Cansec Systems RP100 PROXIMITY READER User Manual HID
Cansec Systems Ltd PROXIMITY READER HID
HID Manual for Radio Module
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| Mirror Download [FCC.gov] | |
| Document ID | 21520 |
| Application ID | 9xVNyvrknR8mtbeWfZ6L3Q== |
| Document Description | HID Manual for Radio Module |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 14.03kB (175331 bits) |
| Date Submitted | 1999-01-28 00:00:00 |
| Date Available | 1999-03-11 00:00:00 |
| Creation Date | 0000-00-00 00:00:00 |
| Producing Software | Acrobat PDFWriter 3.02 for Windows |
| Document Lastmod | 0000-00-00 00:00:00 |
| Document Title | HID.PDF |
| Document Creator | Microsoft Word |
| Document Author: | Unknown |
DEC’231598 13:45 HID CDRF‘URHTIUN 71A SQEHEBIZJ PflQ/M
HID CORPORATION
subdd-ovyoluo-mnannmym mm
Preliminary Document
15May1998
End Item 3533ng 931ian — 4065A Rev A
ProxPoint OEM Module Wlegand Reader
ammonia" m2 Jemima Rind mafiamm USA “347105051900 (sum 227-1799 rumdnnmsso
was: use. 2mm —m.vmx_m- mePwnl oeM Modulewiegnnd runner EM Item summon ans“ “EVA 1 B!
DEZfZBleBE 13:45 HZD CDRPURRHDN 714 5991692 123/11
Table Of Contents
1. ProxPoint OEM Module Wiegand Reader - Product Description..
1.1 Scope ..
1.2 Functional Summary
1.3 Reference Documents
2. Physical Charade ristie
2.1 Product identification. 3
2.2 External Lnlrels....
2.3 ProxFoinl OEM Module Circuit card men one.
2.4 Product Packaging.
2.4.1 Packaging Nukes
.2.5 Cabling Requirements
2.8 Mounting Oonns - ult Card Assembly
2.7 Antenna Design Guidelines....
2.7.1 Antenna design basis“
2 12 Antenna iypes ......... ,
2,7 3 Elecn'ml Pammeiers for a Stand-alone Anlenna sun
2.7.4 Physmi Ensign ,,
2.7.5 Sample antenna dimension drawing
2.7.5 meimliym Meta
2.7.7 Nnise sources
2.7.8 Antenna Wire Conn uns
2.8 Interface Wire Connections
2.9 Product Configuration/Ordering Options
3. Product Specificatiu ns..
3.1 Read Distance - TYpicaI, with 1.5” x 3" Antenna coil.
3.2 Envirnnmarml characterisfies.
3.3 Power Requirements -Typical - Depend on cuslnm antenna desln
3.4 Operating Parameters ..
4. Functional Description......
CONN“ ll qwmmm
6.1 Accuracy
4.2 Standard Opium
4.3 Green and Red LED Operation .
4.4 Wingend Message Format.
4.4.1 Wiegand outpulSpecilifilicn .
4.4.2 Physical interface.
4.4.3 Dal: Pulses .-
4.4.4 Example Output
4.4.5 51min angand Configuration
coowonomme
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1. ProxPaint OEM Module Wiegand Reader - Product Description
1.1 Scope
This document describes ill: physical chamelerislim, functional requiremenis and ooh/are fealures
conuined in lhe mePoinl DEM Module ‘Megand Reader, "also describes the design process
necessary lo incorporate an RFID iunclinn inn: 5 OEM applirafian. II also lisls the premier
specifications, including performanbfi environmental and operational criteria
1.2 Functional Summary
mePoint OEM Module is an OEM product deergned m aneele manufawuers to inlegrale RFID into
existing or new non-RFlD products. The hamware is a Vully funcfienel RFID readerw‘rih the acept‘lon
of me emerma soil, which is usually custom designed be fit illo the GEMS product.
