CSI DISCRDR, IDISCRDRB, IDISCRDRMP, KEYRDR, CRDRDR Installation Manual

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Installation Guide

CSI Readers

DISCRDR, IDISCRDRB, IDISCRDRMP, KEYRDR, CRDRDR, MAGSWIPEID, KEYPIN1,

KEYPIN2, CARDPIN1, CARDPIN2, Dorado 780, WK11, WC11, WS11, WS21, WT11,

PINPAD26, PR-103, PR-105, PR-110, PR-112, PR-120, PR-122, PR-503, PR-505

TCON112.—.06/00



We at Control Systems International (CSI) have tried to make the information contained in this manual as accurate and reliable as possible. Nevertheless, CSI disclaims any warranty of any kind, whether express or implied, as to any matter whatsoever relating to this manual, including without limitation the merchantability or ﬁtness for any particular purpose.

CSI will, from time to time, revise the product(s) described in this manual and reserves the right to make such changes without obligation to notify the purchaser. In no event shall CSI be liable for any indirect, special, incidental, or consequential damages arising out of purchase or use of this manual or the information contained herein.

Printed in the United States of America.

Document Number: TCON112–06/00

I/NET, Control Systems International, and the Control Systems International logo are registered trademarks of Control Systems International.

FrameMaker and Minion are trademarks of Adobe Systems Incorporated. Canvas is a trademark of Deneba Software. All other trademarks mentioned belong to their respective owners.

About this manual:

This book was written and produced using FrameMaker workstation publishing software and the Minion font from Adobe. Illustrations were created or modiﬁed using Deneba Canvas and Adobe Illustrator.

Installation Guide

FCC Warning ...........................................vi

Overview

Signal Breakouts .......................................... 1

Related Manuals .......................................... 3

CSI Key/Card Readers

Installation ............................................. 4

Required Tools Installation Procedure for Single Key/Card Reader Installation Procedure for Key/Card Reader with Pushbutton Pedestal Installation Electrical Installation

Key/Card Reader Grounding Power/Data Line Connection

Low Temperature Package

Operation Low Temperature Package Contents Field Installation

KEYPIN and CARDPIN Field Output Installation ........................13

............................................ 1

.................................. 4

.......................................... 5

.......................... 5

..................... 8

........................................ 9

....................................... 9

.................................. 9

..................................10

.....................................11

..........................................11

...............................12

.......................................12

DPU-7910A Field Output Connection DPU-7920 Field Output Connection

ABA Readers

ABA Data Format .........................................15

MAGSWIPEID Field Output Installation .............................16

.........................................15

Watermark Reader Support

Watermark Data Format .....................................18

Watermark Field Output Installation ...............................18

I/DISC Reader

Physical Installation ........................................20

CSI Readers iii

........................................20

...............................13

................................13

...............................18

Installation Guide

I/DISC Field Output Installation .................................21

Connecting the I/DISC Reader (Without PIN Pad Support) Connecting the I/DISC Reader and the ESSEX PIN Pad

Wiegand Readers

......................................25

......................22

.......................23

Wiegand Data Format ......................................25

General Wiegand Reader Field Output Installation .......................26

Connecting the 26-/32-Bit Wiegand Reader Connecting the 66-Bit Wiegand Reader (without PIN Pad Support) Connecting the 66-Bit Wiegand Reader and the ESSEX PIN Pad

.............................26

..................27

....................28

PINPAD26 Field Output Installation ...............................30

ESSEX PIN Pad Support .....................................32

I/DISC with PIN Pad 66-bit Wiegand Reader with PIN Pad ESSEX PIN Pad Operation Silent Duress Annunciation

.......................................32

................................32

....................................32

Dorado Systems Model 780 Swipe Reader with PIN Pad ....................33

Connecting the Dorado 780 Reader Dorado 780 PIN Pad Operation

................................33

..................................35

Proximity Readers

.....................................36

PR-110 and PR-112 ........................................36

PR-503 and PR-505 ........................................36

PR-103 ..............................................37

PR-105 ..............................................38

PR-120 and PR-122 ........................................38

Proximity Reader Installation with the Indala ARE-142 .....................38

Connecting To the ARE-142 Connecting the ARE-142 Output Cables

....................................38

..............................38

PIN Pad Proximity Readers ....................................40

Connecting to the DPU-7910A and -7920 Series Controllers

Motorola/Indala ARK-501 Installation Hughes ProxPro Installation

PIN Pad Operation for the Motorola/Indala and Hughes Readers

..................................42

.............................41

.....................40

...................43

iv CSI Readers

Installation Guide

Speciﬁcations

Index

...............................................49

.........................................45

CSI Readers v

Installation Guide

FCC Warning

The Federal Communications Commission (FCC) requirements prescribe certiﬁcation of personal computers and any interconnected peripherals in the FCC rules and regulations.

This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: this device may not cause harmful interference, and this device must accept any interference received, including interference that may cause undesired operation.

This equipment generates and uses radio frequency (rf) energy for its operation and, if not installed and used in accordance with the installation and operation manual, may cause interference to radio and television reception. It has been found to comply with the limits for a Class A computing device pursuant to the aforementioned regulations. These are designed to provide reasonable protection against such interference when operated in a residential area. Only peripherals (computer input/output devices) certiﬁed to comply with the Class A limits may be connected to this device. Operation with noncertiﬁed computer peripherals is likely to result in interference with radio and television reception. If this equipment does cause interference to radio or television reception, the user is encouraged to correct the situation by one or more of the following measures.

✦ Relocate the receiver with respect to the computer.

✦ Move the computer away from the receiver.

✦ Plug the equipment into a different outlet, so that the computing device and receiver are on different branch circuits.

✦ Disconnect and remove any unused cables that may be acting as a transmission source.

✦ Make certain that the computing device is plugged into a grounded outlet receptacle.

If necessary, contact CSI for additional suggestions.

vi CSI Readers

Installation Guide Overview

Overview

I/NET uses several types of readers integrated into its system. Readers interface with I/NET through connections to door processor units (DPUs). The reader type may be CSI key/card, ABA, Watermark, Wiegand, Proximity, or I/DISC. These readers may attach to a DPU-7910A series or DPU-7920 series controller. Most manufacturers’ readers may be used with I/NET if they follow all protocol standards of one of the above mentioned reader types.

Table 1 lists the I/NET DPUs and the readers compatible with each DPU.

Table 1. I/NET DPUs and Compatible Readers

Signal Breakouts

DPU Reader Type

CSI Key or Card 26-bit or 32-bit Wiegand

DPU-7910A

Series

Controllers

DPU-7920

Series

Controllers

66-bit Wiegand with or without ESSEX PIN Pad

(requires DPU ﬁrmware version 2.20 or later)

Proximity ABA Watermark I/DISC

CSI Key or Card 26-bit or 32-bit Wiegand 66-bit Wiegand with or without ESSEX PIN Pad

(requires DPU ﬁrmware version 2.20 or later)

Proximity ABA Watermark I/DISC I/DISC with ESSEX PIN Pad (I/NET versions 4.3x and later)

For additional documentation concerning the use of these readers in the I/NET system, refer to “Related Manuals” on page 3.

All readers connect to the DPU either directly through a terminal block, or through a breakout box plugged into an RJ45 connector. CSI provides two breakout boxes providing either one or two RJ45 connections (CSI BRKBOX1 and BRKBOX2). The screw terminals are numbered one to eight on both types of breakout boxes. The signal breakout is provided in Table 2.

CSI Readers 1

Overview Installation Guide

Note: When connecting a reader to a DPU-7920 series controller, a breakout box is only necessary

when the installation requires the use of an RJ45 connection. Otherwise, readers connect to the DPU-7920 series controllers through two eight-position plug-on terminal blocks (TB3 and TB4). Refer to TCON117, Model 7920 Door Processing Unit Installation Guide, for more information.

Table 2. Reader Signal Breakouts

Terminal

Number

1 +DC Power

(DPU-7910A)

(DPU-7920)

4 +DC Power

Signal Function

13 VDC power supplied to the reader from the DPU. Maximum current drain for each reader should be 50 milliampere. This conductor typically powers CSI and ABA Mag-Stripe readers.

Connect the shield from the reader cable here. If the ground is to originate from the DPU,

Chassis

AUX

DATA

DATA-1

the plug-on shunt/jumper labeled J12 should be placed across posts A and B. This jumper is shipped from the factory plugged on to the B post only (i.e., no chassis ground connection on terminal 2).

CAUTION! Ground reader cable shield at only one point.

When combining an I/DISC reader with an ESSEX PIN pad (supported in I/NET versions

4.3x and later), this conductor carries the DATA signal from the I/DISC reader. Otherwise, this pin is not used.

CAUTION! Do not connect the Chassis GND signal from a key/card reader to this

terminal on the DPU-7920. Instead, connect the Chassis GND signal from the reader to a good earth ground.

With Mag-Stripe and I/DISC readers this conductor carries the DATA signal from the reader.

With Wiegand readers this conductor carries the DATA-1 signal from the reader. The signal, which normally rests at 5 volts, will pulse to 0 volts (minimum 50 milliseconds pulse duration) upon the detection of logic 1 bits in the Wiegand data sequence.

5 VDC power supplied to the reader from the DPU. Maximum current drain for each reader should be 50 milliamperes. This conductor typically powers Wiegand readers.

With the Mag-Stripe readers this conductor carries the CLOCK signal from the reader.

CLOCK

DATA-0

6 Red LED

This signal will normally rest at 5 volts and pulse to 0 volts while the data on conductor number 3 is valid. This signal is called STROBE by some ABA reader manufacturers and CLOCK by others.

With Wiegand readers this conductor carries the DATA-0 signal from the reader. The signal, which normally rests at 5 volts, will pulse to 0 volts (minimum 50 milliseconds pulse duration) upon the detection of logic 0 bits in the Wiegand data sequence.

This signal drives a red LED located in the reader. The actual color of the LED to which it connects is not critical except to note that future references to red LED function/operation in this document refer to the LED connected to this conductor.

When a Wiegand reader type is selected, this signal will drive to 0 volts to turn the LED ON.

When setting the reader type to CSI, ABA, Indala proximity, Watermark, or I/DISC, this signal will drive to 5 volts to turn the LED ON.

The DPU momentarily illuminates the red LED to show when a key/card or touch tag was successfully read but not authorized to release the door. The red LED will ﬂash for a couple of seconds when the DPU detects a key/card or touch tag entry, but does not successfully read the data from the reader (i.e., a retry is necessary).

2 CSI Readers

✦

Installation Guide Overview

Table 2. Reader Signal Breakouts (Continued)

Terminal

Number

7 Green LED

8 DC Ground This conductor connects the DC signal ground from the DPU to the reader.

Signal Function

This signal drives a green LED located in the reader. The actual color of the LED to which it connects is not critical except to note that future references to green LED function/operation in this document refer to the LED connected to this conductor.

When the Wiegand reader type is selected, this signal will drive to 0 volts to turn the LED ON.

When setting the reader type to CSI or ABA, Indala proximity, Watermark, or I/DISC, this signal will drive to 5 volts to turn the LED ON.

The DPU momentarily illuminates the green LED to show when a key/card or touch tag was successfully read and accepted by the DPU and authorized to release the door. With ABA and Wiegand selections, this green LED control signal also ﬂashes for a couple seconds when the DPU detects a key/card or I/DISC entry but does not successfully read the data from the reader (i.e., a retry is necessary). The double ﬂash function (red and green LED) of the ABA and Wiegand readers showing a bad read condition occurs because only one of the possible two LEDs (red or green) can be controlled by the DPU.

The installation examples provided within this document show the single breakout box (BRKBOX1). The dual breakout box (BRKBOX2) is shown in Figure 1.

Red

Green

Red

Related Manuals

White

Yellow

Orange

Brown

Blue

Black

Yellow

Brown

Black

White

Orange

Blue

RJ45

Figure 1. Dual Breakout Box

For additional information, refer to the following Installation Guides:

TCON116, Model 7910A Door Processing Unit Installation Guide

TCON117, Model 7920 Door Processing Unit Installation Guide

CSI Readers 3

CSI Key/Card Readers Installation Guide

CSI Key/Card Readers

The CSI key and card readers provide management and control of individual access to restricted areas when used in conjunction with other components of the I/NET system. The solid-state devices read magnetic data bits on the keys/cards and then transform the magnetic information into electrical energy, transmitting the applicable data in a proprietary CSI format to processing and access point control devices through electronic circuitry and interconnecting wiring.

To operate the reader, insert an authorized key/card into the slot on the front of the reader, and then withdraw the card in one smooth, continuous motion. If the key/card is valid and is inserted during an authorized period, the two-color LED on the front of the reader shows green and remains lit as long as the door is unlocked. Any time the door is unlocked, the LED shows green. Access is granted at these times.

