IP DOOR ENTRY BATICONNECT IPGUARD MINI User manual

4G/IP/GSMSMART VISITOR ENTRY PANEL
INSTALLATION MANUAL
4G/IP/GSM SMART
Visitor Door Entry
IPGUARD MINI IPGUARD MINI PLUS IPGUARD MINI TOUCH
IPGUARD®& BATICONNECT®

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
1
-
+
E1
GND
D2D2
SIM
CARD
-
+
-
+
2
1
E2
C
NC
RJ45
NO
EXIT BUTTON
RESET
BUTTON
POWER IN
3-core 1.5mm² flex cable (3183Y)
12VDC / 5A
EVE196-X3-RS
PROXIMITY
CONTROL
UNIT
(Only used if integral proximity reader
and EVE196-X3-RS control unit is not used)
LOCK OUTPUT RELAY
Lock circuit cable ref.
4 x 1 YY/LSZH per lock
(4-core, 1mm²/core)
INTERNAL OR
EXTERNAL AERIAL
LOCK RELAY 1
12VDC
TRIGGER
RELAY 1
4G/IP ROUTER CONNECTION
Class E (CAT6) U/UTP
(Option 2. Only required if 4G
aerial needs to go on the roof)
PRE-INSTALLED
Class E (CAT6) U/UTP IPGUARD PANEL
IPGUARD PANEL
TOP
4G/IP ROUTER
CONNECTION
(OPTIONAL)
SIM CARD
EVE196-X3-RS
CONNECTION
EXIT BUTTON
POWER IN
LOCK OUTPUT
RELAY 1
RESET
BUTTON
INTERNAL OR
EXTERNAL
AERIAL
SCREW ON
CONNECTOR
Unscrew nut to remove internal default aerial and
screw-on the external aerial cable in its place.
INTERNAL
AERIAL
ZAN1055 external
remote aerial. Used if
4G signal to the panel
is low, or simply to
improve signal strength
Supplied with 5 metres
of cable.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
2
-
+
E1
GND
D2
SIM
CARD
-
+
E2
C
NC
RJ45
NO
INTERNAL OR
EXTERNAL AERIAL
12VDC
TRIGGER
RELAY 1
PROXIMITY READER
CONTROL UNIT
12V DC ELECTRIC
FAIL SECURE RELEASE
EXIT
BUTTON
IPGUARD PANEL
AR125
AR122
EVE196-X3-RS
LOCK RELAY 1*
-
+
-
+
+NO C NC 4 5 6 7 8 9-
D2D1
EXIT
BUTTON
COAX
PROX
LOCK OUTPUT
RELAY
12VDC
Class E (CAT6) U/UTP
1 2
+ -
3-core 1.5mm2 ex cable (3183Y)
+
-
VARISTOR
OR DIODE
4 x 1 YY/LSZH per lock
(4-core, 1mm2/core)
AR125 (12VDC/5A)
for IPGUARD
and EVE196-X3-RS
AR122 (12VDC/2A)
for locking
IPGUARD PANEL WITH INTEGRAL PROXIMITY READER
FAIL SECURE LOCKING
*The lock relay output on the EVE196-X3-RS
is normally used to control the lock.
*The EVE196-X3-RS used for the IPGUARD
needs to have the RS485 protocol 5.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
3
-
+
E1
GND
D2
SIM
CARD
-
+
E2
C
NC
RJ45
NO
12VDC
TRIGGER
RELAY 1
PROXIMITY READER
CONTROL UNIT
12V DC MAGNET
OR FAIL SAFE RELEASE
EXIT
BUTTON
IPGUARD PANEL
AR125
AR122
EVE196-X3-RS
EMEX
If your fail safe locking requires an Emergency Breakglass
Exit Device (EMEX with a normally closed contact) to
comply with Building Safety regulations, please t as shown.
LOCK RELAY 1*
INTERNAL OR
EXTERNAL AERIAL
-
+
-
+
+NO C NC 4 5 6 7 8 9-
D2D1
EXIT
BUTTON
COAX
PROX
LOCK OUTPUT
RELAY
12VDC
Class E (CAT6) U/UTP
1 2
+ -
3-core 1.5mm2 ex cable (3183Y)
+
-
VARISTOR
OR DIODE
4 x 1 YY/LSZH per lock
(4-core, 1mm2/core)
IPGUARD PANEL WITH INTEGRAL PROXIMITY READER
FAIL SAFE LOCKING
*The lock relay output on the
EVE196-X3-RS is normally
used to control the lock.
AR122 (12VDC/2A)
for locking
EVE196-X3-RS’s connected to the
IPGUARD need to be programmed
as the rst in the chain (i.e RS485
address =1).
Each IPGUARD & EVE196-X3-RS
needs to be installed in their own bus
chains/network (not wired together).
AR125 (12VDC/5A)
for IPGUARD
and EVE196-X3-RS

