Honeywell OmniAssure Touch Mullion User manual

Installation Instructions / OmniAssure Touch Mullion
OmniAssure Touch Mullion
P30743-10-0G0-01
2019-12-06
EN Installation Instructions......................................2
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GLOBAL:
DACH:
www.security.honeywell.com
www.security.honeywell.de
Model name Smart proX Mobile Color Item. no.
X X X Black OT3300BHONG
OmniAssure Touch Mullion
X X Black OT3200BHONG
X X X Black OT3312BHONG
OmniAssure Touch Mullion
12 key X X Black OT3212BHONG
X X X White OT3300WHONG
OmniAssure Touch Mullion
X X White OT3200WHONG
X X X White OT3312WHONG
OmniAssure Touch Mullion
12 key X X White OT3212WHONG
I
II III

2 Installation Instructions / OmniAssure Touch Mullion
Subject to change without notice.
1 Scope of delivery
1 Installation instructions
1 Reader front
1 Mounting backplate
3 Wall anchors (5 x 25 mm or #8 x 1”)
3 Screws (panhead, 3 x 30 mm or #4 x 1¼”)
2 Enclosure screws (metric, M2 x 5 mm panhead)
2 Enclosure screw caps
2 General
The OmniAssure Touch Mullion Reader was tested at the panels:
– NetAXS 123 V6 (Wiegand)
– ProWatch 6k (Wiegand)
– Pro32 (Wiegand)
– Mercury EP1502 (OSDP)
Mobile credentials:
– proX (EM4102)
– MIFARE classic
– MIFARE DESFire EV1/EV2
– OmniAssure OES
– QKey
– HID
– ISO-SNR Quadrakey
– Bluetooth Low Energy
Physical interfaces:
– Wiegand
– RS-485 (OSDP 2.1.7.)
The Reader Utility Application is used to configure:
– credential bit formats and length
3 Installation
All dimensions in drawings are in inch and (mm).
NOTE
All wiring shall be in accordance with applicable codes
and regulations. Observe applicable building codes and
safety regulations in determining the reader position.
UL 294: Installation must be done in accordance with
National Electrical Code, ANSI/NFPA 70.
General terms
– The mounting backplate can be used as a drilling template where
necessary.
– When positioning the reader base, ensure that the backplate tamper
mechanic can be securely screwed in; otherwise the tamper detection
is reduced to opening monitoring.
– Secure the reader base without exerting excessive force.
– Use the mounting material included in the accessories. If you need
more materials, ensure that these have the same diameter.
–The power supply of the reader must be switched off while the
reader is connected. Risk of damage!
3.1 Important notes on mounting
– Pay attention to the minimum distances (see "III", page 1).
Mounting readers in close proximity of each other will reduce perfor-
mance, the minimum recommended mounting distance side-by-side
or back-to-back is 5” (125 mm).
– Mounting the reader on a metal surface may reduce performance, a
plastic separator of at least ¼” (6 mm) is recommended.
3.1.1 Mounting height
In order to operate the keypad and read the indications optimally, install
the reader at a height of 130 to 140 cm (51 to 55”) above the floor.
3.1.2 Necessary cable reserve
In order for the reader to be able to be dismounted when necessary,
there must be a sufficient cable reserve in the direct vicinity of the reader.
Depending on the type of mounting, the cable reserve can be placed in
a nearby junction box.
3.2 Mounting for flush mounted wiring
see "I", page 1
Screw the reader base directly onto the wall.
Screw the backtamper - with reference to drawing in page 1: [1] onto the
wall, so that if the reader is torn off the wall, the actuator pin - with refer-
ence to drawing in page 1: [2] remains secured to the wall, thus releasing
the cover contact and signalling a tamper situation.
3.3 Fasten the reader
see "II", page 1
[3] Hang the reader from above in the reader base.
[4] Snap shut below.
[5] Close with the supplied enclosure screw.
After completing the mounting and functional testing seal the housing.
To do this, press the supplied enclosure screw cap into screw hole.
Destroying the seal for removing.
3.4 Test the reader / Commissioning
Apply power (the green LED indicates power) and present a valid creden-
tial. The light ring should flash and the sounder should produce a short
tone indicating a successful read. If the Host system is connected the light
ring and sounder should follow the functionality of the Host system.
3.5 Cable specification
– The reader is supplied with 6 ft. (2 m) of shielded, 8-conductor
AWG 26 (0,14 mm²) cable which may be extended with the length
and size of cable listed below.
min. conductor size
for panel power suppy
max. cable
length
9.5 V1) 12 V 18 V
Interface
feet meters AWG mm² AWG mm² AWG mm²
200 61 20 0,55 22 0,33 24 0,22
300 91 18 0,82 20 0,5 22 0,33
Wiegand /
RS-485
(cable
power) 500 152 16 1,35 18 0,81 20 0,54
RS-485
(local power) 4000 1220 AWG 25 / 0,16 mm²
1) to ensure that the reader power supply is at least 7 V DC

