Salto Conlan CT1000 v2 User manual

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CT1000 v2
USER MANUAL
CT1000 v2
CT1000 v2 is a touch keypad that can be installed and used for
many different purposes, e.g. to open a door, turn on the light, or
call for an elevator - just a few among many other options.
Art.no. 460100 - CT1000v2 Black
Art.no. 460106 - CT1000v2 White.
www.conlan.eu

USER MANUAL - CT1000 v2-ENG-04-23
CONTENT
1. INSTALLATION Page 3
2. ACCESS Page 3
2.1. Using the device Page 3
3. FIXED USER PIN CODES MANAGEMENT Page 4
3.1 Add user PIN codes Page 5
3.2 Delete user codes Page 5
4. CONFIGURATION Page 6
4.1 Software Factory Reset Page 6
4.2 Delete All User PIN Codes Page 7
4.3 Change User Configuration Code Page 7
4.4 Change Service Configuration Code Page 8
4.5 Light indications Page 8
4.5.1 Idle State Indication Page 9
4.5.2 Output2 Active State Indication Page 9
4.5.3 Wrong PIN Inserted Indication Page 9
4.5.4 Back Lights Configuration Page 10
4.6 Outputs Configuration Page 11
4.7 Feedback Page 13
4.8 Special Functions Page 15
4.9 Splitter and Bell Function Page 16
4.10 Custom User Output Page 18
5. HARDWARE FACTORY RESET Page 19
6. REX INPUT Page 20
7. TECHNICAL SPECIFICATIONS Page 20

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2.1. Using the device
The CT1000 v2 can store up to 200 xed PIN codes that range from 1 to 8 digits long. Each user
is allocated their own PIN code to operate the lock, which also enables sharing one lock between
different users.
The default xed PIN code ‘1234’ is pre-congured at position 1 during fabrication and can be
used to test the device.
To manage the xed user PIN codes, please refer to section 3, ‘Fixed User PIN Codes Manage-
ment’, on page 4.
2. ACCESS
The keypad is a standalone device that allows access to open a lock by entering a custom user
PIN code.
1. INSTALLATION
To learn how to install the keypad, please refer to the installation guide.
When a valid user PIN code is inserted, a
conrmation beep will sound, and the green
LED will light as long as
Output2 is activated (default 5 seconds).
#
32 4
1
Example:
Opening and Closing
When the device is idle, the yellow light (factory
default) is always ON, and the keypad is waiting
for user interaction.
The back-lights are OFF by default but turn on
when a key is touched.
Idle State

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USER MANUAL - CT1000 v2-ENG-04-23
The next sections uses Juan as example to add and delete xed PIN codes on the device.
Position User PIN
1 Carlos 148954
17 Torbjörn 94830132
23 Juan 1111
Example of user tracking:
Example:
3. FIXED USER PIN CODES MANAGEMENT
Each user code is stored in a specic address of internal memory (from 1 to 200). We recommend
keeping a record of the position number and user names for future management.
To add or delete user codes, you need to access the User Conguration Menu by entering the User
Conguration Code (factory default is 4711) followed by ‘#’.
If four successive wrong attempts are made, the keypad will lock out for 60 seconds.
1# 7 1
4
The green LED will blink, indicating that
the keypad is ready to add or delete xed
user PIN codes.
User Conguration Menu
Enter:
When a wrong code is entered, a re-
jection beep will sound, and the red
LED will blink three times.
#
00 0
0
Example:
Wrong Code

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3.2 Delete user codes
To delete one or more xed PIN codes, you don’t need to know the specic code, but you must
know its position.
3.1 Add user PIN codes
If a valid position is entered, a conrmation beep will sound, then
the keypad go back to User Conguration Menu and is ready to
perform another user PIN handling action.
#
3
2
Example:
The red LED will blink rapidly. Then insert the position of the PIN
code that you want to delete and press ‘#’ to conrm the deletion.
(a number between 1 and 200).
#2
Insert:
Deleting a specic PIN code
It’s important to note that all positions can be overwritten, which
means that you should keep a record of all congured PIN codes
and their corresponding positions. This will help you avoid acciden-
tally deleting or modifying any existing PIN codes.
1# 1 1
1
Example:
When a valid position is entered, the yellow LED will blink slowly
while the green LED will blink rapidly until a new user PIN code is
inserted. It’s important to note that the new user PIN must consist of
a numeric sequence that ranges from 1 to 8 digits.
#
3
2
The yellow LED will blink rapidly. Then insert a user position be-
tween 1 and 200 to place the new PIN code.
Example:
#1
Insert:

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USER MANUAL - CT1000 v2-ENG-04-23
4. CONFIGURATION
To congure the CT1000 v2, you need to access the Service Conguration Menu with the Service
Conguration Code (12347890 as factory default). This code is used to authenticate and access the
menu.
You can access this menu within the first 5 minutes after the device has been powered up,
after which it becomes inaccessible.
Once in Service Conguration Menu, the following actions can be performed:
4.1 Software Factory Reset
If you need to reset the device to its factory default settings, please follow these steps:
Within the first 5 minutes after the device has been powered up
The green LED will blink, indicating that the keypad is ready to be con-
gured.
9# 8 0
7
32 4
1
Insert:
5# 2 0
0
A conrmation beep will sound and all indication LEDs will
light up for a few seconds. Then, the device will automatically
restart and return to the idle state.
Insert:

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To clear all stored user PIN codes from the device’s memory, please follow these steps:
4.3 Change User Configuration Code
4.2 Delete All User PIN Codes
2# 3 1
4
The User Conguration Code has been changed. The keypad
will go back to Service Conguration Menu and is ready to
perform another Service Conguration action.
The red LED will blink slowly. Insert a new User Congura-
tion Code between 4 to 8 digits
Example:
Insert: 1 #
A conrmation beep will sound to indicate that all the stored
PIN codes have been deleted.
0# 5 0
2
Insert:
The keypad will return to the Service Conguration Menu and
will be ready to perform another action.

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USER MANUAL - CT1000 v2-ENG-04-23
4.4 Change Service Configuration Code
The light indications for different device states can be customized as follows:
4.5 Light indications
Example:
Example:
The Service Conguration Code has been changed. The keypad go
back to Service Conguration Menu and is ready to perform another
Service Conguration action.
9# 8 0
7
32 4
1
The green LED will blink slowly while the yellow LED will blink rapidly
until the new Service Conguration Code is inserted again to conrm
the action. Insert the same code again.
9# 8 0
7
32 4
1
The green LED will blink slowly. The keypad is ready to receive a new
Service Conguration Code. Insert a code that is between 4 to 8 digits.
Insert: 2 #
The green and red LEDs will blink slowly.
To access the LED conguration menu:
Insert: 3 #

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4.5.1 Idle State Indication
4.5.2 Output2 Active State Indication
4.5.3 Wrong PIN Inserted Indication
Is the device normal state, it remains idle until a user action is performed.
This will show when OUTPTU2 is active (regardless of whether it’s oating or GND as output signal)
by a right user PIN code inserted or a REX input triggered for example.
To customize these three congurations, the desired LED can be turned ON or OFF by pushing 1 to
toggle the yellow LED, 2 to toggle the green LED, and 3 to toggle the red LED. Once the indication
is as desired, push # to save it.
The device shows the current Idle State indication. The yel-
low LED ON as default.
Insert: 1 #
The device shows the current OUTPTU2 Active State indica-
tion. The yellow and green LED’s ON as default.
Insert: 2 #
The device shows the current Wring PIN Inserted indication.
The red LED ON as default.
Insert: 3 #
#
Insert: To save the changes. After each customization,
the device returns to the Light Indications menu,
and another conguration can be performed.
LED’s
Values to toggle the LED’s:
Yellow Green Red
1 2 3

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USER MANUAL - CT1000 v2-ENG-04-23
4.5.4 Back Lights Configuration
The device turns OFF all indication LED’s and shows the cur-
rent Back Lights State.
As default the Back Lights are turned ON for 5 seconds when
a key is touched, after what the lights turns OFF again. This
state is indicated by a slow blink of the Back Lights.
Insert: 4 #
To toggle the back lights state.Insert: 4
Three states are allowed:
• Always ON
• Always OFF
• Turn ON for 5 seconds when a key is touched
(indicated by a slow blink of the Back Lights).
#
Insert: To save the changes. After each customization,
the device returns to the Light Indications menu,
and another conguration can be performed.

