Assa Abloy SACURITRON Aperio DR100 Manual

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DR100 Aperio®Wireless
Card Reader with Relay (BASIC MODE)
Installation & Operating Instructions
Product Components
Standard Installation
A Reader
B Relay Housing
C Mounting Bracket
D (2X) 6-32 x 1/2"
Type F Self
Tapping Screws
E T8 Security
Torx Bit
F 4-40 Pan Head
Screw
G 4-40 Security
Torx Screw
H 2mm Slotted Bit
Product Contents
Secure Installation Kit
A Reader Backplate
B Secure Side
Relay Cover
C (4X) 4-20 Self
Tapping screw
D T8 Security Torx Bit
E 4-40 Security
Torx Screw
F Alcohol Swab
G Wire Sealing
Grommet
H Wire Harness
Extender
Product
Specs
Diagram 2 Product Components Secure Kit
AC
DE
H
FG
B
A
CD
EF
GH
B
Parameter Values
Power Supply 12 – 24 VDC
Operating Temperature 14˚ to 151˚ F [-10˚ to 66˚ C]
Cold Weather Pack
Operating Temperature* -40˚ to 151˚ F [-40˚ to 66˚ C]
Storage Temperature -40˚ to 185˚ F [-40˚ to 85˚ C]
Max Operating
Relative Humidity 93 % RH at 89˚ F
IP Class IP65
Network IEEE 802.15.4 (e.g. Aperio) 2.4 GHz
BLE Bluetooth 4.0
Max Operating Current Draw 57.4 m A
Max Current Draw with
Heater Activated* 123 mA at 12 V | 245 mA at 24 V
Inputs
2 DPS, Digital input**
Close / Open Externally Accessible
REX, DX, and Privacy are not functional
at release. (Release date TBD)
1 REX, Digital input
1 DX (Deadbolt Switch)
1 Privacy
Outputs
# of Relays 3
Relay Switching
Capacity, Max 2A per Relay***
1 Tamper Relay Housing Side
2 Tamper Reader Side
Diagram 1 Product Components Standard
*Requires extreme cold temperature hardware pack.
** 2 DPS can be used with device however only
one DPS signal will be sent to EAC.
***6A max operating current draw total for product when all
relays are in the wetted configuration and fully loaded.

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Mounting the
Relay Housing
1 DRILL 3/4" hole in location shown
for wires to pass through.
2 USE Mounting bracket as template to
drill 2 x 1/8" holes as shown for a 6-32
self tapping screw. Ensure Mounting
Bracket is level and aligned to the 3/4"
hole before drilling 1/8" holes.
3 INSTALL mounting bracket using
2x 6-32 self tapping screws.
4 WIRE input/output wires into Relay
Secure Board (details in next section).
Do not proceed with Relay Housing
mounting until wiring is complete.
5 HOOK Relay Housing onto mounting bracket
and rotate until Relay Housing is fully seated
onto bracket and Relay Housing Gasket is fully
seated against mounting surface. Downward
pressure may be needed in order to compress
gasket and fully seat Relay Housing to Bracket.
6 INSTALL provided 4-40 Pan Head Screw
to secure Relay Housing to bracket.
NOTE: In the standard configuration the Relay Housing
is to be mounted on the unsecure side of the door. If
the Secure Side Installation Kit is being used, the Relay
Housing is to be mounted on the Secure side of the door.
Wiring the
DR100 – I/O’s
Diagram 3 Mounting
3-9/32"
[83 mm]
15/16"
[24 mm]
Ø 3/4"
[13 mm]
Ø 1/8"
[3 mm]
Ø 1/8"
[3 mm]
MOUNTING
SURFACE
MOUNTING
BRACKET
6-32 SELF
TAPPING
SCREWS
RELAY
HOUSING
RELAY SECURE
BOARD
4-40 PAN
HEAD
SCREW
MOUNTING
SURFACE
MOUNTING
SURFACE
J2*
Terminal# Name Type Voltage Level
1PRIVACY NO*** Not Used — Do Not Connect
2PRIVACY COM*** Not Used — Do Not Connect
3DX NO*** Not Used — Do Not Connect
4DX COM*** Not Used — Do Not Connect
5REX NO*** Not Used — Do Not Connect
6REX COM*** Not Used — Do Not Connect
7DPS 2 NO Input 3.3 VDC
8DPS 2 COM Input 3.3 VDC
9DPS 1 NO Input 3.3 VDC
10 DPS 1 COM Input 3.3 VDC
J1*
Terminal# Name Type Voltage Level
1V EXT Input 12 – 24 VDC
2RELAY COM 1 Output 12 – 24 VAC/VDC**
3RELAY NO 1 Output 12 – 24 VAC/VDC**
4RELAY NC 1 Output 12 – 24 VAC/VDC**
5RELAY COM 2 Output 12 – 24 VAC/VDC**
6RELAY NO 2 Output 12 – 24 VAC/VDC**
7RELAY NC 2 Output 12 – 24 VAC/VDC**
8RELAY COM 3 Output 12 – 24 VAC/VDC**
9RELAY NO 3 Output 12 – 24 VAC/VDC**
10 RELAY NC 3 Output 12 – 24 VAC/VDC**
11 GND Input Power Ground / Return
12 GND Input Power Ground / Return *Terminal blocks accept 18 – 30 AWG wire.
**12-24VAC is only applicabe when relays are set to the dry configuration.
***Privacy, DX, and Rex to become functional at later date.