Installation Instructions / OmniAssure Touch Mullion 3
3.6 Wire assignments
The connection must be carried out in de-energized state! Risk of
damage!
To ensure reliable functioning, ensure that a possible extension of the 4 m
connecting cable does not exceed 152 m (condition: no external voltage
supply unit is required). For extension purposes up to 152 m an additional
JY(ST)Y (6x2x0.6 mm) cable can be used.
The reader can be used remotely for extension purposes at a distance of
max. 1220 m. We recommend using a Cat 5 connecting cable (condition:
an external voltage supply unit for the reader is required).
In general, by use of RS-485 interface: When the reader is the last user
on the RS-485 bus, a 120 Ω end-of-line resistor (from TRX+ to TRX-)
must be installed in front of the reader. For further information, refer to the
description of the corresponding controller.
InterfaceWire color
Wiegand RS-485
red POWER (+U_b) POWER (+U_b)
black GND (0 V) GND (0 V)
white D1 TRX+
green D0 TRX-
blue Hold line do not connect
yellow Buzzer do not connect
orange LED green do not connect
purple Tamper do not connect
Caution
Floating communication lines may cause spurious emissions, invalidating
certification. Ensure all communication lines are properly biased and ter-
minated.
Input Hold line
This input makes it pos-
sible to connect 2 read-
ers in parallel (e.g. at
NetAXS).
Reader 1
Reader 2
Hold line 2
Hold line 1
NetAXS
GND
Tamper line
Physical tamper switches:
– tear-off
– enclosure
The electronic switch opens when
the operating voltage +U_b fails.
mechanical tamper switch
electronic tamper switch
Tamper line
4 Operation
When a credential is read successfully, the light ring lights briefly, the
sounder sounds a short tone and the credential associated code is sent
to the Host system.
The light ring and sounder are also controllable by the Host system.
Reader output formats are determined by the personalization of the cre-
dential and/or configuration of the reader; on SmartTech and MultiTech
readers the behaviour of the light ring and sounder can be modified
through configuration.
4.1 Short briefing of buttons and LEDs
4.1.1 OmniAssure Touch Mullion
A
E
B
C
D
ALED light ring
BLED green
CLED yellow
DDuo LED red/green
EActivate the BLE credential by touching the touch-sensitive sur-
face
4.1.2 OmniAssure Touch Mullion 12 key
ALED light ring
BLED green
CLED yellow
DDuo LED red/green
EActivate BLE / Acknowledge: execute the PIN code
FClear PIN code entry
GNumeric keypad for PIN entry (PIN= Personal identification num-
ber)
4.2 Requirements to credential type and operation
The following notes and information can be found in the product
accompanying documents of the panels:
– NetAXS 123 V6 (Wiegand)
– ProWatch 6k (Wiegand)
– Pro32 (Wiegand)
– Mercury EP1502 (OSDP)