Installation

If a key/card is inserted and properly read, but access is denied, the two color LED shows solid red for two seconds. If a key/card is inserted and either left in or withdrawn too slowly, if an invalid key/card is used, or if a valid key/card is used during an unauthorized period, the two-color LED on the front of the key/card reader ﬂashes red. Access is denied under these circumstances.

Although identical in appearance, each of the CSI key/cards contains a unique, counterfeit resistant magnetic code in the magnetic surface on the key/card. The codes are preprogrammed at the factory and cannot be altered. Each key/card contains a Facility Code, User Number, and Issue Level. Each key/card will initiate an individually unique response from the key/card reader and DPU in accordance with speciﬁc system programming.

In addition to the user keys/cards, there is one key, User 0, provided with each system that is designated as the system key. The system key is used to enable stand-alone controllers to accept programming of the speciﬁc system requirements. This key/card also allows full time access to any door as long as the Facility Code is correct.

The key reader and associated keys offer the user “key chain” convenience to controlled areas. With the card reader, you may use the associated cards as both the medium to gain access to controlled areas and as personnel identiﬁcation cards.

For additional information, refer to the appropriate Installation Guide (refer to “Related

Manuals” on page 3).

The CSI key/card readers may be installed on inside or outside doors (see Figure 2). You can also install a reader in a pedestal to operate vehicle trafﬁc controlling devices.

Note: The pedestal installation is not a U.L. listed conﬁguration.

All readers should be installed in a location convenient to the intended point of entry and protected from the weather by a shield or hood when located outside. In many areas, you

4 CSI Readers

✦

Installation Guide CSI Key/Card Readers

Figure 2. Model CRDRDR Card Reader and Model KEYRDR Key Reader

will also need to install a key/card reader low temperature package for proper operation below 30˚F (–1˚C).

Note: U.L. listed versions of key/card readers are provided with an enclosure and the low temper-

ature package.

In all applications, an average height for installing the key/card reader for ease of use is approximately 48 inches (122 cm) from the ﬂoor or ground level as applicable.

Required Tools

Marking scribe or pencil

6" Ruler (15.24 cm)

1" (2.54 cm) Hole saw or 1" (2.54 cm) square knockout punch

Drill and

⁄

" (3.6 mm) drill bit,

No. 2 Phillips screwdriver

File

Installation Procedure for Single Key/Card Reader

Before installing the key/card reader as shown in the following procedure, insert the RJ45 reader cable plug into the jack provided on the reader.

Caution: Before making mounting holes, make sure that wall, door frame, or other applicable area is

clear of obstructions such as conduits, pipes, glass, wiring, etc. A minimum depth of 2 inches (6.35 cm) is required between surfaces for clearance of the key/card reader and connector.

⁄

" (9.5 mm) if knockout punch is used

⁄

Locate and make a cutout for mounting the key/card reader as shown in Figure 3.

Secure the key/card reader in place by following the directions in A or B below.

Locate and drill a

⁄

" (3.6 mm) diameter hole in the door jamb or mullion

opposite the key/card reader mountiBng hole (single hole for key readers, two holes for card readers. Make required electrical connections, then position

CSI Readers 5

CSI Key/Card Readers Installation Guide

1.60"

(4.06 cm)

Door Jamb or Mullion

1.30"

(3.30 cm)

Cut Out Key Reader Mounting Hole

3.60"

(9.14 cm)

1.30"

(3.30 cm)

Figure 3. Key/Card Reader Mounting Hole

(with LED up) and secure key/card reader in mounting hole with (4.8 mm) screw of appropriate length as shown in Figure 4.

Door Jamb or Mullion

Cut Out Key Reader Mounting Hole

⁄

/32" (4.8 mm)

Screw

/64" (3.6 mm)

Screw Hole

Key/Card Reader

Figure 4. Installation Using Door Jamb or Mullion

Locate and make the cutout (large enough to allow access to the key/card reader) in the jamb or mullion opposite the key/card reader mounting hole. Make required electrical connections, then position (with LED up) and secure key/card reader in mounting hole using U-bracket and

⁄

" (4.8 mm) screw of

6 CSI Readers

Key/Card Reader

Door Jamb or Mullion

U-Bracket

/32" (4.8 mm)

Screw

Access Cutout

Cover Plate

Door Jamb or Mullion

U-Bracket

INSIDE

(Exit)

OUTSIDE

(Entry)

/32" (4.8 mm)

Screw

/32" (4.8 mm)

Screw

Key/Card

Reader

Card Reader requires two screws

Key/Card

Reader

Installation Guide CSI Key/Card Readers

appropriate length. Cover access hole with appropriate plate as shown in

Figure 5. An entry and exit conﬁguration is shown in Figure 6.

Figure 5. Installation Using U-Bracket

Figure 6. Entry & Exit Reader Installation

CSI Readers 7

CSI Key/Card Readers Installation Guide

The key/card reader may also be ﬂush-mounted in a protective enclosure or surfacemounted in a protective enclosure. The key reader can be ﬂush-mounted in a standard single gang switch enclosure. The card reader requires a larger ﬂush mount box, which is available from CSI. Contact CSI with speciﬁc questions regarding mounting methods.

Installation Procedure for Key/Card Reader with Pushbutton

If you want to install an entry reader and a pushbutton exit device (pushbutton supplied by your dealer) at the same door, proceed as follows:

Caution: Before making mounting holes, make sure that wall, door frame, or other applicable area is

clear of obstructions such as conduits, pipes, glass, wiring, etc. A minimum depth of 2

⁄

(6.35 cm) is required between surfaces for clearance of the key/card reader and connector.

Install the key/card reader using a U-bracket. Refer to “Installation Procedure for Single Key/Card Reader” on page 5 for instructions.

Install the pushbutton and cover plate as shown in Figure 7. Using 18 AWG (0.897 mm

) twisted-pair, shielded cable, attach the pushbutton to the release

terminals, GND and D REL, on the CSI Door Processor Unit.

Door Jamb or Mullion

/32" (4.8 mm)

Screw

Card Reader

Key/Card

Reader

/32" (4.8 mm)

Screw

U-Bracket

requires two screws

OUTSIDE

(Entry)

Cover Plate

INSIDE

(Exit)

Pushbutton

Figure 7. Key/Card Reader/Pushbutton Installation

Note: For a U.L. conﬁgured system, the exit pushbutton must be a U.L. listed connector and

switch of compatible rating for the DPU’s release input. Refer to the appropriate DPU Installation Guide for more information.

8 CSI Readers

Installation Guide CSI Key/Card Readers

5.00"

(12.70 cm)

3.95"

(10.00 cm)

Mounting Plate

Hole Pattern

* Conduit may be routed either way shown.

Key/card Reader (example

Pedestal Pole

Conduit

Mounting

Plate

Pedestal Installation

An optional key/card reader pedestal is available from CSI. The pedestal provides weatherprooﬁng, easy access, and simpliﬁes key/card reader installation.

Note: The pedestal installation is not a U.L. listed conﬁguration.

At new concrete installations, or if a separate mounting surface is poured for the pedestal, set four 1⁄4" (0.64 cm) bolts at pouring according to the dimensions shown in

Figure 8.

Electrical Installation

Key/Card Reader Grounding

Caution: Failure to properly ground the key/card reader could result in damage to the reader and/or

Figure 8. Key/Card Reader Pedestal

If installation is made on an existing concrete structure, use the mounting plate to locate the holes, and then drill the four holes with a concrete bit. Secure the pedestal to the surface with four concrete mounting bolts.

The following paragraphs provide instructions for the electrical installation of the key/card reader.

To eliminate the harmful effects of static discharge when a user touches the key/card reader, and to ensure uninterrupted operation, the key/card reader must be connected to a good earth ground. If the key/card reader is installed on a metal surface (i.e., door jamb), the surface may serve as a sufﬁcient grounding medium. Make sure that the metal surface itself is well grounded. If the key/card reader is not installed on a properly grounded metal surface, provide a ground as follows.

other equipment connected to the reader.

To be most effective, the ground wire should be as short as possible (no more than 20 feet long).

1. Connect a piece of 10 AWG (5.27 mm

) or larger solid wire between the key/card reader grounding screw and the nearest metal object such as a cold water pipe, metal frame, or grounded electrical outlet box as shown in Figure 9. Use a crimp-

CSI Readers 9

CSI Key/Card Readers Installation Guide

on lug on the wire end to be connected to the key/card reader grounding screw. Connect the other end of the wire to the metal object by the method best suited to ensure a solid ground connection.

2. If no suitable metal object is available for grounding, consult CSI for further key/card reader grounding information.

10 AWG (5.27 mm (or larger)

) Wire

Cold Water

Pipe

Grounded

Electrical Box

Key/Card Reader Grounding Screw

Crimp-on

Spade Lug

To Key/Card Reader Grounding

Screw

Figure 9. Key/Card Reader Grounding

Note: If you are not able to ground the reader as shown in Figure 9, you can conﬁgure the DPU

(except for DPU-7920 series controllers) to provide the necessary ground by placing the jumper labeled J12 across posts A and B. This places chassis ground at terminal 2 of the RJ45 connection and at terminal 2 of an attached breakout box. You may then connect the key/card reader ground to terminal 2.

The DPU-7920 series controllers cannot be conﬁgured to provide the chassis ground for the key/card reader. These controllers use terminal 2 as an auxiliary input.

Power/Data Line Connection

Connect the key/card reader to the DPU or entry controller by connecting the RJ45 male plug on one end of the cable to the RJ45 female connector at the rear of the key/card reader. Then route the other end of the cable to the RJ45 female connector at the DPU or entry controller (the DPU-7920 series controllers do not provide an RJ45 connection

10 CSI Readers

Installation Guide CSI Key/Card Readers

and will therefore require a breakout box). All operating power and data is routed through this single cable. Signal pinouts for the CSI key/card readers are shown in

Table 3.

Caution: When connecting the key/card reader to a DPU-7920 series controller, do not connect the

Chassis GND signal on pin 2 of the reader to the DPU (the DPU uses terminal 2 on TB3 and TB4 as an Auxiliary input). Instead, connect the Chassis GND signal from the reader to a good earth ground.

Table 3. CSI Key/Card Readers Signal Pinout

Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 Pin 7 Pin 8

Signal +12 VDC

Low Temperature Package

Note: For U.L. listed key/card readers, the low temperature package is standard.

Operation

Chassis GND

DATA NC CLOCK Red LED

Green LED

Signal GND

If the key/card reader will be exposed to temperatures below 30˚F (–1˚C) for an extended period of time, the key/card reader low temperature package should be installed to prevent frost from accumulating on the key/card slot. Either a Key Reader Low Temperature Package or a Card Reader Low Temperature Package can be ordered from CSI.

The following paragraphs provide installation instructions and a description of the low temperature package.

The key/card reader low temperature package heating element is a self-regulating thermistor that activates to heat at low ambient temperatures and deactivates at normal or high ambient temperatures. Nominal resistances of the heating element are 25 ohms at –35˚F (–37°C) and 1500 ohms at 122˚F (50°C). Thus, the package may remain in operation year round. However, it is recommended that the power supply (customer furnished) be turned off during the warm season to extend the life of the power supply.

The operating voltage required for the heating element is 5–20 VDC. The lower the voltage, the less heat produced, and the higher the voltage, the more heat produced. A 12–18 VDC power supply (customer furnished) with 2.5 ampere minimum continuous (surge capability in excess of 3 ampere) will provide the most efﬁcient operation and prolong the life of the heating element.

Caution: Never connect the heater kit to the +5 VDC or +12 VDC supply from the DPU.

Note: For U.L. listed applications, do not connect the heater elements to the external power supply

of the DPU. Additionally, the power supply for the heater elements must have a back-up battery providing eight hours of operation for U.L. listed applications.

The heating element will activate at approximately 50˚F (10°C), and will produce increasingly more heat as the ambient temperature drops to maintain the key/card reader at a constant temperature of 45˚F to 50˚F (7°C to 10°C).

CSI Readers 11

CSI Key/Card Readers Installation Guide

Low Temperature Package Contents

The contents of the key/card reader low temperature packages are shown below.

Key Reader Low Temperature Package (KEYHEAT):

✦ Heater element with mounting bracket ✦ One panhead screw, #2-56 × 3⁄8" ✦ One panhead screw, #2-56 × 5⁄16"

✦ Two wire nuts (IDEAL 30-073)

✦ User-supplied 12–18 VDC power supply

Card Reader Low Temperature Package (CARDHEAT):

✦ Heater element with mounting bracket ✦ Two panhead screws, #2-56 × 1⁄2"

✦ Two wire nuts (IDEAL 30-073)

✦ User-supplied 12–18 VDC power supply

Field Installation

Install the key/card reader low temperature package using the following steps.

Warning: Remove all electrical power from interconnected equipment. Failure to do so while

performing electrical installation may result in electrical shock or burns, and may result in damage to the attached equipment.