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
4
The EVE196-X3-RS’s connected to the IPGUARD need to be
programmed as the first in the chain (i.e RS485 address =1)
Each IPGUARD and EVE196-X3-
RS needs to be installed in their
own bus chain/network (not
wired together).
The network/chains are
programmed and linked
together in the cloud via
www.baticonnect.com
RS485 = 1 ✔
RS485 = 1 ✔RS485 = 2 ✘
RS485 = 1 ✔
✘✘
✔✔

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
5
EVE196-X3-RS PROXIMITY READER CONTROL UNIT
FOR PROXIMITY READER INTERNAL TO IPGUARD PANEL
+NO C NC 4 5 6 7 8 9-
D2D1
EXIT
BUTTON
COAX
PROX
LOCK OUTPUT
RELAY
POWER FOR EVE196-X3
(NOT FOR LOCKING)
12VDC / 2AMP POWER
3-core 1.5mm
ex cable (3183Y)
EXIT
BUTTON
12VDC
Class E (CAT6) U/UTP
EVE196-X3
1 2
+ -
+-
EVE196-X3-RS
(Network address 01)
TOP
IPGUARD PANEL
BOTTOM
EXIT BUTTON
D2 ON IPGUARD
12VDC / 5AMP POWER
LOCK
OUTPUT
RELAY*
- +
*The lock relay output on the EVE196-X3-RS
is normally used to control the lock.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
6
EVE196-X3-RS PROXIMITY READER CONTROL UNIT
WITH MLP8-RS PROXIMITY READER ANTI-VANDAL
EXTRA PROX
DOORS ONLY
+NO C NC 4 5 6 7 8 9-
D2D1
D2
D1
EXIT
BUTTON
COAX
PROX
LOCK OUTPUT
RELAY
POWER FOR EVE196-X3-RS
(NOT FOR LOCKING)
12VDC / 2AMP POWER
3-core 1.5mm
ex cable (3183Y)
EXIT
BUTTON
12VDC
+-+-
12VDC
Class E (CAT6) U/UTP Class E (CAT6) U/UTP
RS PROXIMITY READER
EVE196-X3-RS
CONTROL UNIT
NEXT EVE196-X3-RS
ON NETWORK
1 2
+ -
Class E (CAT6) U/UTP
NEXT EVE196-X3-RS
EVE196-X3-RS
1 2
+ -
LPERS
All proximity readers are installed in the same manner (LPERS, LPMRS and LPTRS)
*The EVE196-X3-RS used for the PROXIMITY READER needs to have the RS485 protocol 3.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
7
NETWORKING EXTRA DOORS ONTO IPGUARD PANEL
-
+
E1
GND
D2
RT
ON OFF
SIM
CARD
-
+
E2
C
NC
RJ45
NO
LOCK RELAY 1
12VDC
TRIGGER
RELAY 1
IPGUARD PANEL
DOOR 1
IPGUARD DOOR
(Network address 01)
DOOR 4
(Network address 04)
DOOR 2
(Network address 02)
DOOR 3
(Network address 03)
LAST DOOR
+NO C NC 4 5 6 7 8 9-
D2
EXIT
BUTTON
COAX
PROX
COAX
PROX
COAX
PROX
COAX
PROX
LOCK OUTPUT
RELAY
12VDC
EVE196-X3-RS CONTROL UNIT FOR
PROXIMITY READER INTEGRAL TO IPGUARD
Class E (CAT6) U/UTP
Class E (CAT6) U/UTP
1 2
+ -
+NO C NC 4 5 6 7 8 9-
D2
EXIT
BUTTON
LOCK OUTPUT
RELAY
12VDC
EVE196-X3-RS CONTROL UNIT
Class E (CAT6) U/UTP
1 2
+ -
+NO C NC 4 5 6 7 8 9-
D2
EXIT
BUTTON
LOCK OUTPUT
RELAY
12VDC
EVE196-X3-RS CONTROL UNIT
Class E (CAT6) U/UTP
Fit a 120Ω (OHM) resistor
1 2
+ -
