JCM Gamma Versus User Manual

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GAMMA VERSUS

MANUAL

COD. 1257066 Gamma VERSUS Manual v1.7

The contents of this manual is property of JCM TECHNOLOGIES S.A.

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GAMMA VERSUS MANUAL

1. 1.INTRODUCTION....................................................................................................................................4

2. INSTALLATIONSTYPES..............................................................................................................................5

2.1 Swing‐door.......................................................................................................................................5

2.2 Gate.................................................................................................................................................5

2.3 Sectionaldoor..................................................................................................................................6

2.4 Folding‐door....................................................................................................................................6

2.5 Rolling‐door.....................................................................................................................................7

2.6 Fast‐door..........................................................................................................................................7

3. ASSEMBLYANDINSTALLATION................................................................................................................8

3.1 Installationwithsupport.................................................................................................................8

3.2 Installationwithoutsupport............................................................................................................8

3.3 Reverseinstallation.........................................................................................................................9

4. PARAMETERS..........................................................................................................................................10

4.1 ON/OFFOptionparameters..........................................................................................................10

4.2 Numericparameters......................................................................................................................13

4.3 Switchparameters.........................................................................................................................16

4.4 Inputparameters...........................................................................................................................17

4.5 Outputparameters........................................................................................................................19

4.6 Statusparameters

5. LIGHTINDICATORS.................................................................................................................................21

6. DISPLAYMESSAGES................................................................................................................................21

6.1 Seriouserrors.................................................................................................................................21

6.2 Minorerrors...................................................................................................................................22

6.3 Warnings........................................................................................................................................23

7. VERSUSFUNCTIONS...............................................................................................................................24

7.1 Autoprogrammingfunction...........................................................................................................24

7.2 Hallortimemodefunction............................................................................................................25

7.3 Pedestrianfunction.......................................................................................................................

7.4 SpeedregulationandslowspeedmodeinACmotorsfunction...................................................27

7.5 ACmotorinternallimitswitchesandblockingdetectionfunction...............................................29

7.6 Autoclosingfunction......................................................................................................................31

7.7 Closebysecuritycontactfunction.................................................................................................32

7.8 Deadmanfunction.........................................................................................................................33

7.9 Nostoponopeningfunction.........................................................................................................

7.10 Radiobandfunction.......................................................................................................................35

7.11 Radiosensfunction........................................................................................................................37

7.12 Electrolockandreversestrikeatopenfunctions.........................................................................40

7.13 Backjumpfunction.........................................................................................................................42

7.14 Securitycontactautotestfunction................................................................................................43

7.15 Securityedgeautotestfunction....................................................................................................45

7.16 ClosingsecuritywirededgeorRadiobandinhibitionfunction.....................................................

7.17 Closingsecuritycontactinhibitionfunction..................................................................................48

7.18 Automatic8K2/opticalsecurityedgedetectionfunction.............................................................49

7.19 Flashandpre‐flashfunction..........................................................................................................51

7.20 Anti‐intrusivefunction...................................................................................................................52

7.21 Alarmfunction...............................................................................................................................53

7.22 Panicfunction................................................................................................................................54

7.23 Hydraulicmodefunction...............................................................................................................55

7.24 Recharge

7.25 Passwordblockingfunction...........................................................................................................58

7.26 Trafficcontrolfunction..................................................................................................................59

7.27 Errorandwarningdisplayfunction...............................................................................................60

7.28 Openingfunctionwithpresencedetection...................................................................................61

maneuverfunction........................................................................................................57

.........................................................................................................................20

26

34

47

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7.29 Bollardcontrolmodefunction......................................................................................................62

7.30 Maintenancewarningfunction.....................................................................................................64

8. PROGRAMMINGOFMANEUVERS..........................................................................................................65

8.1 Doorpositioning............................................................................................................................65

8.2 DoorpositioninginDeadmanmode.............................................................................................65

8.3 Auto‐Programming........................................................................................................................66

8.4 Auto‐Programmingwithinternallimitswitchesdetection...........................................................67

8.5 ManualProgramming....................................................................................................................68

8.6 ManualProgrammingwithinternallimitswitchesdetection.......................................................69

8.7 ManualProgrammingwithslowspeedfunctionactivated...........................................................70

8.8 PedestrianProgramming...............................................................................................................72

9. PROGRAMMINGCODESINTHERECEIVER.............................................................................................73

9.1 ManualProgrammingMOTIONtransmitters................................................................................73

9.2 Programmingbyradio...................................................................................................................74

9.3 Reset..............................................................................................................................................74

10. ACCESSORIES..........................................................................................................................................75

10.1 VERSUS‐PROGportableprogrammer............................................................................................75

10.2 V‐POTcard.....................................................................................................................................78

10.3 V‐DPLAYcard.................................................................................................................................79

10.4 V‐EXPANDcard..............................................................................................................................82

10.5 Updator..........................................................................................................................................83

11. SAFETYINSTRUCTIONSFORINSTALLATION...........................................................................................86

12. SAFETYINSTRUCTIONSFOR

13. SAFETYINSTRUCTIONSFORMAINTENANCE..........................................................................................88

ANNEXA:SYMBOLOGY...................................................................................................................................89

THEUSE.....................................................................................................87

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GAMMA VERSUS MANUAL

1. INTRODUCTION

JCM presents a new generation of control panels with adaptable technology to your needs. With this new range, you set up the control panel, both software and hardware, in order to not to have more

functions than required, and satisfying the concept of "value for money" while applying all the technology and imagination.

In accordance to the European standard

A new range of control panels designed and prepared to fulfil the requirements of the EN 13241-1 standard applied to, industrial, commercial, garage... doors, and specially emphasizing the monitoring of a safe manoeuvre which is the object of the EN 12453 standard.

Design New range of control panels created to meet the needs of every installation. The range has been designed

following the modularity concept, allowing to customize the board from the very packaging to the software, as well as the options such as courtesy light, external push buttons, switch power, emergency stop button, wall mounted support, screws, hinges, the languages of the instruction manual... and others performances as the customization of the inputs and outputs.

Versatile control units

Under the concept Do It Yourself, the control unit can be customized as the real needs of the client. All the options and functions of the board can be configurated and modified from JCM (Software previously agreed), and be modified via radio, by proximity o through cable, directly on the board at the client offices or in the installation. Moreover, the design of the box allows installing it up / down and keeping the display always in the correct position.

Optimum reliability The new range of JCM control units covers the necessity about flexibility and cost optimization that more

and more is demanded by our customers, without putting aside the quality and innovation that characterizes JCM.

Time saving and more precision New pluggable cards designed to make configurations (potentiometers, display, LCD) in addition to the

digital programming used until now. The display card shows in every moment the status of the board and it is visible from the outside of the control unit. Also, new functions as parameters locking with password, maintenance warning and detection of the stop of the motor for mechanical top, are incorporated. The new VERSUSProg, programming tool, allows the board parameters adjustment without the necessity of cable connection. Also the configuration of the control unit can be done without removing it from its packaging.

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2. INSTALLATIONS TYPES

2.1 Swing-door

2.2 Gate

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2.3 Sectional door

2.4 Folding-door

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2.5 Rolling-door

GAMMA VERSUS MANUAL

2.6 Fast-door

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3. ASSEMBLY AND INSTALLATION

3.1 Installation with support

Unscrew the lower side screws. Separate the control unit from the support. Use support to make the holes in the wall, and screw the support with 4cm diameter wall screws. Hang the box on the support and screw the lower side.

3.2 Installation without support

Unscrew the 4 screws from the control unit to be released from the support. Open the door to the left. Present the box on the wall and mark the two holes with a pencil. Remove the box and make holes in the wall. Screw the box to the wall with screws, at least 4 cm in diameter.

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3.3 Reverse installation

The box of the control panel can be mounted upside down. This way the door can be opened to the right. To do this you only need to screw the box upside down, or mount the support upside down if included.

For the front keypad functions to be rotated, so that the arrows indicating up opens and the arrow indicating down closes, turn upside down the card VERSUS-DPLAY and VERSUS-POT plugged into the motherboard.

If you do not have any of them, the front keypad acts the opposite of what logically expected.

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4. PARAMETERS

The configurable parameters of the control panels are grouped by parameter type as follows. All these parameters depend on the installation type, used motor and used safety devices. Furthermore they

depend on the needs of each installation like maneuver timings, speeds of the door, etc…

4.1 ON/OFF Option parameters

The ON/OFF parameters allows enable or disable control panel functions according to the needs of each installation.

The parameters marked with the file in grey are only read parameters and they cannot be modified.

Num. Value On/off Description

Autoprogramming 0 – OFF Enables the autoprogramming function.

1 – ON

Auto close 0 – OFF Enables the autoclose function.

1 – ON

No stop on opening 0 – OFF Enables the non inversion at opening function.

1 – ON

Slow speed 0 – OFF Enables the slow speed.

1 – ON

Inhib.4cm

S.EDGE.CL Dead man 0 – OFF Enables the deadman function.

SEC.CL inhibition 0 – OFF Enables the closing safety contact inhibition function.

FC.OP installed

FC.CL installed

Open mechanical

stop

Close mechanical

stop

HALL mode

Time mode 0 – OFF Enables the opertion by Time, i.e. the position is controlled by counting

BackJump Open

BackJump Close 0 – OFF Enables the Back Jump after the closing movement is complete.

Customization ID

0 – OFF Enables the safety edge inhibition function during the last 4cm of the 1 – ON

1 – ON 1 – ON

0 – OFF

1 – ON

0 – OFF

1 – ON

0 – OFF

1 – ON

0 – OFF

1 – ON 0 – OFF

1 – ON

1 – ON 0 – OFF

1 – ON 1 – ON

0 – OFF

closing movement.

Indicates whether, during programming, the panel has found and memorised a limit switch on opening and, therefore, will act accordingly. In most cases, it will open until this is found, adding pulses or time if required. Indicates whether, during programming, the panel has found and memorised a limit switch on closure and, therefore, will act accordingly. In most cases, it will close until this is found, adding pulses or time if required. Indicates whether, during programming, the panel has found and memorised a mechanical stop on opening and, therefore, will act accordingly. In most cases, it will open until the mechanical stop is found, adding pulses or time if required. (Only available in control panels for DC motors). Indicates whether, during programming, the panel has found and memorised a mechanical stop on closure and, therefore, will act accordingly. In most cases, it will close until the mechanical stop is found. (Only available in control panels for DC motors). Enables the operation by pulses, encoder or Hall, i.e. the position is controlled by counting pulses.

time. Enables the Back Jump after the opening movement is complete.

Shows the customization number of the control panel.

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1 – ON

Soft stop 0 – OFF Enables the soft stop function.

1 – ON

Radio CH1/2 config

Open slow start pt. 0 – OFF Enables slow starter before moving at normal speed at the start of

Close slow start pt.

Virtual ground ref.

Reference

Autosearch

SEC.CL

programmed

Substr. Bjump

PROG

Closing by CSEC 0 – OFF Enables the closure by security contact.

HALL A type mode 0 – OFF Configures the HALL_A type (PNP/NPN) connected.

HALL B type mode

Limit switch DC Mot

Limit switch AC Mot

Limit opening

detected

Limit closing

detected

HALLB IN available 0 – OFF Enables the second Hall input (HALL_B).

0 – OFF 1 – ON

1 – ON 0 – OFF 1 – ON

0 – OFF

1 – ON

0 – OFF

1 – ON 0 – OFF

1 – ON

0 – OFF

1 – ON

1 – ON 0 – OFF 1 – ON

0 – OFF 1 – ON

0 – OFF

1 – ON 0 – OFF

1 – ON

Configures the radio mode: 1- ON: channel 1 open, channel 2 close; 2 - OFF: channel 1 start, channel 2 pedestrian

each maneuver of opening. Enables slow starter before moving at normal speed at the start of each maneuver of closing. Enables the memorisation of the starting point of the programming movement as the ground point. Most panels can only use this parameter when operating by pulses. If this parameter is enabled, the closure movement in programming will stop at this point. Where it is disabled, the panel will not stop the closure movement until a closure synchronism is received (end of run, mechanical stop, ALT, etc.), going past this point if required. Likewise, if it is enabled, movement operations by pulses will be counted on opening and if disabled they will be counted on closure. Enables the automatic reference search. Where enabled and where, on connecting the panel, it has lost position with regards to the reference/s, the panel will automatically search for the reference without the need for any pulses or transmitters. Indicates if the closing security contact has been programmed during the manoeuvre. The security contact inhibition during the closing movement may not comply with regulations. This refers to the special function of subtracting the number of pulses used in closure Back Jump from the total number of pulses of the movement. In other words, if the closure Back Jump is enabled, the panel will search for the closure reference during the door programming process and will run the closure Back Jump. The point where the door stops will be the virtual ground point. It will not search for the ground reference again or run the closure Back Jump. This only works with operations by pulses and where the closure Back Jump is enabled. Once the panel has been programmed, the closure Back Jump will be disabled. This must be taken into account for later programming.

1- ON: PNP 0 - OFF: NPN Configures the HALL_B type (PNP/NPN) connected. 1- ON: PNP 0 - OFF: NPN Enables the detection of mechanical stops by current (DC motors).

Enables the detection of mechanical stops by current (AC motors).

Indicates whether, during programming, the panel has found and memorized a mechanical stop on opening and, therefore, will act accordingly. In most cases, it will open until the mechanical stop is found, adding pulses or time if required. Indicates whether, during programming, the panel has found and memorized a mechanical stop on closure and, therefore, will act accordingly. In most cases, it will close until the mechanical stop is found.

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1 – ON

Lock mode

RBAND detected

Error info displayed 0 – OFF Enables the advanced level of errors/warnings displayed.

Pedestrian mode 0 – OFF Enables the pedestrian mode.

Motor outputs

inverted Maximum speed

close RBAND mode 0 – OFF Enables the RBAND mode.

RSENS mode 0 – OFF Enables the RSENS mode.

RSENS detected 0 – OFF Indicates the RSENS presence, if it has been detected on programming

Time/HALL

autoconfig Half Dead man

mode Deadman if RSEC

virgin Autodetect

OptoEdge IN1 Autodetect

OptoEdge IN2 Autodetect

OptoEdge IN3 Pre-FLASH option

RSENS Dynamic

Radio

0 – OFF 1 – ON 0 – OFF 1 – ON

1 – ON 1 – ON

0 – OFF Enables the sense inversion of motor outputs. 1 – ON 0 – OFF Enables the closing action at maximum speed. 1 – ON

1 – ON 1 – ON

1 – ON 0 – OFF

1 – ON 0 – OFF Enables the semi-deadman mode.

