Record R 65 User manual

record R 65
User manual
Translation of the original manual

Document identification
Article nr.: 121-006454719
Version: 1.0
Publication date: 10/01/2022
Subject to technical modifications
Copyright © agtatec ag

Table of contents
BAL_R_65_EN_1V0_BLA_121-006454719 3 / 32
Table of contents
1 Safety................................................................................................................................................................. 5
1.1 Presentation of warning signs............................................................................................................... 5
1.2 Intended purpose of use ....................................................................................................................... 5
1.3 General hazards ................................................................................................................................... 6
1.4 State of technology ............................................................................................................................... 8
1.5 Personal protective equipment ............................................................................................................. 8
1.6 Spare parts and liability ........................................................................................................................ 9
2 General information ......................................................................................................................................... 10
2.1 Purpose and use of the instructions ..................................................................................................... 10
2.2 Copyright .............................................................................................................................................. 10
2.3 Product identification ............................................................................................................................ 10
2.4 Manufacturer BLASI GmbH .................................................................................................................. 10
2.5 Target groups ....................................................................................................................................... 10
2.6 Definition of terms................................................................................................................................. 11
3 Description........................................................................................................................................................ 12
3.1 Functional description........................................................................................................................... 12
3.2 Main mechanical components .............................................................................................................. 13
3.3 Safety features and controls ................................................................................................................. 13
3.3.1 Safety levels of the system .............................................................................................................. 13
3.3.2 Tailgaiting and Piggybacking ........................................................................................................... 14
3.3.3 Comparison RC 2 to RC 3 ............................................................................................................... 14
3.3.4 Conduct during a power failure ........................................................................................................ 15
3.3.5 Conduct when power is restored ..................................................................................................... 15
3.3.6 Operating unit BDE-D ...................................................................................................................... 16
3.3.7 iPort.................................................................................................................................................. 16
3.3.8 Signal light ....................................................................................................................................... 16
3.3.9 Panic button ..................................................................................................................................... 17
3.3.10 Total open ........................................................................................................................................ 17
4 Options .............................................................................................................................................................. 18
4.1 Maintenance mode key switch.............................................................................................................. 18
4.2 Cleaning mode key switch .................................................................................................................... 18
4.3 Lock-Down............................................................................................................................................ 18
4.4 Flashing light......................................................................................................................................... 19
4.5 Emergency release............................................................................................................................... 19
4.6 Voice module ........................................................................................................................................ 19
4.7 User interface ....................................................................................................................................... 19
4.8 Deactivation of the monitoring sensor (contact mat or 3D-camera) ..................................................... 19
5 Specifications ................................................................................................................................................... 20
5.1 Dimensions of the system..................................................................................................................... 20
5.2 Electrical specifications of the system .................................................................................................. 20
5.3 Electric lighting specifications ............................................................................................................... 20
5.4 Environmental conditions...................................................................................................................... 20
6 Operation........................................................................................................................................................... 21
6.1 Operating modes .................................................................................................................................. 21
6.2 Menu..................................................................................................................................................... 22
6.3 Performing a reset ................................................................................................................................ 24
6.4 Lock the operating unit ......................................................................................................................... 24
7 Inspection and maintenance .......................................................................................................................... 25
7.1 General remarks ................................................................................................................................... 25

Table of contents
4 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
7.2 Operator duties ..................................................................................................................................... 25
7.3 Monthly inspection work performed by the operator............................................................................. 26
7.4 Cleaning and care................................................................................................................................. 27
8 Malfunctions ..................................................................................................................................................... 28
8.1 Status displays...................................................................................................................................... 28
8.2 Error displays........................................................................................................................................ 28
8.3 Troubleshooting via the operating unit.................................................................................................. 28
8.4 Tips on troubleshooting ........................................................................................................................ 29
9 Taking out of service and disposal................................................................................................................. 30
9.1 Decommissioning ................................................................................................................................. 30
9.2 Dismantling and disposal...................................................................................................................... 30