+NO C NC 4 5 6 7 8 9-
D2
D1
D1
D1
D1
EXIT
BUTTON
120Ω
LOCK OUTPUT
RELAY
12VDC
EVE196-X3-RS CONTROL UNIT
1 2
+ -
INTERNAL OR
EXTERNAL AERIAL
PRE-PROGRAMMED by IP
Door Entry ltd as Door 1,
Door 2, Door 7 etc.
Trained installers equipped
with TELU programmer
can program default
EVE196-X3-RS door
setting themselves. All
actual system operational
programming is via
www.baticonnect.com
When networking multiple
doors to the IPGUARD,
switch on RT on the
IPGUARD’s board.
Maximum 10 doors per IPGUARD®
panel. Additional doors can be added
by creating additional networks in
conjunction with our IGSM data modems.
At the end of the bus chain / network, YOU MUST add resistance
either by switching on RT2 on the last EVE only or by adding a
120 (OHM) resistor, as shown above.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
8
FOR
INFORMATION
ONLY
NO C NC 4 5
+-
12V DC MAGNET
OR FAIL SAFE RELEASE
VARISTOR
OR DIODE
EXIT BUTTON
EMEX
LOCK OUTPUT RELAY
If your fail safe locking requires an Emergency
Breakglass Exit Device (EMEX with a normally
closed contact) to comply with Building Safety
regulations, please t as shown.
TO +
+
-
12VDC/2AMP
DEDICATED PSU
EVE196-X3-RS CONTROL UNIT
FAIL SECURE LOCKING
EVE196-X3-RS CONTROL UNIT
AUTOMATION CONTROL / VOLT-FREE
EVE196-X3-RS CONTROL UNIT
FAIL SAFE LOCKING
NO C NC 4 5
+
-
12V DC
FAIL SECURE
ELECTRIC RELEASE
VARISTOR
OR DIODE
EXIT BUTTON
12VDC/2AMP
DEDICATED PSU
FOR
INFORMATION
ONLY
TO +
+ -
FOR
INFORMATION
ONLY
NO C NC 4 5
TO AUTOMATION
CONTROL
EXIT
BUTTON
IMPORTANT!
1. A diode or varistor must be
tted across the lock power
terminals as clearly shown.
2. Use separate power supplies
for (a) the electric locking
(b) the IPGUARD panel.
3. The IPGUARD back box and/or
any metal work connected to
the IPGUARD must be earthed.
Failure to comply invalidates all
warranties.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
9
NO
C
NC
+
-12V DC FAIL SECURE
ELECTRIC RELEASE
VARISTOR
OR DIODE
LOCK OUTPUT
RELAY
FOR
INFORMATION
ONLY
TO +
+ -
12VDC/2AMP
DEDICATED PSU
FOR
INFORMATION
ONLY
NO
C
NC
VARISTOR
OR DIODE
LOCK OUTPUT
RELAY
+
-
12V DC MAGNET OR
FAIL SAFE RELEASE
If your fail safe locking requires an Emergency
Breakglass Exit Device (EMEX with a normally
closed contact) to comply with Building Safety
regulations, please t as shown.
EMEX
TO +
+ -
12VDC/2AMP
DEDICATED PSU
FOR
INFORMATION
ONLY
NO
C
NC
LOCK OUTPUT
RELAY
TO AUTOMATION
CONTROL
FAIL SECURE LOCKING
IPGUARD RELAY 1
FAIL SAFE LOCKING
IPGUARD RELAY 1
AUTOMATION CONTROL / VOLT-FREE
IPGUARD RELAY 1

