Z-5R NET
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Z-5R NET
RS-485 network controller with 2024 keys memory
User Manual
1. OVERVIEW
Z-5R NET controller is used to control access to residential and industrial areas, log access and
other security events.
The controller can operate in standalone mode or as networked device.
Z-5R NET is connected to network via RS-485 (2-wire connection).
Z-5R NET can work with the following equipment:
- Contactless card reader working via iButton (DS1990A emulation) or Wiegand-26 protocols;
- Contact key reader (iButton probe);
- Electromagnetic lock
- Electromechanical lock/latch;
- Door release button (normally open);
- External buzzer, external LED (same as the ones present on controller's PCB);
- Door sensor (normally open type).
Proximity card readers can be connected to the controller via iButton or Wiegand-26 protocols.
65 mm
Figure 1: Device dimensions
2. CONNECTING AND MOUNTING
Lock
Door sensor
Entrance
Reader
MATRIX II
MATRIX II
47 mm
65 mm
Exit
Reader
20 mm
controller
Z-5R Net
Door
button
+12 V
power
RS-485
converter
USB - RS-485
(Z397)
USB
Figure 2: Z-5R NET Connections Layout
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Z-5R NET
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Socket Terminals:
1. ZUMM External buzzer
2. TM TM central input
3. GND Common ground (-)
4. EXIT Door release button
5. LED External LED (+)
6. LOCK Lock
7. +12V +12 V power
8. GND Common ground (-)
9. DOOR Door sensor (reed switch)
External buzzer
lock
+12 V
power
TM
LED
door sensor
button
ADD
CLR
ZUMM
TM
GND
EXIT
LED
LOCK
+12V
GND
DOOR
Battery holder
Figure 3. Connecting the accessories.
Note: External buzzer, LED and door opening sensor are optional elements.
Connecting readers via iButton (Dallas Touch Memory) .
Entrance
+12V
GND
DATA 0
Reader 1
ZUMM
TM
GND
EXIT
LED
LOCK
+12V
GND
DOOR
Z-5R Net
Reader 2
Door
button
Exit
+12V
GND
DATA 0
ZUMM
TM
GND
EXIT
LED
LOCK
+12V
GND
DOOR
Figure 4. Connecting readers.
Note: To get the reader working at specified distance, please use a UTP cable, such as
CAT5e:
- When connecting via iButton, one wire is connected to GND, another to DATA0 terminals.
- When connecting via Wiegand-26, first twisted pair is attached to GND and DATA0, and
second to GND and DATA1.
Z-5R Net
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Z-5R NET
3. OPERATION
3.1 Programming the controller for standalone operation (no network).
Initial controller power-up (key database is empty).
Short beeps are emitted for 16 seconds, indicating that the key database is empty and Add
Master Keys mode is activated. While the beeps are sounding, touch the probe with a key, and
it will be recorded as new Master key. The beeping stops, acknowledging that first Master key is
created successfully. To add more Master keys, keep touching the probe with more keys,
leaving no more than 16 s between any two keys.
Each new key is acknowledged by a short beep.
To exit Add Master Keys mode, wait 16 s after the last key and it happens automatically,
acknowledged by four short beeps in a row.
During further operation, the Master keys are used for programming; if none were yet
successfully created, repeat the initial power-up procedure. Please note that the Add Master
Keys mode is only activated on power-up if the controller's key database is empty (no Normal,
Master or Blocking keys stored).
PROGRAMMING OVERVIEW.
To switch the controller into required programming mode, short (less than 1 s) and long (~6 s)
Master key touches are used.
Each programming mode times out if the interval after the last key touch reaches the limit
(~16 s). Then the controller returns to normal operation, confirming with a series of four short
beeps.
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1. Adding Simple Keys (1 M)
Touch and hold the master key (long touch). At the moment of contact, the controller will issue a
short signal confirming the master key identification, and after 6 seconds a second signal indicating
the controller transition to the mode of adding simple keys. After that, the master key should be
removed. To add new keys, touch the contactor in a sequence with a pause between touches for
less than 16 seconds. For each contact with a new key, the controller issues a confirming short
signal.
