• EACH ENTRY CODE CAN BE PROGRAMMED TO
ACTIVATE EITHER OR BOTH RELAYS
• 100 TRANSMITTER CAPACITY
• SUPPORTS 24 BLOCKS OF TRANSMITTERS
• SUPPORTS MGT SAFETY EDGE TRANSMITTER
• INTERNAL CLOCK AND CALENDAR WITH BATTERY
BACKUP
• EVENT LOG MEMORY RETAINS THE LAST 450
SYSTEM EVENTS
• KEYPAD PROGRAMMABLE
• LOCALLY & REMOTELY PROGRAMMABLE WITH A
TELEPHONE OR COMPUTER
• PROGRAMMING SOFTWARE BUILT-IN, CONNECT
WITH ANY INTERNET BROWSER
• WEATHER-PROOF, TAMPER-RESISTANT HOUSING
• SUPERHETERODYNE RADIO RECEIVER
• INTEGRAL RADIO ANTENNA
• REMOTE KEYPAD SUPPORT
• BRIGHT WHITE LED DOWNLIGHT
• PIEZO SOUNDER
• 2 HEAVY DUTY FORM “C” (N.O. & N.C) RELAY
OUTPUTS
• TIMED ANTI-PASSBACK
• KEYPAD LOCKOUT
• TACTILE KEY FEEL
• TWO DOOR SENSE/INHIBIT INPUTS
• TWO OPEN REQUEST INPUTS
• ACCESS KEYSWITCH PROVISION
• REMOVABLE TERMINAL BLOCKS
• OPTIONAL CCTV CAMERA WITH INFRARED
ILLUMINATORS
PRODUCT DESCRIPTION
Linear’s RE-1 Telephone Entry System is designed for residential
or light commercial access control applications. The speakerphone,
keypad, radio receiver, and optional video camera are housed in
a rugged enclosure that can be mounted to a pedestal or bolted
directly to a wall. The die-cast keypad keys have bright, easy-toread graphics and are lit with an overhead light. The two operation
buttons; CALL and HELP, are machined for heavy-duty reliability.
Operation
Arriving visitors will approach the unit and place a call to the
residence by pressing the CALL button. The RE-1 will acquire the
residence’s local telephone line and generate distinctive rings to the
house telephones. The resident, knowing that the distinctive ring is
originating from the access area, can answer any house telephone
and converse with the visitor. If the resident decides to grant access
to the visitor, they can activate either output relay in the RE-1 by
pressing a key on the telephone’s keypad. If the resident decides
not to grant access, hanging up or pressing a key will disconnect
the visitor’s call.
Call Waiting
If the resident is using the telephone at the time a visitor calls, the
RE-1 will sound beeps on the telephone line to announce that a
visitor is calling. The resident can press a key on the telephone to
place the outside caller on hold and communicate with the visitor.
After granting or denying access to the visitor, the outside caller will
be re-connected to the resident.
Call Forwarding
Programmable call forwarding allows the RE-1 to dial any selected
telephone number when a visitor presses the CALL button. For
example, with call forwarding enabled, the RE-1 could dial a cell
phone to contact the resident while outside or away from the
residence. The resident will be able to communicate with the visitor
and grant or deny access from the remote telephone.
Alternate Numbers
For installations where multiple residences exist inside the same
controlled opening (such as a guest house or granny fl at) three
alternate calling numbers can be programmed. The alternate
numbers can be called by entering a short code at the keypad.
Local Control
The resident can issue control commands from the local telephones
without a call from a visitor. By dialing a specifi c series of digits, the
resident can control either of the two relays. The resident can also
initiate voice communications with the entry system.
Access Media
Up to 100 entry codes, from 1 to 6 digits in length, can be
programmed. Each entry code can activate either, or both, of the
relay outputs. Linear’s Model AM-KP keypad can be used as a
secondary remote keypad for the RE-1.
Up to 24 sets of block coded MegaCode® transmitters (up to
100 transmitters total) can be used to gain access through the
RE-1’s built-in radio receiver. Each transmitter can be individually
suspended or re-activated. One facility code can be programmed
to identify each block of transmitters. Programming of individual
(non-block coded) transmitters is not supported by the RE-1.
