Entrance door controller z 5r. Now about the nuances. Typical elements of the simplest system

Controller Z-5R. Connection and setup:
Options:

• Memory - 680 keys
• Output - Open Collector
• Switching current, max - 5A
• Supply voltage - 12V
• Current consumption in standby mode - 4mA
• The time for opening the lock using the key is 0÷220 seconds; factory - 3 sec.
• Connection to PC - via Z-2 adapter

Connecting equipment to the Z-5R controller:
The remote buzzer does not need to be connected if the signal from the buzzer built into the controller is heard at the access point. To increase the volume, you can remove the sticker from the buzzer.
TM reader ( Touch Memory) is connected using a four-wire circuit: two wires are data transmission, the other two are control of the reader indicator light. Use twisted pair cable.
Exit button - any button with normally open(Normally Open) contacts, such as SB-2.
Lock - the controller's factory settings imply the use of an electromagnetic lock or an inverted latch. That is, when granting access the controller removes power supply from the castle. For driving electromechanical lock or electromagnetic latch direct action you need to set the jumper to position 1 (see second diagram). Then the controller will be in the “open” state serve food on the lock. Important point: be sure to connect the protective diode in parallel with the lock contacts (the diode is connected in reverse polarity) See drawing↓. Diodes 1N5400, 1N5408, 1N5821, HER301 and similar are suitable. In principle, the diode can be installed directly on the controller contacts, but the closer the diode is installed to the lock, the more reliable the protection.
Power supply - use any decent unit (that is, not some BP-1A or BRP-12) taking into account the current consumption of the lock.
The door sensor is usually a reed switch (magnetic contact) detector of the SMK or IO-102 type. It makes sense to install a door sensor when using electromechanical locks or direct action electric strikes - when access is granted, the controller “learns” from the sensor that the door has been opened, and now you can remove the voltage from the lock.

Controller programming
After turning on the controller for the first time in its life, short signals are issued for 16 seconds, as if hinting that the memory has been erased and the mode for adding master keys has been set (the the master key does not open the door, it only serves to switch the modes of adding/removing keys, etc.). During these 16 seconds, you need to register the master key - touch the key to the reader. Sound signals will stop. After this, you can add a few more master keys to the memory in the same way, if necessary. For each touch with a new key, the controller emits a short confirmation signal. The pause between touches should not exceed 16 seconds, otherwise the controller will exit this mode by issuing a series of 5 short signals.
Master key programming
To switch the controller to the desired programming mode, short (less than 1 second) and long (about 6 seconds) touches of the reader with the master key are used. There is a time limit for working in programming mode after the last touch (about 16 seconds), after which the controller returns to its initial state, informing with a series of five short signals.

Designations of touches with keys during programming:

1…5 - number of touches
d - long touch (hold the key for about 6 seconds)
k - short touch (touch with the key for less than 1 second)
M - master key
P - simple key
B - blocking key

Programming Modes:

1. Adding simple keys - 1dM
2. Adding blocking keys - 1dM
3. Adding master keys - 1 to M. 1 dM
4. Erasing individual keys - 2kM, 1dM
5. Erase all keys (controller memory) - 3 kM, 1dM
6. Setting the door opening time - 4kM
7. Switch to “Blocking” mode - 1dB
8. Switch to “Accept” mode - 5k M
9. Writing keys from the controller to the DS1996 key - 1kM, 1dM
10. Writing keys to the DS1996L controller in first power-on mode

And now more about the programming modes:

1. Adding simple keys (1 d M)

Touch the reader with the master key and hold it (long touch). At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating the controller will switch to the mode of adding simple keys. After this, the master key should be removed. To add new keys, touch them one by one to the reader with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

2. Adding blocking keys (1 d M)
In the mode of adding simple keys, you need to touch the selected key to the reader and hold for about 9 seconds until a long signal (i.e., first there will be a short signal, a long signal about adding a blocking key). If you do not add another key, then there will be a series of short signals - exit from the programming mode.

3. Adding master keys (1 k M, 1 d M)
Briefly touch the reader with the master key (short touch). At the moment of touch, the controller will emit a short signal confirming the recognition of the master key, and no more than 6 seconds later, touch and hold the master key against the reader (long touch). At the moment of touch, the controller will emit two short signals indicating the second touch with the master key in programming mode, and after 6 seconds - one signal indicating the controller has switched to the mode of adding master keys. After this, the master key should be removed. To add new master keys, touch them one by one to the reader with a pause between touches of no more than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory as a master key, then there will be no signals. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.