1 – ON 0 – OFF Enables dead man operating if a not programmed RSEC/R is detected. 1 – ON 0 – OFF Indicates that the IN1 input is configured as optical edge input. 1 – ON 0 – OFF 1 – ON 0 – OFF Indicates that the IN3 input is configured as optical edge input. 1 – ON

0 – OFF 1 – ON

Indicates the RSENS lock configuration, if it has been detected on programming mode. Indicates the RBAND presence, if it has been detected on programming mode.

mode. Enables the automatic detection of time mode or Hall mode.

Indicates that the IN2 input is configured as optical edge input.

Enables the pre-flash function at the beginning of the manoeuvre.

Enables the dynamic adjustment mode the radio power for the RSENS.

Block On/off by

password Current blockage

status Recharge

maneuver Reverse strike at

open Absolut encoder

mode

0 – OFF 1 – ON 0 – OFF 1 – ON 0 – OFF 1 – ON 0 – OFF Enables the reverse strike at open 1 – ON 0 – OFF Enables the operating by absolute encoder, that means that the position 1 – ON

Enables the blockage of the control panel via password (default value

0000). Indicates if the control panel is blocked currently.

Enables the activation of the recharge maneuver during 3 seconds each hour.

control is done by the absolute encoder control

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4.2 Numeric parameters

The numeric parameters allow defining different values of the control panels. Note: When the V-DPLAY is used to read and/or configure parameters, it must be taken into account the

following. The V-DPLAY card only shows the two first digits of the most weight of the value. The real value then will be the value showed on the display multiplied by a scale factor (DPLAY factor), indicated on the third column of the table.

Real value = showed value * DPLAY factor

For example, if, for the 33 parameter, the display shows a 2, the real value will be 2*1000=2000.

Num. Numeric Factor

DPLAY

Time/pulse extra

inv. Extratime

Hydraulic mode Max.num

movements

Opening stop point 1000 Stop point for the opening movement. In the case of operations by pulses,

1000 Time or pulse number added in each inversion.

1000 Extra time added after reference in hydraulic mode.

100000000 Limit number of panel movements as of which a special mode is enabled

Closing stop point 1000 Stop point for the closure movement. In the case of operations by pulses

Open slow start pt. 1000 Opening movement point where the slow speed is started in order to be

Close slow start pt. 1000 Closure movement point where the slow speed is started in order to be

Open Ped.stop

point Close Ped.stop

point Open Ped.slow

start pt. Close Ped.slow 1000 Closing movement point where the slow speed is started in order to be

1000 Stop point for the door during pedestrian opening movements.

1000 Stop point for the door during pedestrian closure movements.

1000 Opening movement point where the slow speed is started in order to be

Description

(operating or notification mode) in order to indicate that door maintenance is required.

it indicates the number of pulses required to open from the ground synchronism or closed door. The ground is normally point 0. In the case of operations by time, the entire opening movement operation duration is indicated. The panel returns the count in slow speed units, the programme recalculates by adding the slow and normal speeds, multiplied by the normal/slow ratio factor, as applicable.

and on most panels, this is position value 0. It will be of no use for controlling the position of the door. In the case of operations by time, the entire closure movement operation duration is indicated. The panel returns the count in slow speed units, the programme recalculates by adding the slow and normal speeds, multiplied by the normal/slow ratio factor, as applicable.

able to slow down the door. In the case of operations by pulses, this is normally the number of pulses with regards to the ground (closed door). In the case of operations by time, the programmer will indicate the time from the start of opening to this point.

able to slow down the door on pedestrian opening.

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start pt. able to slow down the door on pedestrian opening. SEC.CL inhib.point 1000 Point at which security contact inhibition is started during the closing

BJump time/pulses

open Bjump time/pulses

close Max.time/pulses to

limit

Inertia opening 1000 Number of pulses that the door has run with the motor at a standstill due to

1000 Distance run as opening Back Jump. It is normally a small distance in

1000 Distance run as closure Back Jump. It is normally a small distance in

1000 Number of pulses or time to be added to the opening and closure

Inertia closing 1000 Number of pulses that the door has run with the motor at a standstill due to

Autoclose value 10 Auto-close time.

Inhib.zone start

point Imax normal speed 10 Maximum current measured during programming at normal speed. This

1000 Size of the inhibition zone of any safety device at the end of the maneuver.

Imax low speed 10 Maximum current measured during programming at slow speed. This will

Current margin 10 Level of sensitivity with which an obstacle due to overcurrent will be

Norm/Low speed

factor Max.security

detections

10 Ratio between the normal and slow speed of the door. The higher the

10 Number of security trigger reversals permitted before auto-close is

Max.autotests

before err. Time to close by

SEC.CL Electrolock time 10 Activation time of the electrolock.

Courtesy light time 10 Activation time of the garage light.

Flash frequency 10 Flash period time.

Pre-flash time 10 Pre-flash time.

Max.sequence

time Press.time to

deadman Panic signal period 10 Activation time of the panic signal.

Integrator value

TH1

10 Number of autotest repeats allowed before going out a nd showing error.

1000 Waiting time before doing the closing movement by security contact.

10 Maximum maneuver time.

10 Needed pushing time of the Open or Close Pushbutton to enter to

1000 Integrator threshold 1 value (internal limit switch detection).

movement.

pulses or time.

movement to search for the reference, i.e. to reach the end of run or mechanical stop memorised during programming.

inertia during opening operations.

inertia during closure operations.

will normally be the current limit that the panel will accept during operations at normal speed.

normally be the current limit that the panel will accept during operations at slow speed.

detected during normal operations. In other words, the value that is added to the memorised current curve and that stipulates the current limit permitted at each movement point (motor power).

value, the lower speed.

inhibited. Where the door exceeds this maximum number of consecutive closure reversals without being able to close completely, the auto-close function will be disabled.

deadman mode.

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Integrator value

TH2 RSENS

inhib.margin Current margin in

PROG AC Motor speed

regul.

C Motor LOW sp.

Regul. Password value 100(*) Password's value for the blockage of the control panel.

Inversion time by

SEC.CL Traffic control

mode

(*) The password value is composed of 4 digits so that it can take values from 0000 to 9999. As it is modified the V-DPLAY accessory, first introduce the first 2 digits higher (P1) and then the other 2 digits (P2).

1000 Integrator threshold 2 value (internal limit switch detection).

10 Inhibition zone of the closing maneuver of RSENS.

10 Level of sensitivity with which an obstacle due to overcurrent will be

detected during programming.

10 AC motor power regulation value.

10 AC motor power regulation value in slow speed.

100 Inversion time after closing security detection.

10 Indicates the value of the traffic control mode.

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4.3 Switch parameters

The switch parameters allow assigning different functions to each option of the switch. Each switch input (option) can have different values; they are indicated on the third column of the following table.

If there is a physical switch on the board with one of the following parameters associated, it will be taken into account always. That means, if option 1 of the physical switch on the board has assigned the function Autoprogramming and it is at ON, and the parameter 01 (Autoprogramming) is at OFF, the control panel will take the value Autoprogramming at ON.

4.3.1 Switch parameters

Num Switch Available values - description

Switch 1

Switch 2

Switch 3

Switch 4

Switch 5

Switch 6

Switch 7

Switch 8

Switch 9

0 NO FUNCTION The switch has not got a defined function 1 AUTOPROGRAM

MING 2 AUTOCLOSE Enables the autoclose function 3 NOSTOP ON

OPENING 4 SLOW SPEED Enables the slow speed 5 ELECTROLOCK Enables the electrolock function 6 INH.4CM

S.EDGE.CL 7 DEAD MAN Enables the deadman function 8 SEC.CL

INHIBITION 9 RSENS CONFIG Enables the RSENS mode. 10 RBAND CONFIG Enables the RBAND mode. 11 TIME/HALL

CONFIG 12 SEC.CL TEST Enables the closing security contact autotest

13 SEC.OP TEST Enables the opening security contact autotest 14 PRE-FLASH Enables the pre-flash function 15 CLOSING BY

SEC.CL 16 COURTESY

LIGHT/FLASH 17 TEST PRESSURE

SWITCH 18 INH.OP.PRESSU

RE SW 19 SEC.CL OPEN

REF 20 AUTO

DETECT.FC. 21 REVERSE

STRIKE

Enables the autoprogramming function

Enables the non inversion at opening function

Enables the safety edge inhibition function during the last 4cm of the closing movement.

Enables the closing safety contact inhibition function.

Configures: 1 - ON: Time function; 2 - OFF: HALL function

Enables the closing security contact Configures:

1 - ON: garage light output; 2 - OFF: flash output Configuration test pressure switch function.

Enables the inhibition function of the pressure switch during the opening sequence. Configuration of close security contact as opening reference function.

Configuration of the autodetection of limit switches by current (AC motors). Configuration of the reverse strike at open.

4.3.2 Jumpers

Jumper Function

JP If cut off does not allows Side-prog programming

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4.4 Input parameters

The input parameters allow configuring each available input of the control panel. Each input can have different values; they are indicated on the third column of the following table.

Num Inputs Available values - description

0 NO FUNCTION The input has not got a defined function. 1 S.EDGE.CL Closing safety edge input (8k2) . 2 S.EDGE.OP Opening safety edge input (8k2). 5 FC.OP M1 M1 motor opening limit switch input (NC). 6 FC.OP M2 M2 motor opening limit switch input (NC). 7 FC.CL M1 M1 motor closing limit switch input (NC). 8 FC.CL M2 M2 motor closing limit switch input (NC). 9 SEC.OP Opening security contact input (NC). 10 SEC.CL Closing security contact input (NC). 11 STOP Stop pushbutton input (NC).

60 61 62 63 64

IN 1:IN10

12 START Start pushbutton input (NO). 13 OPEN Open pushbutton input (NO). 14 CLOSE Close pushbutton input (NO).

PEDESTRIAN

START Pedestrian pushbutton input (NO). PEDESTRIAN

OPEN Open pedestrian pushbutton input (NO). 17 DEAD MAN OPEN Open pushbutton input in deadman mode (NO). 18 DEAD MAN CLOSE Close pushbutton input in deadman mode (NO). 19 DEAD MAN OP-CL Start pushbutton input in deadman mode (NO). 20 HALL_A MOTOR 1 HALL A for M1 motor input 21 HALL_B MOTOR 1 HALL B for M1 motor input 22 HALL_A MOTOR 2 HALL A for M2 motor input 23 HALL_B MOTOR 2 HALL B for M2 motor input 24 ZERO CROSS Configuration input as zero pass. 25 PROG Programming pushbutton input PROG. 26 CURRENT MOTOR 1 Configuration input as current motor 1.

27 CURRENT MOTOR 2 Configuration input as current motor 2. 28 SEC.OP Magnetic opening security contact input (connected to MTC).

29 RADIO START Start pushbutton via radio input (NO). 30 STOP BY

TEMPERATURE 31 SEC.CL Magnetic closing security contact input (connected to MTC). 32 SEC.OP

AUTOTEST 33 SEC.CL

AUTOTEST 34 S.EDGE.CL

AUTOTEST 35 S.EDGE.OP

AUTOTEST 36 RSENS

DETECTION 37 RBAND OPEN

DETECT 38 RBAND CLOSE

DETECT 39 STOP N.O. STOP input (NO) 40 OPTO EDGE.CL Closing optical safety edge input. 41 OPTO EDGE.OP Opening optical safety edge input. 42 PRESSURE

SWITCH 43 AUTOEDGE.CL Closing automatic 8K2/OPTO safety edge input. 44 AUTOEDGE.OP Opening automatic 8K2/OPTO safety edge input. 45 COURTESY LIGHT

ON 46 OPEN SLOW

SPEED REF 47 CLOSE SLOW

SPEED REF 48 OPEN INSIDE Configuration input as open from inside.

Temperature stop input (thermal).

Opening security contact with autotest function input (NC). If this input is used, an autotest output ready to perform autotest functions must be used. Closing security contact with autotest function input (NC). If this input is used, an autotest output ready to perform autotest functions must be also used. Closing safety edge with autotest function input (NC). If this input is used, an autotest output ready to perform autotest functions must be also used. Opening safety edge with autotest function input (NC). If this input is used, an autotest output ready to perform autotest functions must be also used. Configuration input as RSENS detection.

Configuration input as RBAND opening detection. Configuration input as RBAND closing detection.

Configuration input as pressure switch

Courtesy light activation input. Configuration input as opening slow speed entering reference. Configuration input as closing slow speed entering reference.

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M1 current/zerocross

IN M2 current IN

START

pushbutton IN STOP

pushbutton IN OPEN

pushbutton IN CLOSE

pushbutton IN PROG

pushbutton IN (HALL A) IN

OPTO EDGE IN

(DCS CH1) IN

(DCS CH2) IN

Low Voltage IN

(Motion C1) IN

(Motion C2) IN

(Motion C3) IN

(Motion C4) IN

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4.5 Output parameters

The output parameters allow configuring each available input of the control panel. Each output can have different values; they are indicated on the third column of the following table.

Num Output Available values - description

78 79

OUT 1:OUT 6

7A 7B 7C

90 A1 A2 A3 A4 A5 A6 A7 A8 A9

AA AB AC AD AE

(TL-CARD-V) OUT

0 ALWAYS OFF The output has not got a defined function 1 COURTESY

LIGHT LEVEL

2 COURTESY

LIGHT PULSE 3 FLASH Flash output 4 FLASH+COUR

TESY LIGHT 5 ELECTROLOCK Electrolock output

6 ELECTROBRA

KE 7 CLOSE

AUTOTEST

SIGNAL 8 OPENING

SEQ. START 9 OPENING

SEQUENCE 10 CLOSING

SEQ. START 11 CLOSING

SEQUENCE 12 ERROR

SIGNAL 13 PEDESTRIAN

SEQUENCE 14 PANIC SIGNAL Active output when panic signal detection 15 GREEN LIGHT Green traffic light control output 16 RED LIGHT Red traffic light control output 17 INSIDE

GREEN LIGHT 18 INSIDE RED

LIGHT 19 OUTSIDE

GREEN LIGHT 20 OUSIDE RED

LIGHT 21 INTRUSIVE

SIGNAL 22 S.EDGE

ACTIVE 23 SEC.OP

ACTIVE 24 SEC.CL

ACTIVE 25 FC.OP ACTIVE Active output when opening limit switch detection 26 FC.CL ACTIVE Active output when closing limit switch detection 27 ALARM Active output when alarm signal detection 28 MAX.

NUM.SEQUEN

CES 29 ALWAYS ON Output always active 30 MOTOR

RUNNING 31 LOW

BATTERY

SIGNAL 32 OPEN

AUTOTEST

SIGNAL 33 ELECTROMAG

NET 34 BOLLARD Configuration output as bollard control signal.