System Features
Time Zones
The RE-1 contains an internal clock and calendar. Seven
programmable “time zones” allow setting time periods to schedule
system functions. Each time zone can be active or inactive on certain
days. Keypad entry codes, wireless transmitters, automatic access
control, call forwarding, and the “Do Not Disturb” feature can each
be set to only be active during a specifi c time zone period. Up to ten
“holiday” days can be programmed. Each of the seven time zones
can be set to be active or inactive during a holiday.
Portal Supervision
The SENSE/INHIBIT input can be used two ways. If programmed
for “door sense”, a switch on the door detects forced entry or door
ajar situations. If programmed for “inhibit”, the input can be wired to
a “service” switch or automatic timer that will disable the Relay #1
when required.
Hardwired Activation
The OPEN REQUEST input can be wired to an exit loop detector
or exit photo beam to allow automatic exit activation. An emergency
access keyswitch can be mounted in the RE-1 case to allow keyed
entry for authorized personnel.
Access Security
The “anti-passback” feature allows the option of preventing the use of
the same code or the same transmitter again before the programmed
time elapses. The “keypad lockout” feature discourages tampering by
disabling the keypad for one minute after a programmable number
of incorrect entry codes has been entered at the keypad.
Event Log
An access log of up to 450 events is stored in the unit’s memory.
System activity is logged as it occurs with the date and time of the
event. The access log data can be retrieved locally or remotely with
a computer through the RE-1’s built-in modem.
Local & Remote Programming
The system’s built-in programming software can be accessed on-site
or off-site using a computer with any Internet browser. The software’s
graphic display of each of the programming steps make programming
easy. Without a computer, the RE-1 can be programmed with its
main keypad, from any local telephone connected to the same line,
or by calling from any remote telephone.
The EEPROM memory retains all entry codes, transmitter
information, and programming, even without power.
Obstacle Detection
Linear’s Model MGT safety edge transmitter is compatible with the
RE-1 This MGT detects and transmits obstacle events to the RE-1
receiver. Obstacle signals from an MGT transmitter will activate
Relay #2.
Alarm Interface
Relay #2 can be programmed for alarm shunt to bypass an alarm
loop during entry, or alarm trigger to cause an alarm during forced
entry. Four activation options are available for Relay #2.
Voice Synthesizer
A built-in voice synthesizer sounds voice prompts through the
speaker, local and remote telephones.
1
INSTALLATION INFORMATION
Before beginning installation, please review the entire instructions
and become familiar with the system’s operation, wiring, and
programmable options.
System Location
For pedestrian door or gate installations, mount the Entry System
on a rigid wall near the controlled door. Avoid mounting the unit
in a location where regular mechanical shock will occur due to a
slamming door or spring loaded pedestrian gate.
For vehicular gate installations, mount the Entry System in clear
view of the gate, but far enough from the gate so the user cannot
touch the gate from the keypad.
★ WARNING FOR ALL GATE INSTALLATIONS: TO AVOID
SERIOUS INJURY OR DEATH, MAKE SURE THAT THE
UNIT IS FAR ENOUGH FROM THE GATE SO THAT THE
USER CANNOT TOUCH THE GATE WHILE OPERATING
THE KEYPAD. HOWEVER, FOR SAFETY, THE GATE
MUST BE FULLY VISIBLE FROM THE KEYPAD.
RFI Filter Installation
An in-line ferrite RFI fi lter has been included with this unit to install
during the wiring of the RE-1 Residential Telephone Entry System.
✦ NOTE: To insure FCC Part 15 Class B compliance, the following steps
must be performed at the time the RE-1 is installed.
1. Open the ferrite RFI fi lter case by gently pulling on the side locking
tab and swinging the case open (see Figure 1).
★ CAUTION: The ferrite parts of the RFI fi lter are fragile.
DO NOT DROP THE FILTER ON A HARD SURFACE!
Damage to the fi lter may result.
2. After completing the RE-1 installation, route all wires except the
AC transformer and telephone lines through the grove in the ferrite
core of the RFI fi lter. The fi lter must be installed outside of the RE-1
case. With the wires captured inside, close the ferrite RFI fi lter case
and snap it shut (see Figure 1).
✦ NOTE: Be sure the fi lter is located no further than two inches from the
rear case cover of the RE-1.