4. Erasing simple keys using a master key (2 k M, 1 d M)
Briefly touch the reader with the master key twice (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will give two short signals indicating the second touch with the master key in programming mode, and after no more than 6 seconds, touch and hold the master key to the reader (long touch). At the moment of the third touch, the controller will give three short signals, and after 6 seconds - one signal, indicating the transition to the mode of erasing simple keys. After this, the master key should be removed. To erase keys, touch them one by one to the reader with a pause between touches of no more than 16 seconds. For each touch with an erasable key, the controller emits a short confirmation signal. If the key is not in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

5. Erasing controller memory using a master key (3 k M, 1 d M)
Briefly touch the reader with the master key three times (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will give two short signals indicating the second touch with the master key in programming mode. At the moment of the third touch, the controller will give three short signals indicating the third touch with the master key, and after no more than 6 seconds, touch and hold the master key to the reader (long touch). At the moment of the fourth touch, the controller will emit four short signals, and after 6 seconds a series of short ones: indicating erasing the controller memory and exiting the programming mode. After this, the master key should be removed. The transition to programming mode will be carried out automatically after turning on the power.
* - At the moment of destruction of the entire database using the master key, the programmed opening time is not erased.

6. Opening time programming (4 kM)
The time for opening the door using the key is programmed. The time for opening the door by pressing a button is limited only by the time the button is held.
Briefly touch the reader with the master key four times. At the moment of each touch, the controller emits signals confirming the identification of the master key, and their number will correspond to the number of touches. At the moment of the fourth touch, the controller produces four signals respectively and goes into the opening time programming mode.
Within 6 seconds from the last touch, you must close the door open button for the time required to open. After releasing the button, the controller will generate a signal and record the time in memory.
* - If the opening button is not installed, then connect contacts No. 4 and No. 3 (ground) to each other.

7. Lock mode (1 dB)
In the “Blocking” mode, the passage for blocking keys is open, and the passage for simple keys is closed.
The “Blocking” mode is set using a blocking key (adding blocking keys - point 2).
The locking key is designed to work:

• as a simple access key in the general operating mode (i.e., access is open to all simple and blocking keys registered in the database)
• to switch to the locking mode (in this mode, only the locking keys are torn off).
• to switch to normal mode. The locking key opens when released.

To switch to the blocking mode, hold the blocking key against the reader for about 3 seconds until a long continuous signal appears, which corresponds to the activation of the blocking mode. In this mode, all simple keys are blocked. When using a simple key, opening does not occur, but a series of short signals is issued.
Exiting the blocking mode into the general mode is carried out in the same way as switching to the blocking mode using a blocking key (up to a series of short signals) by briefly touching the master key (a series of short signals)
* - If the supply voltage fails, the previously set “Blocking” mode is retained even after the voltage is turned on.

8. Enabling the “Accept” mode (5 kM)
The “Accept” mode is used to record all DS1990A keys brought to the reader.
In this mode, the key brought to the reader triggers the door opening and at the same time the key is written into the controller’s memory. The mode is used to restore the user base without collecting client keys.
To enable the mode, a master key is required.
Briefly touch the master key to the reader five times. At the moment of each touch, the controller emits signals confirming the recognition of the master key, and their number will correspond to the number of touches. At the moment of the fifth touch, the controller will give out five signals and another long signal, confirming the transition to the “Accept” mode. To exit the mode, present the master key. An exit signal will sound, a series of short beeps.
* - If the supply voltage fails, the previously set “Accept*” mode is retained even after the voltage is turned on.

9. Write controller memory to DS1996L dongle (1 kM, 1 dM)
Switch the controller using the master key to the mode of adding master keys (item 3).
To do this, briefly touch the reader with the master key (short touch). At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and no more than 6 seconds later, touch and hold the master key against the reader (long touch). At the moment of touch, the controller will emit two short signals indicating the second touch with the master key in programming mode, and after 6 seconds one signal indicating the controller will switch to the mode of adding master keys. Next, you need to attach the DS1996L key to the reader and hold it until a series of short signals. Information about the recorded keys is transferred to the memory of the DS1996L key. In the future, this information can be recorded in other controllers or, using the Z-2 adapter, transferred to a computer.

10. Writing keys from DS1996 to the controller memory.
It is necessary to erase the controller memory (with a master key or jumper). Turn the power off and on. Then, in the first power-up mode, bring the DS1996 key to the reader and hold it in the reader. Upon completion of recording information from the DS1996 to the controller, a series of short signals. Recording time for 680 keys is no more than 15 seconds.

Programming with jumpers (jumpers)

1. 
   
   • Working with an electromechanical lock
   • Erasing memory
   • Adding simple keys without a master key
   • Standard - does not affect operation
   • Switching to Trigger mode

Position No. 1
sets the operating logic of the power cascade. Without a jumper, an electromagnetic lock, in the closed state, voltage is applied;
with jumper electromechanical lock, in the closed state the voltage is removed.

