Digiflex SMART RF RF120 How to use

Installer

Reference Guide

SMART RF

RF120 Base Station

RF121

Base Station With Relay Outputs

Rev 1.30

RoHS



The SMART RF Base Station is an advanced 2-Way

433Mhz transceiver that interfaces directly to compat-

ible control panels via an RS485 LAN connection. There

are two built in radio transmitters and receivers with

dual diversity internal antennas. Indicator lights display

the status at all times while front and rear tampers pro-

tect against unauthorised access.

Multiple receivers can be installed on a single LAN creat-

ing a network of access points where RF devices can

communicate across larger areas.

Base Station Receiver Compatibility

RF120 Version Receivers Supported

Vision-X 2.30 4

Solution 6000 2.30 4

RF121 Version Receivers Supported

Vision-X 2.52 4

Solution 6000 2.51.04 4

Table 1: Compatibility

The 2-way communication is encrypted with rolling

code and anti substitution technology making the

SMART RF base station an ideal choice for your wireless

security system.

Receiver Addressing

Each receiver ﬁtted to the system must be assigned a

unique address on the LAN. Both models includes a DIP

switch for quick address selection. The following table

shows the address setting for each receiver as well as the

number of receivers each panels can support.

Base Station Receiver Address Setting

Address S1 S2 S3 S4 S5

Base Station

1 OFF OFF OFF OFF

LAN Terminator

Switch

2 ON OFF OFF OFF

3 OFF ON OFF OFF

4 ON ON OFF OFF

Table 2: Receiver Address

Note

Only 1 receiver can be assigned to each address.

All receivers are supplied from the factory set to

address 1. You must power cycle the panel or

perform a LAN scan whenever you change the ad-

dress. Currently only 4 receivers are supported.

DIP Switch 5 - LAN Termination

LAN Termination if required can be enabled by

placing switch 5 in the ON position.

RF120-RF121-SMART RF Base Stations - RS485

2345

Figure 1: Receiver Address Switch

Tamper Switch Operation

In your installation one or both of the case tamper

switches may not be needed. Setting switch 1 to the ON

position will disable the rear case tamper and switch 2 in

the ON position will disable the front cover tamper. From

the factory both tampers are enabled. The housing must

be correctly installed for the rear tamper to function cor-

rectly.

Switch 1 ON = Disable Rear Tamper

Switch 2 ON = Disable Front Tamper

Figure 2: Tamper Switch Control

Box Contents

The box contains the following parts.

RF Base Station Receiver PWA

Case (Front & Back) + LED Light Pipe + Cam Lock

Instruction Sheet

Bosch RF Device Compatibility

The RF120 Base Station is capable of supporting selected

Bosch RF peripherals like PIR’s, Reed Switches and Shock

Sensors etc. You must enable Bosch compatibility mode

in panel programming, MENU 6-2-0, Option 8 to enable

this feature.

For best performance, if you are not using Bosch RF

peripherals then you should leave this option disabled.

Mounting Considerations:

• Mount the receiver in a location that is central rela-

tive to where the wireless devices will be mounted.

• Mount on a vertical surface with at least 30 cm clear-

ance from other objects as the antennas are internal.

• Avoid mounting the receiver in areas with signiﬁcant

metal or electrical wiring.

• Avoid mounting the receiver in areas where it may

be exposed to moisture or high humidity.

• Reception distances are generally improved with

higher mounting locations and with no metal ob-

jects near the unit.

• If range is not achievable due to environmental or

speciﬁcation limitations then add additional receiv-

P/N: RF120-RF121IRG Rev 1.30 Page 3

ers as required in strategic locations. Up to 4 receiv-

ers can be added.

Installation

The receiver should be installed onto a solid surface

using suitable mounting ﬁxtures. Wiring should only be

performed while the control panel is powered down.

Step 1) Unlock and remove the front of the housing by

turning the cam lock anti-clockwise [Figure 4]

then release the spring clips and remove the

PCB, This will expose the mounting and tamper

screw holes.

Step 2) Mark out the location of the mounting holes

and the cable exit hole before drilling out all

points as necessary. Secure the case using ﬁx-

tures appropriate for the wall construction type.

Make sure to ﬁt the rear tamper screw when

mounting as shown.

Step 3) Feed any wires into the case via the knockouts

provided and then replace the PCB by inserting

from the terminal side ﬁrst and then clipping

the other side in.