no final assembly that result. from (his integfafioh is not severed by the various regulatory entities,
This is the reswnsibmty of lhe Reader inlegraior (DEM) and are lined in lhe seclions below ior
reference on hr,
The meCand i! (or equivalent) rammed ID cards (transponders) are energized by the Reader The
Reader generates a magnefic field by circulating meal il125kHz in an anlenna Whenever the
lranspcnder- in me ‘readinne’ it will be eunlirlually sending a stream oi dela w the ReaderThe
Reader receives the analog rrequency shill heyeu (isk) dara from lne nanspander and exlmcs (he
digiial information using a mieroconlroller. The Readerfmmals and output: in: ID are infarmalizm
over mevlnegend interface. The Wlegann interface is a mndard used in the Access Control
Indusiry
1.3 Reference Dncumenfi
) UL 294 Access Cenfl’d Specificallon for Underwrilers Laboratories
> Sacunly lneuskias Association ZG-Eil Reederlnteflece Slandard
> lsc 7811 Standards for ldenliliealion Cards
> BZT (Germany) Approval standard
) FCC Code of Federal '
>‘5fi‘(umpmv= lenderd
) CE Mark EMG Standards
2. Physical Characteristics
2.1 Product identification
The HID model number is 4055A - for lire ProxPcinl OEM Module Wregand Reader.
2.2 External Labels
The Profioinl DEM Module circuit card assembly shall be labeled showing the lollowmg:
> Part Number
P Date oodelSerial number
HAD Gammon BUZJuenlmo Rum mm. meme use m, mqmrm (mo: 131-7755 FAX (TIAMSL‘GEG
Web pans. Email -wlmlr,pmrr_pom - Pmfl’nlMOEM Mel-anlndfieaflu End 1m Spodflal‘nn mamas/A
gar
DECfQSfiEiBE 13:45 HAD CJRPDRRHDN 71a 598116921 RIG/1:
2.3 ProxPuint OEM Module Circuit card dimansiuns
Figure l
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‘jJJi 7 LL
r?"
“in?! ;
dug
ms
me
Unless Otherwise Specified
Toleranwe: xxx=auzfl
2.4 Product Faukqlng
Each unil shall be packed in a stain resistant nagj‘and walked with-
> Model number
> Date nodalSen'ai number
24.1 Packaging Notes
unless arberwisl spec‘med:
1) Configure item 1 (reader druuii card nswmhly) per item 3 (Confuumliun Procedure).
2) Fame Item 1 (compleied Reader circuit ram assembly) in: Item 2 (shipping bag].
3) Mark item 2 (bag) with Date mda'serial number and Mode number
2.5 Cabling Requirements
The unit shall msewviegam Inlariace spoafiufions lor drslancas from fire mnrmllsr up lo 500 fear
on 22 AWG wire
2.6 Mounting Options - Circuit Card Assembly
The meFoinz DEM Module circuil card assemhiy is mounted lv trustee, holes or fasienérs As
appropriale. The physical dimensions and mounting holes Martens data should be used no design
this amembiy inln mining or new electromecnanical assembly.
2.7 Antenna Design Guidelines
Thereare specific design and mounting requirements regarding [he anhenna 001. The
atememeaianmai design or use whole assembiy must a: mined in minim me perfumance 06 an
integrated meFaim GEM Moduie RFlD Vinegand reader, The luliuwinq categories will hdp to direct
the design process wwarfis a RF“) reader untr- prediciabie and consistent perrermance
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DECs23sl953 13:46 HID CDRF‘DRGTIDN 714 SSEHEBZ P 55/11
2.7.1 Antenni design mm
The antenna should be designed to mintmu DC resistance. maximize the sell resonant trequehcy.
and utilize the conect wire. tooling and manufacturing process so as to minimize pert inconsistencies.
Antenna designs are mile at wire that form the inductive part of an L-C circuit that resonates at
tzskr-tz. Easlrzlty. the drwit is made up of a mpadlor, which is already lamled on the ProxPoint
DEM Module circult mm, and an Inductor. The inductor in this use is rha antenn- oofl, which is
customized electnwlly and physically to function in the DEM IlelcifiDn.
2.7.2 Antenna lyp-s
Antenna coils can be tahricated in any number at methane. but generally two types are used,
including 1.) “fire wound on a bobbin mother support melt-rad or 2) Vtfire wound on a Mute that is
then treated to form a “Stand alone“ pan. The 550000 method generally result-B in a consistent,
repraduc‘mle panthat is cost effective in rainy low volumes. Atype of magnet wire that has a
polybond mating in addition la the insulation is used The means can be heated or soaked in a
solvent in such a way as In band all the wire turns together alter curing. A sample design own: type
will be uud to show what electrical. material and pmcess parameters will be necessary to prodwe a
part that an easily be specified for ProxPotnt DEM Module appltutions. Otheranmnna coil types will
use the same electri-l parameters.
