GradeShift Pro 2

The DualCom Pro 2 Range offers Installers easier, faster installation of a professional signalling system with even greater resilience, plus access to CSL Live, our ordering and management portal.

Using the onboard serial connections, pins triggering or dial capture, DualCom Pro 2 is compatible with a wide range of control equipment including systems installed to EN50136 & PD6662. The range consists of DigiAir Pro 2 – our single-path solution that utilises a Radio path or LAN to signal an alarm; and GradeShift Pro 2 – our dual-path solution that utilises a combination of two Radio paths or one Radio and one LAN path to signal an alarm.

It’s as Easy as 1, 2, 3

Most DualCom Pro 2 units are ready to go after these few simple steps

Wire and connect power

Refer to step 3 in the main quick guide for information on pins and serial connections

Wait 5 Minutes for LEDs 1-3 to go Green

Whilst your DualCom Pro 2 downloads its configuration

You’re good to go!

For customisation use the CSL My Base App/Web Portal. For panel configuration instructions see our online guides

Need a My Base Account?

CLICK HERE TO REGISTER

Need One Time My Base Access?

CLICK HERE

Need Panel Configuration Instructions?

CLICK HERE TO FIND YOUR PANEL

Need UDL Configuration & Install Instructions?

CLICK HERE TO FIND YOUR UDL GUIDE

Variants with Radio

Use a CSL Signal Analyser to determine if enough base stations (2 or more) are available at the site and that they can supply sufficient signal strength (30% and above). This will determine the optimum location for the DualCom’s aerial to be mounted.

If you do not have a Signal Analyser we recommend powering up the DualCom Pro 2, connecting the aerial/s, going through the commissioning process and checking the signal strength before permanently fitting the aerial. Whilst in the connectivity menu, LED 1 (for single radio systems) or 1 & 2 (for dual radio systems) should be green to show an acceptable level of Radio signal/quality. See Connectivity LED section for more information see Section 4 – Testing (Figure 11).

Variants with LAN

DualCom Pro 2 uses DHCP as default, fixed IP settings can be added/amended in the My Base App. Fit the Ethernet Cable to the device and connect to the customer’s router. Ensure the customer’s LAN socket is live and their network allows access to the CSL servers – the CSL Live section has more information about what is required.

The ETH LED will flash green to indicate connection.

DualCom Pro 2 must be installed within an enclosure suitable for the installation certification. The unit should be fixed securely using the adhesive pads supplied or via the screw fixings accessible by removing the lid.

Once fitted, ensure:

a – As required, the aerial/s are connected and/or the ethernet cable is installed

b – The alarm panel or PSU is powered down, then wire the DualCom Pro 2 in this order.

1. Neg (-) power , 2. Pos (+) power , 3. serial cable or inputs

c – If required, connect the serial cable – RS485, RS232 or TTL (panel dependent) – see Section 3 – Commissioning (Figure 6) for more information

d – Connect any hardwired alarms into the device – see Section Technical Specifications (Figure 1) for more information

e – Connect the fault output

f – Ensure that all inputs are electrically isolated

g – Restore power to the alarm panel or PSU

IN ORDER TO MAINTAIN COMPLIANCE WITH THE REQUIREMENTS FOR ELECTRICAL SAFETY THE DUALCOM PRO SHOULD BE POWERED FROM A FUSED CONNECTION WITH FOLLOWING RATING:

FOR A 12V DC SYSTEM (SUPPLY VOLTAGE IN THE RANGE 10VDC TO 14VDC) A FUSE RATED AT 1.25
FOR A 24V DC SYSTEM (SUPPLY VOLTAGE IN THE RANGE 20VDC TO 36VDC) A FUSE RATED AT 600 MA

IF THE POWER SOURCE IS NOT LIMITED TO THESE VALUES, THEN A FUSE WITH THE CORRECT RATING MUST BE FITTED IN LINE WITH THE POSITIVE CONNECTION FROM THE POWER SOURCE

SITING AERIAL

DO	INSTALL VERTICALLY IN AN OPEN SPACE. COMPLETE A SIGNAL TEST BEFORE INSTALLING IN THE FINAL POSITION.
DON’T	INSTALL CLOSE TO METAL OR SOURCES OF INTERFERENCE, I.E. WIRING, LIGHTING, ELECTRICAL INSTALLATIONS, COMPUTERS, MONITORS, ROUTERS & OTHER EQUIPMENT

On power-up, the DualCom Pro 2 will automatically contact the Gemini Global Platform to perform its commissioning process, which will take up to 5-8 minutes. Once commissioning is complete, LED 3 will go green to indicate that the device is fully commissioned – see Below Figure 2.

LED 1 – Power	LED 2 – Comms Path	LED 3 – Commissioned

MENUS & BUTTON CONFIGURATION

All device programming can be performed using the My Base App. We strongly recommend you use this App instead of the buttons and LED menu as it provides access to various hardware and site information. You can also use the one-time access page to install a device using your mobile phone or web browser even without login details. If you cannot get online during the install you can use the LED menu system and buttons.

LED MENU SYSTEM

Once commissioned, DualCom Pro 2’s menu system is divided in to 2 sections: Quiescent/Normal State and Connectivity.

BASIC BUTTON CONFIGURATION

To move between sections during installation press the A button. Whilst in quiescent/normal state, tap the C button to send a Test Call or Press and hold for 5 seconds to allow the device to perform a self-learn of the current input state.