Position No. 2
to erase the controller memory. To do this, turn off the power, install the jumper and turn on the power. Upon completion of erasing, a series of short signals will appear.
* - All keys and programmed opening times are erased.

Position No. 3
to add simple keys without a master key. To do this, turn off the power, install the jumper and turn on the power. After the signal, the controller is in the mode of adding simple keys (you can add simple, blocking keys without a master key).

Position No. 4
normal place, does not affect the operation of the controller.

Regulation No. 5
"Trigger" mode (connectable controlled device with power supply no higher than 17V). To do this, turn off the power, install the jumper and turn on the power. The controller can be in two positions - “closed” and “open”. To move from one position to another, you need to present a simple card, which is in the controller’s card base.
When moving from one position to another, the controller sends signals:
from “open” to “closed” - one short buzzer signal;
from “closed” to open” - a series of short signals.

) as standalone controller to restrict access to entrances residential buildings, in the premises of administrative institutions, industrial enterprises.

The Z-5R controller allows you to connect the following equipment:
· contact key reader;
· contactless reader emulating the DS1990A key protocol;
· a lock that can be opened by both applying and removing voltage (installing a jumper on printed circuit board controller - output inversion);
· lock opening button (normally open);
· external buzzer, external LED;
· open door sensor.

When working in conjunction with the AC-Z computer adapter (plus the "Z Base" program), it becomes possible to maintain a key database in a PC and quickly change (load/unload) the list of keys in the Z-5R controller (using the DS1996 key or only using the adapter and PC).

Z-5R controller programming instructions

First activation - recording master keys
(controller memory state is erased, do not install jumper!)

Short beeps are issued for 16 seconds. Which indicates that the controller’s memory has been erased and the mode for adding master keys has been set.
At the moment the signals are issued, touch the contactor with the key - this will lead to its recording in the controller’s memory as a master key. The cessation of issuing short signals confirms the successful recording of the first master key. To add new master keys, touch the contactor with them one by one with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.
In the future, master keys are used for programming.
If it was not possible to record a single key, repeat the activation.
* Entering the master key recording mode when power is applied only when the key database is completely empty (neither simple, nor master, nor blocking)

Lock programming modes

General properties of programming modes
To switch the controller to the desired programming mode, short (less than 1 second) and long (about 6 seconds) touches with the master key are used. There is a time limit for working in programming mode after the last touch (about 16 seconds), after which the controller returns to its initial state, informing with a series of five short signals.

1. Adding simple keys (1 d M)
Touch and hold the master key in the contactor (long touch). At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock will enter the mode of adding simple keys. After this, the master key should be removed. To add new keys, touch them one by one to the contactor with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

2. Adding blocking keys (1 d M)
In the mode of adding simple keys, you need to touch the contactor with the selected key and hold for about 9 seconds until a long signal (i.e., first there will be a short signal, a long signal about adding a blocking key). If you do not add more keys, then there will be a series of short signals - exit from the programming mode.

3. Adding master keys (1 k M, 1 d M)
Briefly touch the contactor with the master key (short touch). At the moment of touch, the controller will emit a short signal confirming the recognition of the master key, and no more than 6 seconds later, touch and hold the master key in the contactor (long touch). At the moment of touch, the controller will give two short signals indicating the second touch with the master key in programming mode, and after 6 seconds one signal indicating the lock will enter the mode of adding master keys. After this, the master key should be removed. To add new master keys, touch them one by one to the contactor with a pause between touches of no more than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory as a master key, then there will be no signals. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.

4. Erasing simple keys using a master key (2 k M, 1 d M)
Briefly touch the contactor with the master key twice (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will emit two short signals indicating the second touch with the master key in programming mode, and after no more than 6 seconds, touch and hold the master key. key in contactor (long touch). At the moment of the third touch, the controller will emit three short signals, and after 6 seconds one signal indicating that the lock will enter the mode of erasing simple keys. After this, the master key should be removed. To erase the keys, touch them one by one to the contactor with a pause between touches of no more than 16 seconds. For each touch with an erasable key, the controller emits a short confirmation signal. If the key is not in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

5. Erase controller memory (3 kM, 1 d M)
Briefly touch the contactor with the master key three times (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will emit two short signals indicating the second touch with the master key in programming mode. At the moment of the third touch, the controller will give three short signals indicating the third touch with the master key, and after no more than 6 seconds, touch and hold the master key in the contactor (long touch). At the moment of the fourth touch, the controller will emit four short signals, and after 6 seconds a series of short signals indicating erasing the controller’s memory and exiting the programming mode. After this, the master key should be removed. The transition to programming mode will be carried out automatically after turning on the power.
*-When the entire database is destroyed using the master key, the programmed opening time is not erased.