1. Use a length of 18 to 20 AWG (0.897 to 0.519 mm2) cable, or equivalent, (customer furnished) that will reach from the reader to the location selected for the power supply.

2. At the key/card reader end, strip back approximately 1⁄2" to 3⁄4" (1.3 cm to 1.9 cm) of the insulation from the power cord. For best results, the wires should be tinned.

3. Remove the key/card reader and backshell. Remove the three screws from the top of the key/card reader frame (opposite the circuit board).

4. Align the heater element to the screw holes, with the red and black wires to the rear of the key/card reader.

5. Replace the front #2-56 screw with the applicable screw furnished, and the rear screw with the applicable screw furnished. Leave the screws slightly loose and push the heater element ﬂush with edge of key/card reader chassis and secure.

6. Using the chassis ground, leave the center screw out until the entire assembly of the heating element to the key/card reader has been completed.

7. Reassemble the backshell onto the key/card reader with the red and black wires exiting through the square connector access hole of the backshell at the rear or bottom of unit.

Note: If the key/card reader low temperature package kit was assembled at the factory, skip steps 8

through 11 and perform step 12 at this time. If not, proceed with step 8.

8. Using the two wire nuts provided, connect the wires (observing the polarity) from the power supply to the red and black wires at the rear of the key/card reader.

12 CSI Readers

Installation Guide CSI Key/Card Readers

9. Replace the key/card reader, reassemble, and secure into the wall or other mounting surface.

10. At the power supply, to ensure an effective connection to the terminals, strip a sufﬁcient amount of the insulation from each power wire.

Use a crimp-on connector lug (not furnished) for a better connection.

11. While observing polarity, connect wires to the power supply as described in the owner’s manual of the applicable power supply.

12. Apply power to the power supply as instructed in the owner’s manual.

KEYPIN and CARDPIN Field Output Installation

The KEYPIN1, KEYPIN2, CARDPIN1, and CARDPIN2 are 12-position keypads for indoor or outdoor use, using CSI proprietary format. The signal pinouts for these keypads are shown in Table 4.

DPU-7910A Field Output Connection

Use the following steps for cable installation to a DPU-7910A.

1. Connect the RJ45 cable from the key/card reader to J2 of the KEYPIN or CARDPIN assembly.

2. Connect the RJ45 cable from the DPU to J1 of the KEYPIN or CARDPIN assembly.

Table 4. J2 and J1 Signal Pinout

Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 Pin 7 Pin 8

Signal +12 VDC

Chassis GND

DPU-7920 Field Output Connection

Directly connect the wires to the DPU-7920 at the TB3 or TB4 terminals using the following steps.

1. Connect an RJ45 cable from the key/card reader to J2 of the KEYPIN or CARDPIN assembly.

2. Connect an RJ45 cable from J1 of the KEYPIN or CARDPIN assembly to a breakout box (see Figure 10).

3. Using Belden 9305, 8725, or equivalent cable, connect the terminals on the breakout box, 1, 3, and 5–8, to the corresponding terminals on TB3 or TB4 of the DPU-7920 (see Figure 10).

DATA NC CLOCK Red LED

Green LED

Signal GND

CSI Readers 13

CSI Key/Card Readers Installation Guide

TB3

TB4

Data

Shield

+12

VDC

Clock

Red LED

To J1 of KEYPIN or CARDPIN

Figure 10. KEYPIN and CARDPIN Cable Connection

Green LED

Ground

14 CSI Readers

Installation Guide ABA Readers

ABA Readers

The door processing units can receive standard TTL level Data and Strobe lines from an ABA magnetic stripe reader. CSI’s DPUs use standardized data recovery and interpretation as deﬁned on the ABA track (Track 2 - center track) of a magnetic stripe card. The ANSI/ISO standard (ANSI x4.16-1983/ISO 3554) deﬁnes this format.

ABA Data Format

Compatibility with standard ABA encoded cards facilitates the use of many off-the-shelf, low-cost, mag-stripe readers and cards. The data is encoded on the mag-stripe as a sequence of 5-bit hexadecimal digits (4 bits plus odd parity on each digit). The ABA format described in ANSI x4.16 is oriented as shown below.

BBBBP

0123

00000 Leading zeros

11010 Start sentinel

xxxxP Variable length data ﬁeld (up to 37 digits)

xxxxP

11111 Stop sentinel

xxxxx

00000 Trailing zeros

The following is a sample Track 2 data string.

Leading zeros Start sentinel

000... 11010 10101 11001 00100 11100 11111 10000 000...

LRC character (longitudinal even parity on all bits from start sentinel to LRC)

Data3Data4Data7Data

Stop sentinel LRC

Trailing

zeros

Data is transmitted with the least signiﬁcant bit ﬁrst within the ABA digit format, and most signiﬁcant digit ﬁrst within the CSI ﬁeld format. The ABA data format used with the CSI DPUs is broken into ﬁve sequential digit ﬁelds, left to right on the encoder display. Table 5 lists each digit ﬁeld as it appears on the display.

CSI Readers 15

ABA Readers Installation Guide

Table 5. Digit Fields as Displayed

ABA-85 ABA-115

Field Valid Range Field Valid Range

1 Digit Card Type 1 1 Digit Card Type 0

5 Digit Site/Facility Value 0–99,999 8 Digit Site/Facility Value 0–1,048,575

1 Digit Issue Number 0–3 * 1 Digit Issue Number 0–3 *

5 Digit User Identiﬁcation Number 0–24000 6 Digit User Identiﬁcation Number 0–24000

21 User Deﬁned User Deﬁned

* This reﬂects issue 1 through 4 on the system.

Field separator characters are not used. Digit ﬁelds are a continuous 16-digit sequence.

This format uses a minimum of 19 of the total 40 characters available with the ABA standard. The Mag-Tek Model MT-55 (ENCDR1) is the suggested card encoder for generating ABA Mag-Stripe cards (Track 2, High Energy) for use with CSI DPUs.

CSI data can contain only the hexadecimal characters 0 through 9. User data may contain any hexadecimal character except 0B and 0F. User data can vary in length from zero to 21 characters. The user data is used only for LRC calculation, and is not saved. Table 6 shows the common hexadecimal characters

Table 6. Hexadecimal Characters

Hexadecimal Character Description

0 – 9 Decimal Equivalent

A 10 (:) Account Separator

B 11 (:) Start Sentinel

C 12 (<<)

D 13 (+) Field Separator

E 14 (>>)

F 15 (:) Stop Sentinel

MAGSWIPEID Field Output Installation

The MAGSWIPEID (versions B and W) are indoor magnetic stripe, single track card readers. The ﬁeld signal outputs from the reader connect to 24 AWG (0.206 mm2) shielded, twisted-pair cable.

The cable from the reader connects to the DPU in one of the following ways:

✦ When connecting the reader to a DPU-7910A, the cable from the reader connects

to a breakout box (CSI BRKBOX2). The breakout box then connects to the DPU reader ports (1A, 2A, 1B, or 2B) using an RJ45 CSI modular reader cable (CBL063).

✦ When connecting the reader to a DPU-7920, the cable from the reader can be

connected directly to TB3 or TB4 on the DPU.

Use the following steps to connect an ABA Magnetic Stripe reader to a breakout box or directly to the DPU-7920.

16 CSI Readers

Installation Guide ABA Readers

1. Connect the white wire (Data) from the reader to terminal 3 (see Figure 11).

2. Connect the red wire (+5 V) to terminal 4.

3. Connect the green wire (Strobe) to terminal 5.

4. Connect the brown wire (LED) to terminal 6 for Red LED operation, or terminal 7

for Green LED operation.

5. Connect the black wire (GND) to terminal 8.

6. Connect the cable shield to a good earth ground and to terminal 2 on the breakout

box.

Caution: When connecting the reader to a DPU-7920 series controller, do not connect the cable

shield to terminal 2 on the DPU (TB3 or TB4). These controllers use terminal 2 as an auxiliary input.

From MAGSWIPEID

Reader

SHIELD

DPU-7920 Connections:

White (DATA)

Red (+12 VDC)

Green (STROKE)

Brown (RED LED)

Brown (GREEN LED)

Black (GROUND)

The cable shield must be connected to a good earth ground at one location only. When using a DPU-7910A series controller, you can conﬁgure the DPU to provide the necessary ground by placing the jumper labeled J12 across posts A and B. This places chassis ground at terminal 2 of the attached breakout box. You may then connect the cable shield to terminal 2 of the breakout box.

Breakout Box Connections:

White (DATA)

TB3 or TB4

SHIELD

Red (+5V)

Green (STROBE)

Figure 11. ABA MAGSWIPEID Cable Connection

From MAGSWIPEID Reader

Brown

(RED LED)

Brown

(GREEN LED)

Black

(GROUND)

To DPU-7910A Series Controller

Note: The DPU-7920 series controllers cannot be conﬁgured to provide the chassis ground for the

cable shield. These controllers use terminal 2 as an auxiliary input.

CSI Readers 17

Watermark Reader Support Installation Guide

Watermark Reader Support

The DPU-7910A and DPU-7920 series controllers support two Watermark Magnetics card readers (model numbers 1305LO and 1306LO) made by Thorn Secure Science International. Data from the reader is presented through a 4-wire interface using power, ground, data, and clock.

Watermark Data Format

The Watermark data format for the reader is shown below:

✦ Padding zeroes

✦ Sync Bit

✦ Start Sentinel 00111 11101

✦ Ten Digits BCD encoded digits with odd parity

✦ EOM Bits

✦ Padding Zeroes

The following is a sample Watermark data string.

Padding zeros Sync Bit Start sentinel Ten Digits EOM Bits Padding zeros

000... 11010 00111 11101 11001 00100 000...

Watermark Field Output Installation

The cable from the reader connects to the DPU in one of the following ways:

✦ When connecting the reader to a DPU-7910A series controller, the cable from the

reader connects to a CSI breakout box. The breakout box then connects to the DPU reader ports (1A, 2A, 1B, or 2B) using on RJ45 CSI modular reader cable (CBL063).

✦ When connecting the reader to a DPU-7920 series controller, the cable from the

reader can be connected directly to TB3 or TB4 on the DPU.

Use the following steps to connect a Watermark reader to a breakout box or directly to the DPU-7920 (see Figure 12).

1. Connect terminal 4 (DATA) of J2 to terminal 3.

2. Connect terminal 5 (Clock) of J2 to terminal 5.

3. Connect terminal 11 (+12 VDC) of J2 to terminal 1.

4. Connect Ground, terminal 12 of J2 to terminal 8.

5. Connect the cable shield to a good earth ground and to terminal 2 on the breakout

box.

18 CSI Readers

Installation Guide Watermark Reader Support

Caution: When connecting the reader to a DPU-7920 series controller, do not connect the cable

shield to terminal 2 on the DPU (TB3 or TB4). These controllers use terminal 2 as an auxiliary input.

DPU-7920 Connections:

From Reader

SHIELD

Breakout Box Connections:

From Reader

+12 VDC

DATA

CLOCK

GROUND

TB3 or TB4

SHIELD

+12 VDC

DATA

CLOCK

GROUND

To DPU-7910A Reader Port

Figure 12. Typical Watermark Reader Connection

Note: The DPU-7920 series controllers cannot be conﬁgured to provide the chassis ground for the

cable shield. These controllers use terminal 2 as an auxiliary input.

CSI Readers 19

I/DISC Reader Installation Guide

I/DISC Reader

I/DISC is a read-only memory device that consists of a small, button-shaped stainless steel casing containing a micro-electric circuit. CSI offers three models of I/DISC readers as follows:

✦ Model IDISCRDR – I/DISC reader with separate LED.

✦ Model IDISCRDRB – I/DISC reader in a black plastic mount with LED.

✦ Model IDISCRDRMP – I/DISC reader with a mullion plate mount and LED.

You can connect up to four I/DISC readers to one DPU-7910A series controller. You may connect up to two I/DISC readers to a DPU-7920. The I/DISC reader mounts in a wall in the same amount of space used by a CSI key/card reader.

Physical Installation

1. Select a location on the wall or door mullion by the door you want to secure and assemble the I/DISC reader as shown in Figure 13.

Note: All readers should be installed in a location convenient to the intended point of entry and

protected from the weather by a shield or hood when located outside.

Caution: When using the I/DISC reader outside, we recommend that you periodically (every month

or two) clean the reader/probe surface area with a metal cleaner/protectant to remove any contaminants or moisture related corrosion. A cleaner/protectant such as WD-40 may be used for this purpose.