Garage light level output (duration = maneuver time + programmed time) Garage light pulse output (duration = programmed time)

Flash+courtesy light by level output.

Electrobrake control output Closing security contact autotest output

Active output right at the beginning of the opening operation Active output during all the opening operation Active output right at the beginning of the closing operation Active output during all the closing operation Active output when error detection Active output during pedestrian mode

Green inside traffic light control output (traffic control mode) Red inside traffic light control output (traffic control mode) Green outside traffic light control output (traffic control mode) Red outside traffic light control output (traffic control mode) Intruder detection function output Active output when safety edge detection Active output when opening security contact detection Active output when closing security contact detection

Active output when the maximum number of maneuvers is exceeded

Active output at any door movement Active output when low battery detection

Opening security contact autotest output

Configuration output as electromagnet control.

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35 BOLLARD

LIGHT 36 BOLLARD RED

LIGHT 37 BOLLARD

WARNINGLIG

4.6 Status parameters

The status parameters indicate the state of the maneuver, last errors or control panel versions. These parameters are only read parameters and they cannot be modified.

Num. Parameters Factor DPLAY Description

Door pos in HALL

mode Door pos in time

mode Control panel status

Control panel last

error Number of

sequences Variator SW version

Software version

EEPROM version

Serial number

Production ID

Panel last Problem

Panel last Warning

Current

Consumption 101-104 TL-CARD-

V Status

1000 Shows the door position when HALL mode

1000 Shows the door position when time mode

10 Shows the control panel state ( open, lost, closed) 10 Shows the value of the last error detected

100000000 Shows the number of memorized maneu vers

1000 Shows the list version of the parameters from the control panel 1000 Shows the software version of the control panel 1000 Shows the memory data version 100000000 Shows the serial number of the control panel 100000000 Shows the production number of the cont rol panel 10 Shows the last problem detected 10 Shows the value of the last warning detected 10 Shows the value of the current consumption

10 Shows if the TL-CARD-V with the 101, 102, 103, 104 output is

Configuration output as a crown of light bollard. Configuration output as red traffic light bollard mode. Configuration output as warning traffic light bollard mode.

connected.

111-114 TL-CARD-

V Status

121-124 TL-CARD-

V Status

131-134 TL-CARD-

V Status

10 Shows if the TL-CARD-V with the 111, 112, 113, 114 outputs is

connected.

10 Shows if the TL-CARD-V with the 121, 122, 123, 124 outputs is

connected.

10 Shows if the TL-CARD-V with the 131, 132, 133, 134 outputs is

connected.

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5. LIGHT INDICATORS

Function Indicates Default value

ON Power supply Normally light on STOP/ERROR Operating warning or error Normally light off PROG Programming mode Normally light off INXX Input activated Normally light off OUTXX Output activated Normally light off

6. DISPLAY MESSAGES

6.1 Serious errors

Errors associated with the security of the installation or equipment malfunction. These errors must be resolved always.

ER02

ER08

ER09

ER12

ER13

ER16

ER19

ER20

ER21

ER22

ER23

ER26

Error Description Solution

INT. ERROR Internal error HA ERROR Hall A error PROG TIME MAX Hall B error Program a maneuver below the

S.EDGE.CL ERROR Closing safety edge error Verify the security edge band

S.EDGE.OP ERROR Opening safety edge error Verify the security edge band

TEMP ON Motor temperature sensor

activated

TEST.CL ERROR Closing auto test error Verify that the security device connected

TEST.OP ERROR Opening auto test error Verify that the security device connected

RSENS NC WHEN PROG

RSENS NOT FOUND Control panel programmed with

RSENS PROG ERROR RSENS programming error, are R

STOP Control panel stopped by an STOP Verify that the STOP input has been

Control panel programmed without RSENS connected

RSENS connected and now it is not connected

and T paired?

Go to the technical service Verify the hall A input connections

maximum allowed time

connections when closing

connections when opening Verify the motor state and the

temperature sensor connection

to the security connection when closing is in good conditions and correctly installed

to the security connection when opening is in good conditions and correctly installed

Connect the RSEC card and program the control panel again

Program the control panel again without RSEC or connect the RSEC again that was programmed to the control panel previously

Program the transmitter RSENS to the RSEC receiver card

activated

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ER28

ER29

ER30

ER31

ER32

ER33

ER36

ER39

ER41

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INTERNAL ERROR Internal control panel error DOOR LOCKED RSENS Closed door latch Open the door's latch before the opening

RBAND NOT FOUND Control panel programmed with

RBAND connected and now it is not connected

RBAND NC WHEN PROG

FC NOT LEARNT End of course learning error ERROR SYNC RSENS Synchronization error between the

RSENS RADIO ERROR Detection through opening current Verify the batteries of the RSENS emitter

CTROL PANEL BLOCKED

ERROR ABSOLUT ENCODER

Control panel not programmed with RBAND connected

receiver and the transmitter

Control panel cannot enter programmation because it is blocked.

Absolut encoder not found or returning a mistake

Go to the technical service

manoeuvre

Program the control panel again without using RBAND or connect the RBAND that was connected to the control panel previously

Connect the RBAND card and program the control panel again

Verify the intern motor limit switches Program the transmitter RSENS to the

RSEC receiver card

id they are charged, verify the radio signal with the Check function

Enter the password with V-DPLAY or VERSUS-PROG for unlocking the control panel.

Verify the connection of the absolute encoder

6.2 Minor errors

Errors that do not inhibit the operation of the control panel but it is recommended to solve for a good operating.

ER01

ER07

ER24

ER25

Error Description Solution

NOT PROGRAMMED Control panel not programmed REF. NOT FOUND Any reference has been reached Define a reference when programming

FCO Control panel programmed with

RSENS but without FCO

RSENS LOW BATTERY RSENS low battery Verify the batteries of the RSENS

Program the control panel again

the control panel (limit switch, mechanical stop, etc...)

A limit switch should be installed to improve the installation with the RSENS system

transmitter

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6.3 Warnings

Informative messages from the control panel.

WR03

WR04

WR05

WRO6

WR10

WR11

WR14

WR15

WR17

WR18

WR27

WR34

WR35

WR37

WR38

Error Description Solution

FC.CL M1 NOT FOUND Closing end of course Motor 1 not

found when expected

FC.CL M2 NOT FOUND Closing end of course Motor 2 not

found when expected

FC.OP M1 NOT FOUND Opening end of course Motor 1 not

found when expected

FC.OP M2 NOT FOUND Opening end of course Motor 2 not

found when expected

S.EDGE.CL ON Closing safety edge activated Verify that the security edge activation

S.EDGE.OP ON Opening safety edge activated Verify that the security edge activation

C.SEC.CL ON Closing security contact activated Verify that the security edge activation

C.SEC.OP ON Opening security contact activated Verify that the security edge activation

MAG.DETEC ON Magnetic closing security activated Verify that the security edge activation

RSENS ON RSENS security activated Verify that the security edge activation

C.SEC.M ON Magnetic security contact

activated

ERROR RADIO DESCRYPT

ERROR RADIO RTDS The radio signal received is very

S.OPTOEDGE.CL ON Closing optical safety edge

S.OPTOEDGE.OP ON Opening optical safety edge

Receiving not programmed transmitters from another customer or installer

low

activated

Verify the limit switch installation when motor 1 is closing

Verify the limit switch installation when motor 2 is closing

Verify the limit switch installation when motor 1 is opening

Verify the limit switch installation when motor 2 is opening

was produces by an obstacle

was produces by an obstacle Verify that the security edge activation

was produces by an obstacle Verify that in the installation there are no

emitters of another client/ installer activated with our control panel

Verify the installation and the radio signal

Verify that the security edge activation was produces by an obstacle

WR40

PRESSURE SW ON Pressure switch activation

(hydraulic motor).

Verify that the pressure switch activation was produced by an obstacle.

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7. VERSUS FUNCTIONS

7.1 Autoprogramming function

Model

Associated parameters

Description

Configuration

Operating

Notes

All

ID Description Type

P01 Autoprogramm ng ON/OFF

The autoprogramming function allows programming the control panel maneuvers by means of a single user action (by pressing control panel button START/OPEN or transmitter).

To enable the autoprogramming function, it is needed to set to ON the P01 configuration parameter by means of a VERSUS-PROG programming tool. It is also possible to enable or disable this function by setting the “Autoprogramming ON/OFF” function to an option switch.

If the autoprogramming function is enabled when the maneuver is programmed a single user action is needed. After this user action, the control panel automatically executes the opening and closing maneuvers. During these maneuvers the control panel searches and stores the opened/closed point references. Finally, the control panel exits the programming mode automatically.

The autoprogramming function can not be enabled if it is not possible to find an opened/closed point reference (this means, if no limit switches inputs or mechanical stop are present).

If this function is enabled, after the programming sequence the autoclosing timeout is set by default to 30 seconds. In addition the pedestrian maneuver is set by default to 1/3 of the main maneuver. Finally, in case of slow speed mode, the slow speed run will be a 15% of the main maneuver.

Autoclose30s

Slowspeed

opening15%

Slowspeedclosing

15%

Pedestrian1/3

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7.2 Hall or time mode function

Model

Associated parameters

Description

Configuration

Operating

Notes

Time mode (all) and Hall mode (M20,M30)

ID Description Type

P0D HALL mode ON/OFF P0E Time mode ON/OFF P33 Opening stop point NUMERIC P34 Closing stop point NUMERIC

VERSUS control panels can work either by time or by Hall. To enable Time or Hall modes it is necessary to set to ON the associated parameters

(P0D or P0E parameters) by means of a VERSUS-PROG programming tool. It is also possible to enable or disable these functions by setting the mode Time/HALL function to an option switch. Enabling Time mode implies disabling the Hall mode and vice versa.

After configuring the working mode, the control panel will use Time or Hall signal as a position reference.

The main maneuver parameters that define its duration are the P33 and P34 configuration parameters. The opened and closed positions are the starting points and they always take the 0 value. P33 parameter configures the opening stop point (opening maneuver duration) and the P34 parameter configures the closing stop point (closing maneuver duration).

According to the selected working mode, all the position parameters will use a certain position units. In case of Hall mode, these units are pulses and in case of time mode, seconds or milliseconds will be used. By means of a VERSUS-PROG programming tool it is possible to see these position units.

P33Openingstoppoint

Openingstarting

point(always0)

Closingstarting

point(always0)

P34Closingstop

point

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7.3 Pedestrian function

Model

Associated parameters

Description

Configuration

Operating

Notes

All

ID Description Type

P37 Open Ped. stop point NUMERIC P38 Close Ped. stop point NUMERIC

VERSUS control panels can control 2 types of maneuvers: main and pedestrian maneuvers. The aim of the pedestrian maneuver is opening a portion of the door in order to let enough space to allow entering/exiting a person, without the need to open the hole door.

The pedestrian mode is enabled by default and it is necessary to program its maneuver in the same way the main maneuver is programmed (except if autoprogramming function is enabled). The only difference is that the pushbutton needed to program the pedestrian maneuver is the PEDESTRIAN pushbutton.

After programming the pedestrian maneuver, if a PESESTRIAN pushbutton is pressed the pedestrian maneuver is executed and the door opens the portion of the programmed aperture.

The pedestrian maneuver parameters that define its duration are the P37 and P38 configuration parameters. The opened and closed positions are the starting points and they always take the 0 value. P37 parameter configures the opening stop point (opening pedestrian maneuver duration) and the P38 parameter configures the closing stop point (closing pedestrian maneuver duration).

P37OpenPed.stoppoint

OpenPed.starting

point(always0)

ClosePed.

startingpoint

(always0)

P38ClosePed.

stoppoint

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7.4 Speed regulation and slow speed mode in AC motors function

Model

Associated parameters

Description

Configuration

M20,M30

ID Description Type

P04 Slow speed ON/OFF P46 Norm/Low speed factor NUMERIC P94 AC Motor speed regulation NUMERIC P95 AC Motor low speed regulation NUMERIC P35 Open slow start pt. NUMERIC P36 Close slow start pt. NUMERIC P39 Open Ped. Slow start pt. NUMERIC P3A Close Ped. Slow start pt. NUMERIC

Some VERSUS control panels for AC motors allow controlling motor speed during the maneuver (normal speed regulation and slow speed mode).

By default, the normal speed regulation function is enabled. This configuration parameter P94 allows modifying the normal speed regulation and it can take any value from 10% to 100%. The smaller the value, the slower the normal speed. This configuration parameter can be configured by means of VERSUS-PROG programming tool.

To enable slow speed mode it is necessary to set to ON the associated P04 parameter by means of a VERSUS-PROG programming tool. It is also possible to enable or disable this function by setting the slow speed mode ON/OFF function to an option switch.

There are two configuration parameters that allow modifying the slow speed: The P46 parameter is used to adjust, in a coarse way, the normal/slow speed factor and it can take values from 0 to 255. The higher the value, the slower the slow speed according to the normal speed. The P95 parameter allows modifying the slow speed regulation, doing a fine adjustement, and it can take values from 0% to 90%. The higher the value, the slower the slow speed. Depending on the AC motor model these parameters will be needed to be adjusted in order to obtain the desired slow speed. This adjustment must be done with the AC motor connected to the door (full charge).

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Operating

Notes

After configuring the parameters of normal speed regulation, these will be taken into account during the next maneuvers.

After enabling the slow speed mode, a new programming sequence will be needed for main and pedestrian maneuvers. In this programming sequence, user will define the slow speed maneuver zones.

The slow speed maneuver parameters that define its duration are P35 and P36 configuration parameters for the main maneuver and P39 and P3A configuration parameters for the pedestrian maneuver.

P35 and P39 parameters configure the slow speed starting opening point and the P36 and P3A parameters configure the slow speed starting closing point. To define these points it is necessary to press the START or PEDESTRIAN pushbutton during the programming sequence (except if autoprogramming function is enabled). For example, when programming the opening maneuver, the first press starts the maneuver in normal speed and the second press starts the slow speed maneuver and this second defines the slow speed starting point.

- Main maneuver slow speed points:

OPENINGSLOWSPEED

ZONE

P35Openslowstart

point

OPENINGNORMALSPEED

ZONE

- Pedestrian maneuver slow speed points:

OPENINGPED.SLOWSPEED

ZONE

P39OpenPed.slowstart

point

OPENINGPED.NORMALSPEED

ZONE

CLOSINGNORMALSPEED

ZONE

P36Closeslowstart

point

CLOSINGSLOWSPEED

ZONE

CLOSINGPED.NORMALSPEED

ZONE

P3AClosePed.slowstart

point

CLOSINGPED.SLOWSPEED

ZONE

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7.5 AC motor internal limit switches and blocking detection function

Model

Associated parameters

Description

M8,M10,M20,M30

ID Description Type

P1E Limit switch AC motor ON/OFF P1F Limit opening detected ON/OFF P20 Limit closing detected ON/OFF P51 Integrator threshold 1 NUMERIC P52 Integrator threshold 2 NUMERIC P3E Max. time/pulses to limit NUMERIC P54…P5C Switch X SELECTOR

Some VERSUS control panels for AC motors allow detecting motor internal limit switches and motor blocking status.