Figure 3 – Quiescent/Normal state

LED 3 will show the device status.

Green = paths and system are OK
Amber = 1 path is not working
Red = error

LED 1 – N/A	LED 2 – N/A	LED 3 – Device Status

Press button A once in quiescent/normal state to enter this menu. LEDs 1 & 2 will show the signal/connectivity status of your paths.

LEDS BELOW SHOW FOR RADIO PATHS. ONCE PLUGGED IN, LAN CONNECTED DEVICES WILL SHOW GREEN = GOOD CONNECTION / AMBER = POWERED BUT NO DATA CONNECTION

• Solid green = good signal

• Flashing green = acceptable signal

• Flashing amber = emergency, only/low signal available (move aerial)

• Flashing red = SIM not ready/no signal available (move aerial).

• Red = error

Figure 4 – Connectivity

LED 1 – Primary Path

LED 2 – Secondary Path

(if Applicable)

LED 3 – N/A

PIN TRIGGERING

For this operation the device is triggered by removing or applying zero volts to input terminals 1-12. No external pull-up resistors will be required. This is generally achieved via the digital communicator outputs of a control panel. On receiving an input to the pins terminals the unit will signal alarm conditions and will generate the relevant messages and forward them via the Gemini Global Platform to the ARC. Installers are advised that the intended use should avoid situations where the rate of trigger exceeds the rate at which messages are received at the ARC receiver.

Figure 5 – Example of pin triggering wiring

PIN INPUT CONFIGURATION

• To self-learn the current panel input status, press button C whilst in quiescent/normal state for 5
seconds. LED 3 will flash red twice once completed.

• To change the input from negative removed or applied to positive removed or applied, change the pin bias via My Base under the Hardware menu button and use the A+ terminal instead of RTN.

IF YOU CANNOT CHANGE THE PANEL’S POLARITY AND YOU DO NOT HAVE ACCESS TO MY BASE OR THE WEBSITE, PLEASE SPEAK TO OUR TECHNICAL SUPPORT TEAM

DualCom Pro device general inputs are defined as SIA untyped alarms for pins 1-12 (excluding pin 4).

UA/UR8001 to 8012 on standard product configuration.
Example: [#123456|NUA8001|AChannel 1 Alarm]
[#123456|NUR8001|AChannel 1 Restore]
DualCom Pro device pin 4 Open / Close inputs defined as SIA alarm OP and CL

OP/CL8004 on standard product configuration.
Example: [#123456|NOP8004|ASystem Set]
[#123456|NCLR8004|ASystem Unset]

OUTPUTS

All 3 outputs can be configured as either N.O or N.C as required. Output 1 is defaulted to indicate a total path fail condition to the control panel. Output 1 can be reconfigured to indicate another path failure type, Output 2 can be configured to indicate a path fail condition or be used as a manual trigger and Output 3 can be used as a manual trigger. To make any amendments please use the My Base App.

IF THE DEVICE IS POWERED BY A 24V (FIRE PANEL), THE + TERMINAL SHOWN WILL STILL DELIVER 12V

Figure 6 – Example of Fault Output Wiring

DIAL CAPTURE

DualCom Pro 2 simulates and replaces the phone line connection to the control panel’s Digi-Modem. The control panel’s Digi-Modem must use one of the following alarm formats: Fast Format*, Contact ID or SIA. In the event the control panel needs to send a signal to the ARC, DualCom Pro 2 will capture the message and forward it, via Gemini, to the ARC. The Digi-Modem must have an ARC telephone number (ie 01) and account number (ie 1234) programmed for Dial Capture to work. If you want to monitor the Dial Capture connection, you will need to connect an output configured as PSTN line fault on your control panel, to one of the DualCom’s inputs. That input then needs to be designated as Dial Capture Fail at your ARC.

*Please confirm compatibility of Fast Format with DualCom Pro 2 via your ARC.

Figure 7 – Dial Capture Wiring

PANEL CONNECTION

Your device will come pre-configured without a panel connection (pins only). To enable serial connection to a control panel, go to the My Base App and select the panel type.

Panel guides can be found by clicking the panel type (after selection) via the My Base App; scanning the QR code below or by visiting the Installer Zone on our website.

SERIAL / RS232 / 485 / TTL PANEL CONNECTIONS

As standard, DualCom Pro 2 is supplied with a serial cable compatible with Honeywell (RS485), Orisec (TTL), Pyronix (RS232), Texecom (TTL) and HKC (TTL) panels. Other types may require an additional cable/plug-in that can be purchased on our Installer Shop. It is possible to use pins and serial cable together, if required.

MANUFACTURER	PANEL	CONNECTION	CABLE/PLUG ON	SUPPLIED CABLES
Honeywell	Galaxy	RS485	4 Pin (cable provided)	Green – RTN Blue – RS485-B Red – RS485-A
Orisec	All	TTL	4 Pin (cable provided)	Green – RTN Blue – TTL-T Red – TTL-R
Pyronix	Euro/Enforcer	RS232	6 Pin (cable provided)	Green – RTN Blue – RS232-R Red – RS232-T
Texecom	Premier/Elite	TTL	5 Pin (cable provided)	Green – RTN Blue – TTL-R Red – TTL-T
HKC	1070/10270	TTL	4 Pin (cable provided)	Green – TTL-R Blue – RTN Red – TTL-T

For RISCO, Eaton, UTC and other panels, please purchase the relevant cable from CSL Live. For other connections or further instructions on Control Panel programming, panel guides can be found by clicking the panel type (after selection) via the My Base App, by scanning the QR code below or visiting the Installer Zone of our website.