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Wiring the DR100 – Terminal Blocks
J2 Input Terminals
1 Privacy NO (Not Used)
2 Privacy COM (Not Used)
3 DX NO (Not Used)
4 DX COM (Not Used)
5 REX NO (Not Used)
6 REX COM (Not Used)
7 DPS 2 NO**
8 DPS 2 COM**
9 DPS 1 NO**
10 DPS 1 COM**
**NOTE: Both DPS 1 and DPS 2 need to be closed
in order for the EAC to see a DPS secure signal. The
unit comes with a jumper pre-installed to close
DPS 1. If using only one DPS, install into DPS 2.
If using two DPS, remove the jumper in DPS 1
and install each DPS individually to DPS 1 and
DPS 2. Wireless communication of DPS 1 and
DPS 2 have not been evaluated to UL294.
Diagram 4
Relay 2 Sect Jumper Timing
1
2
3
Relay 1 and 2 actuate simultaneously
1
2
3
Relay 2 and 3 actuate simultaneously
Relay 2 Sect Jumper Delay Timing
1
2
3
Delay only applies to RELAY 3
(factory default)
1
2
3
Delay applies to both
RELAY 2 and RELAY 3
J1 Output/Power Terminals
1 12-24 VDC
2 Relay COM 1
3 Relay NO 1
4 Relay NC 1
5 Relay COM 2
6 Relay NO 2
7 Relay NC 2
8 Relay COM 3
9 Relay NO 3
10 Relay NC 3
11 GND
12 GND
Make wire connections at the appropriate
wire terminal with Relay Secure Board seated
in housing. Removal of the Relay Secure
Board from housing is not recommended.
WET
DRY
P1
S2
P4
P5P6
1
2
3
P2 P3
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10
WET
DRY
WET
DRY
RLY 1 RLY 2 RLY 3
RELAY 3 DECAY SELECT RELAY 2 SELECT
R LY 1 & 2
R LY 2 & 6
1 2 3
WET
DRY
P1
S2
P4
P5P6
1
2
3
P2 P3
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10
WET
DRY
WET
DRY
RLY 1 RLY 2 R LY 3
RELAY 3 DECAY SELECT RELAY 2 SELECT
R LY 1& 2
R LY 2 & 6
1 2 3
WET
DRY
P1
S2
P4
P5P6
1
2
3
P2 P3
1 2 3 4 5 6 7 8 9 10 11 12
1 2 3 4 5 6 7 8 9 10
WET
DRY
WET
DRY
RLY 1 RLY 2 R LY 3
RELAY 3 DECAY SELECT
RELAY 2 SELECT
R LY 1& 2
R LY 2 & 6
1 2 3
Relay 1
WET/DRY
Jumper
Relay 2
WET/DRY
Jumper
Relay 2 Select Jumper
Dip Switches
Relay 3
WET/DRY
Jumper
Wet/Dry Jumper Settings
Wet/Dry jumper settings can be
configured to set each individual
relay to be a wet or dry contact.
• When set as a WET CONTACT, the
relay will provide direct power to
the device connected to the relay
from the power source connected
to the Relay Secure Board.
• When set as a DRY CONTACT, the
relay will not provide direct power
to the device. Use this setting if
the device is powered externally.
• The voltage supplied to an external
device through a wetted relay
will be equivalent to the voltage
supplied to the relay board.
Delay Settings
The Delay setting is used to delay the
actuation between RELAY 1 and 3.
• The Delay will only apply to RELAY 3
if the RELAY 2 Select jumper is in the
left position. The delay will apply to
both RELAY 2 and 3 if the RELAY 2
Select jumper is in the right position.
• The delay time is configurable
via the dip switch settings on
the Relay Secure Board.
Relay 2 Jumper Settings
The Relay 2 will always actuate
simultaneously with either
Relay 1 or Relay 3.
• To configure RELAY 2 to actuate
simultaneously with RELAY 1 move the
jumper to left position so it is covering
pins 1 and 2 (default configuration).
• To configure RELAY 2 to actuate
simultaneously with RELAY 3
move the jumper to right position
so it is covering pins 2 and 3.
S2