Safety 1
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1 Safety
1.1 Presentation of warning signs
Various symbols are used in this guide for easier understanding:
NOTICE
Useful advice and information to ensure correct and efficient workflow of the system.
IMPORTANT
Specific details which are essential for trouble-free operation of the system.
IMPORTANT
Important details which must be read for proper function of the system.
CAUTION
Against a potential hazardous situation that can lead to minor personal injury and property
damage.
WARNING
Against a latent hazardous situation that can lead to severe injuries or death and cause sub-
stantial property damage.
DANGER
Against an imminent hazardous situation that can lead to severe injury or death.
DANGER
Against an imminent or latent hazardous situation that could lead to electric shock and cause
serious injury or death.
1.2 Intended purpose of use
The system is designed exclusively for use as a pedestrian passage. The installation must only occur
in dry areas. If there are deviations then proper waterproofing and water drains will be required on-
site.
Any other application or use beyond this purpose is not considered to be an intended purpose. The
manufacturer bears no liability for any resulting damage; the operator alone shall bear the associated
risk.
The intended purpose also includes observation of the operating conditions specified by the manufac-
turer, in addition to regular care, maintenance and repair.
Interventions in or alterations to the installation performed by non-authorized maintenance technicians
exclude the manufacturer's liability for consequential damages.

1Safety
6 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
1.3 General hazards
The following section lists hazards that can be caused by the system even when used as intended.
To reduce the risk of malfunction, damage to property or injury to persons and to avoid dangerous
situations, the safety instructions listed here must be observed.
The specific safety instructions in the other sections of this manual must also be observed.
IMPORTANT
The country-specific regulations must be observed and complied with!
IMPORTANT
To avoid malfunctions, moving objects such as flags or parts of plants must not be allowed to
enter the detection range of the sensors.
CAUTION
Risk of malfunctions, material damage or injury due to improper settings!
a) Improper settings can lead to malfunctions, material damage or personal injury.
ðDo not disconnect the system from the power supply overnight.
ðSettings should only be made by personnel qualified to do so.
ðDo not disassemble, put out of operation or manipulate safety devices.
ðHave faults rectified by specialist personnel or by personnel qualified to do so.
ðHave service and maintenance carried out according to locally applicable regulations or accord-
ing to a maintenance contract.
CAUTION
Risk of malfunctions, material damage or injuries due to insufficient or missing cleaning or
care!
a) Insufficient or inattentive cleaning or care of the system can lead to malfunctions, damage to
property or injury to persons.
ðCheck the sensors regularly for dirt and clean them if necessary.
ðRegularly remove dirt accumulations in the floor rail or under the floor mat.
ðKeep the system free from snow and ice.
ðDo not use aggressive or caustic cleaning agents.
ðUse road salt or loose chippings only conditionally.
ðLay the floor mat without folds and flush with the floor.
ðEquipment required for cleaning purposes such as ladders or similar must not be leaned on or at-
tached to the system.

Safety 1
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CAUTION
Risk of material damage or injury due to unforeseen opening, closing or turning of the door!
a) The door can open, close or turn unexpectedly. This may result in damage to property or injury
to persons.
ðNo persons may be present in the opening area of the system.
ðEnsure that moving objects such as flags or parts of plants do not enter the detection range of
the sensors.
ðDo not make any settings on the control unit when the system is in use.
ðHave faults rectified immediately by specialist or personnel qualified to do so.
ðRemove objects from the opening area.
ðDo not disassemble, put out of operation or manipulate safety devices.
ðDo not rush through a closing system.
CAUTION
Risk of bruising and severing of limbs!
a) If the system moves, careless behaviour can lead to serious injuries to limbs or severance of
limbs.
ðDo not reach in when parts of the system are moving.
ðKeep a distance when parts of the system move.
ðDo not bump into or touch the system when it is moving.
ðDo not open or remove protective covers during operation.
ðDo not permanently remove covers from the system.
ðOnly carry out inspection, service, maintenance and cleaning when the system is stationary and
switched off.
CAUTION
Danger of material damage or injury due to non-functioning safety devices!
a) If safety devices are not functioning, manipulated or put out of operation, there is a risk of dam-
age to property or injuries that can lead to death.
ðNever disable or manipulate safety devices.
ðHave inspection, service and maintenance of the safety devices carried out according to local
regulations or according to a maintenance contract.
CAUTION
Danger of malfunctions, damage to property or risk of injury if used by unauthorised persons!
a) If unauthorised persons use the system, there is a risk of malfunction, damage to property or in-
jury to persons.
ðChildren under 8 years of age may only use the system under supervision.
ðChildren must not play, clean or maintain the system.
ðPersons with limited physical, sensory or mental abilities as well as persons with insufficient
knowledge or experience may only use the system under supervision or must have received and
understood instructions to do so.