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The device’s outputs can be congured with the following parameters:
1. Normal Mode: In this mode, the output is oating in idle state and grounded when active.
2. Toggle Mode: In this mode, the output toggles between oating and grounded states each
time it’s activated. The output state in this mode is maintained even if the device is pow-
er-cycled, to avoid wrong initial states after a power cut.
3. Inverted Mode: In this mode, the idle state is grounded and the active state is oating.
When the output is congured in Normal or Inverted mode, an activation time must be set, which
can range from 1 second to 12 hours.
4.6 Outputs Configuration
The yellow LED will blink slowly for Output1.
Insert: 4 #
Insert: 5 #
For Output 1
For Output 2
OR
The yellow and red LED’s will blink slowly for Output2.
The Output Conguration has been changed. The keypad will go back to
Service Conguration Menu and is ready to perform another Service Cong-
uration action.
Insert: 2 # For Toggle Mode

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USER MANUAL - CT1000 v2-ENG-04-23
Insert: 1 #
An activation time must be set.
The yellow LED blinks to indicate time conguration. Insert time
in hours (between 0 to 12) to activate the correspondent output.
Insert: 3 #
For Normal Mode
For Inverted Mode
Or
The yellow LED will blink slowly and the green LED will blink fast,
indicating that the device is waiting for a time in minutes , insert
a time between 0 and 60.
The yellow and green LEDs will blink slowly and the red LED will
blink fast. Insert a time in seconds between 1 and 60.
#
Insert: To conrm.
#
Insert: To conrm.
#
Insert: To save the changes. The device returns to the
Service Conguration menu, and another con-
guration can be performed.

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4.7 Feedback
This function allows changing the exBuzzer input behavior to use it as a Feedback input.
When the congured input is Active, it will switch to an Inactive state once the Feedback input is
triggered (grounded).
This feature is particularly useful when using a sensor to detect if a door is open or locked. After
the user enters a valid PIN, the output is activated to grant access and the door can be opened.
Once the door is closed, the feedback input detects the door state through the sensor and disables
the output immediately to deny access until another valid PIN is entered, instead of waiting for the
output timeout to expire.
To use the Feedback input, only one Output can be congured at a time, and the Feedback activa-
tion edge must be set. This can be done in two ways:
• High to Low: the input is in idle state when it’s Floating (not connected) and triggers the Feed-
back effect when the state changes from Floating to GND.
• Low to High: the input is in idle state when it’s grounded (GND) and triggers the Feedback
effect when the state changes from GND to Floating.
The green and yellow LED’s will blink slowly .
Now an Output can be selected to work with
the Feedback input.
Insert: 6 # To congure the
Feedback function
Insert: 0 # To disable the Feedback function. exBuzz Input
returns to its default state, which activates the
Buzzer when grounded

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USER MANUAL - CT1000 v2-ENG-04-23
Insert: 1
Insert: 2
For High to Low Flank
For Low to High Flank
OR
#
Insert: To save the changes. The device returns to the
Service Conguration menu, and another con-
guration can be performed.
Insert: 1 #
Insert: 2 #
For Output 1
For Output 2
OR
The green LED will blink rapidly to indicate that a trigger ank needs to be
congured.

