simultaneously will cause the panel to generate a fire alarm. The option must be SET for this option to be activated. The default is SET.

MEDICAL ALARMPressing buttons 4 and 6 simultaneously will cause the panel to generate a medical alarm. The option must be SET for this option to be activated. The default is SET.

Keypad Options

There are three banner texts which can be entered:PANEL NAMEThe text which is displayed during normal operation. This usually identifies the location of the panel e.g. “Smith House”.

STAY 1 The text displayed when the panel is armed in STAY 1 mode. This could be something like “SLEEP” is the STAY 1 armed mode is used at night.

STAY 2The text displayed when the panel is armed in STAY 2 mode.

The banners can be changed using the Text Entry Mode in Appendix A.

Choose the Keypad Menu from theConfiguration Menu

There is only one keypad, the internal keypad

Banners

20

Local

RECOMMISSIONThis section allows one to re-commission the whole alarm system as well as all wireless zones programmed into the system. Please see the Zone Commissioning process section on page 24.

DEFAULT SIMThis section is only available in Dual SIM Rhino 232 alarm panels. This is where the default sim cardof the Dual Sim Rhino 232 panel is selected.


There are 2 onboard wired outputs on the panel and up to 30 wireless outputs. Each output has the following options:

TYPE 1The output can be global (controlled by the panel) or remote control (controlled by the user). If theoutput option is set to global, the activation of this output is set in the TYPE 2 menu.

TYPE 2Used to set how a global ( panel controlled output) is activated. The following options are available:

Not UsedThe output is not used.System OpenOutput will activate when the panel is disarmed.

QUICK STAYIf this option is SET, the Quick Stay Arm (single press of the stay arm button) feature is enabled. If not enabled, the user has to enter his code to stay arm the panel. The default is SET (quick stay arm enabled)

QUICK BYPASSIf this option is SET, the Quick Bypass (single press of the bypass button) feature is enabled. If notenabled, the user has to enter his code to bypass a zone. The default is SET (quick bypass enabled)

Outputs

Choose the Outputs Menu from theConfiguration Menu

PANIC ALARMPressing buttons 7 and 9 simultaneously will cause the panel to generate a panic alarm. The option must be SET for this option to be activated. The default is SET.

SILENT PANICIf the silent panic option is SET, the panel will not sound an alarm when the keypad panic button is pressed. A duress alarm will however be sent to the response company control room. The default is SET (silent panic).

QUICK ARMIf this option is SET, the Quick Arm (single press of the arm button) feature is enabled. If not enabled, the user has to enter his code to arm the panel. The default is SET (quick arm enabled).


ARC (Alarm Receiving Centre)The ARC settings determine which messages are to be sent to the monitoring centre/control room.

ProtocolThe ARC protocol must be set to GSM CID in order for the alarms to be sent to the control room. If ARC is set to disabled, no alarms will be sent to the control room.

AlarmsThe option must be SET if alarm messages (such as burglaries and panic messages) are to be sent to the control room.

TampersThe option must be SET if tamper messages (such as PIR tampers, door contact tampers or alarm panel tampers) are to be sent to the control room. The default is SET.

available outputs on the panel (see Section 2 - Wiring the alarm panel). Wireless outputs work with the wireless bi-directional gate module (digital I/O).

W Serial (Wireless Serial Number)The serial number can be typed into the serial number field or entered automatically by activating the tamper button on the wireless device. Refer to the in-box leaflet for the wireless sensor. Alternatively, the serial number for the wireless device can be entered on the keypad. The serial number for the wireless device is printed on the sticker on the wireless device. To type in the wireless serial number, type in the number written next to the ID on the label. See Appendix A - Hex Entry Mode.

Communications

Choose the Communications Menu from the Configuration Menu

LatchingThe output is either ON or OFF. If this option is SET, the output is latching.InvertedThe state of the output is inverted (ON -> OFF and OFF -> ON). For example, if an output is turned on when the panel is armed and the inverted state is selected, the output will then be turned off when the panel is armed.PulseWhen the output is activated it will turn on for a period of time and then turn off again. For example, a gate controller will use a pulsed output. When this option is set, the output will pulse for one second when it is activatedW Type (Wiring Type)The output can either be wired (outputs 1 and 2 only) or wireless. Wired outputs use the two


TestsThis option must be SET if the panel is to send its self-test (auto-test) messages to the control room.The default is SET.

RestoresThis option must be set if alarm restore messages are to be sent to the control room. This includes restoring of bypassed zones. The default is SET.

UDL (Up/Download)The UDL password is used to gain access to the alarm panel so that it can be programmed. The UDL password should be kept in safe place. The default UDL password is 1234.

FaultsThe option must be SET if fault condition messages ( such as low battery status or AC fail messages) are to be sent to the control room. The default option is SET.

Open/CloseThe option must be SET if opening and closing (arm/disarm) messages are to be sent to the control room.

BypassThis option must be SET if bypass messages are to be sent to the control room. Only manual (user)bypass messages are sent. The default is SET.


ZONE COMMISSIONING PROCESS

The commissioning mode is a testing mode where the Rhino 232 panel tests the whole installation done by the installer. Features tested in this mode will include the input voltage to the panel, contacts of the panel to its docking station and the signal strength of all the wireless zones programmed.

The commissioning mode is triggered when adding new zones or changing the zone type, zone wiring and/or wireless zone serial numbers of existing wireless zones.

How to complete the commissioning process:

1 To start the commissioning process, the panel will request the Engineer code to be entered on the keypad.

On the keypad, enter the Engineer code (default 1234) and press the “Enter” key to access the Commissioning menu.

2 In the Commissioning menu, the panel will prompt you to trigger the new zones or the zones to which changes have been made. In this example, the zone is the scullery.