The motor blocking status detection is used as a safety function in order to avoid the motor activation due to a motor malfunction.

Motor internal limit switches detection function allows using the internal limit switches as an opened/closed position references. The use of these position references ensures a better door position control.

Configuration

To enable AC motor internal limit switches and blocking detection it is necessary to set to ON the associated P1E parameter by means of a VERSUS-PROG programming tool.

There is also possible to enable/disable this function by means of assigning this function to a one of the selector switches (P54 to P5C parameters).

There are also 4 status parameters (read-only parameters) that give information about this function. The P1F and the P20 parameters are set to ON if dur ing the programmin g sequence AC motor internal switches are detected (P1F for the opening limit switch and P20 for the closing limit switch). P51 and P52 parameters inform about the electronic integrator circuit measured thresholds. These thresholds are measured during the programming sequence and they take a numeric value. They can be used to check an installation by an advanced installer or for customer service purposes.

Finally, there is another numeric configuration parameter that is used if AC motor internal limit switches detection is enabled. This is the P3E parameter and it configures the extra time/pulses that are added to search the programmed position reference s

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Operating

Notes

After enabling these functions, a new programming sequence will be needed. During this programming sequence, internal limit switches will be searched.

With this function enabled, the programming sequence is slightly different to the normal programming sequence.

After the first press, the control panel will start opening the door for 2 seconds and automatically it will close the door in order to search the close internal limit switch. After detecting it, it automatically starts opening the door until it detects the open internal limit switch and stops. Then it will start counting the autoclosing time (if not autoprogramming function is enabled). With another press the door will close until close internal limit switch is detected again. Finally the control panel will exit the programming sequence mode.

2–ClosestodetectCLOSED

internallimitswitch

3–OpenstodetectOPENEDinternal

limitswitchandcalculateopening

1–Opens2seconds

maneuver

4–ClosestodetectCLOSEDlimit

switchagainandcalculateclosing

maneuver

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7.6 Autoclosing function

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Type

P02 Autoclose ON/OFF P41 Autoclose value NUMERIC

The autoclose function allows closing automatically the door after a certain period of time in opened position.

To enable the autoclose function, it is needed to set to ON the P02 configuration parameter by means of a VERSUS-PROG programming tool. It is also possible to enable or disable this function by setting the autoclose ON/OFF function to an option switch.

Autoclosing timeout is configured during the programming sequence but its value can be checked or modified by using the P41 configuration parameter. This parameter can take values from 0 seconds to several minutes. The units used for this parameter are seconds.

If the autoclose function is enabled when the maneuver reaches the opened position it starts a timer. When the timer value is equal to the autoclose timeout value the control panel starts closing automatically the door.

Notes

If autoprogramming function is enabled, after the programming sequence, a 30 second autoclosing timeout default value is set.

There are several cases that the autoclosing timer is cancelled/restarted:

- When “stop” command is received.

- When the number of closing security auto tests retries expires.

- When the number of closing se curity inversions are reached.

- When an “open” command is received (in this case autoclosing timer is restarted)

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7.7 Close by security contact function

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Type

P1A Closing by SEC.CL ON/OFF P49 Time to close by SEC.CL NUMERIC

The close by security contact function allows closing automatically the door after security contact has been activated (when car has already exited/entered).

To enable the close by security contact function it is needed to set to ON the P1A configuration parameter by means of a VERSUS-PROG programming tool. It is also possible to enable or disable this function by setting the “Close by SEC.CL ON/OFF” function to an option switch.

The P49 configuration parameter allows modifying the pause timer that is started after the door reaches the opened position and the security contact is activated. This parameter can take values from 0 seconds to several minutes. The units used for this parameter are seconds.

If the close by security contact function is enabled, when the security contact is activated during the opening maneuver or when the door is already open, it automatically starts closing the door from the opened position after the pause timer expires. This allows to automatically closing the door when a car has already exited or entered to the garage.

Notes

The close by security command is lost in several cases:

- When “stop” command is received.

- When the number of closing security auto tests retries expires.

- When the number of closing se curity inversions are reached.

- When an “open” command is received.

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7.8 Deadman function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P07 Deadman ON/OFF P4F Press.time to deadman NUMERIC P5E...P77 IN XX INPUT

The deadman function allows moving the door even securities are activated. To enable the deadman function it is needed to set to ON the P07 configuration

parameter by means of a VERSUS-PROG programming tool. It is also possible to enable or disable this function by setting the “Deadman ON/OFF” function to an option switch.

The P4F configuration parameter allows modifying the button pressing time (button or deadman transmitter) needed to enter to deadman mode if a security is active.

P5E to P77 parameters allow assigning an input value to every available control panel input. “Open deadman” and “Close deadman” input values can be assigned to these inputs. By using these inputs control panel enters directly to deadman mode.

Operating

There are four ways to enter to the deadman mode: 1 - Deadman mode enabled by P07 configuration parameter. Every “open” and “close”

command (even by control panel button or deadman transmitter) will move the door in deadman without taking into account the security inputs status.

2 - It is possible to enter to deadman mode, in programming state, by pressing the open and close buttons in order to fix the door position before starting the programming sequence.

3 – Control panel enters to deadman mode if there is any input configured as “Open deadman” or “Close deadman” type and it is activated.

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Notes

4 - Control panel enters to deadman mode in case of user wants to move the door (by using an “open” of “close” command) and there is a security activated. It is needed to press the open or close button (even by using a deadman transmitter) at least the pressing time defined by the P4F configuration parameter. Meanwhile the open and close button is pressed the LED associated to the active security will flash in order to inform the user.

By security, normal transmitters can’t be used to enter to deadman mode. Only special deadman transmitters can be used.

In deadman mode securities are not taken into account but stop command and mechanical limit switches signals have higher priority. Therefore is a stop command or a mechanical limit switch is detected during deadman mode the movement will stop.

7.9 No stop on opening function

Model

All

Associated parameters

Description

Configuration

Operating

Notes

ID Description Type

P03 No stop on opening ON/OFF

The no stop on opening function avoids stopping the opening maneuver if an “alternative” or “close” pushbutton is pressed.

To enable the no stop on opening function it is needed to set to ON the P03 configuration parameter by means of a VERSUS-PROG programming tool. It is also possible to enable or disable this function by setting the “No stop on opening ON/OFF” function to an option switch.

If this function is enabled when an “alternative” of “close” pushbbutton is pressed during the opening maneuver it is not taken into account.

This function is normally used on neighboring communities to avoid closing the door if a neighbor is waiting while the door opens and a new neighbor arrives and presses again the transmitter.

Even no stop on opening function is enabled, “stop” commands or security commands are taken into account to ensure user security.

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7.10 Radioband function

Model

Associated parameters

Associated errors

Description

All

ID Description Type

P28 RBAND mode ON/OFF P23 RBAND detected ON/OFF P2E Deadman if RSEC virgin ON/OFF

ID Description Type

Er19 Test closing error Error Er20 Test opening error Error Er30 RBAND not found Error Er31 RBAND not programmed Error Wr10 Closing security edge active Warning Wr11 Opening security edge active Warning

The Radioband function allows using the Radioband security system on the VERSUS control panels.

Configuration

Operating

System set-up: In order to use Radioband system on VERSUS control panels an RSEC/R receiver must be connected to the control panel on the EXPANSION connector. Moreover, before proceeding with the control panel programming process it is needed to program the Radioband transmitter to the RSEC/R receiver (see Radioband transmitter and RSEC/R receiver user instructions to learn how to perform this programming process).

Parameters: To enable the Radioband function it is needed to set to ON the P28 configuration parameter by means of a VERSUS-PROG programming tool.

The parameter P23 is a status configuration parameter and it is set to ON when during the programming maneuver sequence a Radioband system is detected (RSEC/R receiver is detected and Radioband transmitter has been programmed on the receiver).

After connecting the Radioband system for the first time the control panel detects the system and displays the Er31 error to inform the user that it is necessary to program the maneuver in order to store the Radioband configuration.

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In the opposite hand, if the maneuver has been already programmed when a Radioband system was connected and the RSEC/R receiver is not detected, Er30 is displayed to inform the user that a Radioband system was previously programmed and now it is not detected. In this case there are two options: RSEC/R is connected again or control panel maneuver has to be programmed again.

After setting-up the hardware, configured the parameters and programmed the maneuver sequence, the Radioband system is ready. The programmed Radioband transmitters will be taken into account during the normal operation as following:

- Every time a maneuver is started the programmed Radioband transmitters are tested (autotest process is performed). In autotest process, RSEC/R tries to communicate via radio with the Radioband transmitter. The time needed to perform an autotest process goes from a few milliseconds to 12 seconds at maximum (every attempt takes about 3 seconds at maximum and the maximum number of attempts are 4). After the 12 seconds if no Radioband transmitter answer is received an autotest error occurs. Er19 error for closing autotest and Er20 error for opening autotest.

- If during normal operation Radioband security activation is detected, control panel executes the security inversion maneuver and displays the Wr10 or Wr11 warning in order to inform user that activation has occurred (Wr10 is due to a closing security edge activation and the Wr11 is due to opening security edge activation).

Notes

If Radioband system is used in closing maneuver it is also possible to inhibit the Radioband activation during a portion of the closing maneuver (the last 4cm). By using this function, it is not necessary to avoid pressing the closing edge during the maneuver programming sequence. Therefore it is possible to let the door completely closed with the security edge pressed or activated. To program or configure the Radioband inhibition zone it is necessary to use the same parameters that are used to define the inhibition zone for wired security edges (see chapter 7.15).

If the configuration parameter P2E is active and the Radioband Transmitter has not yet been programmed into the receiver RSEC/R, the control panel will operate only in deadman mode. Likewise if you unsubscribe the Radioband transmitter to the receiver RSEC/R, the control panel will operate in deadman mode. It will stop working in this mode at the moment that another RadioBand transmitter is programmed again into the receiver RSEC/R.

For more information and details regarding the Radioband system please refer to the Radioband transmitter and RSEC/R user instructions.

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7.11 Radiosens function

Model

Associated parameters

Associated errors

All

ID Description Type

P29 RSENS mode ON/OFF P2A RSENS detected ON/OFF P92 RSENS dynamic radio ON/OFF P53 RSENS inhibition margin NUMERIC

ID Description Type

Er19 Test closing error Error Er22 RSENS not found Error Er23 RSENS not programmed Error Er33 RSENS synch. error Error Er36 RSENS radio error Error Wr18 RSENS activation Warning

Description

Configuration

The Radiosens function allows using the Radiosens security system on the VERSUS control panels.

System set-up: In order to use Radiosens system on VERSUS control panels an RSEC/R receiver must be connected to the control panel on the EXPANSION connector. Moreover, before proceeding with the control panel programming process it is needed to program the RSENS transmitter to the RSEC/R receiver (see RSENS transmitter and RSEC/R receiver user instructions to learn how to perform this programming process).

Parameters: To enable the Radiosens function it is needed to set to ON the P29 configuration parameter by means of a VERSUS-PROG programming tool.

The parameter P2A is a status configuration parameter and it is set to ON when during the programming maneuver sequence a Radiosens system is detected (RSEC/R receiver is detected and Radiosens transmitter has been programmed on the receiver).

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The P92 parameter is used in order to activate the Radiosens dynamic radio function. This function allows to dynamically adjusting the RSENS transmitting radio power according to the radio link quality. If this function is enabled and the radio link quality is bad the RSENS transmitter battery can reduce its battery life faster.

As the Radiosens system is used as a wireless security system for closing maneuvers it is also possible to define an inhibition zone for the last centimeters of the maneuver. The inhibition zone is not compulsory for the Radiosens system as this system detects the door impact against the ground and the Radiosens sensor memorizes this impact. Afterwards the impact data will be taken into account during the normal operation. Even so if user wants to inhibit the last centimeters of the closing maneuver he can do it by configuring the P53 parameter. This parameter can take values from 0 to 200. The closing maneuver is divided into 200 sections or portions, and the parameter defines the number of the portions where the Radiosens system will be not active. For example if the parameter takes the 10 value this means that the last 10 portions of the closing maneuver the Radiosens system will be inhibited. If we export this data to a 2-meter door this means that the last 10 centimeters of the closing maneuver won’t take into account the Radiosens activation.

Moreover because of the uncontrolled vibrations that are detected when the motor starts closing the door, by default the Radiosens system is inhibited during the first 10 maneuver portions of the closing maneuver.

Besides being able to set the end zone of inhibition by parameter P53, it is possible to set it without the VERSUS-PROG programming tool during programming of the maneuver. If the Radiosens system is used, when the maneuver is programmed 2 opening-closing sequences are performed. The first sequence is performed by the user to program the travels of opening and closing. The second maneuver is carried out automatically so that the Radiosens system performs its measurements. It is during the closing sequence of the second maneuver when the user can set the closing inhibition zone for Radiosens system. Using the alternative button (START) of the control panel the user can specify the starting point of the inhibition zone during the closure. You can also use a transmitter configured as an alternative for this indication. If instead, the user takes no action during this automatically closing sequence, the inhibition zone will be set by default. The indication of the starting point of the inhibition zone by the alternative button (START) will only take effect when over 10% of the closing maneuver, in order to avoid total inhibition of the maneuver.

It is possible to check the inhibition zones by means of the RSENS transmitter. During the first 25 closing maneuvers, the RSENS transmitter red LED lights when the Radiosens is inhibited. Therefore the LED is ON during the first 10 maneuver portions and it is set to ON again when it enters to the last inhibition portions configured by using the P53 parameter. After the 25 maneuvers are reached the LED doesn’t lights again unless battery is removed and replaced again.

RADIOSENSfixed

inhibitionmargin(10

steps)

P53RADIOSENS

configurable

inhibitionmargin

Closing

maneuveris

dividedinto200

steps

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Operating

After connecting the “RSEC/R receiver + RSENS transmitter“ system for the first time the control panel detects the system and displays the Er23 error to inform the user that it is necessary to program the maneuver in order to store the Radiosens configuration.

In case of using the Radiosens system the programming maneuver procedure is different to the normal procedure. Just after finishing the maneuver programming sequence, the control panel executes an automatic opening and closing maneuvers in order to let the Radiosens system perform its measures and calibrations that will be used during the normal operation. After these extra automatic maneuvers the control panel exits the programming state.