NOTE: INSTALLATION OF THE RFI FILTER WILL
INSURE MAXIMUM RADIO RECEPTION RANGE
FOR ACCESS TRANSMITTERS
RFI FILTER
PULL ON PLASTIC TAB
TO UNLOCK FILTER CASE
FERRITE
CORE
SWING FILTER
CASE OPEN
INSTALLED
WITHIN 2"
OF RE-1 CASE
PHONE AND
TRANSFORMER WIRES
OUTSIDE OF FILTER
Telephone Wires
The quality of the system’s audio communications is related to the
type of telephone wire and its installation. Noise and hum can be
introduced into the telephone wires. Use only high-quality telephone
wire rated for direct underground burial. All telephone wire should
be twisted-pair.
• Minimum size of 24 AWG for up to 800 feet.
• Minimum size of 22 AWG for up to 1600 feet.
• Minimum size of 20 AWG for up to 2200 feet.
• Minimum size of 18 AWG for up to 3600 feet.
DO NOT ROUTE TELEPHONE AND AC WIRING INSIDE THE
SAME CONDUIT. Route all telephone wires inside a dedicated
conduit that is at least six inches away from any AC line wiring.
Power Supply
Use the supplied 16-volt 20-VA transformer to power the RE-1.
DO NOT POWER ANY OTHER EQUIPMENT FROM THE SAME
TRANSFORMER, use a separate power supply. Keep the system
power wires as short as practical to reduce the chance of noise and
hum pickup.
• For low voltage power wire runs up to 100 feet, use 18 AWG, THHN
600-volt insulated wire.
• For low voltage power wire runs up to 200 feet, use 16 AWG, THHN
600-volt insulated wire.
• Use 22 AWG or larger (depending on the load) for all other
connections.
ALWAYS REMOVE POWER PRIOR TO SERVICING
Earth Ground
To avoid damage to the unit from static discharges, connect the
RE-1’s EARTH GROUND and case ground terminals to a good
earth grounding point within 10 feet. The case ground terminal is
the #8 screw located on the backplate above the wire entry hole.
Also, the RE-1’s Telephone Bypass Module must be grounded to
provide surge protection for the telephone line. Suggested wiring
size is 12 AWG for earth ground.
Removable Terminal Strips
For convenience, the RE-1 is provided with removable terminal
strips. It is important that these strips be removed evenly in order to
avoid causing permanent damage to them.
1. Be certain power is off before removing or installing these strips.
2. With a small screwdriver, gently slide the blade between the terminal
strip and protective label.
3. Slightly pry fi rst one end, then the other, and then the middle. Repeat
the process until the terminal strip can be removed straight off the circuit
board by hand. Be very careful to not damage circuit board traces.
4. When re-installing the terminal strips, press down straight and evenly.
Do not remove or install one end fi rst. This will bend pins on the circuit
board, which will damage the terminal strip internally. This damage
is permanent and can not be repaired by simply straightening the
pins on the circuit board.
✦ NOTE: Unscrew the terminal screws several turns before inserting
wires.
2
Figure 1. RFI Filter Installation
3
12
13
14
2
CALL
1
9
8
COMPONENT LOCATIONS
1 KEYPAD
Die-cast metal 12-key keypad with tactile action. For system
programming and keying in entry codes.
2 DOWNLIGHT
Illuminates keypad and visitor operation buttons. The light can be
programmed to operate dusk to dawn and adjusts its time depending
on the system’s geographic location.
3 OPTIONAL CCTV CAMERA
Location for the optional Model RE-BWC1 CCTV camera. The camera
views the keypad area and has infrared lighting for nighttime use.
4 MICROPHONE
The high-sensitivity microphone monitors sound at the keypad area
for the entry system’s speakerphone.
5 CALL BUTTON
Pressing this button causes the system to call the residence
telephones with a distinctive ring signal.
6 HELP BUTTON
Pressing this button causes the system to play the help message to
instruct the visitor on system use.
7 SPEAKER
Weatherproof speaker for system operation and programming.
8 INTEGRAL ANTENNA
Hidden antenna receives wireless radio signals from transmitters.
9 OPTIONAL KEYLOCK
Location for mounting access keylock. (MEDECO keylock with
stainless steel cover shown).