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
10
Core size
sq.mm
No of
cores
Radial thickness
of insulation mm
Nominal overall
diameter mm
Weight
kg/km
1 4 0.6 7.9 99
Fail safe locking relies on the locking receiving the correct voltage and
current. Fail secure electro-mechanical locking always requires a 3rd
core control cable. Only industry reference 4 x 1 YY/LSZH cabling (or
Fire Protected equivalent, if applicable) is to be used. Alarm, data or
communications cabling; for example; CAT5E, CW1308 is unacceptable.
T: 01322-441165 Product ref: 3184B-Grey Part number: 45574 www.batt.co.uk
Maximum distance from locking to
power supply location:
50 metres for 1 amp lock
30 metres for 2 amp lock
CABLE REFERENCE:
4 x 1 YY/LSZH
PER LOCK
Conductors: Flexible copper, class 5.
Core identification: 4 core: brown, grey, black, green/yellow
Insulation: LSZH
Sheath/Jacket: LSZH
Colour: Grey
Voltage: 300/500V
Operating temperature: -5°C / + 70°C
Minimum bending radius: 6 x overall diameter
Standards: BS EN 50525-3-11, EN 61034-2, EN 60332-1-2.
LOCKING CIRCUIT CABLE 4 x 1 YY/LSZH (3184B LSZH)
PROTECTION VARISTOR OR DIODE FOR LOCKING
CABLES CPR COMPLIANT TO CCA, S1B, D2, A2 OR BETTER
Q13026
+
–
+
–
The use of a varistor or diode protects electrical equipment
from transient voltage spikes.
Diode
Varistor
DC release
Fail Secure or
Fail Safe
K = Cathode +
Electro
Magnet
A = Anode –
release
Electro
Magnet
AC or DC
+
Fit the diode ref. IN4001
close to the DC release
or electro-magnet.
Respect polarity of the
diode. Incorrect tting of
a diode will cause a
short circuit.
–
K
A
–
K
A
Fit the varistor close to the
AC or DC release or the
DC magnet.
Varistor is polarity
insensitive.
+
+
or
DD
DD
VV
or
–
Refer to Construction Products Regulations
(CPR)-BS6701 and ISO/IEC 11801-6: 2017 Part 6:
Distributed Building Services (or BS EN 50173-6:2018
Part 6: Distributed Building Services).
1. Only use CPR compliant cabling.
2. Never use BT cable ref. CW1308 for digital video/audio systems.
3. Make sure duct or external grade cable equivalents are used
whenever applicable.
4. Any and all system/equipment guarantees relating to correct
functionality and reliability only apply if 1st x cabling, cables used,
and mains power requirements are provided strictly in accordance
with the installation instructions supplied.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
11
IPGUARD MINI: FIXING INFORMATION
IPGUARD MINI: HIDDEN SECURITY SCREW FIXING
1 2 3
456
Always completely unscrew the system before
positioning the panel.
When you screw back do not over tighten.
Over tightening can damage the system
and make it very difficult to reopen.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
12
Visitor panels / proximity readers can get too hot to touch when exposed to
direct sunlight. Some systems auto-shut down to self-protect until cool enough
to restart. Extended exposure to direct sunlight will, of course, eventually cause
irreparable damage / failure to cameras, displays, readers and electronics.
The camera is located in the speaker module pinhole second from the right.
CENTRE
CENTRE
VISITOR
CALL PANEL
CENTRE
CENTRE
FIREMAN SWITCH (OPTIONAL)
MIN HEIGHT
FIREMAN SWITCH (OPTIONAL)
MAX HEIGHT
COMMUNAL
DOOR
IMPORTANT! THINK TO PROTECT THE VISITOR PANEL /
PROXIMITY READER FROM DIRECT SUNLIGHT.