Figure 8 – Serial Cable (RS232/485/TTL)

YOU MUST POWER DOWN THE CONTROL PANEL AND DUALCOM PRO 2 BEFORE CONNECTING THE SERIAL LEAD TO AVOID DAMAGE

Before leaving site you must test the DualCom Pro 2 device as per these steps.

a – Place device on test at the ARC and send a range of signals from the panel

b – Perform a path test by tapping button C whilst in quiescent/normal state

c – LED 3 will flash to show signals are being sent

d – Check signals are received at the ARC

You should also simulate path failures at part of the testing process.

a – Place device on test at the ARC

b – Whilst in the quiescent/normal state section, press button A to get to the connectivity menu. The LEDs (LED 1 = single-path, LED 1 & 2 = dual-path) will be lit

c – Hold button B for 5 seconds. Once let go, LED 1 will go red to show path 1 is in simulated fail

d – For dual-path devices, hold button C for 5 seconds. Once let go, LED 2 will go red to show path 2 is in simulated fail. Check signals are received at the ARC

e – Tap button B & C to restore each path. LEDs 1 and/or 2 will go green. Check path failure signals are received at the ARC

IF YOU HAVE PURCHASED A DUAL-PATH DEVICE, YOU MUST ENSURE BOTH PATHS ARE CONNECTED BEFORE LEAVING SITE.

IF YOU DISCONNECT BOTH PATHS AT THE SAME TIME, MY BASE WILL ONLY SHOW THE FIRST PATH IN FAILURE. THIS IS EXPECTED BEHAVIOUR.

LEDS & TROUBLESHOOTING

Figure 9 – Commissioning LEDs

As the DualCom Pro 2 powers up for the very first time it will run through a commissioning process. You will need to wait for LEDs 1, 2 & 3 to go green before the unit reboots.

LED 1

LED 2

LED 3

No light = No power

Red flashing = No comms

Red flashing = Power Start Up

Amber solid = 1 path comms (dual-path systems)

Amber flashing = Comms path found

Green solid = Power On

Green solid = All paths comms (dual-path systems)

Amber solid = Commissioning server found. Contacting alarm server

Green solid = Fully Commissioned

Figure 10 – Quiescent/Normal State LEDs

Once commissioned, the unit will return to its quiescent/normal state. Only LED 3 should be visible and will show you whether the unit has any errors or is transmitting data.

LED 3

Red solid = Error found on the device (no commissioning performed)

Amber flashing = Only one path is working on the dual-path system and the device is currently transmitting or receiving data (pdp context active)

Amber solid = Only one path is working on the dual-path system, however it is able to transmit & receive data

Green flashing = No errors found and the device is currently transmitting or receiving data (pdp context active)

Green solid = No major errors found

Figure 11 – Connectivity Section

To toggle between the connectivity section and quiescent/normal state press button A. Single-path systems will only show LED 1. Dual-path systems will show both LEDs 1 & 2. LAN data transmission is covered by the ETH LED.

LED 1

LED 2

Red flashing = No signal / SIM not ready or LAN not connected

Amber flashing = Registering / Signal is unacceptable / LAN connected but cannot transmit data

Green flashing = Signal is acceptable (3/10)
but could be improved

Green solid = Signal 4/10 (or above) or
LAN connected

Figure 12 – Simulate Path Fails (testing the system)

It is possible to simulate a path fail for the primary and secondary path. Once in the connectivity section, press and hold B to fail the primary path and/or C to fail the secondary path. The path will stay in fail for 15 mins unless you tap B or C again.

LED 1

LED 2

Red flashing = Interface in fail mode

Green flashing = Interface tx/rx data

Green solid = Interface out of fail mode

Figure 13 – Additional LEDs

There are 3 additional LEDs shown as BUS, PNL and ETH.

LED 1	LED 2	LED 3
BUS	RS422 connection to additional accessories (i.e remote radio module)	Green/Amber flashing = Data is being transferred
PNL	Serial connection to panel	Green/Amber flashing = Data is being transferred
ETH	LAN connection to customer’s router	Green/Amber flashing = Data is being transferred

RADIO TROUBLESHOOTING

How can I fail my signalling paths without having to disconnect them?

To fail each path enter the connectivity menu (see simulate path fail section – Figure 12 above). Press and hold B to fail the primary path or C to fail the secondary path. The path will stay in fail for 15 mins unless you tap B or C again to restore the applicable path.

How can I check the signal strength of each radio module?

You can check the signal strength of each radio module on a commissioned device via the My Base App. Alternatively, when in the quiescent/normal state, you can press button A to toggle to the connectivity menu. Once there, LED 1 (first path) & LED 2 (second path) will show you the signal strength. We recommend a solid green LED (40% or 4/10).

Does my unit have a roaming SIM?

Yes, all DualCom Pro 2 devices come with at least 2 Roaming 4G SIMs

My signal strength is less than 30% (3/10) or my LED is orange/red. What can I do to improve it?

For all radio variants:
• Avoid coiling the aerial cable
• Move the aerial away from electrical equipment/wiring
• Move the aerial to a higher point in the property or closer to a window/door

DualCom Pro Fire Guide

This document covers the requirements of a Fire installation and is a supplement for the GradeShift Pro 2 and DigiAir Pro 3. The guide uses DualCom Pro Fire to refer to both product variants.