10 MAIN TERMINAL BLOCK
For power, backup battery, sense inputs, open request inputs, and
remote keypad connections.
6
15
16
5
4
11
10
17
7
18
19
21
20
12 RELAY TERMINAL BLOCK
For Relay #1 and Relay #2 output connections to the access control
devices.
13 RELAY INDICATORS
Indicators for Relay #1 and Relay #2 will light when the relay is
activated.
14 ANTENNA TERMINAL BLOCK
For shield and center conductor connection of the coax cable from
the system’s built-in radio antenna.
15 LINE MONITOR JUMPER
For testing and troubleshooting. Remove jumper to listen to
telephone line audio through the speaker.
16 DIGITAL SPEECH VOLUME CONTROL
Controls the audio level of the voice synthesizer. This adjustment
effects the audio level of the voice synthesizer and system tone from
the speaker.
17 STATUS INDICATORS
Six indicators light to display system power, radio, and modem
status.
18 VIDEO CONNECTOR
For cable connection to a video monitor. (Optional Model RE-BWC
CCTV camera required).
19 CAMERA CONNECTOR
Provides power and video connection for the optional Model REBWC CCTV camera.
20 RESTART BUTTON
Pressing this button restarts the system. This button DOES NOT
erase any programming data.
21 TELEPHONE TERMINAL BLOCK
For telephone line and earth ground connections.
11 SPEAKERPHONE VOLUME CONTROL
Controls the audio level produced by the speaker during
communications between the visitor and the resident.
3
WIRING DIAGRAM
TYPICAL
GATE INSTALLATION
WIRING
30 VOLTS AC OR DC
RE-1
TELEPHONE ENTRY
SYSTEM
TRANSFORMER
TRANSFORMER
BATTERY NEGATIVE
BATTERY POSITIVE
SENSE #1
OPEN #1
SENSE #2
OPEN #2
COMMON
KEYPAD CLK
KEYPAD DVAL
KEYPAD DAT 0
KEYPAD DAT 1
KEYPAD GND
KEYPAD PWR
RELAY RATING:
3 AMPS AT
MAXIMUM
RELAY
N.O.
RING
HOUSE
#1
COM
TIP
N.C.
CASE
GROUND
RING
TELCO
N.O.
TIP
RELAY
#2
COM
EARTH
N.C.
10' MAXIMUM
GROUND
STAKE
WIRE RUN
TO HOUSE
PHONES
TO TELCO
LINE
GATE
OPEN
OPERATOR
16 VAC
20 VA
TRANSFORMER
RING
HOUSE
TIP
RING
RE-1
HOUSE
TIP
RING
RE-1
TELCO
TIP
RING
TELCO
TIP
GROUND
STAKE
TELEPHONE
BYPASS
MODULE
EARTH
GROUND
10' MAXIMUM
WIRE RUN
TYPICAL
DOOR INSTALLATION
WIRING
NOTE: A MAGNETIC LOCK AND
DOOR STRIKE ARE BOTH SHOWN,
TYPICALLY ONLY ONE IS USED
NOTE: DO NOT POWER
THE LOCKING DEVICE FROM
THE RE-1 TRANSFORMER
4
30 VOLTS AC OR DC
RE-1
TELEPHONE ENTRY
SYSTEM
TRANSFORMER
TRANSFORMER
BATTERY NEGATIVE
BATTERY POSITIVE
SENSE #1
OPEN #1
SENSE #2
OPEN #2
COMMON
KEYPAD CLK
KEYPAD DVAL
KEYPAD DAT 0
KEYPAD DAT 1
KEYPAD GND
KEYPAD PWR
RELAY RATING:
3 AMPS AT
MAXIMUM
RELAY
N.O.
RING
HOUSE
#1
COM
TIP
N.O.
N.C.
CASE
GROUND
RING
TIP
TELCO
RELAY
#2
COM
EARTH
N.C.