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Wiring the DR100 Delay Dip Switch Settings
DR100 DIP-SWITCHES# POSITION SELECTION FUNCTION DESCRIPTION FACTORY DEFAULT
ON Position SW1 SW2 SW3 SW4 DELAY (S)
Activates a time delay
between the actuation
of RELAY 1 and RELAY 3.
RELAY 2 will also see the
delay if the RELAY 2 Select
Jumper is configured
such that RELAY 2
actuates simultaneously
with RELAY 3.
0 Seconds
ON ON ON ON 0
OFF ON ON ON 0.5
ON OFF ON ON 1
OFF OFF ON ON 1.5
ON ON OFF ON 2
OFF ON OFF ON 2.5
ON OFF OFF ON 3
OFF Position OFF OFF OFF ON 3.5
ON ON ON OFF 4
OFF ON ON OFF 4.5
ON OFF ON OFF 5
OFF OFF ON OFF 5.5
ON ON OFF OFF 10
OFF ON OFF OFF 15
ON OFF OFF OFF 20
OFF OFF OFF OFF 30

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Common Modes of Operation
C1
NO2
NC1
NO2
NO1
C2
C3
NO3
DR100
NC3
12/24
GND
GND
PVCY
DPS2
DX
REX
DX
REX
DPS2
DPS1
DPS1
PVCY
-
+
POWER
SUPPLY
ELECTRIC
STRIKE
(fail secure)
-
+
C
NC
DOOR
CONTACT
Typical single door system
with Fail-Secure electrifide lock
Remove for wet contacts,
Not to be used
in basic mode
C1
NO2
NC1
NO2
NO1
C2
C3
NO3
DR100
NC3
12/24
GND
GND
PVCY
DPS2
DX
REX
DX
REX
DPS2
DPS1
DPS1
PVCY
-
+
POWER
SUPPLY
Fail Safe
Locking
Device
-
+
C
NC
DOOR
CONTACT
Typical single door system
with Fail-Safe electric lock
Remove for wet contacts,
Not to be used
in basic mode
C1
NO2
NC1
NO2
NO1
C2
C3
NO3
DR100
NC3
12/24
GND
GND
PVCY
DPS2
DX
REX
DX
REX
DPS2
DPS1
DPS1
PVCY
-
+
POWER
SUPPLY
C
NC
DOOR CONTACT
Typical Electrified
Rollup Door System
Rollup Door
In
In
Not to be used
in basic mode
C1
NO2
NC1
NO2
NO1
C2
C3
NO3
DR100
NC3
12/24
GND
GND
PVCY
DPS2
DX
REX
DX
REX
DPS2
DPS1
DPS1
PVCY
-
+
POWER
SUPPLY
Turnstile
Typical Electrified
Turnstile System
In
In
Not to be used
in basic mode
Diagram 5 Typical door system with
FAIL-SECURE electric lock.
Diagram 7 Typical door system with
electronically activated rollup door.
Diagram 6 Typical door system
with FAIL-SAFE electric lock.
Diagram 8 Typical door system with
electronically activated turnstile.
NOTE: Not to be used in Life Safety scenarios

