ARTS LIST......................................................................................................................................................................1
EGULATORY APPROVALS AND CERTIFICATIONS ............................................................................................................1
OUNTING AND INSTA LLATION.......................................................................................................................................2
ABLE PREPARATION ......................................................................................................................................................2
ABLE NOTES..................................................................................................................................................................2
ABLE CONNECTIONS......................................................................................................................................................3
IPSWITCH AND JUMPER SETTINGS .................................................................................................................................4
NSTALLATION NEAR METAL ...........................................................................................................................................9
ADIO FREQUENCY INTERFERENCE.................................................................................................................................9
4.2CLOCK AND DATA INTERFACE DESCRIPTION.................................................................................................................13
4.2.1Clock and Data Message Format.........................................................................................................................13
4.2.3Output signal Levels.............................................................................................................................................14
ABLE 2: TB2 CONNECTOR DEFINITION ........................................................................................................................................3
T
ABLE 3: DIPSWITCH AND JUMPER SETTINGS ...............................................................................................................................4
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ABLE 4: INTERFACE JUMPERS DESCRIPTION - P3 AND P4.............................................................................................................4
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ABLE 5: SWITCH DESCRIPTION - SW2..........................................................................................................................................4
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ABLE 6: MODE CHART .................................................................................................................................................................4
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ABLE 7: BAUD RATE CHART – RS232 AND RS422 ......................................................................................................................4
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ABLE 8: SWITCH DESCRIPTION - SW5..........................................................................................................................................5
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ABLE 9: LOGIC LEVELS ..............................................................................................................................................................12
The MaxiProx Reader is a self-contained proximity Reader. The two piece polycarbonate enclosure has an
O-ring that weather seals the enclosure pieces together and a cable fitting that seals the cable entry. The
water-resistant unit is designed for outdoor use. The enclosure is mountable on a single gang electrical box.
A bi-color LED and audible tone provide user feedback. Configurable open collector data outputs provide
the data to the Host. Configurable DIPswitches and jumpers provide choice of data interfaces between
Wiegand,
but can be changed in the field - please contact
alert the Host when the enclosu re is opened.
the outputs, audible tone and LED control options. Installation of the MaxiProx Reader consists of
mounting, connecting the cable to the Host and +12VDC or +24VDC power, verifying the DIPswitch and
jumper settings, verifying Autotune, and verifying the reading of a transponder.
1.1
1.1 Operation
1.1 1.1
Transponders (Proximity Cards or ProxKeys) are presented to the front of the MaxiProx. The LED is red
when ready to read a tran s pon der. The L ED tu rn s green an d th e beeper s oun ds when the transponder is read
and the message is transmitted to the Host computer or interface panel. The system is ready for another
transponder as soon as the LED returns to
seconds before it will read the same card. The LED flash is typically 250 milliseconds long. The operation of
the LED and beeper may be controlled by the Host, in which case the actual operation will depend on the
programmed ti m in g of the H ost.
Clock and Data, RS 232 and RS422. The data interface is conf ig u red as ordered from the factory,
HID Technical Support for assistan ce. A tamper switch can
Internal DIP switches and jumpers provide for configuration of
Operation
OperationOperation
red. There is an anti-passback delay of about one and a half
1.2
1.2 Parts List
Parts List
1.2 1.2
Parts ListParts List
MaxiProx ReaderQty 1 (included)
1.
2.Installation ManualQty 1 (included)
3.Cable FittingQty 1 (included)
4.Label for front cover - HID logoQty 1 (included)
5.#6-32 x 1" flat head screw, for upper-left base mount screwQty 1 (included)
6.#6-32 x 1" black screw, for gang-box mountingQty 2 (included)
7.#6-32 x .75" flat head screw, for front cover mountingQty 1 (included)
8.Cable, 5 conductor, 22 AWG (Alpha 1295 C or equivalent)See cable notes
9.Power Supply – 2.0 A linear regulated
10.+12VDC Shunt Jumper – P2-1 to P2-2 for 12VDC operation+12VDC, nominal (+11VDC to +20VDC)
1.3
1.3 Regulatory Approvals and Certifications
Regulatory Approvals and Certifications
1.3 1.3
Regulatory Approvals and CertificationsRegulatory Approvals and Certifications
+24VDC, nominal (+21 to +28.5VDC)
Factory Default – No P2 Shunt J umper
Underwriters Laboratories listing
FCC Certification
Foreign Countries EMC an d/or Ty pe Approv als
CE Mark
European Declaration of Conform ity
Determine an appropriate mounting position for the MaxiProx. Install an electrical box or drill the
appropriate mounting holes from inside the base with the cover removed for #6 fasteners. For optimum
performance, the Reader should be mounted at least 4 inches away from any metallic surface 12-inch x 12inch or larger. The Autotune feature automatically compensates for incidental metal such as aluminum studs
and conduit. The best method for installing the MaxiProx is by mounting the back of the Reader to the
mounting surface. Side mounting is usually accomplished with an adapter or spacer (customer supplied) that
mounts to the back of the Reader.