2.7.3 Electrical Parameters for a l‘Stand-alone" Antenna coil
The finished call should have'the tollowiug parameters specified:
inductance 120ml +/- 2%
DC reestanoe: 33 ohms nrless
Mre gauge: 36 AWG or larger
Number otrums' Depends on dimmsicns af coil
The inductance is the most impmanr paramemr emptied. It the inductance value is uorrwt the cell
will iunctlon in the circuit. “its value shuuid be wilhin 296 oithe numirlsl to maintain eonsstent
performance fivrn unit to unit. Machine - wanna coils ghle the must consistent results.
The sellmnant fieuuemy is the frequent?! urwhlch the mil inductance will resonate with the
distributed rapacltanee present In the wlnmnql. High dlstrlbutnd manhunt; wrll lower the sell
remnant frequency of the call. it tnls sett monamfrsquanuy is too low (it should be high compared
ta tzskHzl than the antenna Will be Inefficient, Same hcmrs that influence distributed capadrsnce
are coils that are wuund too tightly, and wire tint is too fina |l\ gauge.
Vlfire gauge and DC resistxnm are directly minted, The Iargerwire gauges resultin lrrwer DC
resistance and allow more current to circulate. forming a strunger magnetic field. Usually me gauge rs
restricted by the phyaiul diminn avathhle to fitthe antenna out A30 AWG m wed in a 1.51n x
3.0in coil writ usualy resultin a 3m 5 ind: read range (over a EV to 12V Dc hpulmngal.
1.1.4 physical Design
To maximize me field, the antenna should be designed as large as possible and stil fit within the
constraints of the enclasure. The inside surface area should be maximized. so the windintli Should
be grouped tngether in us small a pattern as possible Rater in the following dimension drawing
shuwmg a sample coil The winding pattern is contained in a small ,1 25' x .125‘ group.
Hmflnrmritidn an: Jumirnflafld lNir-e. cums usq TEL (my see-raw rm) 211-7759 FAX (HATE-WNW
Wit? use, E mail nut-Imam!” - meFu'lht DEM Modulewlagmd Rude! End Ikmsflsflfiumn MM REVA 5 at
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1.7.5 sample anxenna dimension drawing
Figure 2
”wanna
a are
mm——fi
J magma
ii
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1.7.8 Proximity to Metal ' ‘
ll an application requires uremia my fifth» ail be lees than ’/1 away from any metallic surface 01
the assembly, the inductance and finer elecfied pammemrfi must march or exceed mu shied
values while the antenna is unwanted in its rcprunnlafive location. This will insure mat mePaint
GEM Module applicafion will meet the oplimurn perfm’mm, Care must be Iakm to Measure the
slaled paramevsfi when lhe coil is removed rrcm the assembly, su ml the newly measured values
are used in lesl the partwhen lira manufaoiurlng process is complete,
2.7.7 Noise sources
The meFointoEM Module reader assembly is sumnflble lo interference from nuise saunas,
Elgar'ml noise can be radiated mmugh the air in the reader or wmiucml min the madervia system
Gables. Usually. [I ls low frequency scum «immune pal-lemme by snarlening the mad range.
it wise sources are suspewed. lum offthe passinle noise source and verify lne permanence returns
lo normal. Rauieleu noise can be suppressed by smeldlng wilh grounded metal between the
inlerlerer and me reader circuitry. Conducted nuke can he suppressed by supplying cleaner power
(linear supplies are recemmenfled), elimlnellnu shared power armor conditioning lupus wwln added
fiilering, consult with HID Corporation curmmennee for furlher technical assistance.
2.1.3 Anlerlnz Wire Gannecflnns
The newly designed antenna mnnefls in the Prmeoinz OEM Module zivcun card assembly by
soldering lhelinned leads into two eyelets labeled £1 and 52 (see figure 1),
HID comm 9:92 Jemnunn Roan IMm,OA9’£Gia USA “1 (714) sumwn (my 2377715: FAX (7105354696
Web page, Email - WWWW mm - Mail! GEM mm;- W'inm Manor End Item anaemia-um REVA 6 cl
F.97/Zl.
