Medeco Security Locks EA100103 EA-100102 Hybrid Rim & EA-100103 Hybrid Mortise User Manual Installation Guide
Medeco Security Locks, Inc. EA-100102 Hybrid Rim & EA-100103 Hybrid Mortise Installation Guide
Contents
- 1. Users Manual
- 2. Installation Guide
Installation Guide
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Medeco HYBRID eCylinder
Installation Procedures – Mortise Application
1. What is required:
Hybrid cylinder kit
Hybrid Cylinder (LCU) with proper cam
MCU reader unit
MCU outer cover
MCU spacers
Base plate
Lock Ring
MCU mounting screws
Battery
User key with correct mechanical keyway and cut
Hybrid 125KHz Prox key head
PDA programming device
Programmed from the Hybrid Manager software
Including access rights for the User Key
The functionality to set the MCU clock
Hybrid Manager Software
2. Installation procedure when MCU is programmed at the door
2.1 Remove mechanical cylinder from lockset. (if applicable)
2.2 Verify proper cam on Hybrid cylinder for lockset.
2.3 Rotate cam on back of Hybrid cylinder to home (locked) position – This
removes the cylinder from the shipping (unlocked) position and mechanically
“arms” the Hybrid cylinder. A properly bitted key must now be used to operate
the lock cylinder.
2.4 Install (screw) the Hybrid cylinder into the lockset. Check for operation with
the lockset using the User key to operate the cylinder mechanically. Adjust the
cylinder as necessary for door thickness, cam engagement, etc.
2.5 When cylinder adjustments are complete, tighten set screw in lockset to
secure cylinder in place.
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2.6 Install base plate and lock ring to secure lock cylinder to door. Install spacers
as required for thin door applications.
2.7 Place cylinder in locked position and remove the User key. User key is no
longer needed until Hybrid unit is programmed.
2.8 Ensure the battery is removed from the MCU unit.
2.9 Connect the cable from the cylinder to the back of the MCU unit.
2.10 Locate and install the MCU onto the base plate using the four mounting
screws. Care must be taken to ensure the interconnect cable is routed properly
behind MCU and is not damaged.
2.11 Install the battery into the MCU
MCU will power up and flash the LED red, yellow, green - one sequence.
The MCU will power up in tamper condition.
The LCU will power up and “arm” the electronic blocking mechanism (mechanical key
alone will no longer operate lock)
2.12 Install the MCU outer cover
The tamper switch will be reset
The MCU will start to search (ping) for a credential
At this point:
MCU is still in tamper mode
MCU has no master credential identified and stored
MCU and LCU are not registered to each other
MCU and LCU are not authorized with each other
MCU clock is not set
MCU is not programmed with a key list, schedules, etc.
2.13 Present the Master Credential (Prox Card) to the MCU – The master
credential should be the same used for all other Hybrid locks in this installation
(customer site)
MCU reads and stores the Prox Card as its master credential – It remains the master
credential unless reprogrammed later. The LED will flash green for 3 cycles to indicate
the master credential was accepted.
MCU resets the tamper condition
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MCU registers with the LCU
MCU establishes authorization with the LCU
MCU turns on the IR communications port. The MCU will flash the LED red when the IR
communications session times out.
2.14 Program the MCU with the PDA – PDA should be loaded with key list
(including User key used for installation)
2.15 Present the PDA to the MCU – IR port on PDA must be active
2.16 Present the master credential to the MCU
The MCU reads the master credential, flashes the LED green and turns on the IR
communications port
The PDA communicates with the MCU via the IR link and uploads a key list and
schedules etc. into the MCU
The PDA sets the clock in the MCU
The MCU will flash the LED green at the completion of the communications session.
(The MCU will flash the LED red if the IR communications session times out prior to
completing the communications session.)
The Hybrid lock is now functional and ready for use
2.17 Present the User key to test the function of Hybrid unit with the lockset
3. Procedure for programming an MCU prior to installation at door.
Note: LCU is not connected or utilized in the advance programming of the MCU. If the
LCU is connected to the MCU during this process the two components will register to
each other and require the installer to keep the MCU and LCU together as a matched
pair until installed onto the door.
