Chamberlain LiftMaster CPT1 Manuale utente

Doc 6001535, Rev G

Page 1 of 6

Wiegand Receiver with Passport Technology

Installation and Operation Instructions

SPECIFICATIONS

Power: 12VDC, 50 mA

Temperature Rating: -40º to +185º F

RF Frequency: 390 MHZ

Accessory Transmitters

Visors: CPT1, CPT2, CPT3, CPT4

Keychains: CPTK1, CPTK3, CPTK1PH, CPTK3PH

TABLE OF CONTENTS

SETTING THE SWITCHES ....................................................2

INSTALLATION AND WIRING ...............................................4

TESTING AND TROUBLESHOOTING ..................................5

APPENDIX: FACILITY CODE SWITCH SETTINGS .............. 6

WARNING

Children operating or playing with a garage

door/gate opener can injure themselves

and others. The door/gate could close and

cause serious injury or death. Do not allow

children to operate the door control push

button or the remote control transmitters.

Install the receiver (and all control push

buttons) out of the reach of children and

away from all moving parts of the door/gate

hardware, but where the door/gate is

visible.

OVERVIEW

The Wiegand Receiver (CPWR) is a communication

device that transmits an information packet to an access

control unit such as a Sentex Telephone Entry System.

All receiver units utilize the latest in Chamberlain® rolling

code technology.

ACCESS CONTROL COMPATIBILITY

The CPWR outputs a 26-bit or 30-bit Wiegand format

compatible with Sentex access control systems.

Doc 6001535, Rev G

Page 2 of 6

Setting the Switches

Before making changes to any of the DIP switches, power MUST be disconnected from the receiver

(unplug the terminal block from J2 on the circuit board). Otherwise, your changes will not take effect.

Also, when setting the receiver’s DIP switches, refer only to the numbers silk screened on the PC board

(not the numbers on the DIP switch itself).

FACILITY CODE

15 73

FFC

FORMAT

BUTTON

1535F3

Figure 1: DIP Switch Location

STEP 1: REMOVE FRONT COVER

Turn screws counterclockwise 1/4 turn and remove front cover.

STEP 2: DISCHARGE STATIC

Before or while touching the circuit board, discharge any static electricity:

(1) Use a grounding strap OR

(2) Touch a cold, grounded, metallic pipe.

STEP 3: OUTPUT CODE FORMAT

The output code format switch settings are factory-set

for the 30-bit format (see Figure 2). To change the

settings to 26-bit, refer to Figure 3.

30-bit Switch Settings (Default):

S1, 3 = OFF or 0

S1, 2 = OFF or 0

S1, 1 = ON or 1

S1, 0 = ON or 1

1535F7

FORMAT

FFC

BUTTON

Figure 2: 30-bit DIP Switch Setting

26-bit Switch Settings:

S1, 3 = OFF or 0

S1, 2 = OFF or 0

S1, 1 = ON or 1

S1, 0 = OFF or 0

1535F10

FORMAT

FFC

BUTTON

Figure 3: 26-bit DIP Switch Setting

Left = OFF or 0

Right = ON or 1

Doc 6001535, Rev G

Page 3 of 6

STEP 4: SET THE TRANSMITTER BUTTON RESPONSE(S)

There are three DIP switches used to set the

transmitter button response(s). See Figure 4

or Figure 5.

To disallow receiver response to transmitter

buttons, move the DIP switch(es) to the LEFT.

All button switches are factory set to ON.

 Switch S1, 1 controls Button #1 and

Button #4*

 Switch S1, 2 controls Button #2

 Switch S1, 3 controls Button #3

* If using a CPT4 transmitter, Button #4 reacts

to Button #1 settings, but uses a unique

identification number and facility code.

1535F8

CPT4

Transmitter

Buttons 1-3 are

factory-set to ON.

BUTTON

FORMAT

FFC

Figure 4: CPT4 Transmitter Button Switches

1535F11

3-Button Remote

Transmitter

Buttons 1-3 are

factory-set to ON.

