CSI Dorado 780 Installation guide

Brand: CSI

Model: Dorado 780

Type: Installation guide

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

CSI Readers iii

Contents

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

Overview

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

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

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

CSI Key/Card Readers

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

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

Required Tools

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

Installation Procedure for Single Key/Card Reader

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

Installation Procedure for Key/Card Reader with Pushbutton

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

Pedestal Installation

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

Electrical Installation

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

Key/Card Reader Grounding

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

Power/Data Line Connection

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

Low Temperature Package

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

Operation

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

Low Temperature Package Contents

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

Field Installation

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

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

DPU-7910A Field Output Connection

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

DPU-7920 Field Output Connection

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

ABA Readers

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

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

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

Watermark Reader Support

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

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

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

I/DISC Reader

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

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

Installation Guide

iv CSI Readers

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

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

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

Connecting the I/DISC Reader and the ESSEX PIN Pad

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

Wiegand Readers

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

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

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

Connecting the 26-/32-Bit Wiegand Reader

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

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

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

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

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

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

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

I/DISC with PIN Pad

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

66-bit Wiegand Reader with PIN Pad

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

ESSEX PIN Pad Operation

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

Silent Duress Annunciation

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

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

Connecting the Dorado 780 Reader

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

Dorado 780 PIN Pad Operation

..................................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

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

Connecting the ARE-142 Output Cables

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

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

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

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

Motorola/Indala ARK-501 Installation

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

Hughes ProxPro Installation

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

PIN Pad Operation for the Motorola/Indala and Hughes Readers

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

Installation Guide

CSI Readers v

Speciﬁcations

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

Index

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

Installation Guide

vi CSI Readers

FCC Warning

The Federal Communications Commission (FCC) requirements prescribe certiﬁcation of personal computers and any intercon-

nected 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 undes-

ired 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.

CSI Readers 1

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.

For additional documentation concerning the use of these readers in the I/NET system,

refer to “Related Manuals” on page 3.

Signal Breakouts

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.

Table 1. I/NET DPUs and Compatible Readers

DPU Reader Type

DPU-7910A

Series

Controllers

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

DPU-7920

Series

Controllers

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)

Overview Installation Guide

2 CSI Readers

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

Signal Function

1 +DC Power

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.

Chassis

(DPU-7910A)

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

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.

AUX

(DPU-7920)

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!

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.

DATA

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

reader.

DATA-1

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.

4 +DC Power

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.

CLOCK

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

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.

DATA-0

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.

6 Red LED

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).

Installation Guide Overview

CSI Readers 3

The installation examples provided within this document show the single breakout box

(BRKBOX1). The dual breakout box (BRKBOX2) is shown in Figure 1.

Related Manuals

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

7 Green LED

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.

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

Figure 1. Dual Breakout Box

Table 2. Reader Signal Breakouts (Continued)

Terminal

Number

Signal Function

Red

White

Orange

Blue

Green

Yellow

Brown

Black

Red

White

Orange

Blue

Green

Yellow

Brown

Black

RJ45

CSI Key/Card Readers Installation Guide

4 CSI Readers

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 propri-

etary 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.

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, counter-

feit 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).

Installation

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

Installation Guide CSI Key/Card Readers

CSI Readers 5

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,

⁄

" (9.5 mm) if knockout punch is used

✦

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.

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

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

CSI Key/Card Readers Installation Guide

6 CSI Readers

(with LED up) and secure key/card reader in mounting hole with

⁄

(4.8 mm) screw of appropriate length as shown in Figure 4.

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

Figure 3. Key/Card Reader Mounting Hole

Figure 4. Installation Using Door Jamb or Mullion

Door Jamb

or Mullion

Door Jamb

or Mullion

Cut Out

Key Reader

Mounting

Hole

Cut Out

Key Reader

Mounting

Hole

1.60"

(4.06 cm)

1.30"

(3.30 cm)

1.30"

(3.30 cm)

3.60"

(9.14 cm)

Key/Card

Reader

" (4.8 mm)

Screw

" (3.6 mm)

Screw Hole

Door Jamb or Mullion

Installation Guide CSI Key/Card Readers

CSI Readers 7

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

Key/Card

Reader

Door Jamb or Mullion

U-Bracket

" (4.8 mm)

Screw

Access

Cutout

Cover

Plate

Door Jamb or Mullion

U-Bracket

INSIDE

(Exit)

OUTSIDE

(Entry)

" (4.8 mm)

Screw

" (4.8 mm)

Screw

Key/Card

Reader

Card Reader

requires two

screws

Key/Card

Reader

CSI Key/Card Readers Installation Guide

8 CSI Readers

The key/card reader may also be ﬂush-mounted in a protective enclosure or surface-

mounted 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.

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.

Figure 7. Key/Card Reader/Pushbutton Installation

Door Jamb or Mullion

U-Bracket

INSIDE

(Exit)

OUTSIDE

(Entry)

Card Reader

requires two

screws

Cover

Plate

Pushbutton

" (4.8 mm)

Screw

" (4.8 mm)

Screw

Key/Card

Reader

Installation Guide CSI Key/Card Readers

CSI Readers 9

Pedestal Installation

An optional key/card reader pedestal is available from CSI. The pedestal provides weath-

erprooﬁng, 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

⁄

" (0.64 cm) bolts at pouring according to the dimensions shown in

Figure 8.

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.

Electrical Installation

The following paragraphs provide instructions for the electrical installation of the

key/card reader.

Key/Card Reader Grounding

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.

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

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-

Figure 8. Key/Card Reader Pedestal

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

CSI Key/Card Readers Installation Guide

10 CSI Readers

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.

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

Figure 9. Key/Card Reader Grounding

Grounded

Electrical Box

To Key/Card

Reader

Grounding

Screw

Cold Water

Pipe

10 AWG

(5.27 mm

(or larger)

Crimp-on

Spade Lug

Key/Card

Reader

Grounding

Screw

) Wire

Installation Guide CSI Key/Card Readers

CSI Readers 11

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.

Low Temperature Package

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 Temper-

ature Package or a Card Reader Low Temperature Package can be ordered from CSI.

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

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

temperature package.

Operation

The key/card reader low temperature package heating element is a self-regulating ther-

mistor 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 oper-

ation 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).

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

Chassis

GND

DATA NC CLOCK Red LED

Green

LED

Signal

GND

CSI Key/Card Readers Installation Guide

12 CSI Readers

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 ×

⁄

✦ One panhead screw, #2-56 ×

⁄

✦ 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 ×

⁄

✦ 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 mm

) 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

⁄

" to

⁄

" (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.

Installation Guide CSI Key/Card Readers

CSI Readers 13

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.

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 break-

out box (see Figure 10).

3. Using Belden 9305, 8725, or equivalent cable, connect the terminals on the break-

out box, 1, 3, and 5–8, to the corresponding terminals on TB3 or TB4 of the

DPU-7920 (see Figure 10).

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

DATA NC CLOCK Red LED

Green

LED

Signal

GND

CSI Key/Card Readers Installation Guide

14 CSI Readers

Figure 10. KEYPIN and CARDPIN Cable Connection

Ground

Data

To J1 of KEYPIN or

CARDPIN

Clock

Red

LED

Green

LED

Shield

TB3

TB4

+12

VDC

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