Sensor probe

Nylon washer

LED

Rear locking clip ring

1.5"

(3.8 cm)

3.8"

(9.6 cm)

Figure 13. I/DISC Reader Assembly

2. Drill a 1" (2.54 cm) diameter hole in the wall or door mullion for the sensor and LED.

20 CSI Readers

Installation Guide I/DISC Reader

LED

Probe

RED

GRN

BLK

GRY

Shielded,

200 Feet (60 m) maximum

Dual Twisted-pair Cable

24 AWG (0.206 mm2)

3. Drill two holes sized for #8 screws to mount the mullion plate.

4. Run the shielded, dual twisted-pair cable from the controlling DPU to the mullion

plate cutout. The cable may extend for up to 200 feet (60 m).

5. Connect the shielded, dual twisted-pair cable as shown in Figure 14.

Figure 14. I/DISC Cable Connection

6. Insert the mullion plate into the cutout and secure to the wall using security mounting screws provided with the reader or with separately purchased #8 screws.

Note: If using the security screws to mount the mullion plate, you must purchase a separate tool

(CSI TRDRTOOL) to secure the screws. Otherwise, use any hardware to install the I/DISC reader.

I/DISC Field Output Installation

The LED and sensor pigtails connect to a 24 AWG (0.206 mm2), shielded, dual twistedpair cable that goes to the DPU. The cable connects to the DPU in one of the following ways:

✦ When connecting the I/DISC reader to a DPU-7910A series controller, the cable

from the reader connects to a CSI breakout box (BRKBOX2). The breakout box then connects to the DPU reader ports (1A, 2A, 1B, or 2B) using an RJ45 CSI modular reader cable (CBL063).

✦ When connecting the I/DISC reader to a DPU-7920 series controller, the cable

from the reader can be connected directly to TB3 or TB4 on the DPU.

With I/NET versions 4.3x and later, the DPU-7920 series controllers also support the combination of an I/DISC reader along with an ESSEX PIN pad. Installation instructions for this conﬁguration are described following the basic I/DISC installation instructions.

CSI Readers 21

I/DISC Reader Installation Guide

Connecting the I/DISC Reader (Without PIN Pad Support)

Use the following steps to connect an I/DISC reader to a DPU-7910A or DPU-7920 series controller.

Note: The wire colors speciﬁed in the following steps refer to the wires from the I/DISC reader and

LED. The actual wire colors at the DPU will depend on the 24 AWG, shielded, twisted-pair cable being used to connect the I/DISC reader to the DPU.

1. If you are connecting a model IDISCRDRB reader, skip to the next step. Otherwise, connect the black (COMMON) wire from the LED to the black (GROUND) wire from the I/DISC reader (probe).

2. Connect the black (GROUND) wire from the I/DISC reader to terminal 8 on the breakout box or DPU.

3. Connect the red (LED RED) wire from the LED to terminal 6 on the breakout box or DPU.

4. Connect the green (LED GREEN) wire from the LED to terminal 7 on the breakout box or DPU.

5. Connect the grey or white (DATA) wire from the I/DISC reader to terminal 3 on the breakout box or DPU.

From Reader

SHIELD

6. Connect the shield from the 24 AWG (0.206 mm2) twisted-pair cable to a good earth ground. If you are using a CSI breakout box, also connect the cable shield to terminal 2 on the breakout box.

Caution: When connecting the I/DISC reader to a DPU-7920 series controller, do not connect the

cable shield to terminal 2 on the DPU (TB3 or TB4). These controllers use terminal 2 as an auxiliary input.

7. For DPU-7910A series controllers, connect the RJ45 connector from the breakout box to the appropriate DPU reader port (1A, 2A, 1B, or 2B).

DPU-7920 Connections:

TB3 or TB4

Grey or White (DATA)

Red (LED RED)

Green (LED GREEN)

Black (GROUND)

Breakout Box Connections:

From Reader

Grey or White (DATA)

Red (LED Red)

Green (LED GRN)

Black (GROUND)

SHIELD

To DPU-7910A S

Figure 15. I/DISC Connection

22 CSI Readers

Installation Guide I/DISC Reader

Connecting the I/DISC Reader and the ESSEX PIN Pad

When using a DPU-7920 series controller, I/NET versions 4.3x and later allow you to connect both an I/DISC reader and an ESSEX PIN pad to the DPU. In this case, the I/DISC reader connects to the AUX input on the DPU and the PIN pad connects to the DPU’s reader inputs. The ESSEX PIN pad provides a red LED and green LED; therefore, the LED on the I/DISC reader is not used.

You have two wiring options for this conﬁguration as follows:

✦ Use 24 AWG (0.206 mm2), shielded, twisted-pair cable (at least 8 conductors) to

connect the reader and PIN pad to TB3 or TB4 on the DPU.

✦ Use two CSI breakout boxes (one at the reader/PIN pad and one at the DPU) and

CSI modular reader cable (CBL063, CBL064, CBL065, or CBL066) connected to each breakout box.

The pinout for the DPU (TB3 and TB4) and the CSI breakout boxes are the same. Therefore, the following installation instructions apply to either wiring option.

1. Connect the grey or white (DATA) wire from the I/DISC reader to terminal 2 on the breakout box or DPU.

2. Connect the following wires to terminal 8 on the breakout box or DPU:

✧ Black (GROUND) wire from the I/DISC reader.

✧ Black (GROUND) wire from the PIN pad.

✧ Yellow (ADDRESS 1) wire from the PIN pad.

✧ Violet (ADDRESS 2) wire from the PIN pad.

✧ Orange (ADDRESS 4) wire from the PIN pad.

Red (+12 VDC)

From ESSEX

PIN Pad

From I/DISC

SHIELD

Ta n

(CASE GRND)

SHIELD

White (DATA 1)

Green (DATA 0)

Brown (LED GRN)

Black (GROUND)

Yellow (ADDRESS 1)

Violet (ADDRESS 2)

Orange (ADDRESS 4)

Black (GROUND)

Grey or White (DATA)

TB3 or TB4

Figure 16. I/DISC Reader with ESSEX PIN Pad Connections

3. Connect the red (+12 VDC) wire from the PIN pad to terminal 1 on the breakout box or DPU.

CSI Readers 23

I/DISC Reader Installation Guide

4. Connect the white (DATA 1) wire from the PIN pad to terminal 3 on the breakout box or DPU.

5. Connect the green (DATA 2) wire from the PIN pad to terminal 5 on the breakout box or DPU.

6. Connect the brown (LED GREEN) wire from the PIN pad to terminal 7 on the breakout box or DPU.

7. Connect the tan (CHASSIS GROUND) wire from the PIN pad to a good earth ground.

8. From a host workstation, conﬁgure I/NET to use the ESSEX PIN pad. Common settings are:

✧ Reader Type:

– I/DISC w/PIN (I/NET version 4.x and I/NET 2000 version 1.x)

– I/DISC (I/NET 2000 version 2.x and later)

✧ PIN Pad (I/NET 2000 version 2.x and later only): Activated

✧ LED Polarity: Anode

✧ Door Mode Schedule:

– “PIN Enable” to require both an I/DISC read and PIN entry

– “Secure” to require an I/DISC read only

✧ Key/Card Translation: Perform these translations as necessary using the I/NET

Key/Card Translations editor.

Refer to the I/NET 2000 System Operator Guide or Technical Reference Guide for more information concerning I/NET 2000.

24 CSI Readers

Installation Guide Wiegand Readers

Wiegand Readers

The group of readers capable of producing Wiegand format output include most technologies of mag-stripe, proximity, biological, voice, etc., as well as the Wiegand technology reader from Sensor Engineering. Data from the Wiegand reader (or other device producing Wiegand output) is presented through a two-wire interface plus a ground reference. The two-signal conductors provide Data-0 and Data-1 lines that typically provide a TTL-level active low pulse with some devices using an open collector output. A pulse is generated on the respective line (logic-0 or logic-1) for each bit in the 26/32-/66-bit pattern. The pulses must be a minimum of 50 milliseconds long.

CSI provides several devices using Wiegand format. They include insertion type key readers, insertion type card readers, swipe type card readers, and turnstile type card readers. Though they are not readers, the Wiegand format KEYPADS are also documented in this section.

Wiegand Data Format

CSI-provided devices may use any of the following Wiegand data formats :

✦ 26-bit Wiegand

✦ 32-bit Wiegand

✦ 66-bit Wiegand (66-bit Wiegand support requires I/NET 2000 version 2.x or later,

and DPU ﬁrmware version 2.20 or later)

The 26-bit Wiegand format is a standard used by many reader/card manufacturers. This bit pattern is called the 2601 format by Sensor Engineering and is available to the user directly from Sensor Engineering.

Cards with the CSI 32-bit format are available only from CSI. The limited access to this format, as well as the CSI-controlled site number encoding, provides an additional level of security to the user. The 32 data bits are divided into three ﬁelds deﬁned as a Sensor Control Bits ﬁeld of seven bits, Site (Facility) ﬁeld of eight bits, and a User Number (PIN) ﬁeld of 15 bits.

The Sensor Control Bits ﬁeld is factory set for CSI proprietary control of cards and keys in CSI readers. Other 32-bit cards and keys cannot be used with CSI readers using 32-bit Wiegand format, and CSI 32-bit format cards and keys cannot be used in other manufacturers’ readers.

The second eight bits (bits 9–16) are the Site (Facility) ﬁeld. They deﬁne the card for a speciﬁc site (facility). The most signiﬁcant bit for this ﬁeld is bit 9.

The next ﬁfteen bits (bits 17–31) are the User Number ﬁeld, allowing a number from 0 to 32,767. The most signiﬁcant bit in this ﬁeld is bit 17.

CSI Readers 25

Wiegand Readers Installation Guide

One of the interface difﬁculties associated with the use of the Wiegand cards revolves around the differences in the card encoding styles A and A1 and the associated righthand and left-hand insertion readers. The standard A1 card used for swipe readers reverses the bit pattern when used in an insertion reader (style A1). This causes the least signiﬁcant bit (LSB) to be read ﬁrst instead of the most signiﬁcant bit (MSB).

Only the MSB-ﬁrst sequence is supported when using the 66-bit Wiegand data format. When reading 26- or 32-bit Wiegand data format, CSI readers automatically detect the data direction and adjust the decoding of the contents as required. This detection is based on the examination of the Wiegand bit pattern and does not require any action on your part.

General Wiegand Reader Field Output Installation

The wires from the reader connect to 24 AWG (0.206 mm2), shielded, twisted-pair cable that goes to the DPU. This cable connects to the DPU in one of the following ways:

✦ When connecting the reader to a DPU-7920 series controller, the cable from the

reader can be connected directly to TB3 or TB4 on the DPU.

✦ When connecting the reader to any DPU other than the 7920-series controller, the

cable from the reader connects to a CSI breakout box (BRKBOX1 or BRKBOX2). The breakout box then connects to the DPU reader ports (1A, 2A, 1B, or 2B) using an RJ45 CSI modular reader cable (CBL063).

With I/NET 2000 versions 2.x and later, DPU-7910A and DPU-7920 series controllers with ﬁrmware version 2.20 or later also support the use of the 66-bit Wiegand reader. These controllers also support the combination of a 66-bit Wiegand reader along with an ESSEX PIN pad. Installation instructions for this conﬁguration are described following the basic reader installation instructions.

Connecting the 26-/32-Bit Wiegand Reader

There are ﬁve different models of 26-/32-bit Wiegand readers provided by CSI. All use the same ﬁeld output installation steps. These readers are detailed in Table 7.

Table 7. Wiegand Reader Models

Model Number Type of Reader

WK11 Insertion Type Key Reader, Red LED

WC11 Insertion Type Card Reader, Red LED

WS11 Swipe Type Card Reader, Red LED, Indoor

WS21 Swipe Type Card Reader, Red LED, Outdoor

WT11 Turnstile Type Card Reader, Red LED

Use the following steps to connect the ﬁeld output cables to the CSI breakout box, or directly to the DPU-7920 at TB3 or TB4 (see Figure 17).

1. Connect the white wire (DATA 1) to terminal 3.

2. Connect the red wire (+5 V) to terminal 4.

3. Connect the green wire (DATA 0) to terminal 5.

26 CSI Readers

Installation Guide Wiegand Readers

From Reader

SHIELD

DPU-7920 Connections:

White (DATA 1)

Red (+5 VDC)

Green (DATA 0)

Brown (RED LED)

Black (GROUND)

TB3 or TB4

SHIELD

Breakout Box Connections:

From Reader

Red

(+5 VDC)

White

(DATA 1)

Green

(DATA 0)

Brown

(RED LED)

Black

(GROUND)

To DPU-7910A Series Controller

Figure 17. 26-/32-bit Wiegand Reader Cable Connections

4. Connect the brown wire (LED) to terminal 7 for Red LED operation.

Note: Connecting to terminal 7 allows the LED to follow the state of the strike/shunt outputs from

the DPU (e.g., the secure/non-secure state of the door). This output is in the On state (Wiegand Readers On= 0 VDC) continuously while the strike is de-energized (the door is open).