BUTTON

FORMAT

FFC

Figure 5: 3-Button Transmitter Button Switches

SETTING A FIXED FACILITY CODE (FFC)

1 The FFC switch must be in the ON

position (switch set to right).

2 Set the receiver’s facility code switches

(labeled 0-5) to match the facility code of

the access control system.

Refer to the switch settings chart in the

Appendix on page 6 for assistance.

NOTE: For installations that require the

facility code of the transmitters to be

passed to the access control system,

set the FFC switch to the OFF position

(set switch to left). Facility codes are

set in the transmitter at the factory to

avoid code duplication.

1535F9

Facility code switches

6-15 are not used (must remain in the OFF or left position).

FFC Factory Setting = ON (switch set to right).

Facility Code Factory Setting = All OFF (switches set to left).

FACILITY CODE

0FFC

FORMAT

BUTTON

Figure 6: Facility Code Switches

Doc 6001535, Rev G

Page 4 of 6

Installation and Wiring

PARTS SUPPLIED

 Wiegand Receiver

 Antenna

 Installation and Operation Instructions

PARTS NOT SUPPLIED

 # 6 Mounting Hardware

 5-conductor shielded cable; 22 AWG wire

 Extension Kit (Optional)

STEP 1: MOUNT THE RECEIVER

Mount receiver to surface using #6 hardware (not

supplied). Refer to Figure 8 for receiver mounting

hole locations.

NOTE: Mount receiver with 18” of space above

the receiver for the antenna. Also, receivers

should be installed at least 5 feet apart to

avoid “cross-talk”.

STEP 2: CONNECT THE ANTENNA

Screw on antenna clockwise and slide rubber boot

down to meet o-ring (see Figure 7).

CAUTION

The outside of the antenna connector is not

ground. If using an extension kit, do not allow it

to contact a metal object.

1535F5

Figure 7: Antenna Attachment

STEP 3: CONNECT SIGNAL/POWER WIRES

Remove the terminal block from J2 on the circuit

board. Connect wires from the CPWR 6-pin

connector to the access control system. Refer to

Figure 8. Then re-insert the terminal block onto J2.

Wire the CPWR to the access control systems’

card reader port. Refer to the access control

system’s installation instructions for appropriate

wiring detail. A typical wire connection might

resemble the following:

CABLE SIGNALS WIRE COLOR

LED BROWN

DATA 1 WHITE

DATA 0 GREEN

+12VDC RED

COMMON (GND) BLACK

SHIELD SHIELD

NOTE: At power up, the CPWR will perform a

system check and produce a series of LED

flash sequences. This is normal.

Mounting Holes

(4 Corners)

To Access Control

Circuit Board (Reader Port)

1535F4

Figure 8: Signal and Power Connections

Doc 6001535, Rev G

Page 5 of 6

Testing and Troubleshooting

STEP 1: CHECK THE POWER

Ensure that the red POWER LED is lit (see Figure 9). If

not, check your power connections and/or source. Voltage

reading should be within the range of 9VDC – 18VDC.

STEP 2: CHECK FOR RECEIVER OPERATION

The SIGNAL LED (refer to Figure 9) should be flickering

continuously, indicating that the RF receiver circuitry is

operating.

STEP 3: TEST THE TRANSMITTER/RECEIVER

Press the transmitter button previously set in step 4, page

3, within view of the receiver. If the DATA-yellow and

VALID-green LEDs do not light, review the Setting the

Switches and Connect Signal/Power Wires sections.

If the DATA-yellow and VALID-green LEDs

flash repeatedly and simultaneously, the

format settings may be incorrect (refer to

Output Code Format).

If reception of the transmitter’s signal is significantly

reduced, there may be strong RF interference from other

sources. Common sources of interference include

fluorescent lights, neon signs, mercury vapor lamps, arc

welders, and arcing power lines. Interference due to

lighting can be limited by having an electrician wire a

noise suppressor into the lamp, light, or sign circuit.