4 Installation Instructions / OmniAssure Touch Mullion
All credential type, i.e. Bluetooth authentication requirements
including the following:
1. Electronic credential transmission technology Bluetooth and RFID.
Bluetooth and RFID protocol names:
Default Mullion OES WG38,BLE,HID-Prox,Quadrakey
DF UID WG26
DF UID WG32
DF UID WG37
DF UID WG56
DF UID-L WG26
DF UID-L WG32
DF UID-L WG37
DF UID-L WG56
EM-Prox WG26
EM-Prox WG32
EM-Prox WG34
EM-Prox WG40
HID
MF UID WG26
MF UID WG32
MF+DF UID WG26
MF+DF UID WG32
MF+DF UID WG37
MF+DF UID WG56
MF+DF UID-L WG26
MF+DF UID-L WG32
MF+DF UID-L WG37
MF+DF UID-L WG56
OSDP OmiAssure OES WG38 HID UniKey
OSDP OmiAssure OES WG38
OmniAssure OES WG38
OmniAssure OES WG38 UniKey 38 bit
EM-Prox(+EM4450)WG32
QKey WG34
2. Config App for programming the reader (Reader Utility by HON). Also
the credential bit format and length will be configured by the App dur-
ing the configuration, so find details in description of App. The follow-
ing abbreviations are used in the Config App:
DF DesFire
MF Mifare Classic
UID Serial Number, continuous numbers like Omni-
Assure
UID-L Serial Number, format like LuminAXS,
Omniprox
WGxx Wiegand xx Bit
EM-Prox EM-Marin 125 kHz H4102 + H4450
HID HID 125 kHz
OES WG38 38 Bit Wiegand Diversified Keys, card
ODPEV28N38
BLE Bluetooth UniKey format
QKey WG34 Quadrakey Wiegand 34 Bit
3. Use the following operating system (OS) and revision level, along with
the credential device application software with following level: Boot-
loader V4.2.xxx / Application 4.2.xxx / OS 4.2.xxx
4. Installer/dealer can access the reader via config app ‘Reader Utility by
Honeywell’ (Google Play store). Verification is required (SITE code).
The access control system uses 3 types of verification for the user:
Available are pin code, physical credential and mobile credential.
– The reading of a physical credential and an electronic device (BLE),
transmitting user data to the reader interface is the same.
– Have a look at the manual of the system for more details like instruc-
tions on how to silence a trouble, functions of all switches/buttons,
description of the conditions that might be expected to result in false
alarms or impaired operation of the product and service information.
5 Classifications
UL 294: Destructive attack level IV, line security level I,
endurance level IV, power level I.
Access Control Feature: Single Point Locking Device
with Key Locks Level I.
EN 60839-11-1 Grade 3, environmental class III
6 Certifications
CE, FCC, UL294
FCC ID: UA2OT3XXXBHON
UA2OT3XXXWHON
Intertek: ETL listed Intertek 5014020
7 FCC Regulations
7.1 Warning (Part 15.21)
Changes or modifications not expressly approved by the party responsible
for compliance could void the user’s authority to operate the equipment.
7.2 Compliance statement
This device complies with part 15 of the FCC Rules. Operation is subject
to the following two conditions:
(1) this device may not cause harmful interference, and
(2) this device must accept any interference received, including interfer-
ence that may cause undesired operation.
7.3 Information to the user (Part 15.105 (b))
Note: This equipment has been tested and found to comply with the limits
for a Class B digital device, pursuant to part 15 of the FCC Rules. These
limits are designed to provide reasonable protection against harmful inter-
ference in a residential installation. This equipment generates, uses and
can radiate radio frequency energy and, if not installed and used in accor-
dance with the instructions, may cause harmful interference to radio com-
munications. However, there is no guarantee that interference will not
occur in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by
turning the equipment off and on, the user is encouraged to try to correct
the interference by one or more of the following measures:
– Reorient or relocate the receiving antenna.
– Increase the separation between the equipment and receiver.
– Connect the equipment into an outlet on a circuit different from that to
which the receiver is connected.
– Consult the dealer or an experienced radio/TV technician for help.

Installation Instructions / OmniAssure Touch Mullion 5
8 CE Declaration of conformity
Hereby, the Novar GmbH declares that the radio equip-
ment readers OmniAssure, item no. OT3300BHONG,
OT3200BHONG, OT3312BHONG, OT3212BHONG,
OT3300WHONG, OT3200WHONG, OT3312WHONG
and OT3212WHONG are in compliance with Directive
2014/53/EU.
This symbol on our product shows a crossed-out
"wheelie-bin" as required by law regarding the Waste
of Electrical and Electronic Equipment (WEEE) disposal.
This indicates your responsibility to contribute in saving
the environment by proper disposal of this Waste i.e.
Do not dispose of this product with your other wastes.
To know the right disposal mechanism please check the
applicable law.
The full text of the EU declaration can be downloaded from our homepage
https://www.security.honeywell.de/ in the service/download area.
9 Technical specification
Dimensions 1.97 x 5.67 x 0.87 inch / 50 x 144 x 22,3 mm
Operating temperature -40 °F to 151 °F / -40 °C to 66 °C
Protection class IP65
Environmental class III
Protection class UL IP4X / IK04 (enclosure)
Humidity condition max. 93±2% at 32±2 °C / 89.6±3.6 °F
0 - 95% non-condensing
Installation and use Indoor and outdoor usage
Interfaces Wiegand; RS-485
Reading range 0 ... ≈2.75" / 0 ... ≈70 mm (depending on credential)
BLE range 0 ... ≈197" / 0 ... ≈5 m
Power supply reader 7.0 V to 18 V DC (12 V recommended)
mA
Watt at 7 V DC at 12 V DC at 18 V DC
avg peak avg1) peak2) avg1) peak2) avg1) peak2)
Power consumption
Current consumption
1.8 4.0 250 530 150 320 100 220
Used frequency bands
- 119 kHz to 135 kHz
- 13.56 MHz
- 2400 to 2483.5 MHz
Transmitted power
< 10 dBμA/m
< 0 dBμA/m
< 1 mW e.i.r.p.
1) The "average" current is measured in Idle mode (factory setting, light
ring is slightly blue)
2) The "peak" current is measured with card activation (factory setting,
light ring is on)

Honeywell Commercial Security
Novar GmbH
Johannes-Mauthe-Straße 14
D-72458 Albstadt
www.honeywell.com/security/de
P30743-10-0G0-01
2019-12-06
© 2019 Novar GmbH