IMPORTANT! THINK ABOUT THE CAMERA HEIGHT.
1.0m
OPENING
DIRECTION
Door must NOT
open over panel
OPENING
DIRECTION
Door must NOT
open over panel
LOOKING FROM OUTSIDE
1.4m
2m
3m
PAVED AREA
Person must be able to stand
in front of the panel (make
sure no obstructions or plants,
and is not a grass floor)
FFL
1.0m
2.0m
3.0m
CENTRETOP
PROX
READER
COMMUNAL
DOOR
1.0m1.0m
LOOKING FROM OUTSIDE
FIRE
CONTROL
FIRE
CONTROL
1 2 3
654
7 8 9
A 0 B
ABC DEF
JKLGHI MNO
TUVPQRS
*
WXYZ
#
COMMUNAL
DOOR
LOOKING FROM INSIDE
OPENING
DIRECTION
Door must NOT
open over
exit button /
breakglass
Person must be able
to stand in front of the
panel (make sure no
obstructions or plants).
COMMUNAL
DOOR
LOOKING FROM INSIDE
OPENING
DIRECTION
Door must NOT
open over
exit device(s)
FFL
1.0m
2.0m
TOP
BREAK GLASS
WITH FLIP LID
1.0m
CENTRE
1.0m
EXIT BUTTON
MAXIMUM
DISTANCE
1.0m
EMERGENCY
DOORRELEASE
PRESS
TO EXIT
TOP
1.0m
CENTRE
1.0m
MAXIMUM
DISTANCE
1.0m
EM24EX
SELF-RESETTING
EMERGENCY
EXIT DEVICE
PRESS TO EXIT
PRESSTO ESCAPE
EMERGENCYONLY
*
FIXING HEIGHTS: ENTERING
FIXING HEIGHTS: EXITING
* A NOTE ON BREAKGLASS POSITION: Sometimes, for security reasons, the breakglass (BG) cannot be located close to the door. The 1.0 m max
distance from door handle does NOT apply to the BG because when it is activated the fail safe locking stays unlocked until it is reset. The BG must,
however, be located so that it is impossible to miss – which means easy to see and activate by all persons exiting in an emergency.
Please note: All IP Door Entry Ltd equipment is to be housed in secure metal cabinet(s)/protective enclosure(s), as appropriate, and clearly marked. External
enclosures / cabinets (all disciplines): If no suitable weatherproof location(s) for system control/distribution equipment are available, site to provide and install
externally rated steel lockable enclosures/cabinets (as per dimensions. Never install any system control / power equipment in false ceilings or in underground
cavities. Failure to comply will revoke warranty period.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
13
IMPORTANT SAFETY WARNING WHEN USING FAIL SAFE LOCKING
The mechanical Push to Break (PTB) safety features on the exit button(s) ONLY WORK if the door can be
pulled / pushed open whilst holding the button pressed in.
THINK SAFETY, THINK FIRE, THINK EMERGENCY EXIT.
LIVES DEPEND ON A CORRECT INSTALLATION.
ALWAYS CHECK THAT WHEN A BUTTON IS PUSHED
AND HELD DOWN THE DOOR STAYS UNLOCKED AND DOES NOT RE-LOCK.
ALL INSTALLATIONS MUST COMPLY WITH BUILDING CONTROL REGULATIONS.
EXIT ROUTE FROM INTERNAL
Maximum height
from FFL
1 metre
HEALTH & SAFETY WARNING
NOT SAFE !
Maximum
distance
1 metre
Double pole
PTM and PTB
exit button(s)
If a person cannot reach the exit button
AND the door handle at the same time,
the safety PTB poles of the button are
USELESS. The installation is unsafe and dangerous.
Pull / Push handle
PRESS
TO EXIT
PRESS
TO EXIT
EXIT ROUTE FROM INTERNAL
Maximum height
from FFL
1 metre
HEALTH & SAFETY WARNING
NOT SAFE !
Maximum
distance
1 metre
Double pole
PTM and PTB
exit button(s)
If a person cannot reach the exit button
AND the door handle at the same time,
the safety PTB poles of the button are
USELESS. The installation is unsafe and dangerous.
Pull / Push handle
PRESS
TO EXIT
PRESS
TO EXIT