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Standard Configuration
Reader Installation
1 CONNECT Reader Wire Harness from the Reader
to the Relay Secure Board as shown. If using the
optional heater, connect this wire as well, Diagram 9.
NOTE: The Heater allows the device to function below -14˚ F [-10˚ C]
and only activates below this temperature. The heater will come
pre-installed on the Reader if the DR100E model is ordered. If
the Heater was purchased separately, please refer to the Heater
installation instructions provided in the Cold Weather Pack.
2 HOOK Reader onto the top of the Relay
Housing and rotate closed, Diagram 10.
3 INSTALL 4-40 Security Torx Screw to secure reader to
Relay Housing using provided T8 Security Torx Bit.
4 VERIFY proper installation/wiring and ensure that
all connected devices are operating as intended.
Note: All steps must be complete for device to exit
tamper state and for device to function properly.
OPERATIONAL HEATER WIRE
READER
T8 SECURITY
TORX BIT
4-40
SECURITY
TORX
SCREW
Diagram 9 Connect Reader.
Diagram 10 Hook Reader and install Torx Screw.

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Secure Installation Kit
Reader Installation
Although the DR100 has several mechanisms to
detect tamper situations when mounted in the
standard configuration, there may be a desire to
mount the Relay Housing in a secure area apart
from the Reader. The secure side installation kit
provides the hardware needed to mount the
Relay Housing on the secure side of the opening
and mount the Reader on the opposite side.
NOTE: The DR100 is designed to remain securely affixed
to a smooth mounting surface using only the mounting
tape installed on the Reader Backplate. Additional optional
fasteners are provided if the mounting surface is rough. The
optional Wire Sealing Grommet is also provided to prevent
moisture intrusion when mounting on an rough surface.
1 REMOVE foam gasket on back of Reader,
by peeling gasket back towards the top of
the reader and slowing peeling off.
• Optional – DRILL 3 x 1/8" DIA. holes
in the Reader Backplate as indicated
(deburr the holes after drilling).
2 INSERT reader cable thru exit hole
on Reader Backplate.
• Optional – WRAP Wire Sealing Grommet on
Reader wire harness by opening slit in grommet
and pressing onto the Reader wire harness.
3 CONNECT Wire Harness Extender
to Reader wire harness.
NOTE: Only use provided Wire Harness Extender.
No other extender should be used.
Diagram 11 Reader Installation.
FOAM GASKET
READER
BACKPLATE
CABLE
EXTENDER
Optional:
Drill out
these
locations
if mounting
to rough
surface
Optional:
Wire Sealing Grommet

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Mounting Reader
to Surface
NOTE: When installing with the Secure Installation
Kit the Reader is to be mounted on the unsecure side
of the door, opposite to the Relay Housing.
4 DRILL 1/2" hole in mounting surface
as indicated in Diagram 12.
• Optional – Use Reader Backplate as a template to
drill 3 x 3/32" holes in mounting surface. (deburr
the holes after drilling). Ensure back plate is level
and aligned to 1/2" hole before drilling 3/32" holes.
5 CLEAN Reader mounting surface
using provided alcohol swab.
6 ROUTE Reader wire harness and Wire Harness
Extender through the 1/2" hole to the opening
in the Relay Housing. This harness will go
through the same opening as the input,
output, and power wires. Diagram 13.
3-11/32"
[85 mm]
15" [381 mm]
MAX
Ø 1/2"
[13 mm]
3/4"
[19 mm]
Optional
3X Ø 3/32"
[2 mm]
Reader Wire Harness
and Wire Harness
Extender
1-7/16"
[37 mm]
Diagram 12 Drill holes. Diagram 13 Route wires.
NOTE: The length allowable between
reader and relay housing is 15".
Wiring Distance from reader to
secure board can not be extended
further than provided cables.

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ADHESIVE
TAPE
4-20 X 3/8"
SCREWS
ADHESIVE
TAPE
4-20 X 3/8"
SCREWS
4-40 SECURITY
TORX SCREW
T8 SECURITY
TORX BIT
Diagram 14 Mount Reader.
Diagram 15 Secure Reader Backplate. Diagram 16 Hook Reader. Diagram 17 Secure Reader.
7 MOUNT Reader by removing the adhesive tape
backing on Reader Backplate and adhering to desired
location. Apply pressure for at least 1 minute to
properly activate the adhesive tape. Diagram 14.
• Optional – Secure Reader Backplate to door with the
provided 3 x 4-20 Self-Tapping Screws. Diagram 15.
8 HOOK Reader onto top of Reader Backplate and
rotate until reader is fully seated. Diagram 16.
9 SECURE reader to Reader Backplate with the
provided 4-40 Security Torx Screw, fasten
with T8 Security Torx Bit. Diagram 17.
NOTE: Ensure reader is fully seated on Reader Backplate.

