PalatiumCare PalCare PAL-106050 User manual
1
Document # 106050 © 2019 PalatiumCare, Inc - Rev 1.3.3
All-In-One (AIO)
Keypad Installation Guide
PAL-106050 / 60 / 70
Thank you for purchasing the PalCare AIO Keypad. The AIO Keypad is a completely
integrated access control and intrusion monitoring system that can be battery powered or
externally powered. The keypad includes integrated sounders and transmitters to make
installations simpler, faster, and more reliable. The PalCare AIO Keypad is compliant with
NFPA Life Safety Code 101 and UL294.
The AIO Keypad is used to protect doorways from unauthorized entry or exit. It is typically
installed on perimeter doors of the facility and doorways between secure and unsecure zones
like a memory care wing. If the door is opened without a valid code entered into the keypad,
it will audibly sound an alarm tone and send a message to the nurse call system alerting staff.
If a staff member wants to go through the door without sending an alert, they can enter a valid
code in the keypad allowing them to pass through the doorway without an alert. This reduces
the number of nuisance alerts being sent to staff and increases safety of your residents.
The AIO Keypad also includes advanced features and configuration options to help in various
scenarios that may be encountered in your facility. These features are explained in the
keypad configuration section below.
2
Document # 106050 © 2019 PalatiumCare, Inc - Rev 1.3.3
Operating Specifications
Dimensions: 5 ½” x 4” x 1 ½”
Enclosure Color: White
Color Membrane: Grey and Blue
Weight: 14 oz.
Environment: 40°F - 120°F (Non-Condensing)
Electrical Specifications
Supply Voltage*
8 –32 VDC
Input Current Max (Dry Relay Configuration)
350 mA
Input Current Max (Wet Relay Configuration)**
2350 mA
External Sounder*
Transistor Output
100ma Max @ +/- 10% of Keypad Supply Voltage
Relay Output
Dry Form C
Contacts Rated 2 A @ 30 VDC
Door Contact Input
Dry Contact Closure Required
Request to Exit (REX) Input
Dry Contact Closure Required
Maglock Alarm Input
Dry Contact Closure Required
Maglock Stopper Input
Dry Contact Closure Required
Bond Sensor Input
Dry Contact Closure Required
* Must be UL294 rated.
** Actual current consumption is 350 mA plus the external load connected to keypad relay.
Battery Power Requirements
2x Panasonic CR123A 3V Lithium Batteries
The AIO Keypad only supports a single keypad when running on batteries. If operating the keypad
from batteries, please ensure both batteries are installed. When operating from batteries, the device
will turn off the backlighting LEDs and the relay will not activate to conserve battery power. These
features will function properly when running the keypad from an external power supply. The use of
electronic locks with the keypad is not supported on battery power. When running on battery power,
the unit enter low battery state at 2.8 volts. When the battery drops to 2.6 volts, the unit will enter
critical low battery state. Please see the troubleshooting section below for more information about low
battery states. It is recommended to run the keypad from either batteries or external power, but not
both.
Wire Requirements
Recommend cable is 18 gauge shielded wire with one end securely grounded.
Do not connect cables longer than 95.4 ft (30 m) long to keypad.
All wiring shall be in accordance with the National Electrical Code ANSI/NFPA70
Fail-Safe/Fail-Secure
The relay on the AIO Keypad will de-energize upon power loss. The fail-safe or fail-secure
function will be dependent on the locking hardware attached to the keypad.
3
Document # 106050 © 2019 PalatiumCare, Inc - Rev 1.3.3
Model Differences
The PAL-106050 Keypad comes with an Inovonics EN1941 radio. This radio has a standardized
transmission protocol that can work with many different monitoring systems that support Inovonics
transmitters. This transmitter sends a signal that the keypad is in alarm, but not which alarm it is in. It
does not send a signal for low battery but will send an alarm for critical low battery.
The PAL-106060 Keypad comes with an Inovonics EN1941XS radio. This radio has a custom
message payload that allows detailed alarm support, which will identify which alarm is active in the
keypad. In addition, it will send out low battery and critical low battery signals.
The PAL-106070 Keypad does not come with a transmitter and is used as a slave keypad when
connecting two keypads together. This unit must be paired with a PAL-106050 or PAL-106060 that is
connected to external power to function properly.