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
14
CORRECT POSITIONING OF EXIT BUTTON(S) IS VITAL
?!
WATER FOUNTAIN
PRESS TO EXIT BUTTON
✓
WATER FOUNTAIN
PRESS TO EXIT BUTTON
✗
✗
1 2
(a) Water ows only when
button depressed.
(c) Button is too far from the water fountain. The ow stops
immediately button is released, person cannot drink.
(d) Button is too far from door. The door relocks
immediately button is released, person cannot escape.
?!
✓
(b) Door unlocks only when
button is depressed.
CORRECT FAULTY & DANGEROUS!
WARNING: Must be tted within 1
metre maximum distance of the door
exit pull/push handle at a maximum
height of 1 metre from FFL.
Position carefully so that door does
not open OVER the exit button(s).
The PTB (Push to Break) contacts on the button break the
lock power circuit but only when the button is pressed in.
The instant the button is released, the lock is immediately
re-powered and the door immediately locks.
If the person cannot both press the button in and push or pull
the door open at the same time, the installation is dangerous.

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
15
WARNING! A PTM/PTB* DOUBLE POLE EXIT BUTTON ONLY IS NOT AN
ACCEPTABLE REPLACEMENT FOR A GREEN BREAKGLASS.
NOT ALLOWED
NOT SAFE AND NOT
BUILDING REGULATIONS
COMPLIANT
Clause 2.17 of Part M (Access) of the Building Regulations,
Section J: “the operation of switches, outlets and controls
does not require the simultaneous use of both hands,
except where this mode of operation is necessary for safety
reasons.”
You cannot have a system where the only emergency
exiting procedure requires that the person needs to hold in
a button, and at the same time pull/push the door because
some people (elderly, physically impaired, children etc) will
not be capable of doing this.
Also, if the distance from the exit buttons to the door
makes this physically impossible (too far apart) to press
in the button and push/pull the door simultaneously, the
installation is obviously awed and unsafe for everyone.
The emergency exit button MUST when pressed in the
normal way ie pressed and immediately released also latch
the door unlocked for a period of minimum 3 minutes. Each
time the emergency exit button is pressed and immediately
released it must “hold the door unlocked” for a minimum
period of 3 minutes.
PTB = Push to break momentary contacts = Safety feature.
*PTM = Push to make momentary contacts = Convenience feature only.
ALL RESPONSIBILITY IS EXCLUDED FOR
DAMAGE TO PANEL ELECTRONICS CAUSED BY
CONDENSATION WITHIN 3RD PARTY POSTS.
ALSO, IF PANEL AGAINST ADVICE FITTED AT
AN ANGLE, IT MUST BE UNDER COVER SO
PROTECTED FROM DIRECT RAIN / SNOW / SUN.
FIT VERTICALLY
VISITOR PANELS / PROXIMITY READERS
/ EXIT DEVICES ARE DESIGNED TO BE
FITTED VERTICALLY IE. UPRIGHT
NOT AT AN ANGLE!
VERTICAL
ANGLED

INSTALLATION CABLING
16
4G/IP/GSM SMART
Visitor Door Entry
COMMISSIONING 1
66 7 2 5
1 – POWER UP THE IPGUARD®AND FIX IN TO THE BACKBOX.
2 – CHECK THAT YOUR PANEL IS CONNECTED TO THE NETWORK
3 – TEST SIGNAL
In the Welcome screen, enter STATUS by pressing on the 1then go to the 2nd screen by pressing .
If the screen does not display “WAN : Connected”, check the SIM card, the connection of the internal antenna,
or the connection of remote aerial/router (as applicable)..
In the Welcome screen, enter TEST by pressing on the 2then press the 1.
The panel now runs a signal strength check and responds: Bad, Average, Good or Excellent..
Note: If you receive an error message, start again after a few minutes.
NOW ENTER ONTO THE PANEL KEYPAD
97
FOLLOW THESE SIMPLE STEPS
1 2
3 4
1 2

INSTALLATION CABLING
17
COMMISSIONING 2
4 – REGISTER IPGUARD ON BATICONNECT.COM
5 – CHECK STATUS OF SECONDARY DEVICES ON YOUR SITE
CONFIGURATION TEST RESULT ACTION REQUIRED
Modem with inter-
nal antenna
Average / Good / Ex-
cellent
Signal suces. Obviously the stronger the signal the better the speed and
quality of the video.
Bad Install a remote aerial to improve signal reception (avoid obstructions,
higher the better etc).
Internal modem
and remote
antenna together
Average / Good / Ex-
cellent
Signal suces. Obviously the stronger the signal the better the speed and
quality of the video.
Bad Install a remote router, max distance from panel 80 metres.
Remote router
Average / Good / Ex-
cellent
Signal suces. Obviously the stronger the signal the better the speed and
quality of the video.
Bad Contact IP Door Entry technical department.
Once your secondary access points (devices) have been registered on BATICONNECT.COM, you can check the quality of
each connection to your IPGUARD panel.
In the Welcome screen, enter STATUS by pressing on the 1then go to the 3rd screen by pressing twice.
To see other connected devices, press once for Smart Keypads, press twice for LHF radio receivers, press three
times for IPKEYSAFES.
Go to baticonnect.com and either create an account, or log-in if you
already have an account.
Once your IPGUARD panel has been registered on BATICONNECT.COM,
the red dot on top right of IPGUARD screen will disappear.
Note: If the RS address of a device does not appear check the BATICONNECT conguration. If your devices appear but are
NOT showing as activated, check cabling and the address selected directly on the device.
1 2
3 4

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
18
NOTES

4G/IP/GSM SMART
Visitor Door Entry INSTALLATION CABLING
19
NOTES