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4.8 Special Functions
You can enable or disable four special functions:
1. Mute: To turn ON/OFF the device’s sound.
2. Service Code Timeout: By default ON, it means you can only use the Service Conguration
Code within the rst 5 minutes after powering up. When this option is turned OFF, the Service
Conguration Code will work anytime.
3. Hold Function: This is a special type of hold function that changes the behavior of the ex-
Buzzer input to a kind of feedback control. To grant access to a user, the exBuzzer input needs
to ‘conrm’ the action by be grounded every time a valid code is entered. If no conrmation is
received after 1 minute, the device returns to idle state.
4. Rolling Code: You no longer need to press ‘#’ to conrm a PIN entry. The PIN code is evalu-
ated immediately after 4 digits are entered. This mode only works with 4-digit user PIN codes.
To enter the Service Conguration Code (8 digits), press ‘#’ 4 times to disable the 4-digit re-
striction for 10 seconds.
You can enable or disable the four special functions by pressing the corresponding key. The LED
indicators will show whether a function is enabled (Green blinks) or disabled (Red blinks):
The green, yellow and red LED’s will blink
slowly.
Insert: 7 # To congure the
Special Funcitons
Insert: 1For Mute
Function ON
Insert: 2For Service Code Timeout
Function OFF
Insert: 3For Hold Function
Insert: 4For Rolling Code
#
Insert: To save the changes. The device returns to the
Special Functions menu, and another congu-
ration can be performed.

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USER MANUAL - CT1000 v2-ENG-04-23
In the next example, we use 5 as Splitter. It congures all user PIN codes from 1 to 4 to activate
Output1 and all user PIN codes from 5 to 200 to activate Output2. The Bell Key , doesn’t acti-
vate the Output1 anymore, it is used to clear the PIN code buffer in stead.
Note that if the congured value is 0 (default conguration), all User PIN codes activates Output2
and only the Bell Key , activates Output1.
0123456
Bell Key for Output1
PIN1
PIN2
PIN3
PIN4
PIN5
PIN6
Output2
This function uses an User PIN Output Assignation Array to assign a dened Output to a group of
user PIN’s. As default, this array looks like follows:
The device, as default, is congured to activate Output2 (yellow wire) every time a valid code is
inserted. Besides, the Output1 (white wire) is activated every time the Bell Key is pushed.
To change this default behavior:
4.9 Splitter and Bell Function
If the congured value is not 0, the Bell Key is disabled and we assume this value as a Splitter
position for the User PIN Output Assignation Array, where all positions behind the Splitter activates
Output1, and all positions in front of the Splitter and inclusive the Splitter itself activates Output2.
193 194 195 196 197 198 199 200
PIN193 PIN194 PIN195 PIN196 PIN197 PIN198 PIN199
PIN200/ALWAYS Output 2
. . . . . .
Splitter 0
Enter: 7 #
The yellow and green LED’s will light solid until a Splitter
value position is inserted.

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USER MANUAL - CT1000 v2-ENG-04-23 USER MANUAL -CT1000 v2-ENG-04-23
1 and 200 are considered “special values”. If the Splitter value is 1, all user PIN’s activates Output2,
whereas if the Splitters value is 200, all user PIN’s activates Output1. In both cases, the Bell Key 
function is used only to clear the PIN code buffer and doesn’t activate Output1.
Output1 Output2
Splitter 5
Disabled
0123456
Bell KeyBell Key at Output1at Output1
PIN1 PIN2 PIN3 PIN4
PIN5
PIN6
193 194 195 196 197 198 199 200
PIN193 PIN194 PIN195 PIN196 PIN197 PIN198 PIN199
PIN200/ALWAYS Output2
. . . . . .
Output2
Splitter 1
Disabled
0123456
Bell KeyBell Key for Output1for Output1
PIN1
PIN2 PIN3 PIN4 PIN5 PIN6
193 194 195 196 197 198 199 200
PIN193 PIN194 PIN195 PIN196 PIN197 PIN198 PIN199
PIN200/ALWAYS Output 2
. . . . . .
Output2
Splitter 200
Disabled
01 2 3 4 5 6
Bell KeyBell Key for Output1for Output1
PIN1 PIN2 PIN3 PIN4 PIN5 PIN6
193 194 195 196 197 198 199 200
PIN193 PIN194 PIN195 PIN196 PIN197 PIN198 PIN199
PIN200/ALWAYS Output 2
. . . . . .
Output1
#
1
Enter:
The keypad go back to User Conguration Menu
and is ready to perform another action. All user
PIN codes from 1 to 200 activates Output2
#
5
Enter:
The keypad go back to User Conguration Menu
and is ready to perform another action. All user
PIN codes from 1 to 4 activates Output1 and all
user PIN codes from 6 to 200 activates Output2
#
0
2
Enter:
The keypad go back to User Conguration Menu and is
ready to perform another action. All user PIN codes from
1 to 199 activates Output1, PIN 200 activates Output 2
0