Mounting

The enclosure requirements for the DualCom Pro Fire are the same as for the Fire Alarm Panel itself which must meet the requirements of the EN54-21 standard.

The DualCom Pro Fire should be mounted inside the Fire Alarm Panel or inside a separately powered housing that meets the requirements of section 7.3 of the EN54-21 standard.

Input Pins

The default pin profile configured at installation is “PinLearn Fire”. With this, pins 1 and 2 are configured for use with fire alarm panels (EOL mode) and will generate a SIA Tamper Alarm/Restore in response to additional conditions along with Alarm and Restore with the other pins:

Open circuit and open circuit restore
Short circuit and short circuit restore
Fault

If additional pins are required in EOL mode, use My Base to configure the DualCom Pro Fire to use pin profile “PinLearn EOL Pins 1-12”. In this configuration all pins on the DualCom Pro Fire will respond to the additional conditions and generate the corresponding events to the Gemini Global Platform.

Pin 1: intended for receiving the Fire Alarm/Restore signal from the Fire Alarm Panel.

Pin 2: intended for receiving Fault/Restore signal from the Fire Alarm Panel.

Remaining Pins: used for receiving notifications from any other device (e.g. an Intruder Panel). These pins take a lower priority than pins 1 & 2 when signalling to the Gemini Global Platform.

Input Pin Wiring

Input pins, which are configured in EOL mode, require 10k and 4k7 Ohm resistors to be wired in line as shown below.

The DualCom Pro Fire uses a normally closed configuration so that a power fail on the Fire Alarm Panel will signal an alarm to the Gemini Global Platform.

If the circuit is broken, then an open circuit tamper alarm will be generated
If it detects 0v, then a short circuit tamper alarm will be generated
If the wrong resistor values have been used, then a fault tamper alarm will be generated

Resistors

These are the colour code markings for the 10k Ohm and 4k7 Ohm resistors respectively.

Self-Learn

If the self-learn functionality (Press Button C for 5 seconds) is invoked when an EOL pin is Alarm State then the DualCom Pro Fire will switch to generating a Restore event when a high voltage is detected for that pin going forward and an Alarm event when a low voltage is detected.

Relays

The relays are intended to notify the Fire Alarm Panel of events on the DualCom Pro, Gemini Global Platform or from the ARC. Their configuration is fixed in Fire Mode and cannot be changed via My Base.

When the DualCom Pro is unpowered, NC is connected to C and NO is not connected to C.

When the DualCom Pro is powered and in a quiescent state, Relay 1 has the NO1 connected to C1 and the NC1 is not connected to C1.

If a fault occurs then, Relay 1 changes such that NO1 is not connected to C1 and NC1 is connected to C1. When the fault is cleared it will revert.

Fault conditions include:

If any of the input pins being monitored enter a fault state
If there are communication path issues (Line Fault)
If there is an alarm/restore that is sent to the ARC for one of the monitored pins and a response is not received within the configured timeout
If there is a power failure

Relay 2 will connect NO2 to C2 and disconnect NC2 from C2 relay for 5 seconds to indicate that the ARC has acknowledged successful receipt of an event.

Relay Wiring

Fault Reporting

To meet the EN54-21 requirements for monitoring on Type 1 Fire systems, this device sends regular polling calls to the Gemini Global Platform on all connected and active transmission paths. The Installer shall ensure that appropriate reporting actions have been agreed with the ARC for all alarm codes, transmission path failure notifications and polling failure reports from the Gemini Global Platform.

Dimensions	90mm (h) x 142mm (w) x 22mm (d)
Weight	189g excluding aerial
Temperature	-10 °C to + 55 °C
Humidity	0 – 90% non-condensing
Mounting	Via fixing points under main cover
Warranty	5 years
Power Requirement	10 – 36 Volts DC In order to maintain compliance with requirements for electrical safety the Dualcom Pro should always be powered from a fused supply with following rating: For a 12V DC system (supply voltage in the range 10 Volts DC to 14 Volts DC) a fuse rated at 1.25 For a 24V DC system (supply voltage in the range 20 Volts DC to 36 Volts DC) a fuse rated at 600 mA If the power source is not limited to these values, then a fuse with the correct rating must be fitted in line with the positive connection from the power source. The SPT will shut down on detecting a low supply of 7.6 Volts DC +/- 0.5 Volts DC
Current Consumption	GradeShift Pro 2 LAN Radio 12V Power Supply: 100 mA (average value) GradeShift Pro 2 LAN Radio 24V Power Supply: 63 mA (average value) GradeShift Pro 2 Dual Radio 12V Power Supply: 120 mA (average value) GradeShift Pro 2 Dual Radio 24V Power Supply: 72 mA (average value)
Radio Path	2G, 3G, 4G
Output Ratings	Maximum applied voltage = 60VMaximum current = 150mA
Aerial	50 ohms (nominal) on MMCX socket
Operation Method	Store and forward
CIE Interconnections	Input triggering (standardised parallel), RS232, RS485, TTL
RCT Protocols	SIA
Input Terminals	Max +30 Volts, Min 0 Volts DC (reference supply 0V) with a + or – 40% change for > 200ms.
Low Battery	7.6V DC +/- 0.5 VDC
User Serviceable Parts	There are no serviceable parts within the DualCom Pro Range
Applicable Standards	Suitable for use in alarm systems complying to: EN50131-1:2006+A2:2017 EN50136-1:2012+A1:2018 EN 54-21 LAN (Type 1): D4, M4, T5, A4, S0, I0 EN 54-21 GSM (Type 1): D4, M4, T3, A4, S0, I0 PD6662:2017 PD6669:2017 Emissions Standard – Radio Equipment Directive 2014/53/EU (RED) EN 50130-5 Environmental Class II ATS Classification EN 50136-2:2013 SP2, SP3, SP4, DP1, DP2, DP3, DP4 ATS Configuration EN 50131-10:2014 Type Y ATS Classification EN 50136-1-1:1998 Radio D3, M3, T4, S2, I3, A4 (ATS5) LAN D3, M3, T5, S2, I3, A4 (ATS5)