5. Connect the black wire (GROUND) to terminal 8.

6. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting the reader to a DPU-7920, connect

the shield directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting the

reader to a DPU-7910A through a breakout box, connect the shield and earth ground to terminal 2.

Connecting the 66-Bit Wiegand Reader (without PIN Pad Support)

Use the following steps to connect a 66-bit Wiegand reader to a DPU-7920, or to a CSI breakout box for use with a DPU-7910A (see Figure 18).

1. Connect the white/green wire (DATA 1) to terminal 3.

2. Connect the white/blue wire (DATA 0) to terminal 5.

3. Connect the white/brown wire (RED LED) to terminal 6.

4. Connect the brown/white wire (GREEN LED) to terminal 7.

5. Connect the following wires to terminal 8:

✧ Blue/white (DATA 0 COMMON) wire.

✧ Green/white (DATA 1 COMMON) wire.

CSI Readers 27

Wiegand Readers Installation Guide

Direct

Connections:

DPU-7920

TB3

TB4

–

12 VDC

Power Supply

(350 mA minimum)

From

Reader

SHIELD

(See

Note)

White/Green

White/Blue (DATA 0)

White/Brown (RED LED)

Brown/White (GREEN LED)

Green/White (D1 COMMON)

Blue/White (D0 COMMON)

Orange/White

White/Orange (+12 VDC)

(DATA 1)

(PWR COMMON)

Note: Connect shield to earth ground at DPU or breakout box location

only. Ensure shield does not electrically connect to the reader.

Figure 18. 66-bit Wiegand Reader Cable Connections

Breakout Box

Connections:

SHIELD

(See Note)

to DPU-7910A

White/Green

(DATA 1)

White/Blue (DATA 0)

White/Brown

(RED LED)

Brown/White

(GREEN LED)

Blue/White

(D0 COMMON)

Green/White

(D1 COMMON)

Orange/White

(PWR COMMON)

From

Reader

White/Orange

(+12 VDC)

Power Supply

(350 mA minimum)

–

12 VDC

6. Connect the white/orange wire (+12 VDC) to an external 12 VDC power supply. This power supply must provide at least 350 mA at 12 VDC.

7. Connect the orange/white wire (POWER COMMON) to the external power supply and to terminal 8.

Caution: In the following step, ensure that the cable shield is not electrically connected to the reader.

8. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting the reader to a DPU-7920, connect

the shield directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting the

reader to a DPU-7910A through a breakout box, connect the shield and earth ground to terminal 2.

Connecting the 66-Bit Wiegand Reader and the ESSEX PIN Pad

Use the following steps to connect a 66-bit Wiegand reader and ESSEX PIN pad to a DPU-7920, or to a CSI breakout box for use with a DPU-7910A (see Figure 19).

Reader Connections:

1. Connect the white/green wire (DATA 1) to terminal 3.

2. Connect the white/blue wire (DATA 0) to terminal 5.

3. Connect the white/brown wire (RED LED) to terminal 6.

4. Connect the brown/white wire (GREEN LED) to terminal 7.

28 CSI Readers

Installation Guide Wiegand Readers

Direct

Connections:

Red

(+12 VDC)

White

From

PIN Pad

From

Reader

SHIELD

(See

Note)

(DATA 1)

Green

(DATA 0)

Brown

(LED)

Black

(GROUND)

White/Green

White/Blue (DATA 0)

White/Brown (RED LED)

Brown/White (GREEN LED)

Green/White (D1 COMMON)

Orange/White

White/Orange (+12 VDC)

(DATA 1)

Blue/White (D0 COMMON)

(PWR COMMON)

DPU-7920

TB3

TB4

–

12 VDC

Power Supply

(350 mA minimum)

Note: Connect shield to earth ground at DPU or breakout box location

only. Ensure shield does not electrically connect to the reader.

Figure 19. 66-bit Wiegand Reader and ESSEX PIN Pad Cable Connections

Breakout Box

Connections:

SHIELD

hite

From

PIN Pad

SHIELD

(See Note)

White/Green

Green

Brown

Black

(GREEN LED)

(D0 COMMON)

(D1 COMMON)

White/Brown

Brown/White

Green/White

to DPU-7910A

Reader

(DATA 1)

White/Blue

(DATA 0)

(RED LED)

Blue/White

Orange/White

(PWR COMMON)

From

White/Orange

(+12 VDC)

Power Supply

(350 mA minimum)

–

12 VDC

5. Connect the following reader wires to terminal 8:

✧ Blue/white (DATA 0 COMMON) wire.

✧ Green/white (DATA 1 COMMON) wire.

6. Connect the white/orange wire (+12 VDC) to an external 12 VDC power supply. This power supply must provide at least 350 mA at 12 VDC.

7. Connect the orange/white wire (POWER COMMON) to the external power supply and to terminal 8.

Caution: In the following step, ensure that the cable shield is not electrically connected to the reader.

8. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting the reader to a DPU-7920, connect

the shield directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting the

reader to a DPU-7910A through a breakout box, connect the shield and earth ground to terminal 2.

PIN Pad Connections:

1. Connect the red wire (+12 VDC) to terminal 1.

2. Connect the white wire (DATA 1) to terminal 3.

3. Connect the green wire (DATA 0) to terminal 5.

CSI Readers 29

Wiegand Readers Installation Guide

4. Connect the brown wire (GREEN LED) to terminal 7.

5. Connect the black wire (GROUND) to terminal 8.

6. Connect the tan (CHASSIS GROUND) wire from the PIN pad to a good earth

ground.

7. When using a breakout box, connect the shield to terminal 2.

Note: When connecting the PIN pad to a DPU-7920 series controller, do not connect the cable

shield to terminal 2 on the DPU (TB3 or TB4). The DPU-7920 uses terminal 2 as an auxiliary input.

Common I/NET 2000 Settings:

From a host workstation, conﬁgure I/NET 2000 to use the 66-bit Wiegand reader and ESSEX PIN pad. Common settings are:

✦ Reader Type: I/DISC

✦ PIN Pad: Activated

✦ LED Polarity: Anode

✦ Door Mode Schedule:

✧ “PIN Enable” to require both a card read and PIN entry

✧ “Secure” to require a card read only

✦ Key/Card Translation: Perform these translations as necessary using the I/NET

2000 Key/Card Translations editor.

Refer to the I/NET 2000 System Operator Guide or Technical Reference Guide for more information concerning I/NET 2000.

PINPAD26 Field Output Installation

CSI provides a 12-position keypad for indoor or outdoor use. The PINPAD26 uses a Wiegand 26-bit format. The PINPAD26 is a keyless/cardless product that requires only the entry of a 5-digit code. Data format is the same as shown in “Wiegand Data Format”

on page 25.

The PINPAD26 is ordered with either single or multiple facility codes pre-programmed at the factory. The facility codes are programmed into the site code address of the PINPAD26. Access to the site codes is accomplished by wiring the yellow, violet, and orange wires to terminal 8 (Ground) of the terminal block or breakout box. If a single facility code is speciﬁed then the site code address of 6 is used. Do not connect the violet and orange wires. Ground the yellow wire to specify site code address 6. If you specify multiple facility codes, refer to the factory documentation accompanying the PINPAD26 to complete wiring for the correct site code addressing. Table 8 lists the site codes and the wiring necessary to select each code.

Table 8. Site Code Selection Wiring

Site Code Yellow Wire Violet Wire Orange Wire

0 Ground Ground Ground

1 Not Connected Ground Ground

30 CSI Readers

Installation Guide Wiegand Readers

Table 8. Site Code Selection Wiring (Continued)

Site Code Yellow Wire Violet Wire Orange Wire

2 Ground Not Connected Ground

3 Not Connected Not Connected Ground

4 Ground Ground Not Connected

5 Not Connected Ground Not Connected

6 Ground Not Connected Not Connected

7 (Default) Not Connected Not Connected Not Connected

Use the following steps to directly connect the ﬁeld output cables to the DPU-7920 at the TB3 or TB4 terminals using the following steps (Figure 20). Use the following steps to connect the ﬁeld output cables to the CSI breakout box (see Figure 20).

1. Connect the white wire (Data-1) to terminal 3.

2. Connect the red wire (+5 V) to terminal 4.

3. Connect the green wire (Data-0) to terminal 5.

4. Connect the brown wire (LED) to terminal 7 for Red LED operation.

5. Connect the black wire (Ground) to terminal 8.

From Reader

SHIELD

DPU-7920 Connections:

Ta n

(CHASSIS GRND)

6. Connect the yellow wire from the PINPAD26 to terminal 8 for a single facility, site address code 6.

7. Connect the cable shield and tan wire (Case Ground) using one of the following methods (see Figure 20):

✧ DPU-7920 connection – When connecting to a DPU-7920, connect the shield

and tan wire directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting to a

breakout box, connect the shield, tan wire, and earth ground to terminal 2.

Breakout Box Connections:

From Reader

Tan (CHASSIS GROUND)

White (DATA 1)

Red (+5 VDC)

Green (DATA 0)

Brown (RED LED)

Black (GROUND)

Yellow (GROUND)

Site Code Address 6

TB3 or TB4

White

(DATA 1)

Red

(+5 VDC)

Green

(DATA 0)

(RED LED)

Yellow (GROUND)

Site Address Code 6

Brown

Black

(GROUND)

To DPU-7910A

SHIELD

Series Controller

Figure 20. PINPAD26 Connections

CSI Readers 31

Wiegand Readers Installation Guide

ESSEX PIN Pad Support

I/DISC with PIN Pad

With I/NET versions 4.3x and later, the DPU-7920 series controllers support the use of an ESSEX PIN pad in combination with an I/DISC reader. In this conﬁguration, the I/DISC communicates through a single-wire bi-directional interface over the AUX input of the DPU reader port. The ESSEX PIN pad emits a Wiegand-encoded 26-bit stream and connects to the standard reader interface (TB3 or TB4) on the DPU.

Installation instructions for the ESSEX PIN pad are described in the I/DISC reader section of this document. Refer to “Connecting the I/DISC Reader and the ESSEX PIN Pad” on page 23.

66-bit Wiegand Reader with PIN Pad

With I/NET 2000 versions 2.x and later, DPU-7910A and DPU-7920 series controllers with ﬁrmware version 2.20 or later support the use of an ESSEX PIN pad in combination with a 66-bit Wiegand reader. In this conﬁguration, both the reader and the PIN pad connect in parallel to the DPU reader port or to a CSI breakout box.

Installation instructions for the ESSEX PIN pad are described earlier in the Wiegand reader section of this document. Refer to “Connecting the 66-Bit Wiegand Reader and the ESSEX PIN Pad” on page 28.

ESSEX PIN Pad Operation

The red LED on the ESSEX PIN pad will be on if the door is in SECURE or PIN mode. During this time, an individual may use their I/DISC or 66-bit Wiegand card at the reader. A bad I/DISC or card read is indicated when the red LED ﬂashes on and off for approximately 2 seconds. In this case, the indiviudal should once again use their I/DISC or 66-bit Wiegand card at the reader. After a valid read, if the door is in PIN mode, the LEDs on the ESSEX PIN pad will alternate between red and green for up to 15 seconds. During this time, the user must enter a 5-digit personal identiﬁcation number (PIN). As each digit is entered, it is stored in the PIN pad memory. If an incorrect digit is pressed, the user may press the asterisk (*) key to clear the memory and reenter the entire PIN. The user must press the pound (#) key to send the PIN to the DPU. If the user does not press the # key within 15 seconds of the I/DISC or card read, then the reader will timeout and the I/DISC or card will have to be read again to restart the sequence.

Silent Duress Annunciation

Both the DPU-7910A and DPU-7920 (combined with I/NET version 4.3x and later) support a silent duress annunciation mechanism. If an individual is forced to operate the PIN pad under duress, they may substitute a duress code for their normal PIN (contact your I/NET system administrator for the exact duress code). This will trigger the silent duress annunciation mechanism. Upon sensing the duress condition, the DPU ﬁrmware will log a duress transaction with the proper tenant and the user’s key/card number. Following the duress transaction, the normal reader transaction will be logged for the user’s key/card number. Refer to the I/NET 2000 System Technical Reference Guide for a list and description of possible transaction messages.

32 CSI Readers

Installation Guide Wiegand Readers

Dorado Systems Model 780 Swipe Reader with PIN Pad

With I/NET versions 4.3x and later, the DPU-7910A and -7920 series controllers support the Dorado 780 reader. This swipe reader adds PIN capabilities to the I/NET system. While in PIN mode, if a properly encoded card is read, the user must then enter a valid 5-digit PIN before gaining access into the controlled area.