Typical Installation Layout
4
Document # 106050 © 2019 PalatiumCare, Inc - Rev 1.3.3
Declaration Levels for Access Control Units
Feature
Levels
Destructive Attack Level
Level 1
Line Security
Level 1
Endurance Level
Level 4
Standby power
Level 1
Code Requirements
Please note: It is the responsibility of the installer to ensure that the installation of the keypad
meets all local, state, and national code requirements. Verify with the authority having
jurisdiction (AHJ) the requirements for installing keypad hardware in the type and location of
the facility you are planning to install the equipment in prior to installation. Installations
involving electronic locks may need approval by the AHJ.
WARNING: Improper installation, maintenance, inspection or usage of the product or any
related accessories or parts may cause hardware to disengage or fail. PalCare will not be
liable to the installer, purchaser, end user or anyone else for damage or injury to person or
property due to improper installation, care, storage, handling, maintenance, inspection,
abuse, misuse or act of God or nature involving this product or any related accessories or
parts.
Device Operation
During normal standby operation, the AIO Keypad will show a red LED letting you know the
door is secure (In battery operated mode, the LED will be off to save power).
The keypad allows codes between 4 and 6 digits long. The keypad can be configured to
automatically accept a matching code without any additional button presses or can be
configured to require a star after entering a valid code. If an incorrect digit is entered, the
pound symbol button can be pressed to cancel the entered digits and start from the
beginning. Each button press should cause a beep and flash of the LED.
If the door is opened without entering a valid code or Request to Exit (REX) input activation,
the keypad will create a forced door alarm with audible and visual alarm indications. A valid
code can be used to reset the alarm.
If the door is left open for too long after a valid code or Request to Exit (REX) activation, the
keypad will create a propped door alarm with audible and visual alarm indications. Closing
the door will clear the propped door alarm.
If an incorrect code is entered, the keypad will reject the code with an error beep. After four
incorrect codes, the keypad will lock itself for 15 seconds rejecting any button presses.
A relay is built onto the AIO Keypad. This relay can be used to control electronic locking
mechanisms, such as strikes, maglocks, and crash bars. This relay is normally de-energized
and will energize on a valid code or Request to Exit (REX) input activation. The relay does
not activate in battery operated mode.
5
Document # 106050 © 2019 PalatiumCare, Inc - Rev 1.3.3
Auxiliary alarm inputs are available on the AIO Keypad that can be used to monitor the alarm
relays of various devices such as maglocks, bond sensors, and emergency exit buttons
(Stopper). When one of these auxiliary alarm inputs are activated the keypad will create an
alarm with audible and visual alarm indications. The alarms will clear when the input is
deactivated.
SW1 is a reed switch that can be used to detect a case tamper scenario. For case tamper
detection to work properly, a magnet installed on the backplate must be properly aligned with
SW2 is a pushbutton that can be used to reset the AIO Keypad or to send a reset signal over
the wireless Inovonics board to learn into an eCall or security system.
SW4. When the AIO Keypad enclosure is opened, the separation between the magnet and
SW4 will create a tamper condition. To clear the condition, the enclosure must be re-installed
bringing the magnet and SW1 back together.
The Request to Exit (REX) input on the keypad can be used to connect the keypad to 3rd
party systems or devices. An example of a REX device can be a 3rd party keypad, an access
control system, a push button, or a motion detector. A closure on the input will grant access
through the door or (if configured to) reset alarms.
Maintenance
Cleaning should be performed by hand using a damp cloth and mild soap, or disinfectant
wipes designed for household use. Ensure the keypad is fully dry prior to operating the unit.
Any moisture, dirt, or debris can cause erroneous button activations on the keypad.
Do Not Use the following products to clean the keypad:
• Strong cleaning agents such as ammonia, bleach, alcohol or quaternary disinfectant.
• Abrasive or powder cleansers.
• Alcohol-based hand sanitizers.
Test and clean the keypad weekly to ensure it is securely mounted and that all features are
working properly.
Battery Powered Keypad Testing
If operating the keypad from batteries, check the voltage of the batteries using a multimeter. If the
voltage of either battery drops below 2.8 volts, replace the battery. Once the voltage drops below 2.6
volts, the keypad will continually beep until the battery is replaced.
Enter the master code into the keypad (default is 1234). The keypad LED should turn green.
Open the door and hold it open. The propped door alarm should activate after 20 seconds.
Close the door. The propped door alarm should clear. Ensure propped door and clear messages
were received on the monitoring system.
Open the door without entering a code. The forced door alarm should activate immediately.
Enter the master code into the keypad (default is 1234). The forced door alarm should clear. Ensure
forced door and clear messages were received on the monitoring system.
This manual suits for next models
2