PATH	AVAILABLE GRADES	WHAT’S IN THE BOX	PART NUMBER
LAN + Radio	DP2 DP2+ DP3 DP4	GradeShift Pro 2, serial cable, single T-bar aerial, ethernet cable	CS.53.LR2 CS.53.LR2P CS.53.LR3 CS.53.LR4
Radio + Radio	DP2 DP2+ DP3	GradeShift Pro 2, secondary radio module, serial cable, dual T-bar aerial	CS.53.RR2 CS.53.RR2P CS.53.RR3

CS.51.HWR.02 / CS.51.HWL.02 /
CS.53.HW.02 / CS.55.HW.02 / CS.40.104.02

CSL DualCom ltd.
Building 4, Croxley Park, Hatters Lane, Watford, WD18 8YF

KIWA 0063-CPR-242190024 / 00

EN 54-21:2006
Fire detection and fire alarm
systems / Alarm transmission and
fault warning routing equipment
EN 50131-10:2014
EN 50136-1:2012/A1:2018
EN 50136-2:2013
PD6662:2017 / PD6669:2017

Type of transmission system: Fire
Safety – Type 1
Security – SP2, SP3, SP4, SP5, DP1, DP2, DP3, DP4
Security Grade: 1- 4 depending on the
I&HAS housing in which it is installed.
Environmental Class: II
Certification Body:Kiwa Nederland B.V

www.csl-group.com

The My Base App is a self-service management platform for DualCom Pro and DualCom Pro 2 devices. The App allows you to check your signal strength, request regrades, send test alarms, view availability graphs, edit panel profiles, upgrade firmware and view alarm logs.

Once you’ve installed the My Base App from your applicable App Store, please visit the CSL Website to register for a My Base account.

For security, we’ll contact you in order to authorise your request and set the appropriate permission levels for your My Base account. Once approved, we’ll send you your login credentials.

Need Support? Call CSL Technical Support on +44 (0) 1895 474 444.

For security, multi-factor authentication (MFA) is now required to use the My Base App. MFA increases security on our platform and requires users to authenticate themselves via their username/password and with a time-limited code (each code expires after 60 seconds). This code is obtained via an Authenticator App, email or SMS. New authentication is required once every 30 days; if the user logs out or if we update CSL Live.

How it works:

Log in to My Base as normal with your username and password.
Receive a code via an Authenticator App, email or SMS.
Enter the code within My Base.
You are now securely logged in.

If you have any issues with the steps above, resetting your password will restart the authentication process. If the issue persists and you require support, call CSL Technical Support on +44 (0) 1895 474 444.

Here is a list of commonly used authenticators approved by CSL:

Google Authenticator
Microsoft Authenticator
LastPass Authenticator
2FA Authenticator (2FAS)
Aegis Authenticator
Authy
Due Mobile
IBM Security Verify
Free OTP

Resetting your password will restart the multi-factor authentication process and resolve most issues with logging on. If you’re not receiving an email or text with your one-time access code you’ll need to call CSL Technical Support to update your contact details. Please call us via +44 (0) 1895 474 444

To fail each path enter the connectivity menu (see figure 12 on Quick Guide). Press and hold B to fail the primary path or C to fail the secondary path. The path will stay in fail for 15 mins unless you tap B or C again to restore the applicable path.

Yes, all DualCom Pro 2 devices come with at least 2 Roaming 4G SIMs

For all radio variants:

– Avoid coiling the aerial cable
– Move the aerial away from electrical equipment/wiring
– Move the aerial to a higher point in the property or closer to a window/door

As standard, the device is triggered by removing or applying zero volts to input terminals 1-8. No external pull-up resistors will be required. This is usually achieved via the digital communicator outputs of a control panel.

If you need to use a positive applied/removed, you can toggle the pin bias via the My Base app or contact technical support so that they can amend the bias of the device.

Yes, you can.

Ensure all required pins are in a restore/quiescent state and you are out of the device menu.
Whilst in Quiescent/Normal state, press and hold the C button for 5 seconds.
LED 3 will flash red twice once completed.

You can add a panel profile via My Base under the “Hardware” menu and select “Edit Panel”. Please note you only need to set panel 1 (please leave panel 2 blank).

If you are not sure which panel profile to select, please search the panel guide for your specific panel on the Support Zone as the guide will confirm which panel profile you need to select.

As standard, the device is triggered by removing or applying zero volts to input terminals 1-8. If you are using a positive applied/removed to trigger the pins, you will not see any pin alarms in the alarm log until the bias of the device has been changed.