6. Programming opening time (4 kM)
Briefly touch the contactor with the master key four times. At the moment of each touch, the controller emits signals confirming the identification of the master key, and their number will correspond to the number of touches. At the moment of the fourth touch, the controller produces four signals respectively and goes into the opening time programming mode. Within 6 seconds from the last touch, you must close the door button for the time required to open. After releasing the button, the controller will generate a signal and record the time in memory.

7. Write controller memory to DS1996 memory (1 d M)
Prepare DS1996 for recording*.



Touch and hold the DS1996 in the contactor. When touched, the controller will emit a short signal confirming that the DS1996 key is set to recording mode (if there are two short signals, then you need to repeat preparing the DS1996 using a PC). Then wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then the operation repeat).



8. Write DS1996 memory to controller memory (1 dM)
Prepare DS1996 for reading*.

Switch the controller to the mode of adding simple keys. To do this, touch and hold the master key in the contactor. At the moment of touch, the controller will issue a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock will enter the mode of adding simple keys. After this, the master key should be removed.

Touch and hold the DS1996 in the contactor. When touched, the controller will emit a short signal confirming that the DS1996 key is set to recording mode (if there are two short signals, then you need to repeat preparing the DS1996 using a PC). Then wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then the operation repeat)

Upon completion of recording, the controller will issue a series of short signals indicating completion of recording and exit from programming mode.

*- DS1996 is prepared using a computer and an AC-Z adapter.

9. Working with a locking key (1 dB)
The locking key is designed to work:
· as a simple access key in the general operating mode of the controller (i.e., access is open to all simple keys registered in the database)
· to switch the controller to blocking mode (in this mode, only blocking keys open the controller).
· to switch to normal mode
The locking key opens when released.
To switch to the blocking mode, apply the blocking key to the contactor and hold for about 3 seconds until a long continuous period appears, which corresponds to turning on the blocking mode.
In this mode, all simple keys are blocked. When using a simple key, the controller does not open, but produces many short signals.
Exit from blocking mode to general mode is done
- similar to switching to blocking mode using a blocking key (up to a series of short signals)
- short touch of the master key (series of short signals)


Lock control (opening).
Touch the contactor with the key. If the key code matches the code in the controller’s memory, the lock is set to the open state for a period not less than the “opening time”. The lock is set to the closed state after the door reed switch opens (the door is closed) only after the “opening time” has expired. If the door is continuously open (the reed switch contacts are closed), the controller signals for 15 seconds about the state of the open door.
In the absence of a reed switch, the closed state occurs after the “opening time”.
If the key code does not match the code in memory, the controller emits two short signals confirming the reading, but indicating a mismatch of codes.
Press the door button. The lock will be in the open state for a period not less than the “opening time”. The lock is set to the closed state after the door reed switch is opened (the door is closed - the electrical contacts of the reed switch are open) only after the “opening time” has expired. In the absence of a reed switch, the closed state occurs after the “opening time”. If the button is held down, the lock is in the open state.

The order of using jumpers.
The controller comes with one jumper, which is used in cases of programming and installation in the electromechanical lock mode (five positions in total - see the controller connection diagram).

Position No. 1- sets the logic of the power cascade.
· without jumper - electromagnetic lock, in the closed state, voltage is applied;
· with a jumper - electromechanical lock, in the closed state the voltage is removed.

Position No. 2- to erase the controller memory. To do this, turn off the power to the lock, install the jumper and turn on the power. Upon completion of erasing, a series of short signals.
*-All keys are erased, the programmed opening time is erased (the factory default is set to 3 seconds)

Position No. 3- to switch to the “adding simple keys” mode. To do this, turn off the power to the lock, install the jumper and turn on the power. After the signal, the controller is located:
· in the mode of adding simple keys (you can add simple, blocking keys without a master key),
· for recording information using DS1996 (without a master key) to the controller and vice versa. When touching DS1996:
- signaling with one signal - the DS1996 key is ready for reading or writing. Next, wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then repeat the operation)
- if there are two signals, then the DS1996 key is not prepared.

Position No. 4- standard place, does not affect the operation of the controller.

Regulation No. 5- the key database created in the PC can be written to the controller connected to the PC via the AC-Z adapter.

http://pandia.ru/text/78/594/images/image003_67.jpg" width="134" height="53 src=">a lock that can be opened by both applying and removing voltage (installing a jumper on the controller printed circuit board - output inversion);

· lock opening button (normally open);

· external buzzer, external LED;

· open door sensor.

http://pandia.ru/text/78/594/images/image005_102.gif" width="187">Base Z ") it becomes possible to maintain a key database in a PC and quickly change (load/unload) the list of keys in the Z controller -5R (using DS1996 dongle or just using adapter and PC).