DEC-234999 13:47 HlD CDRPDRQHDN 714 595+16913 REE/11
2.8 Interface Wire Connecfinns
Ex
Data! 56
Dane Es
Ground EA
HJC E3 '
Shield Ground El
2.5 Product Configuration/Ordering Opfiuns
£955 A z x fi-XXXXX
L Cummer Custom Amork or anware Number A 1 through 9,
| A through Z
l Custamer Calm Number
Conrguraflon Dpfinns - see pamgrapn 4,3 (00 svandard)
connaainn Options - N = None. F = Std Pigtail
Hamaue Options - N = Nane, L = LED
Current RMsBon Lemer- change; M upgrades
Model Nurmm'dlfis = Fmfiuinl OEM Moduie Wiegand Reader
> Standard Part Number = 406MLN00 is a Prnmnink OEM Module Wlegand Reade! With
(L)LED installed with (N)Nn mnnecflon uplims.
3. Product Specificatlons
3.1 Read Distance — Typical, with 1.5" x 3" Antenna coil
> Non-Metallic Mounung (IGVDC - maximum) 3.0 inches (7 E cm)
> Meunled on Metal (1GVDC - maximum) 2 5 Inmes (5 3 Cm)
> Nan—Metallic Mounmu (4.75;ch - minimum) 3.0 inches (7,6 cm)
> Mounted on Meal (4.75VDC ~ minlmum) 2.5 inane; (6.3 cm)
3.2 Environmental characteristi OS
> Operlflng Tempelulnru Range -3a-c Lo 55°C (42°F lo 150>Fy
) Shaman Tompetature Range 40’0 to EN (40°F In 185‘F)
> Operating Humidity Range 5% to 9536 non-condemn;
> Operan'ng Vibration Limit 174 92le 20-200qu
> Opemfing shook um 309. mus, Harf Sine
> Weight ,501(12gm5)
3.3 Power Requiremenh - Typical - Depend on custom antenna design
> Power supply Lmear ‘ype recommended
> Opaah'ng Voltage Range 4.75VDC 715VDC
HID celebration sznz Jemnimflw Irvine, use“! LISA TEL(714)50&1EDD (am) 231-1759 fix an; 5054930
Web page. Emma . M W.eun- Pmd’omt OEM Moduli Wham knew End Mm smueuw REVA 7 of
DEC-23— 1 993 13147
HID CDRPDPATIDN
714 59E+1EBB HES/11
> Absolute Maximum 15VDG
> Peak Gun-ant 4.75VDc (maximum) e am
> Peak Current 12VDE (maximum) an m
> Peak Current tsvnc (maximum) 69m
> Average Current 4,75VDC — 18VDC (maximum mounted on metal) 35m
> Average Current 4.75VDC — 18 VDC
(maximum, nun—mic mounting) 30m J
> Average Current 4.75VDC - 15VDC (nominal, mounted on metal) 23m
> Average current475VDc . 15VDC
(neminal, nun~metalia mounting) 22m
> Traneiem Pmteeu‘on (all terminals.) 8.000 volt;
) Reverse Voltage Protection YES
> lnputVolteue {mantimum daleA/t lines) 1SVDC
> Input Valhge (maximum lnterfice lines) 16VDC
3.4 Operating Parameters
Emitntbn Fremienoj 125m:
Duty cycle (alternate power tevel rate) 2056 @1DUmS period
Read and Report Speed (25 bit ngand Card) Moms
vvvvvvvvv
Maximum Cable Distance to Host
500 feet (152 meters)
LED Type Blmlared Rad/Green
LED Conuul (default) intemallduai
Wbegand Dali Pulse Widths (default) AOuS
Wyegand Data interval (default) 2mS
Anti-Pass Bad: Delay (default) 1 second
4. Functianal Description ..
4.1 Accuracy
The unit will not have more than 1 miss-read per 10 million.
4.2 standartl Options
LED normliy Red
4.3 Green and Red LED Operation
In the standard mode (00), the Reader has a red LED and flashes it to green whenevera card is
ream
4.4 Megand Message Format
In the “magma format. the ID card is pmgrammad with a specific brt pens" and the Reader aoqurres
the data. checks the custnmer mode and generaly sends out the same bit pattern as ptevmsly
Dmgrammed on the mm. Consult iaetory for variauons to this method. A 26 bit Wiegand karma! will
be used in the examples below.
The 26 bits of transmissim from lhe Reader bathe panel consists of two parity em and 24 code bits.
The bits are transmitted in me urder described. The first bit transmitted is the first parity bit P1. it is
even parily calculated over the first 12 code bits The last bit msmimd Is the second parity bit. P2,
it is odd parity mleulaled over the last 12 code bits:
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> Code Format
00.
