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Summary of Contents for Dormakaba Axessor Apexx IP Series
- Page 1 Axessor Apexx Series Keypads Keypad Installation Guide 801.0622 Rev A - 02/2024 Original document...
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Page 2: Table Of Contents
Table of Contents Required Tools/Parts ........................................... 2 Tools: 2 Parts/Accessories: ........................................2 Optional Parts/Accessories: ....................................... 2 System Components and Connections .................................... 3 System Components ........................................3 System Configurations ......................................... 3 System Power Options ......................................... 3 CAN bus Wiring, Cable Lengths, and Termination ..............................3 Mount an Axessor Apexx Keypad....................................... -
Page 3: Required Tools/Parts
Required Tools/Parts Tools: • Phillips Head Screwdriver • Tap Set (for new installation) • .050” Hex Key (included with all keypad orders) • US Customary 8-32 and 1/4-20 • Drill (for new installation) • Metric M4-0.7 and M6-1.0 • Drill Bits (for new installation) •... -
Page 4: System Components And Connections
System Components and Connections System Components • A Safe lock system can consist of the following components: • An Apexx Series Keypad (required) • An Apexx Series Lock (required) • An Apexx eBox (optional) • AC power adapter – for Apexx eBox (optional) •... -
Page 5: Mount An Axessor Apexx Keypad
Mount an Axessor Apexx Keypad Do not close the safe door until all installation steps have been completed: NOTICE Prior to connecting a safe lock to a Keypad, the Keypad must first be mounted to the exterior of the safe door. Follow these steps to properly mount a Keypad to the safe door: Drill and tap the holes into the outside of the safe wall using the provided drill and tap template. - Page 6 • Gently lift the bottom of the faceplate up, allowing it to swing upwards along the hinge, then lift away from the baseplate to separate. 3. Run the keypad connector cable through the center hole in the safe door. 4. Attach the Keypad baseplate onto the safe door using the provided Phillips head screws.
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Page 7: Mounting An Apexx Series Lock
Mounting an Apexx Series Lock Prior to connecting a safe lock to a Keypad, each safe lock must first be mounted to the interior of the safe door. NOTICE Observe the following when installing a safe lock: • Only mount the lock using the provided mounting screws •... -
Page 8: Mounting An Apexx Series Lock (Deadbolt Or Slambolt)
Mounting an Apexx Series Lock (Deadbolt or Slambolt) If mounting an Apexx Series deadbolt or slambolt lock, do the following: On the inside of the safe door, use the provided drilling template to mark the locations of the mounting holes. 2. -
Page 9: External Connections To The Apexx Series Lock
Important! If running Duress through the eBox, the duress signal would not be sent in the NOTICE event of a power loss. For this reason, dormakaba recommends that the Duress signal be run directly from a lock to the alarm system. -
Page 10: Protection From Magnetic Attack
Protection from Magnetic Attack In order for a safe to be protected from magnetic attack the container must be made from (or contain) a steel protective layer capable of diverting magnetic fields. Apexx Series Lock - Case Hole & Layout Diagram Maximum Bolt Load Deadbolt or Slambolt: •... -
Page 11: Apexx Series Lock Dimensions - Deadbolt/Slambolt
Apexx Series Lock Dimensions – Deadbolt/Slambolt... -
Page 12: Mounting An Apexx Ebox (Optional)
Mounting an Apexx eBox (optional) NOTICE As a requirement of EN 1300, the eBox must be installed inside the safe. If using the optional Apexx eBox as part of your safe lock setup, follow the steps below to mount the device: Option A: tape mount: As an alternate mounting method, the eBox also comes with double-sided tape that can be used to adhere the underside of the eBox to the inside of the safe. -
Page 13: Apexx Ebox Terminal Block Connections
17/18 – Tamper Input 3 / Tamper Input 19 / 20 – Power Supply (+) / Power Connection dormakaba recommends using Refer to “Alternative Power Methods” Power Supply GND (-) part # 802027 for this power section for wiring details. -
Page 14: Connect A Safe Lock To A Keypad
Connect a Safe Lock to a Keypad Once the Apexx Series Keypad and Lock are physically installed on the safe container, follow these steps to connect a safe lock to a Keypad: For single lock systems, do the following: Connect the cable from the keypad into one of the two ports on the safe lock. Install the batteries in the keypad as outlined in the Axessor Apexx Keypad - Battery Access &... -
Page 15: Axessor Apexx Keypad - Battery Access & Installation
your bus chain, terminate by connecting the secondary keypad or Apexx Termination Connector to the open 6-connector port on the eBox. Apply power to the system using one of the following methods: • Battery power via the Keypad • AC power adapter supplied to the locks •... -
Page 16: Alternative Power Methods
2. The Axessor Apexx Keypad’s battery holder is built-in to the keypad’s faceplate. Install the four batteries, one at a time, into the battery holder. Use the markers in the battery holder to the ensure proper +/- orientation for each battery. Important! DO NOT remove any of the internal screws inside of the keypad. -
Page 17: Ebox Ac Line Power Adapter - Apexx Ebox
The optional Apexx eBox can be used to provide system power using an AC power adapter. The Apexx eBox can accept a 12-24V input voltage range. dormakaba recommends you use part# 802027, which consists of a 12V, 5W power supply, and a cable adapter to connect the power supply to the terminal connectors on the eBox. -
Page 18: Emergency Power - Usb
Emergency Power – USB* In the event of total system power loss, the system can be powered temporarily using USB power. Simply connect the “USB” end (could be USB-A or USB-C plug type) of a “USB-to-USB-C” cable from a power-sourcing USB device (computer, USB power adapter, etc.), then connect the USB-C end of the cable into the USB-C port located on the side of the keypad. -
Page 19: Factory Mode
Factory Mode Prior to installation, the locks are in what’s known as factory mode. When the locks are in factory mode, the numeric keys on the Apexx Series Keypad can be used to perform certain functions prior to adding/installing the locks. In the keypad menu, highlight the “Add Devices”... -
Page 20: Initial Setup - Commissioning Your First Lock And Creating An Administrator User
Initial Setup – Commissioning your first lock and creating an Administrator User After the physical installation of the safe lock equipment has been completed, the devices must be logically installed (commissioned). Commissioning can be done conveniently using the keypad’s menu system. ““Add Devices”... -
Page 21: Specifications
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 modifications not expressly approved by dormakaba USA Inc. could void the user’s authority to operate the equipment. -
Page 22: Safe Lock Models
This device contains license-exempt transmitter(s)/receiver(s) that comply with Innovation, Science and Economic Development Canada’s license-exempt RSS(s). Operation is subject to the following two conditions: This device may not cause interference. 2. This device must accept any interference, including interference that may cause undesired operation of the device. -
Page 23: System Wiring Diagram - Example Setup #1
System Wiring Diagram – Example Setup #1... -
Page 24: System Wiring Diagram - Example Setup #2
System Wiring Diagram – Example Setup #2... -
Page 25: System Wiring Diagram - Example Setup #3
System Wiring Diagram – Example Setup #3... -
Page 26: Drill And Tap Template - Axessor Apexx Keypad
Drill and Tap Template – Axessor Apexx Keypad... -
Page 27: Drill And Tap Template Apexx Ebox
Drill and Tap Template Apexx eBox... -
Page 28: Drill And Tap Template - Apexx Series Lock
Drill and Tap Template – Apexx Series Lock... - Page 29 In order to give quantified disclosures of a product’s environmental impact through its entire Electronic Access & Data life cycle, dormakaba provides Environmental Product Escape and Rescue Systems Lodging Systems Declarations (EPD), based on holistic life cycle assessments.
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