If the key is already in memory, then two short beeps. Exit from the mode either automatically
after 16 seconds after the last touch, or when the master key touches it. The reader informs about
the exit from the mode with a series of 4 short signals.
2. Adding blocking keys (1 M)
In the mode of adding simple keys, you need to touch the contactor with the selected key and hold it
for about 9 seconds until a long signal (that is, first there will be a short signal and then a long signal
to add 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 m , 1 M)
Briefly touch the contactor master key (short touch). At the moment of touching, the controller will
generate a short signal confirming that the master key has been recognized, and within not more
than 6 seconds touch and hold the master key at the contactor (long touch). At the moment of touch,
the controller will issue two short signals indicating the second touch with the master key in
programming mode, and after 6 seconds one signal indicating that the lock has entered the master
key addition mode. After that, the master key should be removed. To add new master keys,
touch the contactor in a sequence with a pause of no more than 16 seconds between touches.
For each contact with a new key, the controller issues a confirming short signal. If the key is
already in memory as a master key, then there will be no signals. Exit the mode of adding
master keys automatically after 16 seconds after the last touch. The controller informs about the
exit from the mode by a series of 4 short signals.
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Z-5R NET
Table 1. Programming Modes
Modes Mode
Activation
Programming using Master keys
1. Add Normal Keys 1 М
2. Add Blocking Keys 1 М
3. Add Master Keys 1 m, 1 М
4. Erase Single Keys 2 m, 1 М
5. Erase All Memory 3 m, 1 М
6. Set Door Opening Time 4 m
7. Blocking Mode 1 B
8. Accept Mode 5 m
Programming using Pins on Socket #1
1.Using Electromechanical Lock Position 1
2. Memory Erase Position 2
3. Add Normal Keys without a Master key Position 3
4. Normal - operation not affected Position 4
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Legend
1…5 - number of
touches.
Letters denote Key
type:
N/n Normal Key
B/b Blocking Key
M/m Master Key
Lowercase letter short
touch (Key held <1 s)
Uppercase letter long
touch (Key held ~6 s)
4. Erasing simple keys using a master key (2 m, 1 M)
Briefly touch the contactor's master key twice (short touches).
At the time of the first contact, 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, and no more than 6 seconds
later, touch and hold the master key at the contactor (long touch). At the moment of the third touch,
the controller will generate three short signals, and after 6 seconds, one signal indicating that the
key has been erased. After that, the master key should be removed.
Take away the Master Key from the probe, and start touching it with the condemned keys one after
another, with no longer than 16 s in between, to erase them one at a time.
The controller acknowledges each erase with a short beep. If the condemned key was not
present in memory, two beeps will sound.
Leave this mode either automatically when 16 s have elapsed since last touch, or by a short
Master Key touch. Exit is acknowledged by four short beeps in a row.
5. Erase All Memory by Using a Master Key (3m, 1M)
Touch the probe shortly three times with a Master key. The controller emits a short beep
acknowledging the Master key, then on second touch, two short beeps, acknowledging second
Master Key touch and entering programming mode. On the third touch, the Controller emits
three short beeps, denoting third Master Key touch. Within 6 s after that, touch and hold the
probe with the Master key (long touch). On the fourth touch, the controller emits four short
beeps, and in 6 s, a series of short beeps, acknowledging that controller has erased its key
memory entirely and left the programming mode.
Take away the Master key from the probe.
During the next power-up, the controller will enter programming mode automatically because the
keys database is now empty.
Note: When erasing the entire keys database, the existing programmed Lock Opening Time
setting is not reset.
6. Programming Door Opening Time (4m)
Touch the probe shortly four times with a Master key. The controller emits short beeps
acknowledging the Master key touches, the number of beeps each time is equal to the number of
Master Key touch.