10' MAXIMUM
GROUND
STAKE
WIRE RUN
TO HOUSE
PHONES
TO TELCO
LINE
MAGNETIC
DOOR LOCK
ELECTRIC
DOOR STRIKE
ACCESS
DEVICE
POWER
SUPPLY
16 VAC
20 VA
TRANSFORMER
RING
HOUSE
TIP
RING
RE-1
TELEPHONE
HOUSE
TIP
RING
RE-1
TELCO
TIP
RING
TELCO
TIP
10' MAXIMUM
GROUND
STAKE
BYPASS
MODULE
EARTH
GROUND
WIRE RUN
ENTRY SYSTEM MOUNTING
Pedestal Mounting
The RE-1 Entry System can be mounted on a standard pedestal.
1. Open the RE-1 case by removing the two security screws with the
wrench provided (see Figure 2).
2. Use four security bolts and locking nuts to secure the backplate to the
pedestal (see Figure 3).
Wall Mounting
The RE-1 Entry System can be mounted directly to a wall or fl at
surface.
1. Open the RE-1 case by removing the two security screws with the
wrench provided (see Figure 2).
2. Use the appropriate fasteners to secure the system’s backplate to the
mounting surface. When mounting the system to a concrete wall, use
concrete wedge anchors (see Figure 4).
REMOVE THE TWO
SECURITY SCREWS
TO OPEN THE CASE
Figure 2. Opening the RE-1 Case
PEDESTAL
Figure 3. Pedestal Mounting Backplate
WALL
MOUNTING
USE WEDGE ANCHORS
FOR CONCRETE OR
OTHER APPROPRIATE
ANCHORS FOR DIFFERENT
MATERIALS
PEDESTAL
MOUNTING
Figure 4. Wall Mounting Backplate
MOUNT BACKPLATE
WITH SECURITY BOLTS
AND LOCKNUTS
CAUTION!
BE SURE THE MOUNTING HARDWARE
DOES NOT EXTEND MORE THAN 1/2"
INSIDE THE BACKPLATE OR
ELECTRICAL DAMAGE MAY OCCUR
CASE
GROUND SCREW
CAUTION!
BE SURE THE MOUNTING HARDWARE
DOES NOT EXTEND MORE THAN 1/2"
INSIDE THE BACKPLATE OR
ELECTRICAL DAMAGE MAY OCCUR
TELEPHONE WIRING
The RE-1 connects between the incoming telephone line of the
residence and local telephone sets.
Telephone Bypass Module
The RE-1’s Telephone Bypass Module provides surge protection and
a switch to remove the RE-1 from the telephone line and re-connect
the local telephones to the telephone system. ALL TELEPHONE
WIRING FOR THE RE-1 MUST PASS THROUGH THE BYPASS
MODULE.
The bypass module is housed in a weather-resistant enclosure and
should be located in an area that is easily accessible to the resident.
In case of system trouble, the resident can use the bypass switch to
remove the RE-1 from the telephone system.
Telephone Wiring
• DO NOT ROUTE TELEPHONE AND AC WIRING INSIDE THE SAME
CONDUIT. Route all telephone wires inside a dedicated conduit that is
at least six inches away from any AC line wiring.
• All telephone wiring must be made on the “house” side of the telephone
company’s demarcation device (the terminal block where the telephone
line connects to the residence).
• If any security system or personal alert system at the residence is
connected to the telephone line, be sure that it is connected to the line
ahead of the Telephone Bypass Module using a RJ-31X or RJ-38X
interface.
• Use only high-quality telephone wire rated for direct underground
burial. All telephone wire should be twisted-pair with a minimum size of
24 AWG.
Typical Telephone Wiring
1. Connect the bypass module’s EARTH GROUND terminal to a good
earth ground.
2. Before connecting the incoming telephone line to the bypass module
check the polarity of the wires with a DC voltmeter. Connect the
negative wire (RING - usually green) to the bypass module TELCO RING terminal. Connect the positive wire (TIP - usually red) to the
bypass module TELCO TIP terminal.
3. Connect the resident’s local telephone line RING (usually green) to
the bypass module HOUSE RING. Connect the local telephone line
TIP (usually red) to the bypass module HOUSE TIP terminal.
4. Connect the RE-1 TELCO RING to the bypass module RE-1 TELCO
RING terminal. Connect the RE-1 TELCO TIP to the bypass module
RE-1 TELCO TIP terminal.
5. Connect the RE-1 HOUSE RING to the bypass module RE-1 HOUSE
RING terminal. Connect the RE-1 HOUSE TIP to the bypass module
RE-1 HOUSE TIP terminal.