3.1 Install battery into MCU
MCU will power up and flash the LED red, yellow, green - one sequence.
The MCU will power up in tamper condition.
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3.2 Install the MCU outer cover
The tamper switch will be reset
The MCU will start to search (ping) for a credential
At this point:
MCU is still in tamper mode
MCU has no master credential identified and stored
MCU and LCU are not registered to each other – No LCU connected
MCU and LCU are not authorized with each other – No LCU connected
MCU clock is not set
MCU is not programmed with a key list, schedules, etc.
3.3 Present the Master Credential (Prox Card) to the MCU – The master credential
should be the same used for all other Hybrid locks in this installation (customer
site)
MCU reads and stores the Prox Card as its master credential – It remains the master
credential unless reprogrammed later.
The MCU flashes the LED green, red, green to indicate the master credential was
accepted but no LCU was found.
MCU resets the tamper condition
MCU turns on the IR communications port - The MCU will flash the LED red when the
IR communications session times out.
3.4 Program the MCU with the PDA – PDA should be loaded with key list
(including User key used for installation)
3.5 Present the PDA to the MCU – IR port on PDA must be active
3.6 Present the master credential to the MCU
MCU reads the master credential and flashes LED green, red, green to indicate (Master
credential valid, No LCU connected, IR port turned on)
The PDA communicates with the MCU via the IR link and uploads a key list and
schedules etc. into the MCU
The PDA sets the clock in the MCU
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The MCU will flash LED green at the completion of the communications session.
(The MCU will flash the LED red if the IR communications session times out prior to
completing the communications session.)
Note: The MCU battery should be removed until the unit is installed at the door.
4. Installation procedure when MCU is programmed in advance.
4.1 Remove mechanical cylinder from lockset. (if applicable)
4.2 Verify proper cam on Hybrid cylinder for lockset.
4.3 Rotate cam on back of Hybrid cylinder to home position – This removes the
cylinder from the shipping (unlocked) position and mechanically “arms” the
Hybrid cylinder. A properly bitted key must now be used to operate lock cylinder.
4.4 Install (screw) the Hybrid cylinder into the lockset. Check for operation with
the lockset using the User key to operate the cylinder mechanically. Adjust the
cylinder as necessary for door thickness, cam engagement, etc.
4.5 When cylinder adjustments are complete, tighten set screw in lockset to
secure cylinder in place.
4.6 Install base plate and lock ring to secure lock cylinder to door. Install spacers
as required for thin door applications.
4.7 Place cylinder in locked position and remove the User key. User key is no
longer needed until Hybrid install is completed.
4.8 Ensure the battery is removed from the MCU unit.
4.9 Connect the cable from the cylinder to the back of the MCU unit.
4.10 Locate and install the MCU onto the base plate using four screws. Care must
be taken to ensure the interconnect cable is routed properly behind MCU and is
not damaged.
4.11 Install the battery into the MCU
MCU will power up and flash the LED red, yellow, green - one sequence.
The MCU will power up in tamper condition.
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The LCU will power up and “arm” the electronic blocking mechanism (mechanical key
alone will no longer operate lock)
4.12 Install the MCU outer cover
The tamper switch will be reset
The MCU will start to search (ping) for a credential
At this point:
MCU is still in tamper mode
MCU has a master credential previously identified and stored
MCU and LCU are not registered to each other
MCU and LCU are not authorized with each other
MCU clock is not set
MCU already programmed with a key list, schedules, etc.
4.13 Register the MCU and LCU, set clock and reset tamper with PDA
4.14 Present the PDA to the MCU – IR port on PDA must be active
4.15 Present the master credential to the MCU
MCU reads the master credential and flashes LED green to indicate master credential
accepted and turns on the IR port.
MCU resets the tamper condition
MCU registers with the LCU
MCU establishes authorization with the LCU
The PDA communicates with the MCU via the IR link and sets the clock in the MCU
The MCU will flash LED green at the completion of the communications session.
(The MCU will flash the LED red if the IR communications session times out prior to
completing the communications session.)
The Hybrid lock is now functional and ready for use
4.16 Present the User key to test the function of Hybrid unit with the lockset