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Z-5R NET
On the fourth touch, the Controller emits four beeps and enters Door Opening Time programming
mode.
Within 6 s after last touch, press the door release button for the period of time required to keep it
open for. When the button is released, the controller beeps and stores the time the button was
pressed to its memory.
Note: If door release button is not installed, please be sure to short-circuit the pins 3 and 4.
7. Blocking Mode (1B)
In Blocking mode, the Blocking keys are granted access, but Normal keys are denied access.
Blocking mode is activated via a Blocking key (see p.2 on creating Blocking keys).
The Blocking keys are used as following:
- As a Normal key during normal operation (when access is granted for both Blocking and Normal
keys present in the database).
- To activate Blocking mode (where only Blocking keys are granted access).
- To leave the Blocking mode and revert to Normal mode.
- The Blocking key opens the door when it is taken away from the probe.
To activate the Blocking mode, please touch and hold the probe with a Blocking key for about 3 s
until a long continuous tone begins to sound, acknowledging the Blocking mode.
In this mode, any Normal keys are denied access and a series of short beeps sounds instead.
To deactivate Blocking mode and revert to normal operation, touch the probe shortly with a Blocking
key or a Master key, waiting for a series of short beeps to acknowledge that Blocking mode is
deactivated.
Note: If the supply power fails while Blocking mode is active, the Blocking mode is still on after the
power is back on.
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8. Accept Mode (5m)
Accept mode writes all DS1990A keys touching the probe, into controller memory. In this mode,
when a key touches the probe, the door is unlocked and also the key is stored into keys database in
controller memory. This mode is used to restore the controller keys database without having to
gather back all the keys issued to users. A Master key is necessary to activate this mode.
Touch the reader five times shortly with a Master key. On each touch, the controller will
acknowledge the Master key, emitting the number of short beeps equal to the number of touch (one
for first touch, two for second etc.). On fifth touch, the controller will emit five short beeps and in 5 s,
an additional long beep, acknowledging Accept mode activation.
To deactivate Accept mode afterwards, touch the reader with a Master key again; a series of short
beeps will acknowledge exit from this mode.
Note: If the supply power fails while Accept mode is active, the Accept mode is still on after the power
is back on.
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Z-5R NET
USING JUMPER 1 (Figure 6)
The controller comes with a jumper block for programming.
Position 1 - sets the lock operational logic:
- jumper open (by default), electromagnetic lock
(normally open)
- jumper closed, electromechanical lock (normally
closed)
Position 2 (CLR) - to erase (clear) the Controller
memory. To do so, please power it OFF, install the
jumper and power it back ON. When memory erase is
complete, a series of short beeps sounds.
Note: This will erase the entire keys database along
with the custom Opening Time setting. The Opening
Time gets reset to factory default (3 seconds).
Position 3 (ADD) - to add Normal Keys without a
Master Key. To do so, please power the Controller
OFF, install the jumper and power it back ON. A signal
acknowledges Add Normal Keys mode. Both Normal
and Blocking Keys can be now added without a Master
Key.
After 16 seconds of no Key touches, a series of short
beeps will sound, acknowledging exit from the Add
Normal Keys mode.
Position 4 - default position, controller operation not
affected.
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GND
DOOR
3
ADD
4
1
CLR
2
Figure 6. Possible jumper positions.
3.2 Networked Operation.
Controllers Z-5R Net can be networked via RS-485 interface and operate under control of control
software running on a PC. Specialised software (described in detail on company website) allows for
controllers programming, operation control, event log downloads. However, the access decisions
are still made by the controller, be it standalone or networked.
Controllers are sequentially chained, one after another. See potential way of connecting controllers
to a PC on Figure 7.
“Last” Controller means that it is physically last on a bus. Controller logical number (address) on the
network is configured via software. Initially all Controllers come configured with logical network
address 1. If more than one controller is present on the network, they must be assigned new logical
network addresses.
RS-485
A
B
A
USB
Figure 7. Connecting Controllers to a PC.