When a card is read, the reader emits a 26-bit or 32-bit Wiegand-encoded stream (refer to “Wiegand Data Format” on page 25 for more information). Pressing a keypad digit causes the reader to emit an 8-bit stream. The ﬁrst four bits represent the value of the digit pressed. The second four bits represent the binary bitwise complement of the ﬁrst four bits. The DPU ﬁrmware will distinguish between the card read 26-/32-bit stream and the 8-bit digit stream.

Connecting the Dorado 780 Reader

The wires from the reader connect to 24 AWG (0.206 mm2), shielded, twisted-pair cable that goes to the DPU. This cable connects to the DPU in one of the following ways:

✦ When connecting the reader to a DPU-7910A series controller, the cable from the

reader connects to a CSI breakout box. The breakout box then connects to the DPU reader ports (1A, 2A, 1B, or 2B) using an RJ45 CSI modular reader cable (CBL063).

✦ When connecting the reader to a DPU-7920 series controller, the cable from the

reader can be connected directly to the reader ports (TB3 and TB4) on the DPU.

The pinout for the DPU-7920 reader ports (TB3 and TB4) and the CSI breakout boxes are the same. Therefore, the installation instructions for either type of connection are the same.

Note: The wire colors speciﬁed in the following steps refer to the wires from the reader. The actual

wire colors at the DPU will depend on the cabling used for the installation.

1. On the Dorado 780, set the SW1 DIP switches as follows:

Switch Setting

AON BON

C OFF

These settings conﬁgure the reader to output 26-bit Wiegand-encoded data.

2. Connect the white (DATA 1) wire from the reader to terminal 3.

3. Connect the green (DATA 0) wire from the reader to terminal 5.

4. Connect the brown (CONTROL A) wire from the reader to terminal 6.

5. Connect the yellow (CONTROL B) wire from the reader to terminal 7.

6. Connect the red (+12 VDC) wire from the reader to an external +12 VDC linear

power supply.

7. Splice the GROUND wire from the external power supply to the black (GROUND) wire from the reader.

8. Connect the black (GROUND) wire from the reader to terminal 8.

CSI Readers 33

Wiegand Readers Installation Guide

9. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting the reader to a DPU-7920, connect

the shield directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting the

reader to a DPU-7910A through a breakout box, connect the shield and earth ground to terminal 2.

From Reader

SHIELD

DPU-7920 Connections:

White (DATA 1)

Green (DATA 0)

Brown (CONTROL A)

Yellow (CONTROL B)

Black (GROUND)

Red (+12 VDC)

+12 VDC Linear

Power Supply

–

10. From a host workstation, conﬁgure I/NET to use the Dorado 780 swipe reader.

Breakout Box Connections:

TB3 or TB4

SHIELD

White

(DATA 1)

Figure 21. Dorado Model 780 Reader Connections

Common settings are:

✧ Reader Type: Wiegand 26-bit

From Reader

Green (DATA 0)

To DPU-7910A Series Controller

Red (+12 VDC)

Brown

(CONTROL A)

Yellow

(CONTROL B)

Black (GROUND)

– +

+12 VDC

Linear Power

Supply

Note: The LED Polarity settings described below apply to a DPU conﬁgured for three-color LED

control. Refer to TCON116 “DPU-7910A Installation Guide” or TCON117 “DPU-7920 Installation Guide” for three-color LED control information.

✧ LED Polarity (DPU conﬁgured for three-color LED operation):

– “Anode” for three-color LED control on the entry reader, two-color LED

control on the exit reader.

– “Cathode” for three-color LED control on both the entry and exit reader.

✧ Door Mode Schedule:

– “PIN Enable” to require both a card read and PIN entry

– “Secure” to require a card read only

✧ Key/Card Translation: If the DPU is conﬁgured to enable Wiegand 26-bit

key/card translations, perform these translations as necessary using the I/NET Key/Card Translations editor. Refer to TCON116, DPU-7910A Installation Guide, or TCON117, DPU-7920 Installation Guide, for the necessary DIP switch setting to enable Wiegand 26-bit key/card translations.

34 CSI Readers

Installation Guide Wiegand Readers

Refer to the I/NET 2000 System Operator Guide or Technical Reference Guide for more information concerning I/NET 2000.

Dorado 780 PIN Pad Operation

The Dorado 780 reader makes use of the following three LEDs:

✦ Red LED – Labeled “Swipe Card”

✦ Yellow LED – Labeled “Enter PIN”

✦ Green LED – Labeled “Open Door”

The control for the LEDs is provided through two lines labeled CONTROL A and CONTROL B. Refer to the installation instructions above for the connection locations of these lines. TCON116, DPU-7910A Installation Guide, and TCON117, DPU-7920 Installation Guide, describe how to conﬁgure the DPU to support three-color LED operation.

If the door is in SECURE or PIN mode, the red LED will be on. During this time, the user may pass their card through the swipe card reader. A bad card read is indicated when the red LED ﬂashes on and off for approximately 2 seconds. In this case, the user should once again pass their card through the swipe card reader. After a valid card read, if the door is in PIN mode, the red LED will turn off and the yellow LED will turn on. During this time, the user must enter a 5-digit personal identiﬁcation number (PIN). As each digit is entered, it is sent immediately to the DPU. If an incorrect digit is pressed, the user may press the asterisk (*) key to clear the memory and reenter the entire PIN. The * key can be used twice during the PIN entry sequence (pressing the * key a third time will terminate the entry sequence and require the user to start over with a valid card read). Pressing the ﬁfth digit or the pound (#) key ends the PIN entry sequence. If less than 5 digits have been entered when the user presses the # key, then all digits that have not been entered will be interpreted as zero(s). If the user does not press the ﬁfth digit or the # key within 15 seconds of the card read, then the reader will time-out and the card will have to be read again to restart the sequence.

The Dorado 780 reader also supports the silent duress annunciation feature of I/NET version 4.3x and later. Refer to “Silent Duress Annunciation” on page 32 for more infor- mation about this feature.

CSI Readers 35

Proximity Readers Installation Guide

Proximity Readers

CSI provides eight models of proximity readers for indoor or outdoor uses. The read ranges vary by model from 0–4" to 0–15" (0–10 cm to 0–38 cm). The standard data format for these readers is Wiegand. These readers provide an LED function, red for access denied, and green for access granted.

PR-110 and PR-112

The PR-110 proximity reader is an indoor Standard Reader. You can mount it on any surface, including metal, or concealed behind most non-metallic building materials. You may also mount it against a metal door or window frame. The read range is 0–6" (0–15 cm) with the PC-121 Card. The PR-112 is the outdoor version of this reader. Use the following steps to install the ﬁeld output cables. Directly connect the wires to the DPU7920 at the TB3 or TB4 terminals using the following steps (see Figure 22).

Note: You should always locate the linear power supply as close to the reader as physically possibly

PR-503 and PR-505

1. Connect the white wire (Data-1) to terminal 3.

2. The blue wire (Beeper) is not connected.

3. Connect the green wire (Data-0) to terminal 5.

4. Connect the brown wire (LED) to terminal 6 for Red LED operation.

5. Connect the orange wire (LED) to terminal 7 for Green LED operation

6. Connect the black wire (Ground) to terminal 8.

7. Connect the shield and earth ground to terminal 2.

8. Connect the positive lead of the 12 VDC linear power supply to the red wire at the

PR-110 or PR-112.

9. Connect the negative lead of the 12 VDC linear power supply to terminal 8.

to ensure maximum read ranges and placement separation.

The PR-503 proximity reader is an indoor/outdoor mullion reader. You can mount it on any surface, including metal, or concealed behind most non-metallic building materials. You may also mount it against a metal door or window frame. The read range is 0–4" (0–10 cm) with the PC-121 Card. The PR-505 is an indoor wall switch reader, and mounts similarly to the PR-105. Use the following steps to install the ﬁeld output cables to a breakout box. Directly connect the wires to the DPU-7920 at the TB3 or TB4 terminals using the following steps.

1. Connect the white wire (Data-1) to terminal 3.

2. The blue wire (Beeper) is not connected.

36 CSI Readers

Installation Guide Proximity Readers

3. Connect the green wire (Data-0) to terminal 5.

4. Connect the brown wire (LED) to terminal 6 for Red LED operation.

5. Connect the orange wire (LED) to terminal 7 for Green LED operation

6. Connect the black wire (Ground) to terminal 8.

7. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting to a DPU-7920, connect the shield

directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting to a

breakout box, connect the shield and earth ground to terminal 2.

8. Connect the positive lead of the 12 VDC linear power supply to the red wire at the PR-503 or PR-505.

9. Connect the negative lead of the 12 VDC linear power supply to terminal 8 (see

Figure 22).

From Proximity Reader

Note: The blue wire (Beeper) from the reader does

PR-103

DPU-7920 Connections:

White (DATA 1)

Green (DATA 0)

Brown (Red LED)

Orange (Green LED)

SHIELD

Black (GROUND)

Red (+12 VDC)

+12 VDC Linear

Power Supply

–

not connect to the DPU or breakout box.

Note: You should always locate the linear power supply as close to the reader as physically possibly

to ensure maximum read ranges and placement separation.

Breakout Box Connections:

From Proximity Reader

TB3 or TB4

SHIELD

White

(DATA 1)

Green (DATA 0)

To DPU-7910A Series Controller

Red (+12 VDC)

Brown

(Red LED)

Orange

(Green LED)

Black (GROUND)

– +

Linear Power

Figure 22. PR-110, PR-112, PR-503, and PR-505 Output Cable Connections

+12 VDC

Supply

This proximity reader is an indoor/outdoor Door Frame Reader, and mounts directly on a standard 1.75" (4.5 cm) wide metal door/window frame (mullion). Read range is 0–4" (0–10 cm) with the PC-121 Card. Use the steps in “Proximity Reader Installation with

the Indala ARE-142” on page 38.

CSI Readers 37

Proximity Readers Installation Guide

PR-105

This proximity reader is an indoor Wall Switch Reader that is architecturally designed to blend into executive ofﬁce decor. This reader mounts directly on any standard U.S.A. metal or plastic single-gang electrical box, or on a ﬂat wall. It may be mounted on a metal surface with a slight loss of read range. Read range is 0–4" (0–10 cm) with the PC-121 Card. Use the steps in “Proximity Reader Installation with the Indala ARE-142,” below.

PR-120 and PR-122

The PR-120 proximity reader is an indoor Medium Range Reader. The PR-122 is an outdoor Medium Range Reader. They are designed for longer read range and bi-directional reading. They may be concealed behind extra thick building materials or buried in a wall. They will not operate on a solid metal surface. Read range is 0–15" (0–38 cm) with the PC-121 Card. Use the steps in “Proximity Reader Installation with the Indala

ARE-142,” below.

Proximity Reader Installation with the Indala ARE-142

The PR-103, PR-105, PR-120 and PR-122 require the ARE-142 Remote Electronics Module to connect their output cables to the DPUs. Use the following steps to connect the output cables to the ARE-142 and to the DPU (see Figure 23).

Connecting To the ARE-142

Use the following steps to install the ﬁeld output cables from a PR-103, PR-105, PR-120 or PR-122 to an ARE-142 (see Figure 23).

1. Connect the blue wire to TB1-A on the ARE-142.

2. Connect the green wire to TB1-B on the ARE-142.

3. Connect the brown wire to TB1-C on the ARE-142.

4. Connect the white wire to TB1-D on the ARE-142.

5. Connect the black wire to TB1-E on the ARE-142.

6. Connect the red wire to TB1-F on the ARE-142.

7. Connect the shield to TB1-E on the ARE-142.

Connecting the ARE-142 Output Cables

Use the following steps to install the ﬁeld output cables from an ARE-142 to a breakout box or directly to the DPU-7920 at the TB3 or TB4 (see Figure 23).

1. Connect the white wire (Data-1) from terminal 4, TB2 of the ARE-142 to terminal

3 on the breakout box or DPU-7920.

2. The blue wire (Beeper) from terminal 6, TB2 of the ARE-142 is not connected to the breakout box or DPU-7920.

38 CSI Readers

Installation Guide Proximity Readers

12VDC Linear Power

–

Black

Green

Shield

To DPU-7910A

Series Controller

White

Brown

1 2 3 4 5 6 7 8 9 10

Data 1

Data 0

Beeper In

LED Green

LED Red

DC PWR In (-)

DC PWR In (+)

Brown

Black

White

Green

Blue *

Orange

Shield

TB2

INPUT/OUTPUT READER

A B C D E F

Antenna

Beeper Out

Red LED Out

Greed LED Out

Antenna PWR (-)

Antenna PWR (+)

Blue

Green

Brown

White

Black

Red

To Proximity Reader Models (PR-103, -105,

-120, -122)

Shield

TB1

Red

Indala ARE-142

Orange

* Blue wire not

connected to Breakout box.

Figure 23. ARE-142 Cable Output Connections

3. Connect the green wire (Data-0) from terminal 5, TB2 of the ARE-142 to terminal

5 on the breakout box or DPU-7920.