To change the input from negative removed or applied to positive removed or applied, change the pin bias via MyBase under the “Hardware” menu and use the A+ terminal instead of RTN.

Alternatively, please contact technical support for assistance.

Your device will come pre-configured without a panel connection type (pins only). To enable the serial connection to a control panel, go to MyBase and select the panel type. To do this, follow the below steps:

1. Go to hardware. Click on the options “hamburger” icon and select “edit panel”.

2. Select the correct panel type in panel 1 and then click on “save changes”.

3. Your device will upload its configuration and reboot. Once the reboot has taken place you should start receiving signals from the control panel.

If you are not receiving signals, make sure you have completed the panel programming steps detailed in the panel guide for that particular control panel.

No, all pins either must be negative applied/removed or positive applied/removed. There cannot be a mixture of negative and positive.

To perform a test of all paths, make sure your device is in Quiescent/Normal state and then tap the C button once. LED 3 will flash to show signals are being sent.

All 3 outputs can be configured as either N.O or N.C as required.

Output 1 is defaulted to indicate a total path fail condition to the control panel (but it can be reconfigured to indicate another path failure type).

Output 2 can be used to indicate a path fail condition or be used as a manual trigger.

Output 3 can be used as a manual trigger.

To make any amendments please use the My Base app or contact technical support.

Once the device is powered-up, you should see activity on LEDs 1, 2 and 3. When the device has commissioned, all 3 LEDs will go green for 5 seconds. The device will then reboot.

Once the device has completed its commissioning process, only LED 3 (device status) will be active whilst in Quiescent/Normal state.

You can also check the status of your device on the My Base App.

You should only use the resistors provided if the installation needs to be EN-54 compliant. If unsure, please check with your ARC.

WHEN COMPLETING AN UPGRADE OR REPLACEMENT ON AN EXISTING INSTALLATION, PLEASE ENSURE YOU ALWAYS USE THE AERIAL SUPPLIED WITH THE NEW DEVICE.

THIS WILL ENSURE THE BEST MOBILE SIGNAL FOR YOUR INSTALLATION. SOME OLDER AERIALS DO NOT PROVIDE ACCESS TO 4G AND, IF USED, COULD LEAD TO SIGNAL-RELATED ISSUES AND FAILURES.

We encourage you to complete the following steps to ensure your DualCom Pro achieves the best possible signal.

Step 1 – Use a Signal Analyser to determine the optimum location for the aerial/s and follow the advice from the Signal Analyser section below.
Step 2 – If you do not have a Signal Analyser, power up the DualCom Pro, connect the aerial/s, go through the commissioning process and check the signal strength before permanently fitting the aerial. We recommend a signal strength on the DualCom Pro of at least 3 (30%)
or above.

STEPS 3 & 4 ARE ONLY FOR IF YOU ARE FITTING A DUAL RADIO AERIAL.

PLEASE SKIP TO STEP 5 IF YOU ARE FITTING A SINGLE RADIO AERIAL.

Step 3 – If you are using a dual radio product, make sure that both aerials are at least 2 metres apart.
Step 4 – If using a dual radio product, position the aerials in a vertical orientation.
Step 5 – Keep your devices’ aerial/s cables away from high voltage cables or any other aerial cables.
Step 6 – Keep your aerial/s inan open space and 1 metre away from large metal objects or sources of interference (i.e. wiring, lighting, electrical installations, computers, control panels, fuse boards, routers, etc.)
Step 7 – Do not tightly coil any excess aerial cable. Try and make large loops if possible.

See below for examples of good and bad single & dual aerial set-ups.

Figure 1 – Single Aerial Installs Good & Bad

Figure 2 – Dual Aerial Installs Good & Bad

CSL SIGNAL ANALYSER – CS2389

Using a CSL Signal Analyser, you must ensure that there are enough base stations (2 or more) available at the site and that they can supply sufficient signal strength (30% and above). This device will help determine the optimum location for the DualCom’s aerials to be mounted.

More information about the CSL Remote Manager is available here.

Once commissioned, the device will return to its quiescent/normal state. Only LED 3 should be visible.

LED 3
	Red solid = Error found on the device (no commissioning performed)
	Amber flashing = Only one path is working on the dual-path system and the device is currently transmitting or receiving data (pdp context active)
	Amber solid = Only one path is working on the dual-path system, however it is able to transmit & receive data
	Green flashing = No errors found and the device is currently transmitting or receiving data (pdp context active)
	Green solid = No major errors found

Press A to view the connectivity status.

LED 1		LED 2
	Red flashing = No signal / SIM not ready or LAN not connected	Red flashing = No signal / SIM not ready or LAN not connected
	Amber flashing = Registering / Signal is unacceptable / LAN connected but cannot transmit data	Amber flashing = Registering / Signal is unacceptable / LAN connected but cannot transmit data
	Green flashing = Signal is acceptable (3/10) but could be improved	Green flashing = Signal is acceptable (3/10) but could be improved
	Green Solid = Signal 4/10 (or above) or LAN connected	Green Solid = Signal 4/10 (or above) or LAN connected

BACKGROUND

With the launch of DualCom Pro 2, Installers are now able to control the three outputs available on their device via My Base. This allows the Installer to configure the line fault output to their specific requirements, along with giving full control of the manual triggering of outputs 2 and 3.