NOTE: It may be required to press the transmitter

button twice at first use.

RECEIVER LED REFERENCE

(Refer to Figure 9.)

SIGNAL – Red

This LED, when lit, indicates that the receiver has

detected the presence of RF energy. It is normal for this

LED to flicker continuously while the receiver is powered

up.

DATA – Yellow

This LED indicates that the receiver recognizes the

transmission data as coming from a Chamberlain®

transmitter with Passport technology.

VALID – Green

This LED indicates that the receiver is sending a

Wiegand format output to the access control system.

POWER – Red

This LED indicates that the receiver has power.

GRANTED – Green

This LED indicates that the access control system has

validated the transmitted code and has granted access.

STEP 4: ATTACH THE FRONT COVER

Attach front cover of receiver by turning screws clockwise

1/4 turn. Do not overtighten.

SIGNAL

D11

DATA

D12

VALID

D13

POWER

GRANTED

1535F6

Figure 9: Location of LEDs

Call your local power company if

interference is due to arcing power

lines.

WARNING

Doc 6001535, Rev G

Page 6 of 6

Appendix: Facility Code Switch Settings

Refer to Figure 1 on page 2 for the facility code DIP switch location. Also, when setting the receiver’s

DIP switches, refer only to the numbers silk screened on the PC board (not the numbers on the DIP

switch itself).

FC 000 001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019

5 0 0 000000000000000000

4 00000000000000001111

3 00000000111111110000

2 00001111000011110000

1 001 1 0011001100110011

0 01 0 10101010101010101

FC 020 021 022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039

5 00000000000011111111

4 11111111111100000000

3 00001111111100000000

2 11110000111100001111

1 00110011001100110011

0 01010101010101010101

FC 040 041 042 043 044 045 046 047 048 049 050 051 052 053 054 055 056 057 058 059

5 11111111111111111111

4 00000000111111111111

3 11111111000000001111

2 00001111000011110000

1 00110011001100110011

0 01010101010101010101

FC 060 061 062 063

5 1111

4 1111

3 1111

2 1111

1 0011

0 0101

LIMITED WARRANTY

LiftMaster warranties the receiver against original manufacturing defects for a period of three (3) years, measured from the day

of initial shipment by LiftMaster. This warranty is conditioned upon LiftMaster being paid in full for all equipment; this warranty

is not effective until such payment in full has been received. The warranty period shown above applies only to the LiftMaster

receiver with Passport technology). Since this is a manufacturer's warranty, not a dealer's warranty, installation, removal, and

freight charges are not part of this warranty, nor shall the installer be held liable in any way for removal, repair or installation of

the Passport system unless otherwise stated in a separate dealer's warranty. This warranty does not extend to systems or

compartments that show evidence of damage caused by vandalism, acts of God (e.g., lightning, flood), abuse, or unauthorized

or improper service.

This document is protected by copyright and may not be copied or adapted without the prior written consent of LiftMaster. This

documentation contains information proprietary to LiftMaster and such information may not be distributed without the prior

written consent of LiftMaster. The software and firmware included in the LiftMaster product as they relate to this documentation

are also protected by copyright and contain information proprietary to LiftMaster.

FOR TECHNICAL SUPPORT

OR TO ORDER REPLACEMENT PARTS

Call our toll free number: (800) 528-2806

Prepare to provide the following information when ordering parts:

 Part Number

 Part Name

 Model Number

 Manufacturer’s Date

Installation and service information

is available six days a week (Monday-Saturday).

FCC REQUIREMENTS

This device complies with FCC Rules Part 15 and IC Canada Rules and Regulations.

Operation is subject to the following two conditions: (1) This device may not cause harmful

interference and (2) this device must accept any interference received, including interference

that may cause undesired operation. FCC rules prohibit adjustments to or modification of

receiver and/or remote control transmitter circuitry except for changing the code setting and

replacing the remote control transmitter battery. There are no other serviceable parts.

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