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4-40
SECURITY
TORX SCREW
RELAY
HOUSING
SECURE
SIDE COVER
T8 SECURITY
TORX BIT
Secure Side Relay
Cover Installation
NOTE: The following steps are performed
on the secure side of the opening.
1 ROUTE the Wire Harness Extender to the
side of the terminal blocks as shown and tuck
excess cable back into the wire opening.
2 CONNECT the Wire Harness Extender to location
shown below on relay board. Diagram 18.
3 HOOK Secure Side Relay Cover onto top of
Relay Housing and rotate until Secure Side
Relay Cover is fully seated. Diagram 19.
4 INSTALL 4-40 Security Torx Screw to secure the
Secure Side Relay Cover to Relay Housing using
provided T8 Security Torx Bit. Diagram 20.
5 VERIFY proper installation/wiring and ensure that
all connected devices are operating as intended.
NOTE: All steps must be complete for device to exit
tamper state and for device to function properly.
Connect Wire Harness
Extender Here
Diagram 18 Connect Wire.
Diagram 19 Secure Side Cover. Diagram 20 Install Screw.

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Connecting the Hub
The following applies only to Aperio
factory paired kits with AH20 Hubs.
1. Connect the Wiegand D1, D0, red,
and green LED signals.
NOTE: The Green LED input is used to grant access to the
connected device. If the Green LED signal is not available to
indicate approved access, the approval input can be activated
by a relay with “NO” attached to Green LED and “C” to GND.
The Red LED input is used to indicate access denied. If the RED
LED signal is not connected, the reader will flash RED three
times when a non-approved card is presented indicating loss
of connection to the hub rather than access denied. Any other
codes may be reference on the LED reference card above.
For questions regarding installation of the
hubs such as hub placement, coverage area, or
materials that may interfere or reduce range,
please review the hub installation instructions:
content.assaabloyusa.com/doc/AADSS1177359
LED Codes
Aperio LED LOCK Codes
(1) ONE Yellow Flash Card read
(1) ONE Green Flash Access Granted
(5) FIVE Yellow (1) ONE Red Force Closed
(in open mode)
Continuous Yellow Flashes
(.25 sec every second) Comhub busy
(1) ONE Red Flash Access Denied
(AC Online)
(3) THREE Red Flash Access Denied
(AC Of fline)
Continuous Red Flashes
(.125 sec every second) Lock is Blocked
(when closing)
(10) TEN Red Flashes Error in Lock
Continuous Yellow Flashes
(.25 sec every 5 seconds) Low Battery
Continuous Red Flashes
(.25 sec every 5 seconds) Dead Battery
Aperio LED HUB Codes
Steady Green Online
Steady Green
+ (1) ONE Red Flash Lock Offline
Steady Green
+ (2) TWO Red
Flashes
Access Control
Offline
Steady Green
+ (3) Three
Red Flashes
Access Control
& Lock Offline
Flashing Yellow UHF Communication
Aperio Hub Specifications
• Approvals ETL, FCC, IC, C-Tick
• Safety & Emissions FCC 47CFR Part 15 subpart B
and subpart C; IC RSS-210 EN ETSI 301 489-17 v2.1.1;
ENETSI 300 328 v1.7.1; EN 60950-1 ed.2 2007
• Dimensions 82mm x 82mm x 37mm
• Power Supply 8-24 VDC
• Current 250 mA minimum
• Internal Antenna 2 cross polarized dipoles
• External Antenna (Part No. EXT-10-ANT)
One reverse polarity SMA external antenna connector. Optional
antenna type dipole with max antenna gain of 3.9 dBi.
• Radio Standard IEEE 802.15.4(2.4GHz) – 15 channels (11-25)
• Encryption (RadioCommunications) AES 128 bits
• Wireless Operating Range Up to 50 ft
• Receiver Sensitivity -100dBm 20% PER
• Wireless Transmit Power 10 dBm/MHz
• Class of Protection IP 20
• Operating temperature 41°F to 95°F [5°C to 35°C]
• Humidity < 95% non-condensing
• Status LED (red/green/yellow)
NOTE: This hub has not been evaluated by UL.