2.2
2.2 Mounting and Installation
Mounting and Installation
2.2 2.2
Mounting and InstallationMounting and Installation
When fastening the MaxiProx to the mounting surface, do not use a metallic fastener larger than a #6
screw.
Avoid moun tin g th e Maxi Prox clos er than 1 m eter (40- in ches ) to anoth er Max iProx.
2.3
2.3 Mounting Applications
Mounting Applications
2.3 2.3
Mounting ApplicationsMounting Applications
The MaxiProx may be mounted to a gooseneck that is 1½-inch in diameter with a 4-inch diameter-
mounting flange without degradation of read range. The flange should be mounted to a non-metallic
adapter that will ease the installation of the MaxiProx to the flang e. The read range w ill not be aff ected.
The MaxiProx may be mounted to a 12-inch x 12-inch or larger metal plate with a 4-inch spacer used to
separate the Reader from the plate.
Acrylic, Plexiglas, Lexan (polycarbonate) or other suitable plastics may be found in ½-inch to 1-inch
stock. Mounting adapters may be fabricated from these materials that would be sturdy and not affect the
performance of the Max iProx. Plastic J-box es can als o be used.
2.4
2.4 Cable Preparation
Cable Preparation
2.4 2.4
Cable PreparationCable Preparation
Prepare the cable by cutting the cable jacket back 2 inches and strip the wires 1/4-inch. Tinning the wires is
not required.
2.5
2.5 Install Cable
Install Cable
2.5 2.5
Install CableInstall Cable
Route the interface cable from the Maxi Prox to the Host. C onnect th e MaxiProx DC pow er in put to the Host
or external power su pply . Eit her +12VDC or +24VDC can be us ed.
CAUTION!
The shunt jumper P2 is not installed as the factory default for +24VDC operat ion. If the jumper i s in the +12
VDC position and +21 to +28.5 VDC is applied, circuit damage can result.
2.6
2.6 Cable Notes
Cable Notes
2.6 2.6
Cable NotesCable Notes
For Wiegand interface cable the maximum length is 500 feet (150m), 50 feet (15m) for RS232, and 4000
feet (1200m) for RS 422.
When using 5 conductor cable, the power supply and Host must have a common ground (voltage
7-Conductor cable is required when using the Hol d function or if the ground for the M axiProx's po wer
supply is not common with the ground of the Host. TB2 terminal 3, Data Return, is to be connected to the
ground of the Hos t. (A lpha 1296 C or equiv alen t).
7-Conductor cable is required when the
Hold function is used, and the power supply and Host "ground"
are separate. (Alpha 1297 C or equi vale nt).
A 22 AWG twisted pair, shielded, stranded cable (Belden 9330 or equivalent) is often required for the
tamper switch. Follow the recomm endations of the manufactu rer of th e Host sy stem. If the tamper input is
a supervised input, the "end-of -lin e" resistor m ay be m oun ted in th e enclosu re betw een TB1-4 and TB1-5.
The inner diameter of the cable fitting will accommodate a cable with an outer diameter of up to .260-
inches.
2.7
2.7 Cable Connections
Cable Connections
2.7 2.7
Cable ConnectionsCable Connections
Install the cable fitting on the rea r of the MaxiProx. Feed the cable through the cable fitting. Conne ct the
wires to the terminal strip with the minimum length necessary. Do not leave extra loops of wire inside the
Reader housing. Connect the Reader to the Host according to the terminal descriptions in the dimension
diagram. Tighten the fitting to secure the cable. Connect the drain line of the shield to terminal TB1 Pin 2
(Power Supply Shield). If it is bare, cover it with heat sh rin k or tape to avoid short circuits to the other wires.
The opposite end of the drain line should be connected to the negative terminal and the frame connection of
the power suppl y .
CAUTION!
The shunt jumper P2 is not installed as the factory default for +24VDC operat ion. If the jumper i s in the +12
VDC position and +21 to +28.5 VDC is applied, circuit damage can result.
Table 1: TB1 Connector Definition
12345
+DCShield GroundGround
RedDrainBlack------
Tamper
Common
Tamper
Select
Table 2: TB2 Connector Definition
123456789
DATA 0
DATA/TD/RX
GreenWhiteOrangeBrownYellowBlue
Note
On TB2, pins 1, 2 and 7 have mult iple purposes , depending on t he int erface that the Reader is configured for.
In the table above, the firs t des cript ion i s f or Wiegand, the second for Cl ock and Data, the t hird for RS 232, and
the fourth is for RS422.