Basic specifications controller Z-5 R.

Contents of delivery . -controller Z-5R............ 1 pc.

Jumper………………..1 pc. (used in cases of programming and setting to electromechanical lock mode.)

Mounting box………1 pc. (on order)

The Z-5R controller is designed for use in rooms with artificially controlled climatic conditions, for example, in closed heated or cooled rooms (absence of precipitation, sand, dust, moisture condensation).

Guarantee to the Z-5R controller ( Iron Logic) - unlimited.

· violation of these Instructions;

· Availability mechanical damage;

· presence of traces of exposure to water and aggressive substances;

· presence of traces of unqualified intervention in the controller circuit

During the warranty period, the Manufacturer will eliminate free of charge malfunctions of the Z-5R controller that arose through the fault of the Manufacturer, or replace faulty components and blocks.

Repairs are carried out in the Manufacturer's workshop.

Controller programming instructions Z -5 R

Control of the “CODE LOCK” (controllerZ-5 R).

First activation – recording master keys

( controller memory status is erased, do not install a jumper!)

Short beeps are issued for 16 seconds. Which indicates that the controller memory is erased and installed mode for adding master keys.

At the moment the signals are issued, touch the contactor with the key - this will lead to its recording in the controller’s memory as a master key. Stopping short signals confirms successful recording first key master. To add new master keys, touch them one by one to the contactor with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.

In the future, master keys are used for programming.

If it was not possible to record a single key, repeat the activation.

* Entering the master key recording mode when power is applied only when the key database is completely empty (neither simple, nor master, nor blocking)

Lock programming modes

General properties of programming modes

To switch the controller to the desired programming mode, short (less than 1 second) and long (about 6 seconds) touches with the master key are used. There is a time limit for working in programming mode after the last touch (about 16 seconds), after which the controller returns to its initial state, informing with a series of five short signals.

1. Adding simple keys ( 1 d M)

Touch and hold the master key in the contactor (long touch). At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock has entered mode for adding simple keys . After this, the master key should be removed. To add new keys, touch them one by one to the contactor with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

2. Adding blocking keys(1 d M)

IN mode of adding simple keys you need to touch the contactor with the selected key and hold it for about 9 seconds until there is a long signal (i.e., first there will be a short signal, a long signal about adding a blocking key). If you do not add more keys, then there will be a series of short signals - exiting the programming mode.

3. Adding master keys ( 1 k M, 1 d M)

Briefly touch the contactor with the master key (short touch). At the moment of touch, the controller will emit a short signal confirming the recognition of the master key, and no more than 6 seconds later, touch and hold the master key in the contactor (long touch). At the moment of touch, the controller will give two short signals indicating second touching the master key in the programming mode, and after 6 seconds one signal indicating the transition of the lock to the mode of adding master keys. After this, the master key should be removed. To add new master keys, touch them one by one to the contactor with a pause between touches of no more than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory as a master key, then there will be no signals. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.

4. Erasing simple keys using a master key ( 2 k M, 1 d M)

Briefly touch the contactor with the master key twice (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will emit two short signals indicating the second touch with the master key in programming mode, and after no more than 6 seconds, touch and hold the master key in contactor (long touch). At the moment of the third touch, the controller will emit three short signals, and after 6 seconds one signal indicating that the lock will enter the mode of erasing simple keys. After this, the master key should be removed. To erase the keys, touch them one by one to the contactor with a pause between touches of no more than 16 seconds. For each touch with an erasable key, the controller emits a short confirmation signal. If the key is not in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

5. Erase controller memory ( 3 k M, 1 d M)

Briefly touch the contactor with the master key three times (short touches). At the moment of the first touch, the controller will issue a short signal confirming the identification of the master key. At the moment of the second touch, the controller will issue two short signals indicating the second touch with the master key in programming mode. At the moment of the third touch, the controller will give three short signals indicating the third touch with the master key, and after no more than 6 seconds, touch and hold the master key in the contactor (long touch). At the moment of the fourth touch, the controller will emit four short signals, and after 6 seconds a series of short signals indicating erasing the controller’s memory and exiting the programming mode. After this, the master key should be removed. The transition to programming mode will be carried out automatically after turning on the power.

*-When the entire database is destroyed using the master key, the programmed opening time is not erased.

6. Programming opening time ( 4 to M)

Briefly touch the contactor with the master key four times. At the moment of each touch, the controller emits signals confirming the identification of the master key, and their number will correspond to the number of touches. At the moment of the fourth touch, the controller produces four signals respectively and goes into the opening time programming mode. Within 6 seconds from the last touch, you must close the door button for the time required to open. After releasing the button, the controller will generate a signal and record the time in memory.