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securitron.com | 800 626 7590
Printed in the U.S.A.
Patent pending and/or patent www.assaabloydss.com/patents
Copyright © 2023, Hanchett Entry Systems, Inc., an ASSA ABLOY Group company.
All rights reserved. Reproduction in whole or in part without the express written
permission of Hanchett Entry Systems, Inc. is prohibited. 500-33710_2
Warranty
For information on warranty coverage and replacement options, please visit securitron.com/warranty
WARNING
FCC Statement
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 interference in a residential
installation. This equipment generates, uses, and can radiate radio frequency
energy and if not installed and used in accordance with the instructions, may cause
harmful interference to radio communications. 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:
1. Reorient or relocate the receiving antenna.
2. Increase the separation between the equipment and receiver.
3. Connect the equipment into an outlet on a circuit different
from that to which the receiver is connected.
4. Consult the dealer or an experienced radio/TV technician for help.
Operation with non-approved equipment is likely to result in interference to radio
and TV reception. The user is cautioned that changes and modifications made
to the equipment without the approval of manufacturer could void the user’s
authority to operate this equipment. To comply with FCC and Industry Canada RF
radiation exposure limits for general population, the module must be installed to
provide a separation distance of at least 20cm from all persons and must not be
colocated or operating in conjunction with any other antenna or transmitter.
This module is labeled with its own FCC ID and IC Certification Number. If the
FCC ID and IC Certification Number are not visible when the module is installed
inside another device, then the outside of the device into which the module is
installed must also display a label referring to the enclosed module. In that case,
the final end product must be labeled in a visible area with the following:
Contains FCC ID: VC3-DR100V3 Contains FCC ID: Y88-MBM1CC2640
Contains IC ID: 7160A-DR100V3 Contains IC ID: 9504A-MBM1CC2640
IC Statement
This device complies with Industry Canada license-exempt RSS
standards(s). Operation is subject to the following two conditions:
(1) this device may not cause interference, and
(2) this device must accept any interference, including
interference that may cause undesired operation.
Conformité aux normes IC
Cet appareil est confrome avec Industrie Canada exempt de license RSS
standard(s). Son fonctionnement est souimes aux deux conditions suivantes:
(1) cet appareil ne peut causer d’interférences, et
(2) cet appareil doit accepter toute interference, y compris des interférences
qui peuvent provoquer un fonctionnement indésirable du périphérique.
Product Specifications (continued)
• Approvals FCC, IC
• Wireless Frequency 2.4GHz, IEEE 802.15.4, using AES 128-bit encryption
• HID®multiCLASS SE®technology Credentials Supported
• High Frequency (13.56 MHz)
»HID iCLASS®
»HID iCLASS SE®(SIO-enabled)
»HID iCLASS®Seos™
»HID MIFARE®SE
»HID DESfire®EV1 SE
»MIFARE CLASSIC
»DESfire®EV1
»DESfire®EV2 (Legacy Mode)
• Low Frequency (125 kHz)
HID Prox®, AWID, EM4102
• Mobile Access Credentials
NFC
HID BLE Mobile Access
SEOS iOS Apple Wallet
Certifications
• UL 294 listed – Indoor & OutdoorRated
• FCC Part 15 & Industry Canada Compliant
• RoHS compliant
Safety and Emissions
• FCC 47CFR Part 15, subpart C
• IC R SS-102
• RSS-210
• RSS-247
• RE Directive 2014/53/EU EN 301 489-1, EN 301 489-3,
EN 300 440, EN 300 330, EN 300 328, EN 62368-1, EN 62479
NOTE: The effective operational range/distance (RF performance) of any wireless device
is dependent on a variety of factors including but not limited to metalized reflective
surfaces, absorbing materials, building materials, coexistence with nearby transmitters,
adjacent band harmonics, etc. For example, if the application requires the Aperio ES100
Reader to communicate though glass with metalized (solar) film applied to reach
the hub, the maximum distance may be reduced to as much as 50 feet (15 meters)
depending on these factors. Please perform an RF site survey before installation.