In the opposite hand, if the maneuver has been already programmed when a Radiosens system was connected and the RSEC/R receiver is not detected, Er22 is displayed to inform the user that a Radiosens system was previously programmed and now it is not detected. In this case there are two options: RSEC/R is connected again or control panel maneuver has to be programmed again.

In case user modifies any configuration parameter related to the Radiosens system (i.e. P92 or P53) the Er33 error will be displayed. This error means that some configuration parameter has changed and it is needed to pass the new parameter values to the RSENS transmitter. Because of this is necessary to synchronize the RSENS transmitter to the RSEC/R receiver by programming again the transmitter to the receiver.

After setting-up the hardware, configured the parameters and programmed the maneuver sequence the Radiosens system is ready. Therefore, the programmed RSENS transmitter will be taken into account during the normal operation. These are the operations that are performed during the normal operation:

- Every time a closing maneuver is started the programmed RSENS transmitter is tested (autotest process is performed). In autotest process RSEC/R tries to communicate via radio with the RSENS transmitter. The time needed to perform an autotest process goes from a few milliseconds to 12 seconds at maximum (every attempt takes about 3 seconds at maximum and the maximum number of attempts are 4). After the 12 seconds if no RSENS transmitter answer is received an autotest error occurs. Because is a closing autotest Er19 is displayed.

- If during normal operation Radiosens security activation is detected control panel executes the opening security inversion maneuver and displays the Wr18 warning in order to inform user that activation has occurred.

During the normal operation or the system installation the Er36 error can be shown. The main meaning of this error is that the radio link between the RSEC/R receiver and the RSENS transmitter has been lost. In addition to the shown error, the RSEC/R receiver will issue 6 beeps.

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Notes

There are several reasons that produce this error. The more evident reason is that the RSENS transmitter batteries are empty and they need to be replaced. But in other cases this error means radio interfer ences or a weak radio link. In these other cases the installation must be analyzed and some basic rules must be checked:

- The control panel must not be not far away from the RSENS transmitter (10 meter maximum).

- Metallic parts are not allowed between the control panel and the RSENS transmitter.

- Some other radio sources (mainly those that are working on the same 868MHz band) can interfere to the Radiosens radio communication.

Pedestrian mode is not allowed when Radiosens system is used. Opening inversion maneuvers are not allowed when Radiosens system is used. Every

closing maneuver must start from the OPENED point and it has to be executed the whole closing maneuver.

Control panel sequence must be programmed again in case of any mechanical alteration or modification (installation maintenance, knock on the door, etc.). Even though a mechanical modification or alteration causes non desirable Radiosens detections and inversions it is possible to close the door by means of Deadman mode.

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Model

Associated parameters

For more information and details regarding the Radiosens system please refer to the RSENS transmitter and RSEC/R user instructions.

7.12 Electro lock and reverse strike at open functions

All

ID Description Type

P4A Electro lock time NUMERIC P78...P7C OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT P27 Maximum speed close ON/OFF PBD Reverse strike at open ON/OFF P54…P5C Switch X SELECTOR

Description

The Electro lock function allows controlling an electro lock by means of a control panel output.

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Configuration

To enable the electro lock function it is needed to assign the “Electro lock “output value to a control panel output. P78 to P7C configuration parameters allow assigning an output value to every available control panel outputs by means of a VERSUS-PROG programming tool. PA1 to PB0 configuration parameters allow assigning an output value to expanded outputs that are available if TL-CARD-V is connected to the control panel. Electro lock function is enabled if one or more outputs are configured as “Electro lock” outputs. If electro lock function has to be disabled, “Electro lock” outputs must change its value.

Electro lock timer is configured by means of the P4A parameter. This parameter can take values from 0 seconds to several seconds. The units used for this parameter are seconds.

In control panels models that allow regulation of speed and slow speed, there is the possibility of activating the closing at maximum speed function by setting P27 configuration parameter. The closing at maximum speed makes a closing operation of 2 seconds after the slow speed part has finished, ensuring proper closure of the door and that the electrolock closes properly.

Finally, the reverse strike at open function is a function normally associated to the electrolock function. To enable this function, use the PBD configuration parameter. There is also possible to control this function by means of assigning this function to one of the selector switches (P54 to P5C parameters).

Operating

After electro lock function is enabled, the control panel executes the electro lock sequence every time an opening maneuver is started. The electro lock time is divided in two parts: the first half time before the opening maneuver and the second half time once the opening maneuver has started.

(P4AElectrolock

time)/2Electro

active+door

opening

(P4AElectrolocktime)/2Electro

active+doorstopped

The reverse strike at open function is done from the position of door CLOSED. If this function is activated once the open command has been received, the door will close during a little period of time to be able to liberate the door and then it will begin the opening sequence. If at the same time, the electrolock function is activated, this will be kept active during the liberation time of the door.

Notes

Electro lock can be controlled by means of a free voltage output or a voltage output. In case of the TL-CARD-V all its four outputs are free voltage but in case of the control

panel outputs it depends on the control panel model. Some control panels have 12Vdc outputs and other control panel models have 12/24Vdc configurable outputs.

If voltage outputs are used electro lock power consumption has to be carefully taken into account. Control panel output maximum current depends on the control panel

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model. If control panel output maximum current is not enough some control panel models have an auxiliary input (IN AUX) in order to supply extra current to the voltage outputs. In this case an extra power supply must be used and connected to this auxiliary input.

If free voltage output is used an external power supply is needed.

7.13 Backjump function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P0F Backjump opening enable ON/OFF P10 Backjump closing enable ON/OFF P3C Backjump opening time NUMERIC P3D Backjump closing time NUMERIC

The backjump function allows mechanically release the motor after the control panel reaches the OPENED and CLOSE maneuver reference points.

To enable the backjump function it is needed to set the P0F configuration parameter to ON in case of opening backjump or set the P10 configuration parameter to ON in case of closing backjump by means of a VERSUS-PROG programming tool. .

Backjump opening and closing timers are configured by means of the P3C and P3D configuration parameters. These parameters can take values from 0 seconds to several seconds. The units used for this parameter are seconds.

Operating

After backjump function is enabled, the control panel executes the backjump sequence every time an opening or a closing maneuver finishes on the OPENED or CLOSED reference points. After the door finishes the opening or closing maneuver, it changes the movement direction during the configured backjump period in order to release the motor.

P3CBackjump

openingtime

Closingmaneuver

time

P3DBackjump

closingtime

Opening

maneuvertime

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7.14 Security contact autotest function

Model

Associated parameters

Associated errors

Description

Configuration

All

ID Description Type

P5E...P77 IN XX INPUT P78...P7C OUT XX OUTPUT P54...P5C Switch X SWITCH P48 Autotest max attempt NUMERIC

ID Description Type

Er19 Test closing error Error Er20 Test opening error Error

The security contact autotest function allows automatically test the connected security contacts before every opening and closing maneuvers to ensure that they are correctly working.

System set-up: In order to use security contact autotest function on VERSUS control panels the security contact must be supplied by control panel voltage output. Depending on the control panel model this output can be 12Vdc or configurable 12/24Vdc. The security contact output it must be connected to the corresponding control panel input.

Parameters: The output that supplies the security contact must be configured as a “Close autotest signal” if the security contact is used for closing maneuvers or “Open autotest signal” if the security contact is used for opening maneuvers. This configuration can be done by means of P78 to P7C configuration parameters by using a VERSUS-PROG programming tool. For the security contact signal input it must be configured as “SEC.CL autotest” in case of closing maneuver or “SEC.OP autotest” in case of opening maneuvers. This configuration can be done by means of P5E to P77 configuration parameters.

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Operating

When the control panel output and an input are correctly configured to test the security contact, the autotest sequence is automatically executed. If user wants to enable or disable the autotest sequence, a switch can be configured as “SEC.CL test” or “SEC.OP test”. This configuration can be done by means of P54 to P5C configuration parameters.

If autotest sequence fails, the control panel can try to execute again the autotest sequence. The number of maximum number of tries can be configured by means of the P48 configuration parameter. This parameter can take values from 0 to 200.

After security contact autotest function is configured and enabled, the control panel executes the autotest sequence every time an opening or a closing maneuver starts. These are the autotest sequence steps:

- In the first step, the control panel removes the power supply of the security contact by using the configured test output.

- In the second step, the control panel checks that the test input has no signal. This means that the security contact has released its output.

- In the third step, the power supply of the security contact is recovered.

- Finally in the fourth step it checks that the test input recovers the security signal.

If any of these steps fail, the autotest sequence is not OK. In case there are autotest attempts, it repeats again the sequence until the maximum number of attempts are reached. Finally if the number of maximum number of attempts is reached autotest error is displayed. In case of opening autotest error Er20 is displayed and in case of closing autotest error Er19 is displayed.

Notes

Every autotest sequence can take at maximum 4 seconds. Therefore the autotest maximum period depends on the number of configured attempts.

Even an autotest error happens it is possible to open/close the door by means of Deadman mode.

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7.15 Security edge autotest function

Model

Associated parameters

Associated errors

Description

All

ID Description Type

P5E...P77 IN XX INPUT P78...P7C OUT XX OUTPUT P54...P5C Switch X SWITCH P48 Autotest max attempt NUMERIC

ID Description Type

Er12 Test edge closing error Error Er13 Test edge opening error Error

The security edge autotest function allows automatically test the 8K2 wired security edges that allow autotest (i.e. Radioband external receiver with 8K2 output). The autotest is performed before every opening and closing maneuvers to ensure that they are correctly working.

Configuration

System set-up: In order to use security contact autotest function on VERSUS control panels the wired security edge must be supplied by control panel voltage output. Depending on the control panel model this output can be 12Vdc or configurable 12/24Vdc. Regarding the wired security edge output it must be connected to a control panel.

Parameters: The output that supplies the security edge must be configured as a “Close autotest signal” if the security wired edge is used for closing maneuvers or “Open autotest signal” if the security wired edge is used for opening maneuvers. This configuration can be done by means of P78 to P7C configuration parameters by using a VERSUS-PROG programming tool. In case of security wired edge signal input it must be configured as “S.EDGE.CL autotest” in case of closing maneuver or “S.EDGE.OP autotest” in case of opening maneuvers. This configuration can be done by means of P5E to P77 configuration parameters.

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Operating

In case that a control panel output and an input are correctly configured to test the security wired edge, the autotest sequence is automatically executed. If user wants to enable or disable the autotest sequence a switch can be configured as “SEC.CL test” or “SEC.OP test” in order to decide if autotest sequence is executed or not. This configuration can be done by means of P54 to P5C configuration parameters.

If autotest sequence fails control panel can try to execute again the autotest sequence. The number of maximum number of tries can be configured by means of the P48 configuration parameter. This parameter can take values from 0 to 200.

After security wired edge autotest function is configured and enabled, the control panel executes the autotest sequence every time an opening or a closing maneuver starts. These are the autotest sequence steps:

- In the first step the control panel removes the power supply of the security wired edge by using the configured test output.

- In the second step the control panel checks that the test input has no signal. This means that the security wired edge has released its output.

- In the third step is recovers the power supply of the security wired edge.

- Finally in the fourth step it checks that the test input recovers the security signal.

If any of these steps fail the autotest sequence is not OK. In case there are autotest attempts it repeats again the sequence until the maximum number of attempts are reached. Finally if the number of maximum number of attempts is reached autotest error is displayed. In case of opening autotest error Er13 is displayed and in case of closing autotest error Er12 is displayed.

Notes

Every autotest sequence can take at maximum 4 seconds. Therefore the autotest maximum period depends on the number of configured attempts.

Even an autotest error happens it is possible to open/close the door by means of Deadman mode.

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7.16 Closing security wired edge or Radioband inhibition function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P06 Inhib. 4cm S.EDGE.CL ON/OFF P42 Inhib. zone start point NUMERIC

The security edge inhibition function allows inhibit the closing security edge activation during the last closing maneuver centimeters. This function is common for wired 8K2 or optical security edges and for Radioband system.

To enable the closing edge inhibition function it is needed to set the P06 configuration parameter to ON by means of a VERSUS-PROG programming tool.

The inhibition zone is the last centimeters of the closing maneuver and it can be configured by means of the P43 configuration parameter. This parameter is a position parameter and the units that are used depend on the time or Hall mode configuration. If the control panel is working on the time mode seconds are used as units and the inhibition zone can take values from 0 to 180 seconds. On the other hand, if control panel is working on the Hall mode pulses are used as units and the inhibition zone can take values from 0 to 18000 pulses. This inhibition zone value is common for normal 8K2 wired edge, optical wired edge or Radioband controlled edge.

Operating

Notes

P42Inhibi.zone

startpoint

After closing edge inhibition function is configured and enabled, in normal operation when there is security activation due to an 8K2 closing edge, optical closing edge or closing Radioband it is not taking into account and the door will continue the closing maneuver.

VERSUS control panels are ready to directly control WITT (http://www.witt-

sensoric.com/) and FRABA (http://www.fraba.com/) wired optical edges.

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7.17 Closing security contact inhibition function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P08 SEC.CL inhibition ON/OFF P18 SEC.CL programmed ON/OFF P3B SEC.CL inhib. point NUMERIC P42 Inhib. zone start point NUMERIC

The closing security contact function allows inhibit the closing security contact for a specific zone of the closing maneuver. This function is used in 2-leaf up and over doors that are installed in such way that the door passes in front of the closing security contact when it executes the closing maneuver.

To enable the closing security contact inhibition function it is needed to set the P08 configuration parameter to ON by means of a VERSUS-PROG programming tool.

After enabling this function the control panel sequence must be programmed in order to detect the security contact activation (activated by the door) and this activation defines the security contact position.

If the security contact is activated during the programming of the closing maneuver P18 configuration status parameter is set to ON.

The inhibition zone is defined by the sum of the following two parameters:

- The programmed security contact position is defined by the configuration status parameter P3B. This parameter is stored during programming sequence if security contact is detected. This is a position parameter and its units are seconds or pulses depending on the working mode (time or Hall).

- The inhibition margin is defined by the configurable parameter P42. This parameter is the same that is used in order to define the security edge inhibition zone. It is a position parameter; therefore its units are seconds or pulses depending on the working mode (time or Hall). This margin is added to the previous security contact position to get as result the whole inhibition zone.

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Operating

Notes

Securitycontact

inhibit.zone

After closing security contact inhibition function is configured and enabled, in normal operation when door is closing when it enters to the security contact inhibition zone any security contact activation doesn’t produces an inversion maneuver.

Any manipulation or alteration of the closing security contact installation that can modify its position or presence implies a new control panel programming sequence.



P42Inhib.Zone

point



startpoint

P3BSEC.CLinhib.

7.18 Automatic 8K2/optical security edge detection function

Model

Associated parameters

Associated errors

All

ID Description Type

P5E...P60 IN X INPUT P29...P31 Autodetect OptoEdge INX ON/OFF

ID Description Type

Wr10 Security edge closing active Warning Wr11 Security edge opening active Warning Wr37 S. Optical edge opening active Warning Wr38 S.Optical edge closing active Warning

Description

The security edge autotest function allows automatically test the 8K2 wired security edges (i.e. Radioband external receiver with 8K2 output). The autotest is performed before every opening and closing maneuvers to ensure that they are correctly working.

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System set-up: VERSUS control panels have 3 available inputs (IN1 to IN3) that can automatically detect 8K2 or optical edge signal. Before configuring the parameters the selected edge has to be connected to the control panel. In case of an 8K2 edge it can be directly connected but in case of optical edge power supply has to be provided. Depending on the control panel 12Vdc or 12/24Vdc outputs are available. Usually a fixed voltage output is used to supply the optical edge. It is also possible to set a configurable output as fixed output by setting its value to “Always ON”.

VERSUS control panels are ready to directly control WITT (http://www.witt-

sensoric.com/) and FRABA (http://www.fraba.com/) wired optical edges. Please follow

manufacturer datasheet in order to connect the optical edge to the VERSUS control panel.

Operating

Notes

Parameters: To configure the 3 available inputs as automatic 8K2/optical inputs “AUTOEDGE.CL” or “AUTOEDGE.OP” input values have to be set depending if the edge has to actuate during the opening or the closing maneuver. This configuration is done by using P5E to P60 configuration parameters by means of a VERSUS-PROG programming tool.

After the edge is connected and the input is configured the 8K2 or optical mode detection is performed during the normal control panel programming sequence. After programming, this sequence detection result can be checked by using the P29 to P31 status parameters. If the associated input parameter is set to ON it means that an optical edge has been detected otherwise a 8K2 edge is taken into account.

After 8K2/optical security edge automatic input function is configured in normal operation it takes into account its activation. When the edge is activated, the control panes executes the security inversion maneuver. If the active edge is the closing edge Wr10 or Wr38 warnings are displayed (8K2 or optical edge) and in this case the inversion maneuver opens the whole door. If the active edge is the opening edge Wr11 or Wr37 warnings are displayed (8K2 or optical edge) and in this case the inversion maneuver closes during 2 seconds.

Any change of the 8K2/optical edge mode (from optical to 8K2 or vice versa) implies a new control panel programming sequence in order to detect the new edge mode.

Even the edge is active it is possible to open/close the door by means of Deadman mode.

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7.19 Flash and pre-flash function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P91 Pre-Flash option ON/OFF P78...P7C OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT P54...P5C Switch X SWITCH P4C Flash frequency NUMERIC P4D Pre-Flash time NUMERIC

The flash and pre-flash function allows controlling a warning light.

To enable the flash it is needed to configure any output to “Flash” value. P78 to P7C configuration parameters allow to assign the “Flash” output to any available control panel output by means of a VERSUS-PROG programming tool. In addition any TLCARD-V output can be also programmed as “Flash” output by means of PA1 to PB0 configuration parameters.

Operating

Notes

The flashing frequency can be configured by using the P4C configuration parameter. This flashing frequency can take values from 0.1 to 5 seconds.

Regarding pre-flash function if it has to be enabled P91 configuration parameter has to be set to ON. If pre-flash function needs to be controlled by user without VERSUSPROG programming tools “Pre-flash ON/OFF” function can be assigned to any switch. To configure the switch values P54 to P5C configuration parameters can be used.

Pre-flash time value can be configured by using the P4D configuration parameter. This parameter can take values from 0 to 60 seconds.

After pre-flash/flash function is configured in normal operation it takes into account its control. If pre-flash is enabled it executes flash during the configured time before start an opening/closing sequence. After the door starts moving it keep flashing until the door stops.

In VERSUS control panels, flash function can be assigned to any type of output: free voltage output, voltage output, TL-CARD-V output and front light output.

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7.20 Anti-intrusive function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P78…P90 OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT

The anti-intrusive function allows detecting a non-desired entrance to the garage (thief, etc.). This function uses the closing security contact as a sensor to detect this nondesired entrance.

To enable the anti-intrusive function it is needed to configure any of the available outputs as “Intrusive” by means a VERSUS-PROG programming tool. The P78 to P90 configuration parameters are used to configure the control panel outputs and the PA1 to PB0 configuration parameter are used to configure the TL-CARD-V extra outputs.

The configured “Intrusive” outputs will be activated in case of non-desired entrance detection. Therefore these outputs can be used to activate any kind of alarm system. The output is “normally opened” and it changes to “normally closed” when it is activated. It keeps active until the door is completely closed.

To use the anti-intrusive function, a closing security contact input is compulsory as the closing security contact is used as presence sensor. Therefore it is needed to configure any of the available inputs as closing security contact input.

Operating

If any output is configured as “Intrusive” the control panel checks the closing security contact activations.

If an opening maneuver starts in order to open the garage door, the control panel checks the number of closing security contact activations.

The first activation is understood as the user enters to its garage but the second activation means a non-desired entrance. If this second activation is detected before the door returns to the CLOSED status “Intrusive” outputs are activated in order to inform about a non-desired entrance.

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7.21 Alarm function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P78…P90 OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT P0A Closing limit switch installed ON/OFF

The alarm function allows detecting a non-desired opening maneuver of the garage door (thief, etc.). This function uses the closing mechanical limit switch as a sensor to detect this non-desired opening maneuver.

To enable the alarm function it is needed to configure any of the available outputs as “Alarm” by means a VERSUS-PROG programming tool. The P78 to P90 configuration parameters are used to configure the control panel outputs and the PA1 to PB0 configuration parameter are used to configure the TL-CARD-V extra outputs.

The configured “Alarm” outputs will be activated in case of non-desired opening maneuver. Therefore these outputs can be used to activate any kind of alarm system. The output is “normally opened” and it changes to “normally closed” when it is activated. It keeps active until the alarm condition is resolved.

Operating

To use the alarm function a closing mechanical limit switch input is compulsory as the mechanical limit switch is used as security sensor. Therefore it is needed to configure any of the available inputs as mechanical limit switch input.

In order to use the closing mechanical limit switch, it has to be detected on the control panel programming sequence. After programming the sequence it is possible to check the detection result by using the status configuration parameter P0A. If this parameter is set to ON it means that the closing limit switch has been detected.

If any output is configured as “Alarm” and a closing mechanical limit switch has been detected in programming sequence, the control panel checks the closing mechanical limit switch when the door is on the CLOSED position.

If manual or forced openings maneuver starts (motor is not activated by the control panel) the closing mechanical limit switch will be released. In this case as the control panel is still on the CLOSED position it detects the closing mechanical limit switch release and it activates the “Alarm” outputs to inform about a non-desired maneuver.

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7.22 Panic function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P78…P90 OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT P50 Panic active signal NUMERIC

The panic function allows activating a special output by pressing during several seconds a transmitter button. This transmitter has to be programmed on any of the 4 available Motion channels of the control panel integrated receiver.

This can be used to inform a dangerous or emergency situation by means of a transmitter (thief, medical emergency, etc.)

To enable the panic function it is needed to configure any of the available outputs as “Panic” by means a VERSUS-PROG programming tool. The P78 to P90 configuration parameters are used to configure the control panel outputs and the PA1 to PB0 configuration parameter are used to configure the TL-CARD-V extra outputs.

The configured “Panic” outputs will be activated (pulse output) in case of transmitter long activation is detected. Therefore these outputs can be used to activate any kind of alarm system. The output is “normally opened” and it changes to “normally closed” when it is activated. It keeps active for a short period of time (pulse).

Operating

Notes

To configure the time that is needed to press the transmitter button to activate the panic signal, P50 parameter can be used. This parameter can take values from 0 to 20 seconds.

If any output is configured as “Panic” and a transmitter is programmed on any of the 4 available Motion channels, the control panel checks the holding time of the transmitter button.

If this time is larger than the configured time it activates the “Panic” outputs to inform about a dangerous situation.

As this function uses the transmitter button holding time to activate an emergency output, radio interferences have to be taken into account, because they can affect to the “transmitter – control panel” communication.

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7.23 Hydraulic mode function

Model

Associated parameters

Associated errors

Description

All

ID Description Type

P5E...P60 IN X INPUT P1F Limit opening detected ON/OFF P20 Limit closing detected ON/OFF P54...P5C Switch X SWITCH P42 Inhib. zone start point NUMERIC P2D Extratime hydraulic mode NUMERIC

ID Description Type

Er19 Test closing error Error Er20 Test opening error Error Wr40 Pressure switch active Warning

The hydraulic mode function allows controlling a hydraulic motor that has a pressure switch output signal.

Configuration

To enable the hydraulic mode function it is needed to configure any of the available inputs as “Pressure switch” by means a VERSUS-PROG programming tool. The P5E to P60 configuration parameters are used to configure the control panel inputs.

There are two cases where the pressure switch is activated: when there is any kind of obstacle that doesn’t allow the motor movement and when the motor starts moving.

- The first case is very useful in order to use the pressure switch as a security signal and also to use it to detect OPEN and CLOSE references during programming sequence process. When control panel maneuvers are programmed, if user reaches the top and bottom door limits and the hydraulic motor presses for an extratime, that is configured by P2D parameter, in these points, OPEN and CLOSE references are detected. Therefore in normal operation these references will be taken into account. To check if these references have been detected P1F and P20 status configuration parameters can be used. The ON value means that the reference has been detected.

- The second case is very useful in order to test pressure switch signal. If a pressure switch signal pulse is detected every time that the motor starts moving, this signal can be checked to perform the pressure switch autotest. In order to define the zone where this activation is possible and to inhibit the pressure switch security signal P42 parameter is used. Therefore every time a maneuver starts during the time configured by P42 pressure switch is inhibited and if test is enabled it checks that it is active during a short period of time. To enable or disable the pressure switch test it is necessary to assign the “Pressure switch test ON/OFF” function on any of the switches. This configuration can be done by using the P54 to P5C configuration parameters. If none switch is configured autotest is enabled by default.

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Operating

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If any input is configured as “Pressure switch”, the control panel is working on hydraulic mode. In this mode is always using Time mode by default. Hall mode is not allowed in hydraulic mode.

In normal operation, the pressure switch signal is used as security signal if it is not inhibited. The signal is inhibited the first seconds of the maneuver. This time is the configured inhibition time and during this time if the pressure switch test is enabled it checks its activation. In order to inform the user that the pressure switch signal is inhibited the STOP/ERROR control panel red LED flashes. After leaving this inhibition zone the pressure switch is used as a security signal and if there is any activation control panel executes the security inversion maneuvers. It is possible to inhibit the pressure signal during the entire opening operation by assigning this function to a selector with parameters P54 to P5C.

In addition if any reference has been programmed by using the pressure switch signal (OPENED or CLOSED), the security signal is also inhibited 2 seconds before reaching the reference point detection. In this case the STOP/ERROR control panel red LED it also flashes to inform the user that it is inhibited in order to detect the OPENED or CLOSED reference. Once reached the reference and to ensure proper closing or opening of the door, the door continue closing / opening for the extra time parameter set by P2D.

Notes

2sec.inhibition

reference

P42Inhib.Zone

startpoint

If pressure switch test is enabled and there is no signal activation during the inhibition zone, test fails and Er19 error is displayed in case of closing maneuver test and Er20 error is displayed in case of opening maneuver test.

During normal operation any pressure switch activation that results into a security maneuver, displays the Wr40 warning in order to inform the user that a pressure switch security signal has been detected.

Slow speed mode is not allowed if hydraulic motors are used. If due to maintenance it is necessary to repair the hydraulic motor it is possible to

temporally replace it by a electromechanical motor. In this case pressure switch test has to be disabled if it is enabled and the pressure switch input can be replaced by a normally closed contact (bridge).



P20Limitclosingdetecte

P1FLimitopening



detected

2sec.inhibition

reference



If hydraulic motor is used and door is in OPENED or CLOSED position for a long period of time it is highly recommended to enable the “Recharge maneuver” function in order to keep the door correctly opened or closed (see 0).

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7.24 Recharge maneuver function

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Type

PB6 Recharge maneuver ON/OFF

The recharge maneuver function allows refreshing the CLOSED and OPENED position and ensures that the door is correctly opened and closed.

To enable the recharge maneuver function it is needed to set to ON the PB6 configuration parameter by means a VERSUS-PROG programming tool.

If recharge maneuver is enabled the control panel starts a 1 hour timer every time the door enters to CLOSED or OPENED position. After this timer finishes the control panel executes a 3 seconds opening maneuver in case of OPENED position or a 3 seconds closing maneuver in case of CLOSED pos ition. This maneuver is executed in order to correctly keep the door closed or opened. After these 3 seconds maneuver the control panel starts again a 1 hour timer in order to refresh again the position after this timer expires.

If a normal opening or closing maneuver is executed the 1 hour timer is interrupted and it won’t be started again until the door enters to CLOSED or OPENED position.

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7.25 Password blocking function

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Type

PB1 Block ON/OFF by password ON/OFF PB4 Current blockage status ON/OFF PB2 Password value NUMERIC

The password blocking function allows protecting control panel configuration by means of a password.

To enable the password blocking function it is needed to set to ON the PB1 configuration parameter by means a VERSUS-PROG programming tool.

The password value is set using the PB2 configuration parameter that can take values from 0000 to 9999 (0000 value is set as default).

The status configuration parameter PB4 allows seeing if the control panel is currently blocked.

If password blocking function is enabled, configured password value is requested if user wants to modify control panel configuration. The password value is requested by VERSUS-PROG programming tools when user tries to modify configuration parameters.

Notes

If password is correctly introduced control panel is unblocked and user can change its configuration. After 2 minutes of no user activity control panel is blocked and password needs to be entered again if configuration needs to be changed.

Option switches changes are not taken into account if control panel is blocked by password. To take into account switches values password must be introduced by means of any VERSUS-PROG programming tool.

There is no way to recover or reset the password value, therefore password value lose implies a control panel repairing process.

For more information and details regarding the password introduction process please refer to the VERSUS-PROG programming tools user instructions.

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7.26 Traffic control function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P5E…P60 IN X INPUT P78…P90 OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT PB2 Traffic control mode NUMERIC

The traffic control function allows managing the entry and exit of vehicles to neighboring communities where there is a single gateway. The control is done through 2 traffic lights with red and green traffic lights being installed one on the outside and one on the inside of the building.

To enable this function, it is not necessary to activate any parameter. Just need to configure 4 outputs to control the 4 traffic lights (green inside, red inside, red outside and green outside). If you want to control the traffic lights by the direct outputs of the control panel, the configuration is required by P78 to P90 parameters. If instead you want to control the lights via a TL-CARD-V, the configuration is required by the parameters PA1 to PB0.

Operating

To perform a traffic control is necessary to set up inputs like "Start", "Open", "Open inside", "Start pedestrian" or "Open pedestrian." To perform this, the configuration parameters P5E to P60 are used.

By PB2 configuration parameter can be chosen the traffic control mode. Depending on how the mode is configured, the traffic lights are activated or deactivated in certain states of the door in a different way.

- JCM traffic control mode (value 0): In this mode, all traffic lights remain off when the door is closed. During the opening operation red lights come on inside and outside. Once the door is open the green light is lit inside or outside depending on whether the opening is performed from inside or outside the building. In this mode radio commands are interpreted as "Start", "Open", "Open pedestrian" and "Start pedestrian" as activation commands outside. So if you receive one of these commands when the door is open, the green outside light comes on and the red inside light remains on. On the contrary in this way wiring switch commands like "Start", "Open", "Open pedestrian" and "Start pedestrian" are considered as activation commands inside. If you receive such a command once the door is open, the green light is lit inside and red outside light remains on. If it is necessary within a command by radio can be configured as an input radio channel type "Open inside."

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7.27 Error and warning display function

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Type

P24 Error info displayed ON/OFF P80 Panel last error NUMERIC P9A Panel last problem NUMERIC P9B Panel last warning NUMERIC

The error and warning display function allows expanding the displayed error information.

To enable the error and warning display function it is needed to set to ON the P24 configuration parameter by means a VERSUS-PROG programmi ng tool.

Last main active error can be checked by means of the P80 status configuration parameter. Last normal active error or problem can be checked by means of the P9A status configuration parameter. Finally, last active warning can be checked by means of the P9B status configuration parameter.

By default control panel reports a limited list of errors. These errors are those that are critical or those that inform about a security malfunction.

Notes

If user wants to expand the error information in order to see normal errors or warnings, error and warning function has to be enabled.

If no VERSUS-PROG programming tool is used the only way to know that there is an active error or warning is taking a look to the control panel STOP/ERROR red LED. If the LED is ON it means that there is an active error or warning. If error and warning display function is disabled only critical errors will be informed.

To know the active error or warning value it is necessary to use a VERSUS-PROG programming tool.

Active errors and warnings keep active until the error is solved and an opening or closing maneuver is started. Afterwards if everything is ok the error is deactivated

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7.28 Opening function with presence detection

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Type

P54…P5C Switch X SWITCH

The opening function with presence detection allows opening the door only if the user is near her. The closing security contact input is used as presence detector, so the opening is not allowed until this input is active (for example you can use a magnetic loop vehicle detection connected to this input).

To enable this function it is needed to assign the activation to one of the switches by means of the P54…P5C configuration parameters. Once the function assigned to the switch, it can be activated setting at ON the switch.

If the function is enabled, if you receive an order to open when the door is closed, the door will not open if the closing security contact input is not active (detects presence). After opening the door, the closing security contact will no longer be used as a presence detector and it will be used as a safety element during the closing.



Notes



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7.29 Bollard control mode function

Model

Associated parameters

Description

Configuration

All

ID Description Type

P78…P7C OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT

The bollard control mode function allows controlling the maneuver of a bollard and its signaling lights (crown bollard light, red traffic light and warning traffic light) by the outputs of the control panel + TL-CARD-V. The bollard to control must have a certain feature to perform this task: the use of limit switches with pressure switch and the control of lowering the bollard by disabling 24Vdc solenoid.

To enable this feature, you must assign the bollards control function to one of the outputs of the control panel. This assignment is done through the configuration parameters P78 ... P7C. The function of the output configured as bollard control is used to control the 24VDC solenoid control board of the bollard.

In addition to the own control of the bollard, this mode includes its signaling light control (crown bollard light, red traffic light and warning traffic light). To perform this control, it is necessary to assign these light outputs to the outputs of the control panel or TL-CARD-V through the configuration parameters P78…P7C (control panel) or PA1…PB0 (TL-CARD-V).

Operating

If the control bollard function is activated in both programming mode and normal operating, the following actions are performed:

• The output configured as control bollard (value 34) is used to control the activation board of the 24 VDC solenoid.The solenoids are always active except during the maneuvers lowering the bollards (maneuver of upping the door).

• The fact that the bollards operate with pressure switches (NC) as limit switches implies that the control panel inhibits the detection of the switch during the first two seconds of maneuver.The NO inhibition of these implies false limit switch detecti on or the interpretation of an STOP (activation at the same time of the 2 limit switches).The LED STOP/ERROR indicates the activation zone by flashing.

• The fact that the bollards operate with pressure switches (NC) as limit switches also means that the control panel sets a margin of detection of the switch, if it has been detected during programming.This margin is about 0.5 seconds before the detection of the switch and from this point any activation of the switch is interpreted as a reference for opening/closing.The LED STOP/ERROR indicates this margin of detection of the switch at the end of the maneuver by flashing.

• The limit switch input of rising bollard (closing door) is also used as a safety signal.In the area where the limit of rising bollard is not inhibited (first 2 seconds of maneuver and final margin of detection. LED STOP/ERROR off) and if the limit switch is activated, it is interpreted as a safetysignal and the bollard reverses its maneuver until down

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completely (full opening door).

• If during normal operation, the system loses power supply, it will always start in "bollard down" mode (door open).In this mode, once finished the closing time, the bollard will begin its ascent maneuver.

• In order to avoid the lowering of the bollard by pressure loss, the system will perform a recharge maneuver of 3 seconds each hour.The one-hour period begins at the end of each recharge and once completed an ascent maneuver (see function 7.24)

• The output set as light crown bollard (value 35) is active when the bollard is fully raised (door fully lowered) and it will perform flashes during the movement of the bollard.

• The output set as red traffic light of bollard (value 36) is always active except when the bollard is fully lowered to disallow the passage.

• The output set as warning traffic light of bollard (value 37) will flash only when the bollard is fully lowered to indicate passage.

Notes

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7.30 Maintenance warning function

Model

Associated parameters

Description

Configuration

Operating

All

ID Description Typo

P78...P7C OUT XX OUTPUT PA1…PB0 (TL-CARD-V) OUT XXX OUTPUT P32 Max.movements number NUMERIC

The maintenance warning function allows the installer to control the maintenance of the installation. The maintenance warning is activated once it exceeds the maximum number of maneuvers scheduled.

To enable this function, you must assign the role of maintenance warning to one of the outputs of the control panel. This assignment is done by configuration parameters P78 ... P7C if using a control panel output or by output configuration parameters PA1 ... PB0 when using a TL-CARD-V output.

The maximum number of operations is fixed by setting numerical parameter P32. If the maintenance warning function is activated the control panel does the following:

Notes

• After reaching the maximum number of maneuvers, the output configured as performed maintenance warning flashes when the door is in the OPEN and CLOSED positions.

• During the movement of the door, the output configured as maintenance warning is always off.

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8. PROGRAMMING OF MANEUVERS

8.1 Door positioning

Before performing a program the door should be fully in closed position.

8.2 Door positioning in Dead man mode

Press the PROG button to enter Programming mode. The PROG Led will turn on. Through the buttons OPEN and CLOSE, if there are available, you can position the door to the totally closed position.

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8.3 Auto-Programming



Follow the steps to perform the auto-programming. It is necessary to have the autoprogramming function activated (P01 parameter):

1. Door is in the totally closed position

2. Press PROG pushbutton to enter programming mode

3. The PROG Led will turn on

4. Press START pushbutton or a programmed transmitter to program the maneuver

5. The door opens

6. Press START pushbutton to stop the door at the desired positon

7. The door stops

8. The door closes automatically

9. Press START pushbutton to stop the door at the desired positon

10. The door stops

11. The PROG Led turns off

12. The programming is finished The control panel is programmed with the following fixed parameters: slow speed manoeuvre is 15% of the

total manoeuvre, the pedestrian opening is 1/3 of the total opening time and autoclosing time is 30 seconds (in total opening and in partial opening).

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8.4 Auto-Programming with internal limit switches detection

Follow the steps to perform the auto-programming with internal limit switches detection. It is necessary to have the autoprogramming function activated (P01 parameter) and the internal limit switches detection activated (P1E parameter):

1. Door is in the totally closed position

2. Press PROG pushbutton to enter programming mode

3. The PROG Led will turn on

4. Press START pushbutton or a programmed transmitter to program the maneuver

5. The door opens two seconds and stops

6. The door closes automatically until the closed position

7. The door stops

8. The door opens automatically until a mechanical stop or a limit switch is reached

9. The door stops

10. The door closes automatically until a mechanical stop or a limit switch is reached

11. The door stops

12. The PROG Led turns off

13. The programming is finished The control panel is programmed with the following fixed parameters: the pedestrian opening is 1/3 of the

total opening time and autoclosing time is 30 seconds (in total opening and in partial opening).

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8.5 Manual Programming

Follow the steps to perform the manual programming:

1. Door is in the totally closed position

2. Press PROG pushbutton to enter programming mode

3. The PROG Led will turn on

4. Press START pushbutton or a programmed transmitter to program the maneuver

5. The door opens

6. Press START pushbutton to stop the door at the desired position

7. The door stops

8. Wait to program the desired autoclose time

9. Press START pushbutton to close the door

10. The door closes

11. Press START pushbutton to stop the door at the desired position

12. The door stops

13. The PROG Led turns off

14. The programming is finished

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8.6 Manual Programming with internal limit switches detection

Follow the steps to perform the manual programming with internal limit switches detection. It is necessary to have the internal limit switches detection activated (P1E parameter):

1. Door is in the totally closed position

2. Press PROG pushbutton to enter programming mode

3. The PROG Led will turn on

4. Press START pushbutton or a programmed transmitter to program the maneuver

5. The door opens two seconds and stops

6. The door closes automatically until the closed position

7. The door stops

8. The door opens automatically until a mechanical stop or a limit switch is reached

9. The door stops

10. Wait to program the desired autoclose time

11. Press START pushbutton to close the door

12. The door closes until a mechanical stop or a limit switch is reached

13. The door stops

14. The PROG Led turns off

15. The programming is finished

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8.7 Manual Programming with slow speed function activated

Follow the steps to perform the manual programming with slow speed function activated. It is necessary to have the slow speed function activated (P04 parameter):

1. Door is in the totally closed position

2. Press PROG pushbutton to enter programming mode

3. The PROG Led will turn on

4. Press START pushbutton or a programmed transmitter to program the maneuver

5. The door opens

6. Press START pushbutton at the desired position to move the door at slow speed

7. The door finishes opening at slow speed

8. Press START pushbutton to stop the door at the desired position

9. The door stops

10. Wait to program the desired autoclose time

11. Press START pushbutton to close the door

12. The door closes

13. Press START pushbutton at the desired position to move the door at slow speed

14. The door finishes closing at slow speed

15. Press START pushbutton to stop the door at the desired position

16. The door stops

17. The PROG Led turns off

18. The programming is finished

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8.8 Pedestrian Programming

Follow the steps to perform the pedestrian programming:

1. Door is in the totally closed position

2. Press PROG pushbutton to enter programming mode

3. The PROG Led will turn on

4. Press PEDESTRIAN button instead of START pushbutton to program the maneuver

5. The door opens

6. Press PEDESTRIAN button to stop the door at the desired positon

7. The door stops

8. Wait to program the desired autoclose time

9. Press PEDESTRIAN button to close the door

10. The door closes

11. Press PEDESTRIAN button to stop the door at the desired positon

12. The door stops

13. The PROG Led turns off

14. The programming is finished

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9. PROGRAMMING CODES IN THE RECEIVER

9.1 Manual Programming MOTION transmitters

Press the receiver programming button for 1 sec. and an acoustic signal will be heard. The receiver will enter programming mode 1. If the receiver programming button is held pressed down, the receiver will enter programming modes 2, 3, 4 and 5, cyclically passing from one configuration to the next. Once the programming configuration for the transmitter to be registered has been chosen, send the code to be programmed by pressing the transmitter.

Mode Configurationoftransmitterprogramminginthereceiver Led 1 Bypressingthedesiredchannelofthetransmitter,thealternative

inputwillbeactivated

2 Bypressingthedesiredchannelofthetransmitter,thepedestrian

inputwillbeactivated

3 Bypressingthedesiredchannelofthetransmitter,theopeninput

willbeactivated

4 Bypressingthedesiredchannelofthetransmitter,thecloseinput

willbeactivated

5 Programmingofthe4pushbuttonssequentiallyonthereceiver

(alternative,pedestrian,openandclose)

C1

C2

C3

C4

All intermittent

Every time a transmitter is programmed, the equipment will issue an acoustic signal for 0.5 sec. After 10 seconds without programming or by pressing the programming button, or by pressing the first two buttons of a transmitter (depending on the programming mode), the equipment will exit programming mode, issuing two 1 sec. acoustic signals. If, on programming a transmitter, the equipment memory is full, it will issue seven 0.5 sec. acoustic signals and exit programming.

N.B.: Each transmitter channel can be configured independently on the equipment, occupying only one memory position.

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9.2 Programming by radio

To enter programming, press the first two buttons on a transmitter that has already been registered on the equipment. The equipment will issue a 1 sec. acoustic signal. On pressing any button on the new transmitter, the equipment will issue another 1 sec. acoustic signal to indicate that it has been memorised. The new transmitter will maintain the same channel configuration as the transmitter registered.

After 10 seconds without programming or by quickly pressing the programming button or pressing the first two transmitter buttons, the equipment will exit programming mode, issuing two 1 sec. acoustic signals.

9.3 Reset

In programming mode, the programming button is held down for over 10 sec. The equipment will issue 10 short acoustic warning signals followed by others at a faster pace to indicate that the operation has been successful. The equipment is now in programming mode. The pilot programming light will also follow the acoustic indications by flashing.

After 10 seconds without programming or quickly pressing the programming button, the equipment will exit programming mode, issuing two 1 sec. acoustic signals.

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10. ACCESSORIES

10.1 VERSUS-PROG portable programmer

BACKLIT DISPLAY

ACTION CANCELLATION KEY

HORIZONTAL MENU

VERTICAL MENU

COMMUNICATION CABLES CONNECTION

HOT KEYS

ON/OFF KEY

BATTERIES

ACTION VALIDATION KEY

1. DESCRIPTION

This is a portable tool that permits to parameterize certain specifications (Inputs, outputs and software functions) from new generation control panels. Is also compatible with panels which are programmable with PROG-MAN. It operates via a rotary menu using fixed and configurahble function keys It has a backlit display, which shuts down after 20 seconds of inactivity. The programmer has an automatic cut-off function after 3 minutes to save battery. Configuration cables for the new generation control panels are supplied VERSUS.

2. TECHNICAL SPECIFICATIONS

Frequency 868,35MHz / 13,56MHz Power Supply 2x1.5 AA alkaline batteries / batteries

Rechargable / through MINI-USB Standby consumption 0,75mW Via cable / via proximity operating consumption 300mW / 850mW Radiated Power <25mW Operating Temperature -10ºC to 60ºC Watertighness IP20 Dimensiones 70 x 180 x 35 mm

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3. MENU

GAMMA VERSUS MANUAL

MAIN MENU VERSUS panels Config Edit all parameters Edit INPUTS Edit OUTPUTS Edit ON-OFF Edit NUMERICAL Edit SWITCH Edit OTHER Read conf. From C. Panel Write Config to C. Panel Delete Config. RESET to default values Parameters Level

Other panels Config Programmer Config

Language English Spanish German HOT Keys

Appearance LCD Contrast Vibration Sound Slider active Slider sensitivity Battery type

Service Mode

4. OPERATION

4.1 VERSUS PANELS CONFIG

It allows configuring the new generation control panels.

4.1.1 EDIT: ALL PARAMETERS (INPUTS, OUTPUTS, ON-OFF, NUMERICAL, SWITCH AND OTHERS)

Allows reading and/or editing the applicable parameters to the control panel, which will be displayed on screen depending on what control panel model the programmer is connected to. To read or modify parameters, place the cursor over the desired field and enter pressing the key Intro. You can view the currently configured value on top of the screen of the controller, the default value is placed on the centre and the configuration options are at the bottom. Using the lateral movement arrow keys and vertical movement arrow keys (slider)you can navigate through the settings. To confirm a setting, press the key Intro. After changing any parameter from the control panel, a complete programming manoeuvre must be performed.

4.1.2 READ CONF. FROM C. PANEL

Allows reading and saving different configurations from the control panels The display will show the names of the previously saved configuration settings. If you want to save a new configuration file, select "add new one" and choose a name to using the arrow keys. If you want to save the configuration settings on an existing file, select the file with the cursor and accept. Note that the previous settings will be erased and only the new configuration will be saved.

4.1.3 WRITE CONFIG TO C. PANEL

Allows writting different configurations to the control panels Choose the desired configuration setting with the cursor and press Intro. The configuration settings are recorded automatically and a operation message operation will be displayed if the operation is successful

4.1.4. DELETE CONFIG

Allows eliminating any existing configurations from programmer intern memory

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4.1.5 RESET TO DEFAULT VALUES

It allows configurating the control panel with the default values.

4.1.6 PARAMETRES LEVEL

The parameters are organized in two different levels, basic and advanced. Allows selecting what parameters will be displayed in the programmer

4.2 OTHER PANELS CONFIG

It allows setting the control panels configurable with PROG-MAN.

4.3 PROGRAMMER CONFIG

It allows setting the programming software.

4.3.1 LANGUAGE

This allows for the required language to be selected . There are 3 languages vailable depending on the version

4.3.2 HOT KEYS

It allows assigning different functions to the hot keys. Select the key you want to configure using the navigation keys and the slider to navigate and assign different options to the hot keys.

4.3.2 APPEARANCE

Allows adjusting the parameters and/or deactivate some of the programmer appearance parameters: LCD contrast, vibration, sound, slider active, slider sensitivity and battery type.

4.3.3 BATTERY TYPE

Allows choosing if the programmer batteries are re-chargeable or not. When a charge of the rechargeable batteries is required, the programmer recharges the batteries slowly. If you want to load them quickly, remove the batteries and recharge them with an external charger.

Attention: Do not attempt to charge non-rechargeable batteries.

4.3.4 MODO SERVICIO

Transfers the programmer control to the PC for: updating firmware, change languages and manage configurations form the PC

USE OF THE PROGRAMMER

The programmer is designed for the management of installations as per the general description. Not guaranteed for other uses.

The manufacturer reserves the right to modify equipment specifications without prior notice. JCM TECHNOLOGIES, S.A. declares here with that the product VERSUS-PROG complies with the relevant

fundamental requirements as per Article 3 of the R&TTE Directive 1999/5/EG, insofar as the product is used correctly.

CE DECLARATION OF CONFORMITY

See website www.jcm-tech.com

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10.2 V-POT card

DESCRIPTION

Potenciometers card for manage and program the programmable parameters of the control panel.

CONNECTION

Connect the card to the control panel on the indicated terminals. The control panel must be without power supply. Note: In case of installation with the box upside, turn up the card and then the frontal buttons will be reconfigured to the new position of the control panel.

OPERATING

Modify the values of the potenciometers always with the door stopped.

Notes:

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10.3 V-DPLAY card

DESCRIPTION

Display card for manage and program the programmable parameters of the control panel.

CONNECTION

OPERATING

1. STANDBY MODE

It is only available to enter standby mode if the door is not in movement and if there is no error activated.



2. DOOR STATE INDICATION MODE

When the door is in movement, the control panel indicates the state of the door: opened, closed or moving.

You also can access to visualize the state of the door pressing any of the buttons of the display card during 2 seconds. The display will indicate the state of the door. The control panel will get out this mode automatically after

DOOR OPENED DOOR CLOSED DOOR OPENING DOOR CLOSING

30 seconds.

ERROR ERROR NUMBER

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3. PROGRAMMING MODE

Being in “Door state indication” mode, press the MODE button during 5 seconds. PR will appear on the display indicating that the control panel has entered programming mode. Once finished the programming of the maneuver, the control panel will exit this mode

*PASSWORD

4. PARAMETER CONFIGURATION MODE

Being in “Door state indication” mode, press the + or – button during 2 seconds to enter in “Parameters configuration” mode. To exit this mode wait 10 seconds without pressing any button.

START PARAMETER CONFIGURATION

PA APPEARS ON THE SCREEN

PRESS + / - TO SEARCH PARAMETER

automatically after 30 seconds.

PRESS MODE TO EDIT PARAMETER

*PASSWORD

VISUALIZE ACTUAL VALUE

PRESS + / - TO CHANGE VALUE

PRESS MODE TO SAVE NEW VALUE

Notes:

The values depend on the control panel and only will be taken into account when the door is opened, stopped or closed. The card keeps the last values programmed even when it is disconnected form the control panel. The numeric parameters have a scale factor according to the maximum number that they can adopt. See the section 5 of the GAMMA VERSUS MANUAL for finding this scale factor (named as DPLAY factor).

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* CONTROL PANEL WITH PASSWORD

If the control panel is blocked by password, this one must to be introduced to access 3 and 4 modes, Programming and Parameter Configuration modes, respectively. For example, if the password is 1234, follow the steps below:

P1 APPEARS ON THE SCREEN

PRESS + / - TP ENTER VALUE 12

PRESS MODE TO VALIDATE VALUE 12

P2 APPEARS ON THE SCREEN

PRESS + / - TO ENTER VALUE 34

IF PASSWORD ERROR, AN ERROR APPEARS

PRESS MODE TO VALIDATE VALUE 34

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10.4 V-EXPAND card

DESCRIPTION

Expansion card with inputs and outputs and/or functions. Each card has two card connectors. Multiple cards may be connected in series. It also has an additional power supply 230Vac, to increase the possible consumption of the cards, or to feed externally and operate autonomously.

INSTALLATION

A) Installation in boxes with dimensions 285x225x92mm.

1.OPEN BOX

2.PLACE CARD

3. SCREW CARD

4.CONNECT CARD

B) Installation in additional small box with dimensions 180x152x88mm.

1.PLACE IN ADDITIONAL CARD

2.CONNECT CONTROL PANEL

USE OF THE SYSTEM

This equipment is designed to be installed with control panels for door and gate installations. It is not guaranteed for directly activating equipment other than that specified. The manufacturer reserves the right to change the specification of the equipment without prior warning.

IMPORTANT ANNEX

Disconnect the power supply whenever you proceed to the installation or repair of the control panel. In accordance with the European low voltage directive, you are informed of the following requirements:

· For permanently connected equipment, an easily accessible connection device must be incorporated into the cabling.

· This system must only be installed by a qualified person that has experience with automatic doors/gates and knowledge of the relevant EU standards.

· The instructions for use of this equipment must always remain in the possession of the user.

· Terminals with a maximum section of 3.8mm2 must be used to connect the cables.

· The frequency of the RadioBand system does not interfere in any way with the 868 MHz remote control systems.

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10.5 Updator

DESCRIPTION

Accessory to update the firmware version of JCM products. Updates the firmware: Receivers 500 codes, Access500, Access1000 and Access2000 Access Control Units, ProgMan and Versus-Prog portable programmers, and control panels of the Versus gamma.

OPERATING

To download the latest version of firmware on the Updator, connect the Updator through a USB cable (type A - Mini B)

to your PC and follow the prompts.

DOWNLOAD FIRMWARE TO UPDATOR

1 - Run Software "Firmware update tool" from the PC.

2 - On the main screen select, on the "Device Selection" option, the device that you want to update the firmware. If it is a receiver of 500 codes, an access control unit or the Prog-man portable programmer, you should insert the updating memory card in the Updator for the firmware to be downloaded to the card.

3 - Press the "Connect to Updator" and if the connection is correct, at the bottom of the window you will see the serial number of the Updator (Device serial).

4 - Using the "Explore" to choose the firmware file corresponding (with extension *.pq).

5 - Press the button "Download file" to download the chosen file to the device Updator. Wait until you finish the download process (the state is indicated by the bar "Download Status"). Once the process is finished, it is indicated in the bottom of the window by "Download OK".

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6 - Disconnect the Updator form the PC and proceed to update the device. If you downloaded the firmware on the updating memory card, when you insert the card into the device and feed it, the device will be updated with the new firmware. If it is a firmware update for a control panel, follow the instructions shown in the chapter "Upgrading VERSUS Control Panels."

UPGRADING VERSUS CONTROL PANELS

To update the firmware of the control panel with the version loaded on the Updator, connect the Updator through an Ethernet cable to the control panel via the RJ45 connector.

UNPLUG POWER SUPPLY CONNECT UPDATOR PLUG POWER SUPPLY LED’S FLASHES

WAIT 10S Æ UPGRADING OK 

Note: It is important to remember that when the firmware upgrading is done, the control panel will lose all the settings stored before and will return to the factory values by default.



UPGRADING VERSUS-PROG PORTABLE PROGRAMMER

To download the latest version of firmware on a handheld programmer, connect the Versus-Prog through a USB cable (Type A - Mini B) to your PC and follow the prompts.

1 - Run the software "Firmware update tool" from the PC.

2 - On the main screen select, on the "Device Selection" option, the Versus-Prog device.

3 - Press the button "Connect to Versus Prog" and if the connection is correct, at the bottom of the window you will see "Device Serial: Prog Versus connected".

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4- Using the "Explore" button, choose the firmware file (with extension *.pq). Then the program will request the firmware update file from memory (with extension *.mem). This second file will update the parameters of the programmer to default settings or factory parameters. If you want to keep the current settings, click on the box "Update entire eeprom" to deselect this option.

5 - Press the button "Download file" to download the chosen file to the device Updator. Wait until you finish the download process (the state is indicated by the bar "Download Status"). After the process, in the bottom of the window "Download OK" is indicated.

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11. SAFETY INSTRUCTIONS FOR INSTALLATION

Disconnect the power supply whenever you proceed

· The panel must be installed while the power is disconnected.

· Before installing the panel, remove all unnecessary ropes or chains and disable any equipment such as locks that is not necessary for the automatic operation.

· Before installing the panel, check that the door is in good mechanical condition, correctly balanced and that it opens and closes correctly.

· Install the manual unlocking device at a height lower than 1.8m.

· Install any permanent control next to the door away from any moving part and at a minimum height of

1.5m.

· For permanently connected equipment, an easily accessible power disconnection device must be incorporated into the wiring. It is recommended that this be of the emergency switch type.

· If the control panel is supplied without emergency stop button, this will be incorporated in the installation, connecting it to the STOP terminal.

· For correct use of the security edge, this must never be activated when the door is fully closed. It is wise to install the ends of run before activating the edge.

· This equipment can only be handled by a specialist fitter, by maintenance staff or by a suitably trained operator.

to the installation or repair of the control panel.

·To connect the power supply and motor wiring, 2.5 mm2 section terminals must be used.

· Use protective goggles when handling the equipment.

· Fuses must only be handled when the appliance is disconnected from the mains.

· The instructions for using this equipment must remain in the possession of the user.

· European door normative EN 12453 and EN 12445 specify the following minimum protection and door safety levels:

- for single-family dwellings, prevent the door from making contact with any object or limit the force of contact (e.g. safety band), and in the case of automatic closing, it is necessary to complement this with a presence detector (e.g. photocell).

- for communal and public installations, prevent the door from making contact with any object or limit the force of contact (e.g. safety band), and complement this with a presence detector (e.g. Photocell)

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12. SAFETY INSTRUCTIONS FOR THE USE

· Do not allow children to play with the door controls.

· Keep the remote controls out of the reach of children.

· Watch the door movement and keep people away until the door is fully open or closed.

· Precaution when operating the manual unlocking device, as the door may suddenly fall due to the bad condition of the springs or door unbalance. Details on how to use the manual unlocking device must be provided by the manufacturer or the device installer.

· Examine the installation frequently, especially the cables, springs and supports, to detect signs of wear, damage or unbalance. Do not use the door if repair work or adjustments are required, as this may cause damage.

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13. SAFETY INSTRUCTIONS FOR MAINTENANCE



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ANNEX A: SYMBOLOGY



In this annex you can find all the related symbology that is used in this manual.

Connections

- Normally closed contact

- Normally open contact

- 8k2 resistive safety edge

- Optical safety edge

- 8k2 / Optical safety edge

- Light

- Single phase motor connection

- Three phase motor connection

Drawings

- Courtesy light

- Flash

- Motor

- Stop pushbutton

- Pedestrian pushbutton

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- Parachute

- Electrolock

- Transmitter photocell

- Receiver photocell

- Opening safety edge

- Closing safety edge

- Autoclosing time

- Lock

- Unlock

- Writen indication

- Led turned on

- One beep

- One beep long

- Several beeps

- Screw units/metric

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- Movement arrows

- Slow movement arrow

- Pedestrian entry

- Vehicle entry

- Industrial entry

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Specifications and Main Features

Frequently Asked Questions

User Manual