7. Write controller memory to memoryD.S.1996 (1 d M )

Prepare DS1996 for recording*.

Touch and hold the DS1996 in the contactor. When touched, the controller will emit a short signal confirming that the DS1996 key is set to recording mode (if there are two short signals, then you need to repeat preparing the DS1996 using a PC). Then wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then the operation repeat).

8. Write DS1996 memory to controller memory ( 1 d M)

Prepare DS1996 for reading*.

Switch the controller to the mode of adding simple keys. To do this, touch and hold the master key in the contactor. At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock will enter the mode of adding simple keys. After this, the master key should be removed.

Touch and hold the DS1996 in the contactor. When touched, the controller will emit a short signal confirming that the DS1996 key is set to recording mode (if there are two short signals, then you need to repeat preparing the DS1996 using a PC). Then wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then the operation repeat)

Upon completion of recording, the controller will issue a series of short signals indicating completion of recording and exit from programming mode.

*- DS1996 is prepared using a computer and an AC-Z adapter.

9. Working with a locking key (1 d B )

The locking key is designed to work:

· as a simple access key in the general operating mode of the controller (i.e., access is open to all simple keys registered in the database)

· to transfer the controller to lock mode(in this mode, only the blocking keys open the controller).

· to switch to normal mode

The locking key opens when released.

To transfer to lock mode Apply the blocking key to the contactor and hold for about 3 seconds until a long continuous signal appears, which corresponds to switching on lock mode .

In this mode, all simple keys are blocked. When using a simple key, the controller does not open, but produces many short signals.

Exit from blocking mode to general mode is done

Same as switching to blocking mode using a blocking key (up to a series of short signals)

Short touch of the master key (series of short signals)

Lock control (opening).

Touch the contactor with the key. If the key code matches the code in the controller’s memory, the lock is set to the open state for a period not less than the “opening time”. In state closed The lock is installed after the door reed switch opens (the door is closed) only after the “opening time” has expired. If the door is continuously open (the reed switch contacts are closed), the controller signals for 15 seconds about the state of the open door.

If there is no reed switch, the condition closed occurs after the “opening time”.

If the key code does not match the code in memory, the controller emits two short signals confirming the reading, but indicating a mismatch of codes.

Press the door button. The lock will be set to open for a period not less than the “opening time”. In state closed The lock is installed after the door reed switch opens (the door is closed - the electrical contacts of the reed switch are open) only after the “opening time” has expired. If there is no reed switch, the condition closed occurs after the “opening time”. If the button is held down, the lock is in the open.

The order of using jumpers.

The controller comes with one jumper, which is used in cases of programming and installation in the electromechanical lock mode (five positions in total - see the controller connection diagram).

Position No. 1- sets the logic of the power cascade.

· without jumper – electromagnetic lock, able closed voltage applied;

· with jumper – electromechanical lock, able closed tension is relieved.

Position No. 2- to erase the controller memory. To do this, turn off the power to the lock, install the jumper and turn on the power. Upon completion of erasing, a series of short signals.

*-All keys are erased, the programmed opening time is erased (the factory default is set to 3 seconds)

Position No. 3- to switch to the “adding simple keys” mode. To do this, turn off the power to the lock, install the jumper and turn on the power. After the signal, the controller is located:

· in the mode of adding simple keys (you can add simple, blocking keys without a master key),

· for recording information using DS1996 (without a master key) to the controller and vice versa. When touching DS1996:

– signaling with one signal - the DS1996 key is ready for reading or writing. Next, wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then repeat the operation)

– if there are two signals, then the DS1996 key is not prepared.

Position No. 4- standard place, does not affect the operation of the controller.

Regulation No. 5- the key database created in the PC can be written to the controller connected to the PC via the AC-Z adapter.

The Z-5R controller is intended for use in access control systems (electromagnetic/electromechanical locks) as an autonomous controller to restrict access to the entrances of residential buildings, administrative offices, and industrial enterprises.

Attention!

This manual applies to Z-5R controllers produced before 2010. We also have instructions for modern versions of the Z-5R instructions (which can work with both iButton Touch Memmory and Proximity key fobs) - as of 2017 download PDF

full list instructions are available on the Useful catalog page

Full technical description

The Z-5R controller allows you to connect the following equipment:

• contact key reader;
• contactless reader emulating the DS1990A key protocol;
• a lock that can be opened by both applying and removing voltage (installing a jumper on the controller's printed circuit board - output inversion);
• lock release button (normally open);
• external buzzer, external LED;
• door open sensor.

