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Liftmaster Inte kategoriserad LMHNTG

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Introduction
The LiftMaster proprietary Long Range Reader and vehicle tags provide
you quick and easy access into your gate. The LiftMaster reader and vehicle
tags must be used as a system in order to function. The LiftMaster branded
tags can only be used with the LiftMaster branded reader. For use with the
CAPXL, CAP2D, EL2000SS and EL25.
LIFTMASTER LONG RANGE RFID READER
Model LMSC1000
WARNING: This product can expose you to chemicals including
lead, which are known to the State of California to cause cancer or
birth defects or other reproductive harm. For more information go
to www.P65Warnings.ca.gov.
Carton Inventory
Supported LiftMaster RFID tags
(Order Separately)
LMSC1000 Reader
LMHNTG/SPLMHNTG*
LiftMaster RFID Hang tag
* If specifi c Facility Code and Start ID required, use special part #s
SPLMHNTG, SPLMUNTG.
LMUNTG/SPLMUNTG*
LiftMaster Dual-Purpose RFID
Tag (Windshield/Headlamp)
Mounting Bracket
S2W Wiegand Interface
Module
12V 3A Regulated Power
Supply
The S2W Wiegand Interface Module
and plug-in transformer shall be
mounted in either the CAPXL enclosure
or a Gate Operator Listed to UL 325.
U-Bolts (2)
Reader Specifi cations
Part Number LMSC1000
FCC ID XVY-IDRO900MA
Dimensions 10.25" x 10.25" x 1.5"
Polarization Circular Polarized
Frequency range 902Mhz ~ 928 MHz
Supported Protocol ISO 18000-6C/EPC C1 G2, ISO 18000-6B
Read Range 20 – 30 Feet (Depending on Tag)
Anti-Collision Up to 100 tags/second
Environment Operating Temp : - 20 C to + 50 C
Storage Temp : - 20 C to + 80 C
Connectivity 26-Bit Wiegand (D0, D1, GND)
Power Supply 12 VDC, 3A (cable run max 50' (15.2 m) with
an 18 gauge stranded or larger wire. Minimum
voltage 11.5 under load.
RF Output Power Adjustable 13-30 dBm with 1 dB steps
Power Accuracy +/- 0.5dBm
Weight < 31.0 oz. (Reader Only)
Protocol ISO18000-6C C1G2
Firmware v.EI8070400
LMHNTG
FC: 24 ID: 00025
Remove permit while vehicle is in motion.
07/18
07/18
FC: 24 ID: 0000 25
FC: 24 ID: 0000 25
LMUNT G Winds hield/Headlamp T ag
2
RF Signal Pattern
Coverage Area Transponder ID Signal
from Vehicle to System
Vertically Mounted Reader
Installation
Site layout plays a large role in where you can mount the reader and may
prompt you to use a particular location/orientation. It is very important to
be mindful of how reader placement affects where and how you mount the
RFID tags/transponders on the vehicle. Here are some examples of reader
placement and how they affect tag placement.
Orientation Note: Minimize the distance between reader and tag as much as
possible (shown as red line).
NOTE: Use LMHNTG for rear view mirror tag location and LMUNTG for all other tag locations.
For best results use a signal checker to test desired installation position.
After reader orientation has been selected make sure that all readers to be
used at the site are installed in the same orientation to ensure consistent tag
reads (all on the left/driver’s side, for example).
The example shown is a general recommendation, fi nal location should be
decided after fi eld testing.
Reader
Tag not
read
Tag Read
Zone
Tag not
read
Preferred
Tag
Locations
Preferred
Tag
Locations
Preferred
Tag
Locations
Reader Reader
Tag Read
Zone Tag Read
Zone
Correct Driver Side
Reader Placement
Correct Overhead
Reader Placement
Correct Passenger Side
Reader Placement
Reader Mounting
NOTE: Examples shown are general recommendations, fi nal location should be decided upon fi eld testing.
Step 1: Install mounting bracket to the desired mounting location. Attach
the round side of the bracket with appropriate screws.
Step 2: Secure the reader to the mounting bracket by removing the
mounting nuts from the mounting bolts located on the back of the reader.
Place the reader bolts through the mounting bracket’s supplied holes.
Reinstall the mounting nuts/lock washers and re-tighten.
Step 3: Once the reader is mounted, the reader’s vertical orientation to the
roadway can be adjusted using the adjustment screws. The specifi c angle
is determined by the average pitch of the vehicle’s tag mounting surface
(e.g., windshield, headlamp, etc.).
Adjustment Screws
Mounting Bolts
Reader back
Ground Lug
Recommended Distance from GateRecommended Reader Height
Reader
1 ft.
(0.3 m) 3 - 4 ft. (0.9 - 1.2 m)
6 - 8 ft. (1.8 - 2.4 m)
Gate
Arming Loop
Front View
Weatherproof
Enclosure for power
outlet and S2W
Wiegand Interface
(Not Supplied)
The S2W Wiegand Interface Module and plug-in transformer shall be
mounted in either the CAPXL enclosure or a Gate Operator Listed to UL 325.
Top View
Minimum
Post Diameter
4" (10 cm)
3 ft. (0.9 m)
Minimum
Set Post In Concrete
3"-6"
(7.6 - 15.2 cm)
Backfill
6 - 8 ft. (1.8 - 2.4 m)
Optional U-Bolt Mounting
3
The following are the provisions for the wiring connections on the
LMSC1000 reader system.
• Take special precautions to protect the system’s components by locating
them in a weatherproof enclosure (sold separately).
• In the weatherproof enclosure, provide a properly protected 115VAC
power outlet for powering the reader through the provided power supply.
• Once an appropriate weatherproof enclosure with power outlet has been
installed, route the reader cable so that it safely enters the enclosure and
maintains the enclosure’s weatherproof capabilities.
• Route Wiegand Data 0, Data 1, and Common from S2W Wiegand
Interface to the access control panel so that it safely exits the enclosure
and maintains the enclosure’s weatherproof capabilities.
• AC must be run in a separate conduit.
• Maximum cable distance between Reader and S2W Wiegand Interface is
19 feet (5.8 m).
• Maximum cable distance between Reader and access control system is
350 ft (107 m) with 18 AWG wire.
For applications where multiple RFID readers will be in close proximity this
feature can be used to turn on the reader fi eld ONLY when the loop senses
the presence of a vehicle.
When switch 5 is turned on, the Wiegand board sends a command to the
antenna to turn off the reader fi eld until a vehicle presence is detected.
For applications where RFID tag holders want an external visual or audible
notifi cation that the reader processed their tag. The relay contacts change
state for 2 seconds with every valid Wiegand output, if time delay is enabled
the relay will only pulse once during the selected period.
Low voltage only, 24 Volts AC/DC 1 amp
The LEDs on the front of the LMSC1000 Reader will illuminate red when
powered. Blinking blue LEDs indicate an RFID tag is being read.
Color Function
Yellow Com
Green TXD
White RXD
Black -12 VDC (GND)
Red +12 VDC
Color Function
Solid Black -12 VDC (GND)
Black w/Dash +12 VDC
Wiegand Interface Module Mounting and
Wiring
Arming Loop Input (Optional) Dry Contact Relay Output
Reader LEDs
Reader Cable Index Power Supply Index

Produktspecifikationer

Varumärke: Liftmaster
Kategori: Inte kategoriserad
Modell: LMHNTG

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