background image

ON MODE

ATEST

SAFETY

STATE

ON

CAP R
Receiver output

CAP R
Receiver output

Optical safety 
edge
power supply

ATEST

WORK MODE

SW4 at OFF

SW4 at OFF
Positive polarity

ATEST > 150ms

ATEST > 300ms

Ton
ATEST

Ton
safety state

Ton
ATEST

Ton
safety state

Safety activated

OK

NOT OK

OK

ON

OFF

GATE CONTROL PANEL

10

11

4 - CONNECTIONS

4.1 - CONNECTING THE CAP T (safety edge) 

4.3 - CONNECTING THE RECEIVER TO THE CONTROL PANEL 

8k2 RESISTIVE SAFETY EDGE

Supports 8k2/10k
resistive safety edges.

8k2/10k

INHibition input (N.O.) on the transmitter
works in the same way as inhibition input 
on the receiver.

A closing signal in INH switches off the
NO-TOUCH sensor.

Ground cable must be fixed to the gate.
Make sure that ground and antenna wires 
are NOT in contact.

Connecting the safety outputs to gate control panel:

The equipment can be connected to the gate control panel to any input for safety edge 8k2 or directly into a safety 
input normally closed contact as if it were a photocell or stop signal.

This connectivity exists for R1 and R2 outputs.

In order to comply with EN ISO 13849-1: 2008 safety standard, a signal to test the system must be connected.

EXAMPLE: connection to gate control panel with safety contact / STOP input

EXAMPLE: connection to gate control panel with input for safety edge 8k2

Check the ground wire is properly fixed and the cable 
tension is calibrated.

Any kind of external signal is suitable to manage the activation / deactivation of the NO TOUCH function. A dry 
contact signal must be connected into INH – GND terminal. Selector 3 on the receiver selects the inhibition signal 
polarity (NO or NC) to be able to apply different kind of signals.

When INH LED on the receiver is switched on, the NO TOUCH sensor is deactivated.

When working with optical safety edges, in ON mode, only OSE-S7502 are allowed as they remain always active. 
The radio communication is tested every 7 or 30 seconds depending on the selector SW1 of the receiver.

In WORK mode, the ATEST signal is used to power up and down the optical safety edges. The radio communication 
is tested as in ON mode and when the optical elements are powered up and down.

Safety edge status

R1

status

R1

LED

Safety edge activated or
not programmed

Safety edge OK

Close

OFF

Open

ON

CONTROL PANEL

Safety edge status

R1

status

R1

LED

Safety edge activated or
not programmed

Safety edge OK

OFF

ON

GATE CONTROL PANEL

4.2 - CONNECTING THE CAP ACTIVE (safety edge) 

4.4 - CONNECTING MAGIN TO THE RECEIVER

CAPTIVE

CAPTIVE

EN

EN

Summary of Contents for CAPTIVE CAP ACTIVE

Page 1: ...EN CAP T868 CAP T916 CAP ACTIVE CAP R868 CAP R916 CAP MAGIN RadioBand3G System USER MANUAL CAPTIVE ...

Page 2: ...e It cannot detect plastics glass or other non conductive materials The receiver manages the activation and deactivation of NO TOUCH function depending on the status of the inhibitiondetector inhibitioninput Inhibition detector is based on magnetic fields thanks to the use of 2 polarized magnets grey and black These 2 magnets are responsible for activating and deactivating NO TOUCH sensor on the t...

Page 3: ...PTIVE 3 EN LEDS BS NO TOUCH safety edge state indicator BATTERY CONNECTOR Connect the batteries for operation Do nor carry the equipment with batteries connected PROGRAMMING BUTTON Program the transmitter to the receiver MIN SENS MAX SENS OPTION SELECTOR SENSITIVITY Indicates the NO TOUCH sensitivity range LITHIUM BATTERIES 2 X 3 6Vdc ER14505 AA Class 2 supply SAFETY EDGE MECHANICAL NO TOUCH LED D...