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(1mm
0mm
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C CCCGC
Format
0a
12
pro
ly
> Pen‘
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“A
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123455789
PiEEEEEEEE
gnu
> F1: Fmorev‘hwfilybil
) C: Quebil:
> P2; Mummtyfil
> E Eitslolalwlatmdflmflaflly
> o: firebredalafiinulwapanry
Date format within the 24 ccde bits which includes the penlcning u! the bit the damnation of me
Most Slgnifllaaht Bii (MSB) or the Lear Significant Bit (LSB) shall be aublect in definition by the panel
and Reader rnenulacturers and may remain proprietary.
5.4.1 Wiegmd Output Specification
The snedrreeuons at valhge‘ current power arm tlming ar- from the persgemve ufme Reader. A
common signal ground is defined as a vullage reference that is common in both the Reader anti the
control panel. The vothges fur the data nutpnts are referenced train the powersuppry ground
located at the Reader. The vullage measured for the pvwer b: the Reader‘s relerenced from the
power supply return acmeoticn location at the Reader, not atlhfi source aflhe power The vollage.
curren; and timing vf the new nukes are measured attire Rem-r In reference to the power
supply/signal ground at Itre Reader. The voltage. mn’enland liming 01a signal drivrng an auxiliary
input dwiee on a Reader is measured at the central panel that is controlmg the input device (wrlh
reterence ha the signal ground at the panel),
4.4.2 Physlcal Interface
The Reader is available with a Figlzll. The man is 615' cable wilh 5 much“; plus a drain wire to
connect with the shield in the cable. Nor all at Ina amnectlons ere nemry. Only me pcmer‘
ground and data Iins are essential lol- Wiagand onetalion. See the signals in bold type belcrw The
lullvwlrrg cable cmduclbr assignments and typical wire colors are fished below.
> 1) +06 (Power) Red - pmldes gamer from the panel to lne Reader, The voltage on this
wnnum will be 5VDC or lZVDC The actual operaling range is 4.75VDC
w16VDC. Fvwel to the Reader is either supplred by the control panel or by
a separate power supply, Linear supplies are remn'lmended for RF Reader
devices ,
> z) Gmund Black - pmvrdes electrical common between the Readerarrd me panel. All
other voltage levels are camper-err against this conductor,
> a) Data Zero (keen - a signal [mm the Raederln the panel, A pulse on this conductor
indicates a data bit with the ernary value ouem.
) 4) Data One White - a signal from (he Reader lo the WEI. A pulse on (it's conductor
indicates a data bit wflh the hmaryvalue at one
5) MIA Orange - This line is not used tor Megam! mode.
6) Shield Ground Drain or shield we a a comedian to pmlde a gmunfl hr the cable shield»
It is used In minimize radiated RF voltages and possible incumlflg RF
electrical n else
vV
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44.3 mm rum;
The on One and Data Zero signms are normany mi 31 a logic nun Mei "M“ the Refief is mad!
to send - aeo- stream. Th. Rude! places awnchrunuus low pulses on ma auvmprialte dam lines to
transmit the data stream to the panel. The renewing llmlng parameter: shal be observed:
A Tm 1m; 1? 5
) rpm Nae ‘Mdm Tithe -th3 (llilimln)la 50:13 ("Wm
> Tpt Fun my“! Tim - 1 ms (mum) to 2m (um-mm)
4.4.4 Example Output
Below Is an example of 9 ID aardwih the number of ‘816' gedmal, which with: outpuned w the
ProxPoinl DEM Module Readec the numbet ”WWW“ hex. Notathalthe wstamer code is
never transmitted or displayed;
sum-mam mu
mum tame Mmbdlyode sum 544
[cocooetuononououoqmmpt1001umoouunonoannomm
I012I0I0I‘ |0|.AI_4“t5i°I1I_
Wlegandmtpul |0|0|A1'0|6|61|1
Hexwflenunbers [6]E][u|313|01
Dedmalmvels'm 1 101 K OBIS
4.4.5 Special Megan“! configurations
consult [wary ilthe spml wugand output («mats are needam The fdlawilu settings can be
factory configured-
» Wiegand Dam Pulse Widths zsus to ms in ms steps
3» Wlegand Data Pulse Interval sous u; 6m$ in 25u$ steps
> Ann-Pass Back Delay 1 tn 6 seconds In 25m5 steps
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Source Exif Data:
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