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USER MANUAL - CT1000 v2-ENG-04-23
It’s possible to customize the output and its behavior for specic users. In this menu, you can as-
sign a custom output to a specic user, that can be different from the default output signed by the
Splitter. This customized output can be congured as Normal (with a default Output timeout - refer
to section 4.4 “Outputs Conguration” to choose a timeout) or Toggle, but only for the selected
user.
To customize the output and behavior for a specic user, follow these steps:
4.10 Custom User Output
e yellow and green LED’s will blink slowly, and the red LED will blink
rapidly. Choose whether the customized output should be congured as
Normal by entering 1 or Toggle by entering 2, for the selected user.
#1
Example:
The yellow and red LED’s will blink slowly, and the green LED will
blink rapidly.
Assign a custom output to the user by entering 1 for Output1 or 2
for Output2.
#
3
2
The red and green LED’s will blink slowly, and the yellow LED will
blink rapidly.
Choose the user for whom you want to customize the output,
insert a user position between 1 and 200, and make sure that the
position contains already a PIN code.
Example:
#9
Insert:
Enter the menu to customizing User Outputs:
#
Insert: To save the changes. The device returns to the
Service Conguration menu, and another con-
guration can be performed.

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5. HARDWARE FACTORY RESET
If you need to reset the device to its factory default settings, please follow these steps:
5. Disconnect the REX (blue wire) and the ex-
Buzzer (brown wire). The device is now ready to
be used again and all congurations are set as
factory default.
4. Disconnect the Power Supply, ensure the
device is not powered.
Power
Supply
+VDC
-GND
3. Connect the Power supply again and
power the device. All three LED’s turns
ON and the buzzer makes a conrmation
beep.
Power
Supply
+VDC
-GND
2. Connect the REX (blue wire) with
the exBuzzer (brown wire).
Power
Supply
+VDC
-GND
1. Disconnect the Power Supply, en-
sure the device is not powered.
Power
Supply
+VDC
-GND

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USER MANUAL - CT1000 v2-ENG-04-23
7. TECHNICAL SPECIFICATIONS
Device measures: 50.3 mm x 130.3 mm x 8 mm
Power source: 9 to 24 VDC (12VDC Recommended)
Power consumption on Idle: 3.96 mA at 12VDC
Inputs: exGreen, exRed, exBuzzer and REX [Active LOW (-/GND)]
Outputs: Output1 and Output2, Open Collector [Active LOW (-/GND)]
Protection rate: IP67
Environmental conditions: Temperature: -35°C to +66°C
Color: White or Black.
6. REX INPUT
REX means Request to EXit. In the CT1000 v2, the REX input will produce Output2 activa-
tion as a consequence of someone attempting to egress through a door.
REX is used for three primary reasons:
First, access control systems may control doors which are also being monitored for security
management, to indicate exception conditions on remote monitoring equipment.
Second, access control systems may utilize electrically actuated bolts, electromagnetic lock,
shear locks, or a combination of locking devices which do not provide an integral means
of manually unlocking the door to allow free egress. For the majority of applications, build-
ing and Fire Codes will mandate that any door along the path of egress (and most internal
doors) allow free egress at all times.
There are exceptions, but these exceptions generally apply to institutional applications (such
as detention facilities or psychiatric wards), government high security and special locking
arrangements (such as delayed egress). Suitability of an opening for anything other than
Free Egress will always be ultimately determined by the AHJ (Authority Having Jurisdiction).
There may be times when more than one AHJ may be involved, in which case conicts
between them have been known to occur, as each may interpret the code differently. The
bottom line is that for those situations where the electric locking device does not have any
integral means of unlocking it for free egress, the REX input becomes a critical elements to
the system behavior.