Output controls will only appear on My Base for DualCom Pro 2 devices and any future variants. For the original DualCom Pro, Installers are only able to invert the line fault output.

OUTPUTS

Output 1 is for line failure reporting to the control panel. It can be configured to trigger in the following instances:

Path fail – both paths	The line failure will be reported once both the primary and secondary interfaces are down for the given period allowed. This is the default for all dual-path systems.
Path fail – either path	The line failure will be reported once one of the primary or secondary interfaces is down for the given period allowed. It does not matter which interface is down.
Path fail – primary path	The line failure will be reported once the primary interface is down for the given period allowed. The status of the secondary interface is not reported in this mode. This is the default for all single-path systems.
Interface status mode	Do not use – This is for future use
None	Output 1 is disabled

Output 2 and 3 are used for manually operating an output. This can be used for controlling electronic equipment, such as remotely opening gates/garage doors, resetting routers, turning on/off lights, etc). Both outputs 2 and 3 can be set to the following:

Manual	Upon clicking the N.O or N.C button, the output will change state.
None	Output 2 or 3 is disabled.

OUTPUT LABELS

Each output can be labelled individually to ensure Installers do not need to remember which output operates each function.

To edit the output name, click on the edit icon . To change the text, you must overtype the existing text and click . You can exit renaming by pressing .

Example of renaming outputs:

MANUAL TRIGGERING (LATCHING)

Once output controls are selected within My Base, the status of each output will be updated and shown to the user.

To trigger the output, ensure that the relevant output (2 or 3) is set to ‘manual’ and click on the N.O/N.C button. Clicking the button will invert the output from its current state, and stay like that until the button is clicked again (this is called latching).

It is not possible to pulse the output for a period. This is where the output inverts for a given period (e.g. 1 second) and reverts to its original state once the timer has expired.

Example of output control screen:

MANUAL TRIGGERING (LATCHING)

Once output controls are selected within My Base, the status of each output will be updated and shown to the user.

To trigger the output, ensure that the relevant output (2 or 3) is set to ‘manual’ and click on the N.O/N.C button. Clicking the button will invert the output from its current state and stay like that until the button is clicked again (this is called latching).

It is not possible to pulse the output for a period. This is where the output inverts for a given period (e.g. 1 second) and reverts to its original state once the timer has expired.

Example of output control screen:

If the status cannot be obtained, it will be shown on the screen. This is likely to be because the device is not currently online, or the user has pushed the N.O/N.C button several times in quick succession.

Example of failure to retrieve output state:

Everything you need to know

There have been significant changes to alarm signalling standards and terminology. Grades 2, 3 and 4 now have Single Path (SP) and/or Dual Path (DP) equivalents. The catastrophic failure reporting times have also changed. The DualCom Pro 2 Range operates to these standards and in some cases exceeds them.

This is how the old and new standards apply to current CSL products:

Before 1st June 2019 – Old ATS Grade (EN50136-1:1998)

ATS Grade	Catastrophic Failure Reporting
Grade 2	25 hours
Grade 3	60 mins
Grade 4	6 mins

From 1st June 2019 – Single Path (SP) or Dual Path (DP) Equivalent (EN50136-1:2018/PD6669:2017/PD6662:2017)

Single Path (SP)	Dual Path (DP)	Catastrophic Failure Reporting
SP2	DP1	25 hours
	DP2	31 mins
	DP2+	11 mins
	DP3	4 mins
	DP4	3 mins

The DualCom Pro 2 Range

Product	Paths	EN SP & DP Classes	Catastrophic Failure Reporting
MiniAir 2	Radio Only	SP2	12 hours
DigiAir Pro 2	Radio Only LAN Only	SP2	25 hours
DigiAir Pro 2 Fire	Radio Only	SP3	31 mins
GradeShift Pro 2	Radio + Radio LAN + Radio	DP2	31 mins
GradeShift Pro 2 Fire	Radio + Radio	DP2	31 mins
GradeShift Pro 2	Radio + Radio LAN + Radio	DP2+	11 mins
GradeShift Pro 2	Radio + Radio LAN + Radio	DP3	4 mins
GradeShift Pro 2	LAN + Radio	DP4	3 mins

If you would like to discuss any of these changes or investigate the option of upgrading to the new DualCom Pro 2 Range please contact us today.

If you require a Power Supply Unit (PSU) for your MiniAir installation, our partners, Elmdene, provide a suitable solution.

Visit their website for more information about the Li-Power PSU.

Please visit the dedicated Support pages for more information about CSL Live and the My Base App.

Product Description

The GradeShift Pro 2 4G Radio Module allows you to upgrade an existing/new GradeShift Pro 2 installation with an additional 4G signalling path. This Module is to be installed directly onto the GradeShift Pro 2 PCB.

When upgrading, you must ensure you follow the regrades process, as additional configuration changes are required to successfully regrade.

For further information on this process, check out this 2-minute video.

Figure 1 – Diagram for back of the GradeShift Pro 2 4G Radio Module.

Connecting the GradeShift Pro 2 4G Radio Module directly onto the device:

Ensure the GradeShift Pro 2 and alarm system are powered down before connecting the device.
Carefully remove the lid from the device.
Connect the 4G Radio Module to the sub connector, making sure that it is correctly aligned and fits the supplied retaining screw to hold the board in place.
Reattach the lid to the device.
Connect the aerial (see Figure 1).
Power up the alarm system and the GradeShift Pro 2.