Page 4: ... INPUT 12 24V ac dc 5mA input for testing system and or activation of safety edge SW2 SW4 INHIBITION INPUT NO TOUCH inhibition activation SW3 OPTIONS SELECTOR 12 24 VAC DC Input power supply 9 35 Vdc 8 28 Vac R1 R2 OUTPUTS Relay outputs to inform the control panel of the safety edge status normally closed contact CS and 8k2 BS for each relay LED R1 CHECK R2 OFF Normal use Safety edge in relay 1 ac...

Page 5: ...n CAP T has a cable to connect GND to the metal part of the gate It is very important for the correct function of the NO TOUCH detection that the ground reference tab is properly connectedtothegate The amount of detection sensitivity is going to depend on Size of the conductive part of the object Distance from the object to the edge of the gate Maximum safety edge length 2 5 m CAPTIVE EN ...

Page 6: ...t as possible to avoid vibrations MAGNET INHIBITION ZONE IMPORTANT CAP MAGIN CAP ACTIVE OR CAP T CAP R868 MAGNET CLOSING GATE Do not place metal surfaces between transmitter and receiver 6 3 INSTALLATION 3 1 CAP T CAP R RECEIVER TRANSMITTER AVOIDING EXCESSIVE VIBRATION IS A MUST Use safety edges where conductor cannot be moved easily by the movement of the gate Use metallic profiles appropriated f...

Page 7: ...move the locking pin 1c NOTE in order to improve the discharge of any sediment that may be found inside the bottom cap it is advisable to drill a hole as shown in 1d Ø 5mm 3 2 1 CABLE TENSIONING AND CALIBRATION Optimum operation of the device is achieved with the electrical intervention with a deformation at the centre of the safety edge equal to about 20 mm The safety edge is already provided wit...

Page 8: ...REEN while gate is closing opening RED when gateistotallyclosed open Depending on the gate direction BLACK magnet is the one which de activates the NO TOUCH In case the gate is not totally opened closed a safety time of 5 minutes is added to avoid battery consumption Maximum NO TOUCH activation time 5 minutes To insert the soft cap place it in front of the support plate taking care to slide the fl...

Page 9: ...OSITION The Black magnet must be fixed at the other extreme of the gate in respect of the grey magnet The location of thismagnetdependsontheinhibitionzonedesired Due to NO TOUCH detection it is required that an INHIBITION ZONE is created at the end of the gate movement in order to avoid the detection of the wall support by NO TOUCH detector In this zone the safety edge will only be activatedfromno...

Page 10: ...e NOT in contact Connecting the safety outputs to gate control panel The equipment can be connected to the gate control panel to any input for safety edge 8k2 or directly into a safety inputnormallyclosedcontactasifitwereaphotocellorstopsignal This connectivity exists for R1 and R2 outputs EXAMPLE connection to gate control panel with safety contact STOP input Check the ground wire is properly fix...

Page 11: ...on A dry contact signal must be connected into INH GND terminal Selector 3 on the receiver selects the inhibition signal polarity NOorNC tobeabletoapplydifferentkindofsignals When INH LED on the receiver is switched on the NO TOUCH sensor is deactivated When working with optical safety edges in ON mode only OSE S7502 are allowed as they remain always active Theradiocommunicationistestedevery7or30s...

Page 12: ...itprovidesa12or24V signal Open contact in INH GND connector switches off NO TOUCH detector Close contact in INH GND connector switches off NO TOUCH detector CAP MAGIN In the case of operating withoutATEST signal it is necessary to work withATEST set to positive In order to comply withtheENISO13849 1 2008safetystandard youmustconnectthissignaltotestthesystem ON WORKmode The operating mode is select...

Page 13: ...ange will require a receiverresetandreprogramming Press the PROG button on receiver and hold it until the desired mode is selected LED s for R1 R2 will light up or flashinsequencetoselectthecorrectoperationmode There are four programming modes depending on the inputs you wish to use of the transmitter and the outputs requiredtoactivateonthereceiver The receiver allows the programming 6 safety edge...

