Eden C1P2FXBT, C1P2FX Technical Manual

C1P2FX C1P2FXBT

Access control

Technical manual

Technical manual C1P2FXBT – V1.7 p 2/28

Technical manual C1P2FXBT – V1.7 p 3/28

Contents

Contents ................................................................................................................................. 3

Acknowledgement ................................................................................................................. 4

Information and Recommendations ..................................................................................... 5

Technical characteristic ........................................................................................................ 6

1) C1P2FX ........................................................................................................................... 6

2) C1P2FXBT ...................................................................................................................... 6

Typical arrangement for connection .................................................................................... 7

1) Active aerial ..................................................................................................................... 7

2) Identification technology using the WIEGAND / Clock&Data protocol ............................. 8

3) SOLO Reader (RS485) ................................................................................................... 9

4) BIOVEIN Reader (RS485) ............................................................................................. 10

5) Extension modules INFX2 and OUTFX2 (RS485) ......................................................... 11

Typical connection arrangement ........................................................................................ 12

1) Power failure door activator and electromagnetic door lock triggered by a power failure12

2) Standard door activator: triggered by a voltage pulse ................................................... 13

Using the menus .................................................................................................................. 14

1) Main menu ..................................................................................................................... 14

2) Using the control unit keys............................................................................................. 15

Use in centralized mode ................................ ................................ ................................ ...... 21

1) RS485 network .............................................................................................................. 21

2) Other communication methods ...................................................................................... 22

3) DONGLE Installation ..................................................................................................... 22

Connector blocks ................................................................................................................. 23

C1P2FX / C1P2FX BT ........................................................................................................... 23

C1P2FX / C1P2FX BT ........................................................................................................... 24

1) Connecting to the power supply .................................................................................... 24

2) Connecting the battery (not supplied) ............................................................................ 24

Check list .............................................................................................................................. 25

Notes ..................................................................................................................................... 26

Technical manual C1P2FXBT – V1.7 p 4/28

Acknowledgement

Dear client,

You have just purchased a “C1P2FX” control unit built by EDEN INNOVATIONS.

The entire EDEN INNOVATIONS team would like to thank you for your interest as well as your confidence in our security solution.

We hope that you will be completely satisfied with the level of security it provides for your company’s premises.

Should you have any comments, please contact us via our web site at

www.eden-innovations.com

The EDEN INNOVATIONS team.

Technical manual C1P2FXBT – V1.7 p 5/28

Information and Recommendations

o Pursuant to European directive UTE C00-200, incorporating directives 89/336 EEC and

92/31 EEC, C1P2FX complies with the following standards:

1. NF EN 50081-1 governing electromagnetic radiation, and

2. NF EN 50082-1 governing electromagnetic susceptibility.

o Cabling recommendations: the cables used to connect readers, the network, and other peripherals must be installed in accordance with the instructions for Level 2 (protected environment) of standard NF EN 61000-4-4.

o This product must be installed by an approved company. Incorrect installation and use may result in electric shock or fire. Before installation, read the technical information and comply with the recommendations for installing the product.

o Once the power is turned off, all the internal capacitors will discharge themselves to a safe level after 60 seconds under normal conditions. However, in the event of a power failure, the charge may be maintained for much longer and suitable precautions should be taken before handling the product.

Technical manual C1P2FXBT – V1.7 p 6/28

Technical characteristic

1) C1P2FX

Maximum power consumption ........ 300 mA

Power supply voltage ...................... 9 – 14VDC

Weight including the housing .......... 1.05 kg

Housing dimensions ........................ 175 x 154 x 46 mm

........................................................ 6.89 x 6.06 x 1.81 in

Operating temperature .................... -20°C to +50°C

........................................................ -4°F to 122°F

Control relay .................................... 1A / 12V – 1A / 24V

2) C1P2FXBT

Weight including the housing .......... 3 kg

Housing dimensions ........................ 348 x 234 x 96 mm

13.7 x 9.21 x 3.78 in

Operating temperature .................... -20°C to +50°C

........................................................ -4°F to 122°F

Built-in 230 V power supply:

Output voltage ................................. 12V

Maximum output current ................. 5A

Battery connection .......................... 12V, 7Ah (dim. l x d: 151 x 65 mm; 5.94 x 2.56 in)

Control relay .................................... 1A / 12V – 1A / 24V

Technical manual C1P2FXBT – V1.7 p 7/28

3 wires

100 m (228 ft)

Ø

0.6 mm (1/30 in) (SYT recommended)

Radio receiver

(JCM, TECHNO EM,…)

Typical arrangement for connection

1) Active aerial

Data sheet:

Characteristic: Sensitive connection Screen: Mandatory Simply connect the three wires on the reader to the control unit terminal block as shown.

Note: Do not position the control unit-receiver wires close to other live or high voltage cables

and specifically not close to 230 V cables or higher.

Technical manual C1P2FXBT – V1.7 p 8/28

5 wires (3 pairs recommended)

150 m (342 ft)

Ø

0.6 mm (1/30 in) (SYT recommended)

Note: If you use an external

power source to power your proximity card readers, ensure that you connect

the various earths to the one on the control unit.

WIEGAND:

o Proximity card readers

(HID, STID, DESTEIR, INDALA,

etc.) o Keypads (XPR, etc.) o Biometric readers (SAGEM, etc.) o Radio receivers (JCM, TECHNO

EM, etc.) o DALLAS (via TMCD20 interface)

CLOCK&DATA:

o Magnetic strip readers o Bar code readers o Proximity card readers

LED

DATA0 / DATA

DATA1 / CLOCK

0V

+12V/100mA max

2) Identification technology using the WIEGAND / Clock&Data protocol

Data sheet:

Characteristic: Sensitive connection Screen: Mandatory Simply connect the three wires on the reader and the power supply to the control unit terminal

block as shown.

Note: The Do not position the control unit-receiver wires close to other live or high voltage

cables, and specifically not close to 230 V cables or higher.

Note: Each reader can accept a different technology (e.g. Reader 1 in Wiegand, Reader 2 in

Clock&Data).

Technical manual C1P2FXBT – V1.7 p 9/28

Note: You can connect up to 2 SOLO with

a C1P2FX

A B

SYT recommended

1200m (2730 ft) Max

Ø 0.6 mm (1/30 in)

2 pairs recommended

+

12V DC supply

3) SOLO Reader (RS485)

Data sheet:

Be sure to use the same pair for A and B Be sure to separate the supply from the RS485 bus

Characteristic: Sensitive connection Screen: Mandatory To reach 1200 m (2730 ft), you must fit a 120 resistor between points A and B at each end of

the network (see above).

Attention: The total length must not exceed the recommended distance.

Technical manual C1P2FXBT – V1.7 p 10/28

RS485

Note: You can connect

up to 2 BIOVEIN with a C1P2FX

A B

SYT recommended

1200m (2730 ft) Max

Ø 0.6 mm (1/30 in)

2 pairs recommended

+

12V DC supply

4) BIOVEIN Reader (RS485)

Data sheet:

Be sure to use the same pair for A and B Be sure to separate the supply from the RS485 bus

Characteristic: Sensitive connection Screen: Mandatory

To reach 1200 m (2730 ft), you must fit a 120 resistor between points A and B at each end of the network (see above).

Technical manual C1P2FXBT – V1.7 p 11/28

You can connect:

o 10 INFX2 maximum to a C1P2FX o 10 OUTFX2 maximum to a C1P2FX

ALIMENTATION 12Vcc

RS485

12V DC supply

A B

SYT recommended

1200m (2730 ft) Max

Ø 0.6 mm (1/30 in)

2 pairs recommended

5) Extension modules INFX2 and OUTFX2 (RS485)

Data sheet:

Be sure to use the same pair for A and B Be sure to separate the supply from the RS485 bus

Characteristic: Sensitive connection Screen: Mandatory

To reach 1200 m (2730 ft), you must fit a 120 resistor between points A and B at each end of the network (see above).