When working in conjunction with the AC-Z computer adapter (plus the "Z Base" program), it becomes possible to maintain a key database in a PC and quickly change (load/unload) the list of keys in the Z-5R controller (using the DS1996 key or only using the adapter and PC).

Specifications:

Contents of delivery:

• controller Z-5R 1……………… pcs.
• jumper……………… 1 pc. (used in cases of programming and setting to electromechanical lock mode.)
• mounting box……………… 1 pc. (on order)

The Z-5R controller is intended for operation in rooms with artificially controlled climatic conditions, for example, in closed heated or cooled rooms (absence of precipitation, sand, dust, moisture condensation).

The warranty for the Z-5R (Iron Logic) controller is unlimited.

Grounds for termination of warranty obligations:

• violation of these Instructions;
• presence of mechanical damage;
• presence of traces of exposure to water and aggressive substances;
• presence of traces of unqualified intervention in the controller circuit

During the warranty period, the Manufacturer will eliminate free of charge malfunctions of the Z-5R controller that arose through the fault of the Manufacturer, or replace faulty components and blocks.

Repairs are carried out in the Manufacturer's workshop.

Z-5R controller programming instructions

CODE LOCK control (Z-5R controller)

The first activation is the recording of master keys.(controller memory state is erased, do not install jumper!)

Short beeps are issued for 16 seconds. Which indicates that the controller’s memory has been erased and the mode for adding master keys has been set.

At the moment the signals are issued, touch the contactor with the key - this will lead to its recording in the controller’s memory as a master key. The cessation of issuing short signals confirms the successful recording of the first master key. To add new master keys, touch the contactor with them one by one with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.

In the future, master keys are used for programming.

If it was not possible to record a single key, repeat the activation.

* Entering the master key recording mode when power is applied only when the key database is completely empty (neither simple, nor master, nor blocking)

Lock programming modes

General properties of programming modes

To switch the controller to the desired programming mode, short (less than 1 second) and long (about 6 seconds) touches with the master key are used. There is a time limit for working in programming mode after the last touch (about 16 seconds), after which the controller returns to its initial state, informing with a series of five short signals.

1. Adding simple keys (1 d M)
Touch and hold the master key in the contactor (long touch). At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock will enter the mode of adding simple keys. After this, the master key should be removed. To add new keys, touch them one by one to the contactor with a pause between touches of less than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

2. Adding blocking keys (1 d M)
In the mode of adding simple keys, you need to touch the contactor with the selected key and hold for about 9 seconds until a long signal (i.e., first there will be a short signal, a long signal about adding a blocking key). If you do not add more keys, then there will be a series of short signals - exiting the programming mode.

3. Adding master keys (1 k M, 1 d M)
Briefly touch the contactor with the master key (short touch). At the moment of touch, the controller will emit a short signal confirming the recognition of the master key, and no more than 6 seconds later, touch and hold the master key in the contactor (long touch). At the moment of touch, the controller will give two short signals indicating the second touch with the master key in programming mode, and after 6 seconds one signal indicating the lock will enter the mode of adding master keys. After this, the master key should be removed. To add new master keys, touch them one by one to the contactor with a pause between touches of no more than 16 seconds. For each touch with a new key, the controller emits a short confirmation signal. If the key is already in memory as a master key, then there will be no signals. Exit from the mode of adding master keys occurs automatically 16 seconds after the last touch. The controller informs about exiting the mode with a series of 5 short signals.

4. Erasing simple keys using a master key (2 k M, 1 d M)
Briefly touch the contactor with the master key twice (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will emit two short signals indicating the second touch with the master key in programming mode, and after no more than 6 seconds, touch and hold the master key. key in contactor (long touch). At the moment of the third touch, the controller will emit three short signals, and after 6 seconds one signal indicating that the lock will enter the mode of erasing simple keys. After this, the master key should be removed. To erase the keys, touch them one by one to the contactor with a pause between touches of no more than 16 seconds. For each touch with an erasable key, the controller emits a short confirmation signal. If the key is not in memory, then two short beeps. The mode is exited either automatically 16 seconds after the last touch, or when touched with the master key. The controller informs about exiting the mode with a series of 5 short signals.

5. Erase controller memory (3 kM, 1 d M)
Briefly touch the contactor with the master key three times (short touches). At the moment of the first touch, the controller will emit a short signal confirming the identification of the master key. At the moment of the second touch, the controller will emit two short signals indicating the second touch with the master key in programming mode. At the moment of the third touch, the controller will give three short signals indicating the third touch with the master key, and after no more than 6 seconds, touch and hold the master key in the contactor (long touch). At the moment of the fourth touch, the controller will emit four short signals, and after 6 seconds a series of short signals indicating erasing the controller’s memory and exiting the programming mode. After this, the master key should be removed. The transition to programming mode will be carried out automatically after turning on the power.
*-When the entire database is destroyed using the master key, the programmed opening time is not erased.