B
A
Converter
USB - RS-485
B
Z-5R Net
№1
A
B
Z-5R Net
№2
A
B
Z-5R Net
№3
A
B
Z-5R Net
№
Last
On the last controller
the jumper is shorted
on a receptacle №2 (LOAD)
LOAD
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Z-5R NET
4. SPECIFICATIONS
- Maximum supported Keys number: ................................................................................2024;
including:
- Normal Keys for passing the door,
- Master Keys for programming,
- Blocking Keys for Blocking Mode (can double as Normal Keys).
- Lock type choice jumper ...........................................................................................Present;
- Lock opening time range: ....................................0.1…25.5 sec. (factory pre-set to 3.0 sec.);
- Power supply voltage: ...............................................................................................12 V DC;
- Standby current: ...........................................................................................................30 mA;
- Protection from incorrect connection: .........................................................................Present;
- Indication of operation and programming modes: .......................................Audial and visual;
- External interface: ......................................................................................................RS-485;
- Link distance to remote controller via RS-485: ..................................................max 1,200 m;
- Power output:..........................................................................Field effect transistor, up to 5A;
- Case material: ......................................................................................................ABS plastic;
- PCB dimensions, mm: ........................................................................................60 x 50 x 12;
- Weight: ............................................................................................................................80 g.
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Z-5R NET Networked operation specifications.
- Maximum cards/keys number: 2024;
- Event log memory: 2048;
- Maximum Controllers on the network: 255;
- RS-485 baud rate: 19,200/57,600 bps (negotiated automatically).
If a door sensor is present, additional events “Door broken in” and “Door not closed” become
available. To avoid real-time clock failure in case of power failure, install a 3V CR2032 lithium cell
battery into the battery socket (as per Figure 3).
Controller network logical address is initially set to 1.
Additional operation modes:
- Blocking mode access granted only to Blocking keys, but to Normal keys access is denied.
- Accept mode all keys used are granted access and also are stored into key database.
These modes are activated by a Master Key.
5. OPERATING CONDITIONS
Ambient temperature: .........5…40°C.
Humidity: .............up to 80% at 25°C.
Controller specifications may differ from described here, when operating under nonrecommended conditions.
The controller should be operating in absence of: atmospheric precipitation, direct sunlight,
sand, dust, and moisture condensation.
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Z-5R NET
6. PACKAGE
- Z-5R NET controller .............................1
- Case .....................................................1
- Jumper block ........................................1
- CR2032 (watch type) battery ................1
9. LIMITED WARRANTY.
This Device is covered by limited warranty for 24 months.
The warranty becomes void, if:
- this Manual's guidelines are not followed;
- the device has suffered physical damage;
- the device has visible traces of exposure to moist and/or aggressive chemicals;
- the device circuits have visible traces of tampering by unauthorised parties.
Under this warranty, the Manufacturer shall repair the device or replace any broken parts as
required, free of charge, in cases where the fault is caused by a Manufacturer's defect.
10. IRONLOGIC CONTACTS
www.ironlogic.me
Headquarters:
RF Enabled ID Limited
34 Ely Place, London, EC1N 6TD, UK
E-mail: marketing@rfenabled.com
Development and production:
AVS LLC
7, Bobruiskaya street, Saint-Petersburg, 195009, Russian Federation
E-mail: marketing@rfenabled.com
Phone: +78122411853; +78125421185
www.ironlogic.ru
Authorized representative in the European Union:
SIA IRONLOGIC
79A, Slokas iela, LV-1007, Riga, Latvia
E-mail: info@ironlogic.lv, headstaff@ironlogic.lv
Phone: +37166181894; +37124422922
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The symbol of crossed-throught waste bin on wheels means that the product
must be disposed of at f separate collection point. This also applies to the product
and all accessories marked with this symbol. Products labeled as such must not
be disposed of with normal household waste, but should be taken to a collection
point for recycling electrical and electronic equipment. Recycling helps to reduce
the consumption of raw materials, thus protecting the environment.
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