TELEPHONE
BYPASS
MODULE
TO HOUSE
PHONES
TO TELCO
LINE
EARTH
TIP
RING
TIP
RING
RING
TIP
RING
TIP
RING
TIP
RING
TIP
Figure 5. Telephone Wiring
TELCO
HOUSE
HOUSE
RE-1
HOUSE
RE-1
TELCO
TELCO
RE-1
ENTRY
SYSTEM
CASE
GROUND
TELEPHONE
BYPASS
MODULE
EARTH
GROUND
GROUND
STAKE
5
TELEPHONE WIRING OPTIONS
Shared Line
This is the standard confi guration. The telephone line is routed
through the RE-1 to the house phones. Pressing the Call button on
the RE-1 will cause the RE-1 to disconnect the house phones from
the telephone company line and generate a ring signal that is heard
on the house phones.
CASE
GROUND
RE-1
ENTRY
SYSTEM
RING
HOUSE
TIP
RING
TIP
EARTH
TELCO
GROUND
STAKE
10' MAXIMUM
WIRE RUN
TO HOUSE
PHONES
FROM
TELEPHONE
COMPANY
Figure 6. Shared Line Wiring
Dedicated Line
Pressing the Call button on the RE-1 will cause the RE-1 to sieze
the phone line and dial out to an outside number.
See PPN #54 for programming options.
RING
TIP
RING
TIP
RING
TIP
RING
TIP
GROUND
STAKE
HOUSE
RE-1
HOUSE
RE-1
TELCO
TELCO
TELEPHONE
BYPASS
MODULE
EARTH
GROUND
10' MAXIMUM
WIRE RUN
Intercom Mode
Pressing the Call button on the RE-1 will cause the RE-1 to generate
a ring signal as if it were an intercom station. A live phone line is not
used and the RE-1 provides power for the remote intercom phone.
✦ NOTE: In this mode, remote programming, call forwarding or alternate
resident calling is not available.
See PPN #52 for programming options.
TO HOUSE
INTERCOM
TELEPHONES
Figure 8. Intercom Mode Wiring
RING
TIP
RING
TIP
RING
TIP
RING
TIP
EARTH
TIP
RING
TIP
RING
HOUSE
RE-1
HOUSE
RE-1
TELCO
TELCO
TELCO
HOUSE
TELEPHONE
BYPASS
MODULE
EARTH
GROUND
RE-1
ENTRY
SYSTEM
CASE
GROUND
Ring Down Mode
Pressing the Call button on the RE-1 will cause the RE-1 to sieze
the phone line and provide immediate communications with the
PBX system.
GROUND
STAKE
RE-1
ENTRY
SYSTEM
RING
HOUSE
See PPN #54 for programming options.
CASE
GROUND
RING
HOUSE
TIP
RING
RE-1
TELEPHONE
HOUSE
TIP
RING
FROM
TELEPHONE
TIP
RING
TIP
EARTH
TELCO
GROUND
STAKE
10' MAXIMUM
WIRE RUN
COMPANY
TIP
RING
TIP
RE-1
TELCO
TELCO
GROUND
STAKE
BYPASS
MODULE
EARTH
GROUND
10' MAXIMUM
WIRE RUN
TO
PBX
SYSTEM
Figure 7. Dedicated Line Wiring
Figure 9. Ring Down Mode Wiring
RING
TIP
RING
TIP
RING
TIP
RING
TIP
EARTH
TIP
RING
TIP
RING
HOUSE
RE-1
HOUSE
RE-1
TELCO
TELCO
TELCO
HOUSE
TELEPHONE
BYPASS
MODULE
EARTH
GROUND
RE-1
ENTRY
SYSTEM
CASE
GROUND
GROUND
STAKE
6
MULTIPLE UNIT INSTALLATIONS
Any of the four basic operation modes (Shared Line, Dedicated Line,
Intercom, and Ring Down) may be used with multiple RE-1s in the
same installation. The telephone line wiring is “daisy chained” (the
telephone line routes through one unit to the next) as shown below.
Always connect the telephone line + to TIP, and - to RING.
The Telephone Bypass Module only performs the bypass function
in the Shared Line Mode, but it will provide extra electrical surge
protection in all modes. A surge on the TELCO terminals will be
suppressed through the EARTH GROUND terminal. Always use
separate AC transformers to power each RE-1.
When multiple units are connected together, only two units can be controlled by resident telephone commands, and only one unit
can be programmed to answer the telephone (PPN #33) for remote
telephone commands. Remote programming via computer is not
supported when using multiple RE-1s.
Command Prefi x for Multiple Units
Programming and relay control may be through the individual RE-1
keypads or through the house telephone(s) when using the Shared
Line or Intercom Modes. To support using the house telephone(s)
to issue commands, each RE-1 must be programmed to a different
“command prefi x” (PPN #72).
• Set one unit’s command prefi x to
• Set the other unit’s command prefi x to
In the case of simultaneous visitors at different units when using
the Shared Line Mode, putting one RE-1 “on hold” to communicate
with the second RE-1, then returning to the fi rst RE-1 is not
recommended. Instead, fi nish all communications with the fi rst RE-1
before servicing the second RE-1. Simultaneous visitors at multiple
units used on a single line wired in the Ring Down Mode will cause
a “conference call” effect between units
SHARED LINE
MODE
HOUSE
EARTH
RE-1
HOUSE
RE-1
TELCO
TELCO
TELEPHONE
BYPASS
MODULE
GROUND
DEDICATED LINE
MODE
HOUSE
EARTH
RE-1
HOUSE
RE-1
TELCO
TELCO
TELEPHONE
BYPASS
MODULE
GROUND
HOUSE
TELEPHONES
RING
TIP
RING
TIP
RING
TIP
RING
TIP
PROGRAM ALL
RE-1 UNITS FOR
"CALL FORWARDING"
(PPN #54)
RING
TIP
RING
TIP
RING
TIP
RING
TIP
TO
FROM
TELEPHONE
COMPANY
FROM
TELEPHONE
COMPANY
OR PBX
HOUSE
RING
HOUSE
RING
FIRST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
GROUND
STAKE
FIRST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
GROUND
STAKE
CASE
GROUND
TIP
CASE
GROUND
TIP
EARTH
GROUND
STAKE
EARTH
GROUND
STAKE
HOUSE
RING
HOUSE
RING
LAST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
LAST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
GROUND
TIP
GROUND
TIP
CASE
EARTH
CASE
EARTH
GROUND
STAKE
GROUND
STAKE
INTERCOM
MODE
DO NOT CONNECT
TO A LIVE TELEPHONE LINE
HOUSE
EARTH
RE-1
HOUSE
RE-1
TELCO
TELCO
TELEPHONE
BYPASS
MODULE
GROUND
RING DOWN
MODE
RESIDENT RESPONSE KEYS
HOUSE
EARTH
RE-1
HOUSE
RE-1
TELCO
TELCO
TELEPHONE
BYPASS
MODULE
GROUND
PROGRAM THIS
RE-1 UNIT ONLY FOR
"INTERCOM MODE"
(PPN #52)
INTERCOM
TELEPHONES
RING
TIP
RING
TIP
RING
TIP
RING
TIP
PROGRAM ALL
RE-1 UNITS FOR
"RING DOWN MODE"
(PPN #54)
IF DESIRED, CHANGE
(PPN #71)
RING
TIP
RING
TIP
RING
TIP
RING
TIP
HOUSE
RING
HOUSE
RING
LAST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
LAST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
GROUND
TIP
GROUND
TIP
CASE
EARTH
CASE
EARTH
GROUND
STAKE
GROUND
STAKE
FIRST
RE-1
ENTRY
SYSTEM
CASE
GROUND
TO
FROM
PBX
HOUSE
RING
HOUSE
RING
TELCO
RING
TIP
GROUND
STAKE
FIRST
RE-1
ENTRY
SYSTEM
TELCO
RING
TIP
GROUND
STAKE
TIP
GROUND
TIP
EARTH
CASE
EARTH
GROUND
STAKE
GROUND
STAKE
Figure 10. Multiple Unit Wiring
7
CONTROL WIRING
Gate Control
1. Route two wires between the gate and the RE-1. Connect the gate
operator’s OPEN terminals to the RE-1 Relay #1 COM & N.O.
terminals.
✦ NOTE: For operator wiring specifi cs, refer to the gate operator’s wiring
diagram.
2. If an access keyswitch is required refer to the Optional Keyswitch
section of this manual for details on keyswitch wiring and installation.
3. If an external timer for preventing access at certain times is required,
route two wires from the RE-1 to the timer contacts. Connect the timer
contacts to the RE-1 SENSE #1 and COMMON terminals.
✦ NOTE: If the sense input is going to be used as an inhibit input, it must
be programmed to select that input type. See programming PPN #29.
Door or Pedestrian Gate Control
1. Install a low voltage electric door strike or magnetic lock as a locking
device for the door or pedestrian gate.
2. Install the power supply or transformer for the locking device. DO NOT
POWER THE RE-1 FROM THIS POWER SUPPLY.
3. Connect one wire from the power supply to one wire from the locking
device.
4. Route two wires between the locking device and the RE-1. Connect
one wire to the remaining wire of the locking device. Connect the
other wire to the remaining wire of the power supply.
• For a door strike, connect the wires to the RE-1 Relay #1 COM & N.O.
terminals.
• For a magnetic lock, connect the wires to the RE-1 Relay #1 COM &
N.C. terminals.
5. If an access keyswitch is required refer to the Optional Keyswitch
section of this manual for details on keyswitch wiring and installation.
6. To use the door sense feature to detect forced entry or door ajar
conditions, install a normally closed door switch on the door or
pedestrian gate and route two wires from the switch to the RE-1.
Connect the door sense switch to the RE-1 SENSE #1 and COMMON
terminals. See programming PPN #24 & #27 to defi ne when Relay #2
will activate based on the sense input.
RE-1
ENTRY
SYSTEM
BATTERY NEGATIVE
BATTERY POSITIVE
4 WIRES FOR
2 WIRES FROM RE-1
TO GATE OPEN TERMINALS
TRANSFORMER
TRANSFORMER
SENSE #1
OPEN #1
SENSE #2
OPEN #2
COMMON
KEYPAD CLK
KEYPAD DVAL
KEYPAD DAT 0
KEYPAD DAT 1
KEYPAD GND
KEYPAD PWR
TELEPHONE
Figure 11. Gate Installation Example
RELAY
RELAY
#1
COM
N.O.
N.O.
N.C.
RE-1
TERMINALS
REQUIRED WIRING
OPTIONAL WIRING
NOTE: IN THIS EXAMPLE
SENSE #1 TERMINAL IS
SET AS AN INHIBIT INPUT
#2
COM
N.C.
2 WIRES FROM
TRANSFORMER
FOR RE-1 POWER
GATE
OPERATOR
(BEHIND GATE)
NOTE: ROUTE TELEPHONE
WIRES AWAY FROM POWER
WIRES
GATE
OPEN
OPERATOR
INHIBIT
TIMER
ACCESS
KEYSWITCH
2 WIRES
FOR DOOR
SENSE
SWITCH
DOOR
SENSE
SWITCH
ELECTRIC
DOOR
STRIKE
2 WIRES
FOR DOOR
STRIKE
TRANSFORMER
TRANSFORMER
BATTERY NEGATIVE
BATTERY POSITIVE
SENSE #1
OPEN #1
SENSE #2
OPEN #2
COMMON
KEYPAD CLK
KEYPAD DVAL
KEYPAD DAT 0
KEYPAD DAT 1
KEYPAD GND
KEYPAD PWR
Figure 13. Door Installation Example
RELAY
RELAY
#1
#2
COM
COM
N.O.
N.C.
REQUIRED WIRING
OPTIONAL WIRING
RE-1
TERMINALS
N.O.
4 WIRES FOR
TELEPHONE
NOTE: ROUTE TELEPHONE
WIRES AWAY FROM
POWER WIRES
RE-1
ENTRY
SYSTEM
2 WIRES FOR RE-1
POWER FROM
TRANSFORMER
2 WIRES FOR DOOR
STRIKE POWER FROM
POWER SUPPLY
N.C.
ELECTRIC
DOOR STRIKE
DOOR STRIKE
POWER SUPPLY
DOOR
SENSE
SWITCH
ACCESS
KEYSWITCH
8
Figure 12. Gate Installation Wiring
Figure 14. Door Installation Wiring
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