6. Programming opening time (4 kM)
Briefly touch the contactor with the master key four times. At the moment of each touch, the controller emits signals confirming the identification of the master key, and their number will correspond to the number of touches. At the moment of the fourth touch, the controller produces four signals respectively and goes into the opening time programming mode. Within 6 seconds from the last touch, you must close the door button for the time required to open. After releasing the button, the controller will generate a signal and record the time in memory.

7. Write controller memory to DS1996 memory (1 d M)
Prepare DS1996 for recording*.

Switch the controller to the mode of adding simple keys.
To do this, touch and hold the master key in the contactor. At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock will enter the mode of adding simple keys. After this, the master key should be removed.

Touch and hold the DS1996 in the contactor. When touched, the controller will emit a short signal confirming that the DS1996 key is set to recording mode (if there are two short signals, then you need to repeat preparing the DS1996 using a PC). Then wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then the operation repeat).

8. Write DS1996 memory to controller memory (1 dM)
Prepare DS1996 for reading*.

Switch the controller to the mode of adding simple keys. To do this, touch and hold the master key in the contactor. At the moment of touch, the controller will emit a short signal confirming the identification of the master key, and after 6 seconds a second signal indicating that the lock will enter the mode of adding simple keys. After this, the master key should be removed.

Touch and hold the DS1996 in the contactor. When touched, the controller will emit a short signal confirming that the DS1996 key is set to recording mode (if there are two short signals, then you need to repeat preparing the DS1996 using a PC). Then wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then the operation repeat)

Upon completion of recording, the controller will issue a series of short signals indicating completion of recording and exit from programming mode.
*- DS1996 is prepared using a computer and an AC-Z adapter.

9. Working with a locking key (1 dB)
The locking key is designed to work:

• as a simple access key in the general operating mode of the controller (i.e. access is open to all simple keys registered in the database)
• to switch the controller to blocking mode (in this mode, only blocking keys open the controller).
• to switch to normal mode

The locking key opens when released.

To switch to the blocking mode, apply the blocking key to the contactor and hold for about 3 seconds until a long continuous period appears, which corresponds to turning on the blocking mode.

In this mode, all simple keys are blocked. When using a simple key, the controller does not open, but produces many short signals.

Exit from blocking mode to general mode is done
- similar to switching to blocking mode using a blocking key (up to a series of short signals)
- short touch of the master key (series of short signals)

Lock control (opening).

Touch the contactor with the key. If the key code matches the code in the controller’s memory, the lock is set to the open state for a period not less than the “opening time”. The lock is set to the closed state after the door reed switch opens (the door is closed) only after the “opening time” has expired. If the door is continuously open (the reed switch contacts are closed), the controller signals for 15 seconds about the state of the open door.

In the absence of a reed switch, the closed state occurs after the “opening time”.

If the key code does not match the code in memory, the controller emits two short signals confirming the reading, but indicating a mismatch of codes.

Press the door button. The lock will be in the open state for a period not less than the “opening time”. The lock is set to the closed state after the door reed switch is opened (the door is closed - the electrical contacts of the reed switch are open) only after the “opening time” has expired. In the absence of a reed switch, the closed state occurs after the “opening time”. If the button is held down, the lock is in the open state.

The order of using jumpers.

The controller comes with one jumper, which is used in cases of programming and installation in the electromechanical lock mode (five positions in total - see the controller connection diagram).

Position No. 1 - sets the logic of the power cascade.

• without jumper – electromagnetic lock, in the closed state, voltage is applied;
• with jumper – electromechanical lock, in the closed state the voltage is removed.

Position No. 2 is for erasing the controller memory.
To do this, turn off the power to the lock, install the jumper and turn on the power. Upon completion of erasing, a series of short signals.
*-All keys are erased, the programmed opening time is erased (the factory default is set to 3 seconds)

Position No. 3 - to switch to the “adding simple keys” mode.
To do this, turn off the power to the lock, install the jumper and turn on the power. After the signal, the controller is located:

• in the mode of adding simple keys (you can add simple, blocking keys without a master key),
• for recording information using DS1996 (without a master key) to the controller and vice versa. When touching DS1996:
  • signaling with one signal - the DS1996 key is ready for reading or writing. Next, wait for the operation to complete until a series of short signals (if after 5 seconds there are no signals, then repeat the operation)
  • if there are two signals, then the DS1996 key is not prepared.

Position No. 4 is a standard position and does not affect the operation of the controller.

Position No. 5 - the key database created in the PC can be written to the controller connected to the PC via the AC-Z adapter.

Z-5R controller connection diagram