4. Connect the orange wire (LED Green) from terminal 7, TB2 of the ARE-142 to terminal 7 for Green LED operation.

5. Connect the brown wire (LED Red) from terminal 8, TB2 of the ARE-142 to terminal 6 for Red LED operation.

6. Connect the black wire (Ground) from terminal 9, TB2 of the ARE-142 to terminal 8 of the breakout box or DPU-7920.

7. Connect the cable shield to terminal 9, TB2 of the ARE-142.

CSI Readers 39

Proximity Readers Installation Guide

8. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting to a DPU-7920, connect the shield

directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting to a

breakout box, connect the shield and earth ground to terminal 2.

9. Connect the positive lead of the 12 VDC linear power supply to the red wire terminal 10, TB2 of the ARE-142.

10. Connect the negative lead of the 12 VDC linear power supply to terminal 8 of the breakout box or DPU-7920.

Note: Always locate the linear power supply as close to the reader as physically possibly to ensure

maximum read ranges and placement separation.

PIN Pad Proximity Readers

In addition to the CSI proximity readers, I/NET versions 4.3x and later also support the use of the following third-party readers with the DPU-7910A and DPU-7920 series controllers:

✦ Motorola/Indala ARK-501

✦ Hughes ProxPro™

These readers add PIN capabilities to the I/NET system. While in PIN mode, if a properly encoded card is passed in proximity to the reader and is successfully read, the user must then enter a valid 5-digit PIN.

Follow the manufacturer’s instructions for physically installing these readers. Electrical installation instructions for each reader are described below.

Connecting to the DPU-7910A and -7920 Series Controllers

The wires from the reader connect to 24 AWG (0.206 mm2), shielded, twisted-pair cable that goes to the DPU. This cable connects to the DPU in one of the following ways:

✦ When connecting the reader to a DPU-7910A series controller, the cable from the

reader connects to a CSI breakout box. The breakout box then connects to the DPU reader ports (1A, 2A, 1B, or 2B) using an RJ45 CSI modular reader cable (CBL063).

✦ When connecting the reader to a DPU-7920 series controller, the cable from the

reader can be connected directly to the reader ports (TB3 and TB4) on the DPU.

The pinout for the DPU-7920 reader ports (TB3 and TB4) and the CSI breakout boxes are the same. Therefore, the installation instructions for either type of connection are the same.

40 CSI Readers

Installation Guide Proximity Readers

Motorola/Indala ARK-501 Installation

Use the following steps to connect the Motorola/Indala ARK-501 reader to the DPU or CSI breakout box.

Note: The wire colors speciﬁed in the following steps refer to the wires from the reader. The actual

wire colors at the DPU will depend on the cabling used for the installation.

1. Connect the white (DATA 1) wire from the reader to terminal 3 (see Figure 24).

2. Connect the green (DATA 0) wire from the reader to terminal 5.

3. Connect the brown (RED LED) wire from the reader to terminal 6.

4. Connect the orange (GREEN LED) wire from the reader to terminal 7.

5. Connect the red (+12 VDC) wire from the reader to an external +12 VDC linear

power supply.

6. Splice the GROUND wire from the external power supply to the black (GROUND) wire from the reader.

7. Connect the black (GROUND) wire from the reader to terminal 8.

From Reader

SHIELD

8. Connect the cable shield using one of the following methods:

DPU-7920 Connections:

White (DATA 1)

Green (DATA 0)

Brown (RED LED)

Orange (GREEN LED)

Black (GROUND)

Red (+5–14 VDC)

+5–14 VDC

Linear Power

Supply

–

✧ DPU-7920 connection – When connecting to a DPU-7920, connect the shield

directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting to a

breakout box, connect the shield and earth ground to terminal 2.

Breakout Box Connections:

From Reader

TB3 or TB4

SHIELD

White

(DATA 1)

Green (DATA 0)

To DPU-7910A Series Controller

Red (+5–14 VDC)

Brown

(RED LED)

Orange

(GREEN LED)

Black (GROUND)

– +

+5–14 VDC

Linear Power

Supply

Figure 24. Motorola/Indala ARK-501 Connections

CSI Readers 41

Proximity Readers Installation Guide

9. From a host workstation, conﬁgure I/NET to use the ARK-501 proximity reader. Common settings are:

✧ Reader Type: Wiegand 26-bit

✧ LED Polarity: Anode

✧ Door Mode Schedule:

– “PIN Enable” to require both a card read and PIN entry

– “Secure” to require a card read only

✧ Key/Card Translation: If the DPU is conﬁgured to enable Wiegand 26-bit

Refer to the I/NET 2000 System Operator Guide or Technical Reference Guide for more information concerning I/NET 2000.

Hughes ProxPro Installation

Use the following steps to connect the Hughes ProxPro reader to the DPU or CSI breakout box.

1. On the Hughes ProxPro, set the SW1 DIP switches as follows:

Switch Setting

1ON– Wiegand 2ON– Beeper enabled 3 OFF – Green LED enabled 4ON– Keyboard data sent on DATA lines 5ON– Dual LED control 6 OFF – DATA 1 not biased (open collector) 7 OFF – DATA 0 not biased (open collector) 8ON– Not used

2. Connect the DATA 1 wire from the reader to terminal 3.

3. Connect the DATA 0 wire from the reader to terminal 5.

4. Connect the RED LED wire from the reader to terminal 6.

5. Connect the GREEN LED wire from the reader to terminal 7.

6. Connect the +12 VDC wire from the reader to an external +12 VDC linear power

supply.

7. Splice the GROUND wire from the external power supply to the GROUND wire from the reader.

8. Connect the GROUND wire from the reader to terminal 8.

9. Connect the cable shield using one of the following methods:

✧ DPU-7920 connection – When connecting to a DPU-7920, connect the shield

directly to a good earth ground.

✧ DPU-7910A connection through a breakout box – When connecting to a

breakout box, connect the shield and earth ground to terminal 2.

42 CSI Readers

Installation Guide Proximity Readers

From Reader

SHIELD

DPU-7920 Connections:

DATA 1

DATA 0

RED LED

GREEN LED

GROUND

+12 VDC

+12 VDC Linear

Power Supply

–

10. From a host workstation, conﬁgure I/NET to use the Hughes proximity reader.

Breakout Box Connections:

From Reader

TB3 or TB4

SHIELD

DATA 1

DATA 0

To DPU-7910A Series Controller

+12 VDC

RED LED

GREEN LED

GROUND

– +

+12 VDC

Linear Power

Supply

Figure 25. Hughes ProxPro Connections

Common settings are:

✧ Reader Type: Wiegand 26-bit

✧ LED Polarity: Anode

✧ Door Mode Schedule:

– “PIN Enable” to require both a card read and PIN entry

– “Secure” to require a card read only

✧ Key/Card Translation: If the DPU is conﬁgured to enable Wiegand 26-bit

Refer to the I/NET 2000 System Operator Guide or Technical Reference Guide for more information concerning I/NET 2000.

PIN Pad Operation for the Motorola/Indala and Hughes Readers

Prior to a card read, the LED on the PIN pad is off. After a valid card read, if the door is in PIN mode, the LED on the PIN pad will alternate between red and green for up to 15 seconds. During this time, the user must enter a 5-digit personal identiﬁcation number (PIN). As each digit is entered, it is sent immediately to the DPU. If an incorrect digit is pressed, the user may press the asterisk (*) key to clear the memory and reenter the entire PIN. The * key can be used twice during the PIN entry sequence (pressing the * key a third time will terminate the entry sequence and require the user to start over with a valid card read). Pressing the ﬁfth digit or the pound (#) key ends the PIN entry sequence. If less than 5 digits have been entered when the user presses the # key, then all digits that

CSI Readers 43

Proximity Readers Installation Guide

have not been entered will be interpreted as zero(s). If the user does not press the ﬁfth digit or the # key within 15 seconds of the card read, then the reader will time-out and the card will have to be read again to restart the sequence.

The Motorola/Indala ARK-501 and Hughes ProxPro readers also support the silent duress annunciation feature of I/NET version 4.3x and later. Refer to “Silent Duress

Annunciation” on page 32 for more information about this feature.

44 CSI Readers

Installation Guide Specifications

Speciﬁcations

CRDRDR and KEYRDR

Power and Environment

Power: 11 to 15 VDC at 50 mA maximum. (For U.L. listed applications, the readers must be powered from CSI Models DPU-7910A or DPU-7920.)

Operating Temperature: 20˚ to 131˚F (–7˚ to 55°C)

Humidity: 5% to 95% noncondensing

Cable: 200 feet (60 m) 22 AWG (0.324 mm2) shielded, 8conductor solid (Belden 9305) or 20 AWG (0.519 mm2) stranded (Belden 8725)

CRDRDR and KEYRDR Outputs:

CSI proprietary format. Clock and Data: Open collector with a maximum of 30 VDC, and a maximum sink current of 18 mA.

Dimensions: KEYRDR: 1.5" L x 1.47" W x 2.5" D

(3.81 × 3.73 × 6.35 cm)

CRDRDR: 3.8" L × 1.47" W × 2.5" D

(9.65 × 3.73 × 6.35 cm)

MAGSWIPEID

Power and Environment

Power: 5 VDC ±5% at 25 mA maximum.

Operating Temperature: –31˚ to 150˚ F (–35˚ to 66˚ C)

Humidity: 5% to 95% noncondensing

Cable: 200 feet (60 m) 22 AWG (0.324 mm2) shielded, 8-conductor solid (Belden 9305) or 20 AWG (0.519 mm2) stranded (Belden 8725)

Output Signal: Serial Data with Strobe; Data is inverted (5 V=0) with SW-A off.

Dimensions: 6.00" L × 1.75" W × 1.35" D

(15.2 × 4.4 × 3.4 cm)

KEYPIN1, KEYPIN2, CARDPIN1, CARDPIN2

Power and Environment

Power: 11 to 15 VDC at 50 mA maximum.

Operating Temperature: 20˚ to 131˚F (–7˚ to 55˚C)

Humidity: 5% to 95% noncondensing

I/DISC

IDISCRDR: I/DISC: 0.64" Dia. × 0.88" D

(1.63 × 2.24 cm)

LED: 0.33" Dia. × 0.65" D

(0.84 × 1.65 cm)

IDISCRDRB: 2.6" H × 1.5" W × 0.55" D

(6.6 × 3.8 × 1.4 cm)

IDISCRDRMP: 3.8" H × 1.5" W × 0.75" D

(9.65 × 3.8 × 1.9 cm)

Operating Temperature: –4° to 158°F (–20° to 70°C)

Cable: 200 feet (60 m) 22 AWG (0.324 mm2) shielded, 8conductor solid (Belden 9305) or 20 AWG (0.519 mm2) stranded (Belden 8725)

Cable: 200 feet (60 m) 22 AWG (0.324 mm2) shielded, 8-conductor solid (Belden 9305) or 20 AWG (0.519 mm2) stranded (Belden 8725)

Output Signal: CSI Proprietary format.

Dimensions:

KEYPIN1 and CARDPIN1: 7.01" L × 5.01" W × 3.75" D

(17.81 × 12.73 × 9.53 cm)

KEYPIN2 and CARDPIN2: 6.00" L × 6.00" W × 3.75" D

(15.24 × 15.24 × 9.53 cm)

CSI Readers 45

Specifications Installation Guide

WK11

Power and Environment

Power: 5 VDC ±5% at 25 mA

Operating Temperature: –40˚ to 130˚F (–40˚ to 54˚C)

Humidity: 5% to 95% noncondensing

Cable: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 2" L × 1.57" W × 1.5" D

(5.00 × 3.98 × 3.80 cm)

WC11

Power and Environment

Power: 5 VDC ±5% at 25 mA

Operating Temperature: –40˚ to 130˚F (–40˚ to 54˚C)

Humidity: 5% to 95% noncondensing

Cable: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 3.0" L × 2.0" W × 3.2" D

(7.62 × 8.13 × 5.00 cm)

WT11

Power and Environment

Power: 5 VDC ±5% at 25 mA

Operating Temperature: –40˚ to 130˚F (–40˚ to 54˚C)

Humidity: 5% to 95% noncondensing

Cable: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 1.75" L × 1.80" W × 7.00" D

(4.45 × 4.57 × 17.78 cm)

PINPAD26

Power and Environment

Power: 12 VDC ±5% at 80 mA

Operating Temperature: –104˚ to 158˚F (–40˚ to 70˚C)

Humidity: 5% to 95% noncondensing

Cable: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26-bit Wiegand data format.