Page 14: ... be heard on the receiver indicating the transmitter is properly programmed 4 To exit programming mode wait for 10 seconds or press PROG button on the receiver Two beeps will be heard Safety edge connected in IN1 will activate R2 Receiver memory used 1 transmitter P Press PROG button on the receiver 1 until R2 LED lights up 2 Press PROG button on the transmitter 3 A beep will be heard on the recei...

Page 15: ...ogrammed 4 To exit programming mode wait for 10 seconds or press PROG button on the receiver Two beeps will be heard 6 3 4 MODE 4 SAFETY EDGE CONNECTED TO IN1 ACTIVATES R1 AND SAFETY EDGE CONNECTED TO IN2 ACTIVATES R2 Safety edge connected in IN1 will activate R1 and IN2 will activate R2 Receiver memory used 2 transmitters Programming sequence PressPROGbuttononthereceiver 1 untilR1LED andR2LEDbegi...

Page 16: ...ve the upper support from the aluminium profile Remove the cable from the joint to the lower support of the edge ATTENTION do not loosen the locking screw that locks the cable from the cam Unscrew the locking screw b that locks the cable coming out from the lower part of the edge EN EXAMPLE to get an edge of MBS 1800 mm Extruded rubber MBS mm 245 mm cut 1555 mm Aluminium profile MBS mm 285 mm cut ...

Page 17: ... cable clamp the locking screw in this joint l Remove the locking pin m Proceed to the Cable tension and calibration according to point 3 2 1 Proceed to the Positioning of the cap according to point 3 2 2 Push the cable into the joint k taking it through the oblique hole Reassembe the steel cable through the cable conduit housed in the rubber edge j Reassemble the upper support in the aluminium pr...

Page 18: ... not move check that the wiring to the control panel is made correctly assafetycontactorresistivesafetyedgeinput Check also if LED indicator on MAGIN detector changes to red color in the desired inhibition zone and the INH LED onthereceiverisswitchedON Press the safety edge to assure that the appropriate relay on the receiver is activated If not see the Troubleshooting table to check what is happe...

Page 19: ...tweenequipments CAP T receiver is in WORK mode waitingforTESTsignal Communication failure between CAPRandCAPT CHECK function See coverage andsignalqualitytable Receiver with another transmitter inmemory Receiver memory full Indication when trying to memorize a new transmitter Change of operating mode in the CAP R with transmitters already memorized Detectionofthesafetyedge Verify the radio signal ...

Page 20: ... that the operation hasbeencarriedout 4 To exit programming mode wait for 10 seconds or press PROG button on the receiver Two beeps will be heard Storage Store the lithium cells in a cool dry and ventilated area far from fires and heating sources It is recommended the use of a non combustible structure and keep adequate clearance between walls and batteries The maximum temperature suggested for th...

Page 21: ...The manufacturer reserves the right to change the specification of the equipment without prior warning Usage If the battery is integral store and handle with care it is suggested to handle the batteries in a ventilated place do notsmoke eatordrinkduringtheassembly Do not expose at temperature higher than 100 C it is recommended 85ºC Avoid short circuit crush and exposition to heat sources Do not d...

Page 22: ...sible connection device must be incorporated intothecabling This system must only be installed by a qualified person that has experience with automatic doors gatesandknowledgeoftherelevantEUstandards The instructions for use of this equipment must always remain in the possession of the user The frequency of the RadioBand system does not interfere in any way with the 868 MHz remote control systems ...

Page 23: ...standard and assure the correct operation of the system it is mandatory to follow the instructions below to avoid serious dangerous to persons Date 10 02 2020 99 5 EC R TTE Directive 2006 42 EC Machinery Directive 2014 30 EU Electromagnetic c Directive ompatibility 2014 35 EU Low voltage Directive The Legal Representitive Michele Prandi SW1 1 is allowed to be set at ON only if the door cycle is be...

Page 24: ...I DI S r l Via Abetone Brennero 177 B 46025 Poggio Rusco MN ITALY Tel 39 0386 52 20 11 Fax 39 0386 52 20 31 E mail info gibidi com Numero Verde 800 290156 w w w g i b i d i c o m Cod AIC0065 02 2020 Rev 00 ...

Reviews: