Door Activation Devices
Lazerpoint™ RF RX-90v2
Advanced Single Relay Receiver
INSTALLATION INSTRUCTIONS
1. DESCRIPTION
CM-RX-90v2 receivers can be paired with Lazerpoint™ or
Kinetic™ transmitters, switch selectable.
Kinetic™ by Camden is an advanced 900 MHz 'power harvesting'
wireless system that uses the energy created by the operation
of the switch to power the wireless transmitter.
This Kinetic™ transmitter is available with the following push
plate switches: CM-45K, CM-46K, CM-7536K and CM-7509K.
Lazerpoint™ Radio Controls comprise the following models:
• CM-TX-9 Wall switch ready transmitter
• CM-TX-99 Plug-in transmitter
• CM-TXLF 1, 2 & 4 button fob transmitters
• CM-RX-90v2 Advanced single relay receiver
• CM-RX-91 Basic single relay receiver
• CM-RX-92 Full function (dual relay) receiver
Lazerpoint™ RF is the rst system designed to address the
specic needs of the Automatic Door industry. Unlike typical
“garage door” RF, Camden’s Lazerpoint™ operates at 915 MHz
frequency to “cut through” noise and clutter, penetrating typical
building materials to ensure a reliable installation.
Three receiver models are offered – the basic single relay RX-91,
the full function RX-92 and the advanced single relay RX-90v2.
The RX-90v2 offers 3 operating modes including delayed, no
delay and latched.
The CM-RX-90v2 supports both Lazerpoint™ RF and
Kinetic™ by Camden transmitters.
CM-RX-90v2 features a convenient terminal block, visual relay
status, and 40 code memory with push and learn technology.
2. FEATURES
• 3 Modes of Operation:
- Delayed (1 - 15 Seconds)
- No Delay (1 – 30 Seconds)
- Latching
• Adjustable Range: 3' - 300'
• 40 Transmitter capacity, either Lazerpoint™ or Kinetic™
either delayed, non-delayed or both
• Form ‘C’ Relay Output
• 12/24V AC/DC operation
• 915 MHz Lazerpoint™ or Kinetic™ Technology
• Small Size: 2-5/8”H x 1-1/2”W x 13/16”D (67mm x 38mm x 21mm)
3. SPECIFICATIONS
Operating Voltage 12/24V AC/DC
Current Draw
Response Time 30 – 200 ms
Memory Delay
& No Delay
LED’s
Output 1 x SPDT Relay contact
Rating 3 amps @ 30 VDC
Operating Time 1 – 30 seconds
Delay Time 1 – 15 seconds
Frequency 915 Mhz.
23 mA nominal @ 24 VAC
43 mA maximum @ 24 VAC
40 transmitters total
Indicate: relay status; learn mode;
erase mode & potentiometer position
Mounting 2-#4 screws at 3” centers or Velcro (supplied)
Enclosure Clear plastic case
Dimension 2-5/8”H x 1-1/2”W x 13/16”D
(67mm x 38mm x 21mm)
Page 1 of 7
LAZERPOINT™ RF RX-90v2 ADVANCED SINGLE RELAY RECEIVER
INSTALLATION INSTRUCTIONS
4. INSTALLATION
MOUNTING
The RX-90v2 receiver is designed to mount inside the automatic
door header. Screw holes are located at each end of the receiver
case, or the included velcro may also be used to hold it securely.
For dimensional information refer to RX-90v2 electrical and
mechanical Drawing on Page 4.
WIRING
Note: Do not use the Kinetic/Lazerpoint RF system as a safety
device! If safety devices are used, always wire directly to the
operator control box.
Refer to the RX-90v2 Wiring Diagram on Page 5, and wire the
receiver as follows:
Wire the device (electric lock / operator) to the Relay output -
terminal 3 is N.O. 4 is Common and 5 is N.C.
Terminal Description
Connect 12 or 24V AC/DC
to terminals 1 & 2 on the
receiver. (Terminals are
not polarity sensitive)
1
2
3
4
5
Power in
Power in
Normally Open
Common
Normally Closed
Press PB1 using a small blunt object such as a small blade
screwdriver or similar. Within 10 seconds, press the switch
connected to a TX-9 transmitter or a button on a Lazerpoint™
FOB or Kinetic™ switch. The Green LED Array ashes to conrm
enrollment. Repeat with any additional transmitters. Pressing
the learned transmitter again will signal the receiver that you are
nished programming and the LED will ash rapidly.
Pressing the transmitter a third time activates the relay, LED, and
the device connected to the relay contacts after the delay time
set by POT1. If you wait longer than the 10 second period, the
receiver times out of Learn Mode and reverts back to standby.
Learning the Transmitter in No-Delay Mode
Set DIP1 to OFF
Press PB1 using a small blunt object such as a small blade
screwdriver or similar. Within 10 seconds, press the switch
connected to a TX-9 transmitter or a button on a Lazerpoint™
FOB or Kinetic™ switch. The Green LED Array ashes to conrm
enrollment. Repeat with any additional transmitters. Pressing the
learned transmitter again signals the receiver that you are nished
programming and the LED will ash rapidly.
Pressing the transmitter a third time will activate the relay, LED, and
the device connected to the relay contacts. If you wait longer than
the 10 second period, the receiver times out of Learn Mode and
reverts back to standby.
5. SET-UP INSTRUCTIONS
Note: Some switches that have more than one transmitter
(CM-7536(K)) will have to have both individually learned into the
CM-RX90v2. This will affect how many devices can be learned in
since the total number of transmitters per CM-RX90v2 is 40 and
not 40 devices.
STEP 1
Learning the Transmitter(s) to the Receiver
A receiver can have up to 40 transmitters paired with it. The
transmitter can be paired as Kinetic™/ Lazerpoint™ delayed,
non-delayed or a combination of both, making RX-90v2 ideal
DIP 1
DIP 2
ON
1
POT1 PB1
for bi-directional door sequencing.
Set the RF Transmitter Type
Set DIP2 to ON Kinetic™, DIP2 to OFF Lazerpoint™
Learning the Transmitter in Delayed Mode
Set DIP1 to ON.
2
STEP 2
Adjustments
The delay before operate and relay On-Time are controlled by POT1.
Delayed Mode
The RX-90v2 has a delay before operate timer.
Set DIP1 to ON.
Adjust POT1 clockwise to increase the delay timer from 0 to 15
seconds. The LED lights and become brighter as the delay time
is increased and becomes dim as the delay time is decreased.
The LED starts to ash once the maximum delay time has been
reached. Back off the delay time until the LED is solid again for
maximum delay time.
No-Delay Mode
The RX-90v2 can be adjusted to activate the output relay without
a delay. The relay On-Time is adjustable from 1 to 30 seconds.
Set DIP1 to OFF.
Adjust POT1 Clockwise/counterclockwise to adjust the relay
On-Time (1 to 30 Seconds). To increase the time, turn the pot
clockwise, or for minimum time, turn the pot counterclockwise.
The LED lights and becomes brighter as the Relay On-Time is
increased. The LED starts to ash once the maximum On-Time
has been reached. Back off the POT until the LED is solid again for
maximum On-Time.
Page 2 of 7
LAZERPOINT™ RF RX-90v2 ADVANCED SINGLE RELAY RECEIVER
INSTALLATION INSTRUCTIONS
Latching Mode
The RX-90v2 has a latching mode. Activating the transmitter will
latch the output relay ON. Activating the transmitter a second
time will latch the Relay OFF.
DIP1 can be set to either ON/OFF.
Adjust POT1 clockwise until the LED starts to ash. RX-90v2 is in
latching mode at this point. To remove latching mode, turn POT1
counter clockwise until the LED is solid again.
Note: Latching mode disables delayed mode. Transmitter
programmed as delayed mode will work as latching
mode transmitter.
Signal Strength Adjustment
For the most reliable, consistent operation, leave the signal
strength at full power. RX-90v2 receiver has an adjustment RF
range from a few feet to full range (300 ft. LOS).
To adjust the RF range:
1. Press PB1 to enter pairing mode.
2. Press PB1 again until the LED ickers 3 times. This places
the receiver in RF range adjust mode.
3. Adjust POT1 to adust the RF range. CW to increase the range,
CCW to decrease the range.
4. Press a paired transmitter to test range as it is being adjusted.
5. Once the desired range is set, Press and hold PB1 until LED
ickers 3 times. The transmitter is now back in pairing mode.
Either wait for the receiver to time out or press a paired
transmitter to exit pairing mode. After adjusting the range you
MUST adjust POT 1 for relay timing at this point based on the
mode (delay or no-delay).
6. WARRANTY
Camden Door Controls guarantees the Lazerpoint™ RF to be free
from manufacturing defects for 3 years from date of sale.
If during the rst 3 years a Lazerpoint™ RF component fails to
perform correctly, it may be returned to our factory where it will be
repaired or replaced (at our discretion) without charge.
Except as stated herein, Camden extends no warranties expressed
or implied regarding function, performance or service.
NOTE: Batteries are exempt from this warranty!
STEP 3
DELETING TRANSMITTERS
Delay Mode Transmitters
Set DIP1 to ON.
Pressing and holding PB1 for 8 seconds deletes all transmitters
delay mode. LED ashes rapidly for 4 seconds, indicating erasure
of the codes.
No Delay Mode Transmitters
Set DIP1 to OFF.
Pressing and holding PB1 for 8 seconds deletes all transmitters
no delay mode. The LED ashes rapidly for 4 seconds, indicating
erasure of the codes.
Note that individual removal of specic codes is not possible.
Page 3 of 7
LAZERPOINT™ RF RX-90v2 ADVANCED SINGLE RELAY RECEIVER
INSTALLATION INSTRUCTIONS
IC & FCC INFORMATION FOR USERS
This device complies with Industry Canada’s licence-exempt RSSs. Operation is subject to the following two conditions:
1. This device may not cause interference; and
2. This device must accept any interference, including interference that may cause undesired operation of the device.
Le présent appareil est conforme aux CNR d’Industrie Canada applicables aux appareils radio exempts de licence. L’exploitation est autorisée aux deux
conditions suivantes :
1. l’appareil ne doit pas produire de brouillage;
2. l’utilisateur de l’appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d’en compromettre le fonctionnement.
This radio receiver has been approved by Industry Canada to operate with the antenna types listed below with the maximum permissible gain indicated.
Antenna types not included in this list, having a gain greater than the maximum gain indicated for that type, are strictly prohibited for use with this device.
Le présent receveur radio a été approuvé par Industrie Canada pour fonctionner avec les types d’antenne énumérés ci dessous et ayant un gain
admissible maximal. Les types d’antenne non inclus dans cette liste, et dont le gain est supérieur au gain maximal indiqué, sont strictement interdits
pour l’exploitation de l’émetteur.
Antenna Specication
Model: Camden Lazerpoint Proprietary PCB Antenna
Center Frequency: 915MHz
Recom. Freq. Range: 903-928MHz
Wavelength: ¼ Wave
Peak Gain: 0dBi
Impedance: 50-ohms
Connector: 2-pin Header
Oper. Temp. Range: -40° to +85°C
This device complies with part 15 of the FCC Rules. 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.
This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are
designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate
radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or
television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or
more of the following measures:
— Reorient or relocate the receiving antenna.
— Increase the separation between the equipment and receiver.
— Connect the equipment into an outlet on a circuit different from that to
which the receiver is connected.
— Consult the dealer or an experienced radio/TV technician for help.
Changes or modications made to this equipment not expressly
approved by Camden Door Control could void the user’s authority
to operate the equipment.
Page 4 of 7
Opening New Doors to
Innovation, Quality and Support!
Call: 1.877.226.3369 / 905.366.3377
Visit: www.camdencontrols.com
File: Lazerpoint-Kinetic_RX-90v2
File: Lazerpoint-Kinetic_RX-90v2
Manual_R3.indd
Manual_R3.indd
Rev.: April 3, 2020
Rev.: April 3, 2020
Part No.: 40-82B212
Part No.: 40-82B212
LAZERPOINT™ RF RX-90v2 ADVANCED SINGLE RELAY RECEIVER
INSTALLATION INSTRUCTIONS
5502 Timberlea Blvd.
Mississauga, Ontario
L4W 2T7
CM-RX-90_Mech.ai
" [38mm]
1
2
1
CX-RX-90 Electrical and Mechanincal
CAMDEN DOOR CONTROLS
DRAWN BY: J LEWIS DATE: 09/14/17 REVISED:
ver 2.0
RX-90
5
OP TIME
POT1
"
3
3
3"
"
8
2
LATCH
8
[85mm]
[77mm]
[67mm]
DIP 1
DIP 2
ON
1
2
CM-RX-90_Mech
[21mm]
"
13
16
SCALE: NONE
NC
NO
COM
AC/DC
12/24V
NORMALLY OPEN
POWER IN
PB1
PB1
POWER IN
DRAWING No: FILE NAME:
COMMON
NORMALLY CLOSED
WIRE COLOR DESCRIPTION
RED
RED
BLUE
GREY
ORANGE
Page 5 of 7
LAZERPOINT™ RF RX-90v2 ADVANCED SINGLE RELAY RECEIVER
INSTALLATION INSTRUCTIONS
D
C
B
A
REV
1
L4W 2T7
2
3
Switch
& TX-9
Door Operator #1
PUSH
TO OPEN
Power
AC/DC
12-24V
Red
Blue
Red
Grey
www.camdencontrols.com
5502 Timberlea Blvd.
Mississauga, ON Canada
Tel: (905) 366-3377
TITLE:
DATE
NAME
JLEWIS 09/14/17
DRAWN
CM-RX-90 Basic Wiring Diagram
CHECKED
1/64
ENG APPR.
0.010
0.005
BEND
0.5
DWG. NO.
SIZE
Q.A.
MFG APPR.
SHEET 1 OF 1
CM-RX-90_Wiring_1.ai
SCALE: 1:1
B
COMMENTS:
1
2
3
NC
NO
4
ver 2.0
RX-90
OP TIME
POT1
LATCH
COM
AC/DC
12/24V
DIP 1
DIP 2
PB1
ON
1
2
PB1
UNLESS OTHERWISE SPECIFIED:
TOLERANCES:
ANGULAR: MACH
TWO PLACE DECIMAL
DIMENSIONS ARE IN INCHES
FRACTIONAL
THREE PLACE DECIMAL
MATERIAL
DO NOT SCALE DRAWING
USED ON
4
6
APPLICATION
5
6
NEXT ASSY
5
7
PROPRIETARY AND CONFIDENTIAL
THE INFORMATION CONTAINED IN THIS
DRAWING IS THE SOLE PROPERTY OF
CAMDEN DOOR CONTROLS. ANY
REPRODUCTION IN PART OR AS A
WHOLE WITHOUT THE WRITTEN
PERMISSION OF CAMDEN DOOR
CONTROLS IS PROHIBITED.
7
TM
8
8
Set the Protocol with DIP2
ON= KineticTMOFF= Lazerpoint
Learning the Transmitter in Delayed Mode
Step 1 - Set SW1 to ON.
Step 2 - Press the PB1 button using a small blunt object such as a small blade
screwdriver or similar.
D
Within 10 seconds, press the switch connected to a TX-9 transmitter
or a button on a Lazerpoint FOB. The Green LED Array will ash to
conrm enrolment.
Step 3 - Repeat with any additional transmitters.
Step 4 - Pressing the learned transmitter again will signal the receiver that
you are nished programming and the LED will ash rapidly. If you
wait longer than the 10 second period, the receiver will time out of
Learn Mode and revert back to standby.
Learning the Transmitter in No-Delay Mode
Step 1 - Set SW1 to OFF
Step 2 - Press the PB1 button using a small blunt object such as a small blade
screwdriver or similar.
Within 10 seconds, press the switch connected to a TX-9 transmitter
or a button on a Lazerpoint FOB. The Green LED Array will ash to
conrm enrolment.
Step 3 - Repeat with any additional transmitters.
Step 4 - Pressing the learned transmitter again will signal the receiver that
you are nished programming and the LED will ash rapidly. If you
wait longer than the 10 second period, the receiver will time out of
Learn Mode and revert back to standby.
C
B
A
Page 6 of 7
LAZERPOINT™ RF RX-90v2 ADVANCED SINGLE RELAY RECEIVER
5
INSTALLATION INSTRUCTIONS
D
C
B
A
REV
1
Switch
& TX-9
2
PUSH
TO OPEN
& TX-9's
Switches
Vestibule
TO
OPEN
PUSH
3 4
TO
OPEN
PUSH
Switch
& TX-9
1
PUSH
TO OPEN
L4W 2T7
www.camdencontrols.com
5502 Timberlea Blvd.
Mississauga, ON Canada
Tel: (905) 366-3377
CM-RX-90 Vestibule
Wiring Diagram
TITLE:
2
3
Door Operator #2
4
Grey
Blue
Receiver #2
Red
AC/DC
Power
12 - 24 V
Red
Receiver #1
Door Operator #1
AC/DC
Power
Grey
Blue
12 - 24 V
Red
Red
DATE
NAME
JLEWIS 09/14/17
CHECKED
DRAWN
ENG APPR.
0.010
BEND
0.5
1/64
UNLESS OTHERWISE SPECIFIED:
TOLERANCES:
ANGULAR: MACH
TWO PLACE DECIMAL
DIMENSIONS ARE IN INCHES
FRACTIONAL:
MFG APPR.
0.005
THREE PLACE DECIMAL
DWG. NO.
SIZE
Q.A.
MATERIAL
SHEET 1 OF 1
CM-RX-90_Wiring_2.ai
SCALE: 1:1
B
COMMENTS:
DO NOT SCALE DRAWING
USED ON
APPLICATION
NEXT ASSY
1
2
3
4
NC
NO
COM
AC/DC
OP TIME
LATCH
ver 2.0
RX-90
6
DIP 1
ON
1
2
POT1
12/24V
DIP 2
PB1
PB1
ver 2.0
RX-90
OP TIME
POT1
NC
NO
COM
AC/DC
LATCH
DIP 1
ON
1
2
12/24V
DIP 2
PB1
PB1
PROPRIETARY AND CONFIDENTIAL
THE INFORMATION CONTAINED IN THIS
DRAWING IS THE SOLE PROPERTY OF
CAMDEN DOOR CONTROLS. ANY
REPRODUCTION IN PART OR AS A
WHOLE WITHOUT THE WRITTEN
PERMISSION OF CAMDEN DOOR
6
5
CONTROLS IS PROHIBITED.
7
7
8
8
Programming the Transmitters into the Receivers:
Set the Protocol with DIP2
ON= KineticTMOFF= LazerpointTMReceiver #1
D
Learning Transmitter #2 into Delayed Mode
Step 1 - Set SW1 to ON (Delay Mode).
Step 2 - Press the PB1 button using a small blunt object such as a small blade
screwdriver or similar. Within 10 seconds, press switch #2 . The Green LED
Array will ash to conrm enrolment.
Step 3 - Pressing switch #2 again will signal the receiver that you are nished
programming and the LED will ash rapidly. If you wait longer than the 10
second period, the receiver will time out of Learn Mode and revert back to standby.
Step 4 - Adjust POT 1 for the delay time (1 - 15 Seconds).
Learning Transmitters #1 and #4 into No-Delay Mode
Step 1 - Set SW1 to OFF (No Delay Mode).
Step 2 - Press the PB1 button using a small blunt object such as a small blade
screwdriver or similar. Within 10 seconds, press switch #1 connected to a
TX-9 transmitter or a button on a Lazerpoint FOB. The Green LED Array will ash
to conrm enrolment.
Step 3 - Repeat step #2 for switch #4.
Step 4 - Pressing the learned transmitter again will signal the receiver that you are
nished programming and the LED will ash rapidly. If you wait longer than
the 10 second period, the receiver will time out of Learn Mode and revert back
to standby.
Step 5 - Adjust POT 1 for the relay Hold time (1 - 30 Seconds).
Receiver #2
Learning Transmitter #1into Delayed Mode
Step 1 - Set SW1 to ON (Delay Mode).
Step 2 - Press the PB1 button using a small blunt object such as a small blade
screwdriver or similar. Within 10 seconds, press switch #1. The Green LED
Array will ash to conrm enrolment.
Step 3 - Pressing switch #2 again will signal the receiver that you are nished
programming and the LED will ash rapidly. If you wait longer than the 10
second period, the receiver will time out of Learn Mode and revert back to
standby.
Step 4 - Adjust POT 1 for the delay time (1 - 15 Seconds).
Learning Transmitter s #2 and #3 into No-Delay Mode
Step 1 - Set SW1 to OFF (No Delay Mode).
Step 2 - Press the PB1 button using a small blunt object such as a small blade
screwdriver or similar. Within 10 seconds, press switch #2 connected to a TX-9
transmitter or a button on a Lazerpoint FOB. The Green LED Array will ash to
conrm enrolment.
Step 3 - Repeat step #2 for switch #3.
Step 4 - Pressing the learned transmitter again will signal the receiver that
you are nished programming and the LED will ash rapidly. If you wait
longer than the 10 second period, the receiver will time out of Learn Mode
and revert back to standby.
Step 5 - Adjust POT 1 for the relay Hold time (1 - 30 Seconds).
C
B
A
Page 7 of 7
Loading...