3 Each zone has to be triggered 3 times through zone activations and restorals. An activation is counted as one trigger and a restoral as another. Auto-test, zone battery low or zone tamper events cannot be used to trigger the zone. The panel will acknowledge each zone activation with a chime tone and display the number of activations left to finish the commissioning process e.g. TODO:2.It also displays the last signal strength for each zone.


4 After all the zones are commissioned, enter the Engineer code once more and press the “Enter” key to exit the commissioning mode and go into normal operation.

If the input voltage to the panel is too low or too high, commissioning cannot continue. This is because there is already something wrong with the installation. The commissioning process can only be completed when the panel is in its docking station thus testing the installation as is.The wireless zone signal strength must be greater than -108dbm.· Changing the zone information back to what it was will not deactivate commissioning mode.

Please Note:

Error Messages

The input voltage supply to the panel is too low (less than 4.75V) while the panel is in Commissioning mode. The power supply to the panel might be faulty.

Replace the power supply to the panel with one that gives out at least 4.80V.

N.B The commissioning process will not continue until the power supply fault is fixed.

CAUSE FIXERROR DISPLAY

The input voltage supply to the panel is too high (greater than 5.60V) while the panel is in commissioning mode. The power supply to the panel might be faulty.

Replace the power supply to the panel with one that gives out at most 5.50V.

N.B The commissioning process will not continue until the power supply fault is fixed.


The panel in commissioning mode is receiving signals from a wireless zone at low signal strength of below -108dbm.

Install a wireless repeater to boost signal strength of the wireless zone. If the zone is a door contact, make sure it is not installed on a metal door frame. Install the zone in such a way that you get a stronger signal strength which is greater than -108dbm.

N.B The commissioning process will not continue until the zone starts sending signals at a signal strength of more than -108dbm. fault is fixed.


The panel is out of the docking station while in commissioning mode.

Place the panel in the docking station.

N.B For the commissioning process to proceed, the panel has to be secured in its docking station.

The panel is not receiving signals from the wireless zone.


The panel has detected a wireless zone supervision fault while it was out of the docking station.



The panel is out of the docking station while in normal operation mode.


Wireless zone supervision, panel battery low or a GSM low signal fault has been detected while the panel was out of its docking station.

Place the panel back in its docking station.

The panel is not charging while in the docking station. This can be due to a faulty power supply or AC power failure.

Check if the power supply plug is plugged in properly into AC mains supply and that there is no load shedding in the area. Check if the power supply is not faulty.

The panel has detected a low battery voltage on its back-up battery. The back-up battery voltage has dropped down to below 3.8V.

Place the panel in its docking station so that it can recharge the back-up battery. If it is, make sure there is power from the power supply to the docking station.


The panel has detected a low battery voltage (i.e. below 2.6V) from one of the wireless zones.

Replace wireless zone battery with a new one.


The panel has detected a wireless zone supervision fault after it had previously reported a zone low battery fault for that zone.

Replace wireless zone battery with a new one.

The panel has detected a low GSM signal strength of below 6 (maximum is 31) for more than 3 minutes.

Place the panel in a different location where the GSM signal strength is better.


The Rhino UDL software is available on the FSK DVD supplied with the purchase of this panel.

Using the Rhino UDL software

RHINO UPLOAD/DOWNLOAD (UDL) SOFTWARE

The Rhino UDL software is an easy means of changing the Rhino 232 panel’s settings.

1. Create the alarm panel in the UDL.

Click on Accounts

Click on ‘Add New Account’.

Enter the customer information for future reference.Enter the Rhino UDL password so that it matches the ones entered into the alarm panel.


2. Remote Alarm Panel ProgrammingThe alarm panel is fitted with a GSM module. All the UDL functions can be done remotely - programming, log viewing, diagnostics, etc. In order to use the UDL remotely, the fields under ‘GSM APN Information’ have to be filled in correctly.

The panel has a sticker inside the battery cover. The Panel Account Number (ACC) and Client ID (CID) should be copied into the relevant fields under the GSM APN Information.

Register the device on the corporate account on FSK Networks: https://fsknetworks.com. The user name and password used on FSK Networks are the same ones filled into the GSM APN Information fields. To connect to the alarm panel from a remote location, an internet connection is required on the programming computer. To connect to the panel remotely, select ‘Connect via FSK Gateway’ option on the Connect Menu.


3. Programming the Panel Using a USB CableA Micro-USB connector is plugged from the computer to the USB port on the bottom of the panel. Toconnect to the panel, use the ‘Connect via USB-Link’ option on the Connection menu.


APPENDIX A

A1. TEXT ENTRY MODE The Text Entry Mode is used for entering names. The Text Mode entry keys are as follows:

For example, to enter the character ‘p’, press the ‘7' key 6 times.

The Hex Entry Mode is used for the entering of Hexadecimal Characters (for wireless devices).

Back one character

Advance to the next character

Accept the serial number

To enter the alphanumeric characters A to F

A,B,C are entered by successively pressing the key

D,E,F are entered by successively pressing the key

Key Characters

Next Character

Previous Character

e

h

k

n

p

u

zy

s


FSK Electronics products are carefully designed to provide reliable problem-free operation. Product quality is carefully controlled during all manufacturing processes. The Rhino 232 panel is covered against defects in material or faulty workmanship for a period of 12 months 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 232 panel 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 overlsecooked 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, 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, written or verbal, of the obligations of this Limited Warranty is authorised.

WARRANTY INFORMATION


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Documents

Rhino 232 - Installation Manual - PRINT...The Rhino 232 panel works with the MiRhino mobile application which allows the user to remotely control and monitor his or her alarm system