Attention: The total length must not exceed the recommended distance.

Technical manual C1P2FXBT – V1.7 p 12/28

Power supply

+12V 0V

Non-return diode

Typical connection arrangement

1) Power failure door activator and electromagnetic door lock triggered by a pow- er failure

Note: In order to avoid all the random malfunctions that may interfere with proper use of the

system caused by return currents, it is essential to use and connect the non-return diodes supplied with the control unit in accordance with the wiring diagram above.

Even when using an additional secured power supply for locking, which is separate from the control unit power supply, it is essential to follow the wiring diagram above.

Technical manual C1P2FXBT – V1.7 p 13/28

Non-return diode

Power supply

+12V 0V

2) Standard door activator: triggered by a voltage pulse

Note: In order to avoid all the random malfunctions that may interfere with proper use of the

system caused by return currents, it is essential to use and connect the non-return diodes supplied with the control unit in accordance with the wiring diagram above.

Even when using an additional secured power supply for locking, which is separate from the control unit power supply, it is essential to follow the wiring diagram above.

Technical manual C1P2FXBT – V1.7 p 14/28

P. 35

P. 39

P. 36

P. 39

P. 36

P. 40

P. 37

P. 40

P. 37

P. 40

P. 37

P. 40

P. 37

P. 40

P. 37

P. 40

USER MANAGEMENT

CONFIGURE

READER 1

VIEW EVENTS

CONFIGURE

READER 2

CONTROL DEVICE

MANAGEMENT

DEVICE TIME

PERIODS

CONTRAST

ADJUSTMENT

USER ACCESS

PERIODS

CLOCK ADJUSTMENT

PUBLIC HOLIDAYS

COMMUNICATION

MODE

CONFIGURE

SITE CODES

CONTROL UNIT

INFO

CONTROL UNIT

CONFIGURATION

DISTRIBUTOR CODES

QUIT MENU?

Using the menus

The control unit has a configuration menu. To access it, press one of the four buttons below the display.

To navigate the menus, use the “+” and “-” keys. To go back to a menu, use the “V” key. To quit, press “C” and then “V”.

1) Main menu

Technical manual C1P2FXBT – V1.7 p 15/28

User management

The sub-menu is made up of

Example: To enter the number 1.

BROWSE THE LIST?

DELETE USERS?

CREATE USERS?

USER MANAGEMENT

FIRST NUMBER: _

FIRST NUMBER: 1_

Confirm Key

(Confirms a menu /

a value entered)

( V )

Scroll Up Key

( + )

Cancel key

(Leaves a menu /

cancels a value

entered)

( A )

Scroll Down Key

( - )

« - »

2) Using the control unit keys

The control unit has four keys laid out as below:

Once the sub-menu is selected, press the “V” key.

o Create users

Once the menu is confirmed, the control unit asks you to enter the first number.

To do this, scroll through the chosen numbers, using the “+” and “-” keys. To confirm, release the keys for at least a second. Continue like this until the number is complete.

• You can then confirm it by pressing the “V” key. To erase a figure, press the “A” key.

• Now enter the quantity in the same way and the user authorizations (authorized users as well as

the access time range).

• A summary shows you what data you have entered.

• To confirm, press the “V” key.

Technical manual C1P2FXBT – V1.7 p 16/28

Press the “V” key to start enrolment, otherwise

press “C”.

View events

Control device management

ENROLL? (V) YES (C) NO

VIEW EVENTS

CONTROL DEVICE

MANAGEMENT

o Deleting users: Users are deleted in the same way that they are added.

o Browse the list

This menu allows you to check the list of users registered in the control unit. The “N:” indicates

the user number allocated when it was created while the figure in brackets indicates its position in the list.

To scroll through the users, use the “+” and “-” keys. To modify the selected user, press the “V” key.

You can then choose to modify or delete the selected user. To modify a user, the following menu appears: If a SOLO or BIOVEIN is connected to the control unit, the following menu appears:

If you want this user to become an “Administrator” (function allowing the enrolment of another user without even opening the control unit enclosure), press the “V” key, otherwise press “C”.

• Select the badge status (In service, Not allowed, Badge stolen, Suspended).

• Select the authorisations on readers 1 and 2.

• Select the access time range.

• Enter a surname.

• Lastly, enter a first name.

• The control unit allows the storage of the last 10,000 events.

• To navigate the different events, use the (+) and (-) keys.

• To display the badge number, then the name of the user concerned by the event (if such is the case), confirm using the “C” key.

This menu allows you to activate or deactivate the programmed control devices using an external software package. For this, scroll through the various devices then, using the “V” key, activate or deactivate them.

Technical manual C1P2FXBT – V1.7 p 17/28

Contrast adjustment

Clock adjustment

Communication mode

Control unit information

Control unit configuration

CONTRAST

ADJUSTMENT

CLOCK ADJUSTMENT

ADJUSTING MONDAY

11:09 26/07/06

COMMUNICATION

MODE

CONTROL UNIT

INFO

CONTROL UNIT

CONFIGURATION

This menu allows you to adjust the contrast of the display using the “+” and “-” keys. To exit the menu, press the “V” key.

This menu allows adjustment of the clock. The display appears as below:

• The fixed cursor indicates the data which you are modifying (in this case, Monday).

• Use the “V” key to move between the data to be configured.

• Use the “+” and “-” keys to modify the data.

This menu allows you to define the communication address (between 1 and 32) using external software (like SenatorFX or SenatorFX.NET). It also allows you to define the communications mode (RS485 / MOD-TCPIP) to communicate with EDEN software.

This menu also allows you to force stand-alone mode if your control unit was previously configured by software and you now wish to go back into stand-alone mode.

Here you will find the control unit version and its serial number.

Scroll through the different numbers, using the “+” and “-” keys. The “V” key is used to confirm a parameter. The “C” key cancels the entered parameter.

Technical manual C1P2FXBT – V1.7 p 18/28

Select the input to use as well as the type of contact, to watch for unauthorized entry into the enclosure.

Two successive swipes of a badge through the same reader not allowed. For this, a valid badge must enter through an entry reader and exit via an exit reader. (The readers must therefore be configured in the corresponding menu).

Activate / Deactivate the control unit’s radio input.

Select the anti time back delay (time after which a badge outside the cycle can re-enter/exit again).

Select the transit delay time (maximum time after which a badge accepted on reader 1 will not be on reader 2 and vice versa).

Activate / Deactivate the summer / winter time function.

Defines the reader alert level to be recognised by the control unit.

Defines the communication protocol to be used for reader 1. Scroll through the different types of reader, using the (+) and (-) keys.

HID

Management of Wiegand protocols (management of the last bits sent by the reader). The number of bits is configurable between 16 and 32.

HID Decimal

Management of Wiegand decimal protocols (management of the last bits sent by the reader). The number of bits is configurable between 16 and 32.

Wiegand custom

Choice between 26-bit Wiegand (with or without management of site code) and 30-bit Wiegand (with or without management of site and distributor codes).

ABA / ISO2

Management of ABA protocol (management of the last characters sent by the reader). The number of characters is configurable between 5 and 8.

SOLO

Management of a SOLO reader with fingerprint recognition.

BIOVEIN

Management of a BIOVEIN reader with recognition of the vein network.

UNAUTHORISED ENTRY INTO ENCLOSURE

ANTI-PASS-BACK

DEACTIVATED

RADIO INPUT?

ACTIVATED

ANTI-TIME-BACK

DEACTIVATED

TRANSIT DELAY

DEACTIVATED

SUMMER/WINTER TIME?

DEACTIVATED

ALERT LEVEL?

0

STANDARD READER

TYPE 1

This menu comprises:

The following types of reader are available:

Technical manual C1P2FXBT – V1.7 p 19/28

Same as the previous menu.

Configure reader 1

Allows the definition of reader 1 for entry and exit. By default the reader is neutral.

Allows indication of the output to be used to control an opening device.

Allows adjustment of the delay during which the relay will be activated (between 1 and 255 seconds for pulse or bistable mode).

Allows definition of the input used for the push button.

Same as the push button but for the door contact.

Reader status (Automatic mode / Maintained open / Maintained closed).

Reader free access time range (select here a device time range).

Configure reader 2

STANDARD TYPE 2

READER

CONFIGURE

READER 1

NEUTRAL APB

BEHAVIOUR

OPENING CONTROL?

NEUTRAL

OPENING TIME?

5 SEC.

PUSH BUTTON

DEACTIVATED

DOOR CONTACT

DEACTIVATED

READER STATUS:

AUTO MODE

FREE ACCESS?

DEACTIVATED

CONFIGURE

READER 2

For the SOLO and BIOVEIN type reader you must enter its identifier (ID on the product serial number label and its security level (false acceptance rate) and its sensitivity level (detection of the presence of a finger on the sensor).

Scroll through the different numbers, using the “+” and “-” keys. The “V” key is used to confirm a parameter. The “C” key cancels the entered parameter.

This menu comprises:

Profile of the different readers. Each reader can function differently depending on the control

unit’s current alert level. For this you have three configurable profiles (one per alert level), as follows:

Profile 1:

Profile 2 then 3: identical to profile 1

This menu allows the configuration of reader 2 identical to reader 1.

Technical manual C1P2FXBT – V1.7 p 20/28

Automated devices time periods (and free access)

User access periods. You can set up to 64 time ranges

over 10 days (Monday to Sunday plus public holidays) of 10 periods per day for users.

Public holidays. You can configure up to 32 renewable periods (or not) on the control unit. To add a holiday or list of specific days, proceed as follows:

Scroll through the days, months and years and then press

“V” to confirm.

When you choose “ACTIVATED”, once the date has

passed, the holiday or period will automatically be renewed for the following year.

Configure site codes. Here you can configure up to 16 site codes for the control unit. For this, scroll through the list, confirm with the “V” key and then enter your site code.

Configure distributor codes. Here you can configure up to 16 distributor codes for the control unit. For this, scroll

through the list, confirm with the “V” key and then enter

your distributor code.

Quit the menu. Allows you to quit the configuration menu.

DEVICE TIME

PERIODS

USER ACCESS

PERIODS

PUBLIC HOLIDAYS

FROM 01/01/00 TO 01/01/00

RENEWAL?

DEACTIVATED

CONFIGURE

SITE CODES

DISTRIBUTOR CODES

QUIT MENU?

MONDAY (1)

00:00 TO 00:00 OK

Time period

Day of the week

Period number

End of configuration

You can set up to 32 time ranges over 8 days (Monday to Sunday plus public holidays) of 10 periods per day.

1) Select the range to be configured using the “+” and “-” scroll keys, then press “V” to confirm.

2) Configure your time range.

The display is as follows:

When the cursor flashes, this means that you have to choose the object to configure (Day /

Period number / Time / End of configuration). Scroll through the different objects using the “+” and “-” keys then press “V” when you have chosen the object to be configured. The cursor then

becomes fixed.

3) Configure the times. Once the object “Time” (00:00 TO 00:00) has been selected, use the “<”

and “>” keys to determine the times, then press “V” to advance the cursor through the different

times.

4) End of configuration. Position the flashing cursor on “OK” then confirm using the “V” key.

The configuration is done in the same way as for the time ranges for the devices.

Select a period, then “Modify”, confirming with the “V” key.

The following message then appears:

To return a period to zero, select “ERASE” for the desired period and then confirm via the “V” key.

Technical manual C1P2FXBT – V1.7 p 21/28

A B

SYT recommended

1200m (2730 ft) Max

Ø 0.6 mm (1/30 in)

2 pairs recommended

0V A B

C485FX

For more information,

please refer to the

technical documentation

for this product

A B

Use in centralized mode

It is essential that you configure an address for your control unit.

To do this, use the control unit menu and go into the “Communication mode” menu to enter the

control unit address (1 to 32).

1) RS485 network

(?) Data sheet:

Be sure to use the same pair for A and B Be sure to separate the supply from the RS485 bus

Characteristic: Sensitive connection Screen: Mandatory

To achieve 1200m (2730 ft), you need to install a 120 resistor at each end of the network between

points A and B (see above).

Note: The control units are connected in parallel. It

is possible to go from one control to another or to several control units: in all cases, the total length must not exceed the recommended distance.

Technical manual C1P2FXBT – V1.7 p 22/28

Communication

method

Description

Reference

Ethernet network (TCP/IP): LAN, WAN, VPN, ADSL, WLAN (WIFI)

Wired connection of an RS485 bus on several control units to the Ethernet network

C485FX + MOD-TCPIP

Wired connection of a single control unit to the Ethernet network

MOD-TCPIP

DONGLE

Description

DONGLEFXCD16

License to connect up to 16 readers

DONGLEFXCD64

License to connect up to 64 readers

DONGLEFXCD512

License to connect up to 128 readers

Dongle

FX

2) Other communication methods

For more information on these different modules, please refer to the technical documentation supplied with each module.

3) DONGLE Installation

Technical manual C1P2FXBT – V1.7 p 23/28

T R Com Auto LED

+12V GND Entry 3 / Clock / Data1 Entry 4 / Data / Data 0 LED GND Push button Door contact Conditional Input Com NC NO

+12V

GND

B A

+12V GND

Power supply

BUS 485 PC

BUS 485

Expansion card

S GND +12V

Active aerial

Reader 2

GND

A B

+12V

GND

Entrée3 / Clock / Data1

Entrée 4 / Data / Data0

LED

GND

Bouton-Poussoir

Contact Porte

Conditional Input

Com

NC

NO

Relay

Control

Relay

Reader 1

Connector blocks

Technical manual C1P2FXBT – V1.7 p 24/28

230V~

Phase Earth Neutral

Battery

+12V 0V

a. Unscrew the 2 mounting screws on the

battery holder.

b. Position your battery (connectors facing

the power supply).

PASS/C1P2FX

+12V 0V

Mounting screw

Battery holder

C1P2FX / C1P2FX BT

1) Connecting to the power supply

2) Connecting the battery (not supplied)

Battery to be used: 12V, 7Ah (dim. l x d: 151 x 65 mm; 5.94 x 2.56 in)

c. Connect your battery to the power supply using the cables supplied with the C1P2FX / C1P2FX

BT (ensure that you connect the “+” on the battery to the “+” on the power supply, and the same

for the “-”).

d. Re-attach the holder and check that your battery

Technical manual C1P2FXBT – V1.7 p 25/28

Check list

C1P2FX BT

 Serial number :  Connector block check :  Silk-screen print :  2 diodes :  Bag :  Screws 4*10 :  Allen key T2,5 :  Power cable red & black :

C1P2FX

 Serial number :  Connector block check :  Silk-screen print :  2 diodes :  Bag :  Screws 3*10 :  Allen key T 2 :

Technical manual C1P2FXBT – V1.7 p 26/28

Technical Support :

[email protected]

Notes

-------------------------------------------------------------------------------------------------------------------------------

Technical manual C1P2FXBT – V1.7 p 28/28

Zone Commerciale et Artisanale

670, route de Berre

13510 EGUILLES

France

www.eden-innovations.com