Dimensions: 1.125" L × 1.375" W × 0.438" D

(2.86 × 3.50 × 1.11 cm)

WS11 and WS21

Power and Environment

Power: 5 VDC ±5% at 25 mA

Operating Temperature: –40˚ to 130˚F (–40˚ to 54˚C)

Humidity: 5% to 95% noncondensing

Cable: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 2.3" L × 5.3" W × 1.7" D

(5.83 × 13.46 × 4.32 cm)

PR-103

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: –22 to 149°F (–30° to +65°C)

Cable to ARE-142: 350 feet (100 m) 24 AWG (0.206 mm shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Weight: 2.8 oz.(80 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 1.7" L × 4.6" W × 0.6" D

(4.32 × 11.68 × 1.52 cm)

)

46 CSI Readers

Installation Guide Specifications

PR-105

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: 32° to 122°F (0° to 50°C)

Cable to ARE-142: 350 feet (100 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Weight: 3.2 oz. (91 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 4.6" L × 2.9" W × 0.5" D

(11.68 × 7.37 × 1.3 cm)

PR-110

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: –22° to 149°F (–30° to +65°C)

Cable: 350 feet (100 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

PR-120

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: –22 to 149°F (–30° to +65°C)

Cable to ARE-142: 150 feet (45 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Weight: 20 oz. (570 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 8.7" L × 8.7" W × 1.2" D

(22.10 × 22.10 × 3.05 cm)

PR-122

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: –22° to 149°F (–30° to +65°C)

Cable to ARE-142: 150 feet (45 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Weight: 11.2 oz. (320 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 4.6" L × 5.5" W × 1.4" D

(11.68 × 13.97 × 3.56 cm)

PR-112

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: –22° to 149°F (–30° to +65°C)

Cable: 350 feet (100 m) 24 AWG (0.206 mm 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Weight: 12.8 oz. (395 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 4.6" L × 5.5" W × 1.4" D

(11.68 × 13.97 × 3.56 cm)

) shielded,

Weight: 22 oz. (630 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 8.7" L × 8.7" W × 1.2" D

(22.10 × 22.10 × 3.05 cm)

PR-503

Power and Environment

Power: 5 to 12 VDC at 45 mA (linear power supply required)

Operating Temperature: –22° to 149°F (–30° to +65°C)

Cable: 350 feet (100 m) 24 AWG (0.206 mm 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 5.5" L × 1.6" W × 0.75" D

(14.0 × 4.1 × 1.0 cm)

) shielded,

CSI Readers 47

Specifications Installation Guide

Output Signal: 26/32-bit Wiegand data format.

PR-505

Power and Environment

Power: 5 to 12 VDC at 45 mA (linear power supply required)

Operating Temperature: –22° to 149°F (–30° to +65°C)

Cable: 350 feet (100 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden 9536) or 7-conductor stranded (Belden 9537)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 4.60" L × 3.90" W × 0.50" D

(11.7 × 7.4 × 1.3 cm)

Indala ARE-142

Power and Environment

Power: 12 VDC ±15% at 0.9 A (linear power supply required)

Operating Temperature: 32° to 122°F (0° to 50°C)

Cable Length from ARE-142 to Host Controller:

With PR103 & -105: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden

9536) or 7-conductor stranded (Belden 9537)

With PR-120 & -122: 350 feet(100 m) 24 AWG (0.206 mm2) shielded, 6-conductor stranded (Belden

9536) or 7-conductor stranded (Belden 9537)

Weight: 9.9 oz. (280 g)

Output Signal: 26/32-bit Wiegand data format.

Dimensions: 4.6" L × 5.5" W × 3.5" D

(11.7 × 14.0 × 8.9 cm)

Hughes ProxPro

Power and Environment

Power: 10–28.5 VDC at 100 mA (160 mA peak)

(linear power supply required)

Dimensions: 5.0" L × 5.0" W × 1.0" D

(12.7 × 12.7 × 2.54 cm)

ESSEX PIN Pad

Power and Environment

Power: 12 VDC

Operating Temperature: –40° to 160°F (–40° to 71°C)

Output Signal: 26/32-bit Wiegand data format.

Motorola/Indala ARK-501

Power and Environment

Power: 5–14 VDC (linear power supply required)

Current: 50 mA at 14 VDC

Operating Temperature: –22° to 149°F (–30° to 65°C)

Cable: 500 feet (150 m) 24 AWG (0.206 mm2) shielded, 6-

or 7-conductor stranded.

Weight: 11.9 oz. (337 g)

Output Signal: 26-bit Wiegand data format.

Dimensions: 4.55" L × 3.00" W × 0.65" D

(11.56 × 7.60 × 1.65 cm)

Dorado 780

Power and Environment

Power: 8–12 VDC

Operating Temperature: –31° to 150°F (–35° to 66°C)

Cable: 500 feet (150 m) 22 AWG (0.324 mm

6-conductor stranded.

Output Signal: 26-bit Wiegand data format.

Dimensions: 6.75"L

× 5.25"W × 2.75"D

(17.15 × 13.34 × 6.99 cm)

) shielded,

Operating Temperature: –22° to 150°F (–30° to 65°C)

Cable: 500 feet (150 m) 22 AWG (0.324 mm2) shielded,

6-conductor stranded.

Weight: 12 oz. (336 g)

48 CSI Readers

Installation Guide Index

Index

Wiegand

26-Bit 25

ABA readers

See MAGSWIPEID

Annunciation, Silent Duress 32

ARK-501

description 40 installation 41 PIN Pad Operation 43 speciﬁcations 48

Dorado 780

DPUs

Duress, Silent Annuciation 32

32-Bit 25 66-Bit 25

connecting 33 description 33 PIN Pad Operation 35 speciﬁcations 48

related manuals 3

Breakout box

BRKBOX2 1 dual 1 signal assignments 1 terminal assignments 1

CARDPIN1

output cable installation

DPU-3100 13 DPU-7910A 13 DPU-7920 13

CARDPIN2

output cable installation

DPU-3100 13 DPU-7910A 13 DPU-7920 13

ESSEX PIN pad

connecting 23 Operation 32 speciﬁcations 48 support 32

Hughes ProxPro

description 40 installation 42 PIN Pad Operation 43 speciﬁcations 48

I/DISC

physical installation 20–21

Data format

ABA 15–16 Watermark 18

CSI Readers 49

Index Installation Guide

connection of proximity readers 38 output cable installation 38

Key/Card reader

installation 4–7, 9 low temperature package 11, 12

installation 12–13

operation 11 pedestal installation 9 pushbutton installation 8

KEYPIN1

output cable installation

DPU-3100 13

DPU-7910A 13

DPU-7920 13

KEYPIN2

output cable installation

DPU-3100 13

DPU-7910A 13

DPU-7920 13

MAGSWIPEID

data format 15–16 output cable installation 16

Motorola/Indala ARK-501

description 40 installation 41 speciﬁcations 48

PIN Pad Operation

Dorado 780 35 ESSEX 32 Hughes ProxPro 43 Motorola/Indala ARK-501 43

PINPAD26

data format 30 installation 31

Proximity Reader

ARE-142

Hughes ProxPro 40 Motorola/Indala ARK-501 40 PR-103

connection to ARE-142 38 description 37

PR-105

connection to ARE-142 38 description 38

PR-110

description 36 output cable installation 36

PR-112

description 36 output cable installation 36

PR-120

connection to ARE-142 38 description 38

PR-122

connection to ARE-142 38 description 38

PR-503

description 36 output cable installation 36

PR-505

description 36 output cable installation 36

Readers

ABA Mag-Stripe

Data format 15–16 compatibility 1 Dorado 780 33 Hughes ProxPro 40 Motorola/Indala ARK-501 40 signal breakout 2 Watermark

data format 18 Wiegand 25

26-Bit format 25

32-Bit format 25

66-Bit format 25

50 CSI Readers

Installation Guide Index

Related DPU manuals 3

Signal breakout 1

Silent Duress Annunciation 32

Watermark

data format 18 output cable installation 18

Wiegand

26-Bit format 25 32-Bit format 25 66-Bit format 25 Dorado 780 33 ESSEX PIN Pad 32 Hughes ProxPro 40 models 26 Motorola/Indala ARK-501 40 PINPAD26 31 readers output installation 26 WC11 26 WK11 26 WS11 26 WS21 26 WT11 26

CSI Readers 51

Warranty

Repair or Replacement

If this unit fails to operate because of a defect in materials or workmanship within two (2) years of the date you purchased it, it will either be repaired or replaced by Control Systems International, Inc. (CSI) at no charge to you. Before contacting CSI, it is recommended that you ﬁrst contact the dealer from whom you purchased this equipment to determine whether they will have it repaired or replaced. If the dealer will not, please contact CSI to arrange to have this equipment repaired or replaced.

CSI EXPRESSLY RESERVES THE RIGHT TO REPAIR OR REPLACE THIS EQUIPMENT WITH NEW OR REFURBISHED PARTS OR EQUIPMENT.

Exclusions and Limitations

Your warranty does not cover:

• Damage by negligence, misuse, or accident

• Compatibility with the equipment of any other

manufacturer

• Modiﬁcations to the equipment to make it compatible

with the equipment of any other manufacturer

• Damage to the equipment resulting from improper

installation or operation.

Legal Rights and Limits

All applicable implied warranties, including the implied warranty of merchantability and of ﬁtness for a particular purpose given to you by law are hereby limited in durability to the duration of this warranty. Under no circumstances will CSI be liable for any incidental or consequential damages.

Purchaser’s Responsibility

In order to obtain service under this warranty, you must deliver the equipment to the place of purchase or to CSI and provide proof of the original purchase date along with the returned equipment. Failure to provide adequate proof of the original purchase date could result in denial of warranty service.

Out of Warranty Service

Direct requests for information on out-of-warranty service to Product Service Manager at the address below.

P.O. Box 59469 Dallas, TX 75229 USA Phone: +1 (972) 323-1111 Fax: +1 (972) 242-0026

CSI Europe Solutions House Whitwork Business Park Coalville Leicestershire LE67 4JP United Kingdom Phone: +44 (1530) 278000 Fax: +44 (1530) 0278001

CSI Paciﬁc 36 Hasler Rd. Osborne Park, W. A. 6017 Australia Phone: +61 (89) 244 2799 Fax: +61 (89) 244 4335

You may obtain copies of this document by ordering document number TCON112.

Some states in the U.S.A. do not allow limitations on how long implied warranties last, or exclusions or limitations of incidental or consequential damages, so exclusions or limitations mentioned may not apply to you. This warranty gives you speciﬁc legal rights, and you may also have other rights which vary from state to state.

TCON112.–.06/00

CSI DISCRDR, IDISCRDRB, IDISCRDRMP, KEYRDR, CRDRDR Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Contents

FCC Warning

Overview

Signal Breakouts

Related Manuals

CSI Key/Card Readers

Installation

Required Tools

Installation Procedure for Single Key/Card Reader

Installation Procedure for Key/Card Reader with Pushbutton

Pedestal Installation

Electrical Installation

Key/Card Reader Grounding

Power/Data Line Connection

Low Temperature Package

Operation

Low Temperature Package Contents

Key Reader Low Temperature Package (KEYHEAT):

Card Reader Low Temperature Package (CARDHEAT):

Field Installation

KEYPIN and CARDPIN Field Output Installation

DPU-7910A Field Output Connection

DPU-7920 Field Output Connection

ABA Readers

ABA Data Format

MAGSWIPEID Field Output Installation

Watermark Reader Support

Watermark Data Format

Watermark Field Output Installation

I/DISC Reader

Physical Installation

I/DISC Field Output Installation

Connecting the I/DISC Reader (Without PIN Pad Support)

Connecting the I/DISC Reader and the ESSEX PIN Pad

Wiegand Readers

Wiegand Data Format

General Wiegand Reader Field Output Installation

Connecting the 26-/32-Bit Wiegand Reader

Connecting the 66-Bit Wiegand Reader (without PIN Pad Support)

Connecting the 66-Bit Wiegand Reader and the ESSEX PIN Pad

Reader Connections:

PIN Pad Connections:

Common I/NET 2000 Settings:

PINPAD26 Field Output Installation

ESSEX PIN Pad Support

I/DISC with PIN Pad

66-bit Wiegand Reader with PIN Pad

ESSEX PIN Pad Operation

Silent Duress Annunciation

Dorado Systems Model 780 Swipe Reader with PIN Pad

Connecting the Dorado 780 Reader

Dorado 780 PIN Pad Operation

Proximity Readers

PR-110 and PR-112

PR-503 and PR-505

PR-103

PR-105

PR-120 and PR-122

Connecting To the ARE-142

Connecting the ARE-142 Output Cables

PIN Pad Proximity Readers

Connecting to the DPU-7910A and -7920 Series Controllers

Motorola/Indala ARK-501 Installation

Hughes ProxPro Installation

PIN Pad Operation for the Motorola/Indala and Hughes Readers

Installation Guide Specifications

Index

ABA readers

ARK-501

Dorado 780

DPUs

Breakout box

CARDPIN1

CARDPIN2

ESSEX PIN pad

Hughes ProxPro