Step 4) Set the address for the module and connect

and necessary wiring. Unused wires should be

insulated to prevent short circuits.

Step 5) Once all connections are secure and the case is

mounted, secure the front case and lock in place

by turning the cam lock in a clockwise direction.

Mounting

Holes

Rear

Tamper

Cable

Knock Outs

Cable

Knock Outs

Figure 4: Cam Lock Shown

In The Unlock Position

Figure 3: Mounting Holes, Cable Knock

Out’s & Rear Tamper Locations

Figure 5: Rear Tamper Screw

CAUTION - Figure 3 below is a guide only and is not a 1:1

mounting template for the RF120/RF121. Do not scale.

Multiple Receiver Wiring Connection

STATUS

TROUBLE

STATUS

TROUBLE

MODULE LAN

CONTROL PANEL

-A B

RED

BLACK

WHITE

BLUE

= LAN +

= LAN -

= LAN A

= LAN B

Control Panel

Wiring Legend

LAN +

SMART RF RECEIVER

LAN -

LAN A

LAN B

LAN +

SMART RF RECEIVER

LAN -

LAN A

LAN B

Receiver 1/4 Receiver 4/4

2 - 3

. . .

Figure 7: Base Station LAN Wiring

Receiver Operation

At start up the control panel will conﬁgure the receiver

with all the necessary information. The Base Station will

receive information and then send an acknowledge to

the RF device if it supports 2-way communication. For RF

devices that are only one way then no acknowledge is

sent.

Where two or more receivers are required to achieve the

desired coverage area there can be overlapping areas

where multiple receivers detect the same RF device. The

system will determine the receiver with the strongest

signal level and process it accordingly. The seamless op-

eration and wide coverage area using a LAN connection

allows easy deployment of receivers over the full 1km

control panel LAN length.

Receiver LED Indicators

The Base Station includes RED and GREEN LED indicators

which provide visual feedback during system operation.

See Table 3 for information on the indicator colours and

meanings.

Figure 6: Base Station LED Indicators

Module Indicator Lights

Position Colour Meaning Meaning

1 Red RF Transmit Blinks each time a packet is sent to a device. In most cases this will

blink as an acknowledge is sent to a 2-Way device.

2 Green RF Receive Blinks each time a valid RF packet is received.

3 Red System State

Very Slow Flash = Service Mode

Slow Flash = Learn Mode

On Solid = Tamper or jamming levels exceeded or LAN lost or Error.

4 Green Status Blinks each time the system is polled by the control panel.

Table 3: Receiver LED Indicator Descriptions

P/N: RF120-RF121IRG Rev 1.30 Page 5

Conﬁguring RF110 Keyfob Button Functions

MENU 6-2-6 is used to customise the button functions

on the RF110 SMART RF 2-way keyfobs. Each of the 5

buttons can be programmed with two independent

functions if required with buttons 1 to 5 being a single

press function and buttons 6 to 10 being hold down

functions .

Up to 10 diﬀerent functions in total can be programmed.

Figure 8: RF110 SMART RF Keyfob

Note

To trigger the hold down function you must press

and hold the keyfob button down for 2 seconds.

SMART Keyfob Function MENU 6-2-6

1) Press [MENU] + [6] + [2] + [6]. The keypad will

display the following options.

Button Function

Button Assignment

Exit

Press  OK or SAVE

2) Use the up and down arrow keys to select the

Button Function option and press OK.

3) Use the up and down arrow keys to select the

Button to program (1- 10) and press OK.

Remember buttons 6 to 10 are hold down

functions.

4) Use the up and down arrow keys to select the

required function from the list of options and

press OK.

The following button functions are currently

available.

1 Disabled

2 Disarm

3Arm

4 Part 1

5 Part 2

6 Door

7 Output

8 Macros

5) Once the button functions have been conﬁgured

you need to set the function assignments for each

button. Select the Button Assignment option from

MENU 6-2-6 and press OK. Select the button to

conﬁgure and press OK.

6) The type of assignment available for each button is

determined by the button’s function.

The button functions Disarm, Arm, Part 1 and Part

2 must be assigned to one or more areas. The

button function Door must be assigned to a door,

button function Output to an output and button

function Macro to a macro.

7) Using macros, it is possible to conﬁgure a single

button to open multiple doors or to operate

multiple outputs.