Figure 2 – A GradeShift Pro 2 4G Radio Module correctly connected onto the device.

THE GRADESHIFT PRO 2 4G RADIO MODULE CAN ONLY BE CONNECTED DIRECTLY TO THE PCB.

Technical Specifications

Supply Voltage	13.5v
Current Consumption	33mA (average) 200 mA (max)
Dimension (PCB Only)	(L) 55mm x (W) 11mm x (H) 58mm
Weight (Unpackaged)	20g

Instructions

Please follow the instructions below if you wish to upgrade any existing aerial cables to a Single 4G High Gain Aerial Ext/Int for the DualCom Pro Range. The kit is available to purchase via the Shop section of CSL Live. The product code is CS.1.150.

Steps:

Cut the wire of the existing 2/3G aerial
Fit the pin to the SMA male connector
Connect the SMA male connector (with the pin fitted) to the existing cable
Crimp the SMA male connector to the existing cable
Screw the SMA connectors together
Fit the new 4G aerial to the wall

What is included in this kit?

Separate SMA connector
Pin
Metal sleeve

Note – a crimping tool is not included but is recommended to use to join the cable and aerial together.

Figure 1

Technical Notes

Overview

Learn about specific development topics through these in-depth technical articles.

23:08:23 All Products

PinLearn EOL Pins 1-12

Enables DualCom Pro devices to monitor all pins in EOL mode rather than just pins 1 and 2.

Traditionally in the UK, Fire panels have connected up pins 1 and 2 in EOL mode for the DualCom Pro to monitor.

Recent changes in legislation in Scotland have resulted in requests for additional pins to be monitored to allow, for example, Confirmed Fire to be communicated to the ARC. This new pin profile enables the Installer to configure the CSL DualCom Pro device to deliver this.

Usage

When purchasing a DualCom Pro Fire, it will be configured to use a pin profile of PinLearnFire. This and PinLearnFire No-A Block are configured to put pins 1 and 2 in EOL mode.

Pin Profile PinLearn EOL Pins 1-12 is configured to put all 12 pins on a DualCom Pro 2 and all 8 pins on a DigiAir Pro 3 into EOL mode.

This does not affect the monitoring for tamper and short circuit in Fire mode which, by default, is pins 1 and 2. If you require additional pins to be monitored for tamper and short circuit then currently this needs to be configured by Tech Support.

Similarly, output relay 1 will only trigger by default if pins 1 and 2 are triggered with. If an additional pin should trigger output relay 1 then this needs to be configured by Tech Support. Making this change will also result in any additional pins reporting ARC Ack on output relay 2.

Contact ID Alarm Protocol

The DualCom Pro range supports Intruder Panels using SIA, Fast Format and Contact ID protocols.

When integrating the DualCom Pro range with an Intruder Panel, our recommendation is to use either SIA or Fast Format (6.8.1, 6.16.1 or 6.32.1) protocols.

If Contact ID is to be used to pass events to the ARC, please be aware that it will only use the least significant 4 digits of the ARC account ID. The ARC must supply this prior to installation.

If the ARC does not support this then one of the other signalling formats should be used.

For reference, please see the below breakdown of a Contact ID alarm message constructed from several fixed length message blocks.

These are defined as follows:

18AAAAQXYZGGCCC

Where:

18 – Contact ID type identifier.

AAAA signalling ID – 4-digit account number.

Q – Event type – E (new alarm event), R (new restore event) or P (previously reported alarm).

XYZ – Event number – Defines the type of event that has occurred.

GG – Area number – Set to 00 if no areas defined.

CCC – Zone or User Number – Dependent on the type of event defined by the event number.

This fixed length account number field restricts the required 6-digit account number entered in the intruder panel being presented to the Alarm Receiving Centre. Resulting in events being misinterpreted.

Quick Guide

Introduction

Step 1 - Site Survey

Step 2 - Installation

Step 3 - Commissioning

Step 4 - Testing

Fire Guide

Technical Specs

Technical Specifications

GRADESHIFT PRO 2

Panel Guides

FAQs

What is the My Base App?

How do I gain access to the My Base App?

How do I set up Multi-Factor Authentication on the My Base App?

Which Authenticator Apps work with My Base?

My login credentials aren't working for the My Base App, what shall I do?

How can I fail my signalling paths without having to disconnect them?

How can I check the signal strength of each radio module?

Does my unit have a roaming SIM?

My signal strength is less than 30% (3/10) or my LED is orange/red. What can I do to improve it?

What is the standard pin setup of the GradeShift Pro 2?

Can I use the onboard serial connection as well as pin triggering at the same time with the GradeShift Pro 2?

How do I carry out the pins self-learn feature on the Gradeshift Pro 2?

How do I add a panel to my GradeShift Pro 2?

Why are pin alarms not coming through on the alarm log?

Why am I not receiving SIA signals from my panel?

Is it possible to invert the polarity of just one pin?

How can I carry out a path test?

What is the standard setup of the GradeShift Pro 2 fault output?

How do I know if my device has started to commission?

Do I need to use the resistors provided in the box?

UDL Guides

Useful Information

Aerial Fitting Guide

CSL Remote Manager

LED Colour Status Guide

Output Controls

New Standards

Power Supplies

CSL Live & the My Base App

4G Radio Module

4G Aerial Upgrade Kit

Technical Notes

Overview

PinLearn EOL Pins 1-12

Contact ID Alarm Protocol