Note

MENU 6-2-6 SMART RF Keyfob Function is only

eﬀective when using the RF110 keyfobs. Other

keyfobs have ﬁxed button functions that cannot be

conﬁgured separately.

Figure 9: SMART Keyfob Functions In RAS Software

Optional RF110FK Fascia Kit

An option fascia kit is available to allow customers to

personalise their keyfob or to match corporate colours

etc. Each kit is supplied with 7 diﬀerent coloured facias

which have been pre-installed onto top covers.

To change a fascia simply remove the screw from the

back of the keyfob, lift oﬀ the existing top cover and

fascia then replace with the new colour. Note keyfob

rubber keymats are not supplied with the kits.

Figure 10: RF110FK Colour Fascia Kit

RF121 Outputs

Each RF121 Base Station includes 4 relays that can be

used to increase the number of programmable outputs

available on the system.

Outputs can be used to operate LED indicators, control

garage doors, lighting, sprinklers, pumps, air condition-

ing or door strikes etc.

RF121 Output Allocations

Module

Number

Address Setting Output Number

SW1 SW2 SW3 SW4

1 = OFF OFF OFF OFF 9 to 12

2 = ON OFF OFF OFF 13 to 16

3 = OFF ON OFF OFF 17 to 20

4 = ON ON OFF OFF 21 to 24

Up to 4 x RF Base Stations can be installed. You can

use a mixture of RF120 and RF121 units.

Table 4: RF121 Address Conﬁguration and Output Allocations

Note

Please note that when using the RF121 you cannot

assign the same address to a CM710 Relay Module

or CM705 Universal Expander Module. You should

assign these to higher module numbers.

Programming

Output programming options are fully detailed in the

control panel installation manual and quick reference

guides. The following sequence outlines the correct

output programming procedure.

1) Program the Output Name

Output names are used to simplify programming, user

interaction and reporting.

2) Select the Output Event Type

Over 60 diﬀerent event types are available to suit a vari-

ety of applications.

3) Program the Output Event Assignment

Assigns the output to a speciﬁc user, zone, area or door

assignment etc.

4) Select the required Output Polarity

Conﬁgures how the output behaves (eg. Operates for

ﬁxed period of time, pulses etc).

5) Program the Output Time Parameter

Sets how long the output will turn on or oﬀ for.

6) Select any required Output Options

Deﬁnes various options including to display or not dis-

play a trouble event when the output device is missing

etc.

P/N: RF120-RF121IRG Rev 1.30 Page 7

RoHS

In the interest of ongoing product development this

document is subject to change without notice.

RF120 - RF121 Connections

Speciﬁcations

Part Number: RF120 - SMART RF Base Station - RS485

RF121 - SMART RF Base Station With 4 Relay Outputs - RS485

Operating Voltage: 10V D.C. - 14V D.C. @ 70mA Max. 12V D.C .nominal

Module Connection: RS485 LAN

Relay Outputs: Contact Rating 1Amp @ 30V.D.C

Frequency: 433.42 MHz

Dimensions: 140mm(W), 40mm(D), 270mm(H)

Environment: 0˚ to 49˚C Indoors

Fixing Method: Using mounting screws ﬁx unit on a vertical surface in either landscape or portrait orientation.

Warranty: 3 years from date of manufacture (return to base).

DIGIFLEX

DF70

DIGIFLEX

DF70

DIGIFLEX

DF70

DIGIFLEX

DF70

STATUS

TROUBLE

Figure 11: RF120 / RF121 Connection Diagram

Relay output terminals

provided on RF121 Smart

Receiver Models.

Module Indicator Lights

(See table for indicator meanings).

Front and Rear \ Tamper

switch override. Use these

to disable the tamper switch

if required.

Relay test switches. These

can be used on RF121 to

check relay wiring operation

before closing the case. Relay

indicators are also provided.

Connection point for

CM799 Service Keypad.

Panel LAN

connection.

Refer to full wiring

instructions in

control Panel

installation manual

Front and rear

tamper switches.

Module address setting

switches.

Switch 5 can be used

the terminate the LAN if

necessary.

P/N : RF120-RF121IRG Rev 1.30

DIGIFLEXPTY LTD

18 Brumby Street

Seven Hills NSW 2147

AUSTRALIA

Phone:(+612) 97417000

Email:[email protected]

www.digiflex.com.au

Our Vision Is Your Peace Of Mind

Made in

Australia

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