1Safety
8 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
DANGER
Danger to life due to electric current!
a) In case of contact with live parts, there is an immediate danger to life due to electric shock.
Damage to or removal of the insulation or individual components can be life-threatening.
ðBefore starting work on active parts of electrical systems and equipment, ensure that all poles are
voltage free and that this is maintained for the duration of the work.
ðKeep moisture away from live parts. This can lead to a short circuit.
ðNever bridge fuses or put them out of operation.
ðDo not connect the power supply until all work has been completed.
ðHave work on the electrical system performed by qualified personnel only.
DANGER
Danger to life due to non-functioning safety devices of the fire protection system!
a) If safety devices of the fire protection system do not function properly, there is a risk of serious
or fatal injuries.
ðNever disconnect the fire protection system from the power supply overnight.
ðDo not disassemble, put out of operation or manipulate safety devices.
ðDo not remove safety instructions on the system.
ðNever block, hold open or otherwise prevent fire doors from closing.
ðHave inspection, service and maintenance of the fire protection system carried out in accordance
with locally applicable regulations or according to a maintenance contract.
ðHave the fire protection system checked and maintained according to the state of the art.
1.4 State of technology
This system was developed using state of the art technology and officially recognized technical safety
regulations. The system, depending on its options and diameter, comply with the requirements of the
Machine Guidelines 2006/42/EG as well as EN 16005 and DIN 18650 (D).
Nevertheless, danger may arise if not used as intended.
IMPORTANT
Installation, commissioning, inspection, maintenance and repair work may only be conducted
by qualified, trained and authorized technicians.
After commissioning or repair work, fill in the check list and give it to the customer for safe
keeping.
We recommend obtaining a service agreement.
1.5 Personal protective equipment
Personal protective equipment is used to protect persons from adverse effects on health. Personnel
must wear personal protective equipment during the various work activities on and with the system.
Personal protective equipment is explained below:
Hearing protection is used to protect the hearing from noise. As a rule of
thumb, hearing protection is compulsory from when normal conversa-
tion with other people is no longer possible.

Safety 1
BAL_R_65_EN_1V0_BLA_121-006454719 9 / 32
The head protection serves to protect against falling and flying parts
and materials. It also protects the head from bumping into hard objects.
Protective goggles protect the eyes from flying parts, dust, splinters or
splashes.
Protective gloves are designed to protect hands from friction, abrasions,
punctures or serious injury and from burning caused by contacting hot
surfaces.
Safety shoes protect the feet from crushing, falling parts and slipping on
surfaces. The puncture resistance of the shoes ensures, that pointy ob-
jects do not penetrate the foot.
The high-visibility vest is used to make the personnel stand out and
therefore to be seen. With improved visibility and attention, the high-vis-
ibility vest protects personnel in busy work areas from collisions with
vehicles.
Depending on the place of work and the working environment, the protective equipment varies and
must be adapted accordingly. In addition to protective equipment for specific work, the work site may
require other protective equipment ( for example a harness).
In hygiene-protected areas, special or additional requirements of personal protective equipment may
be required. These requirements must be considered when choosing personal protective equipment.
If there is any uncertainty regarding the choice of personal protective equipment, the safety officer
must be consulted at the place of work.
1.6 Spare parts and liability
Reliable and trouble free operation of the door is only guaranteed when using parts that were recom-
mended by the manufacturer. The manufacturer declines any liability for damages resulting from un-
authorized modifications to the door or the use of parts that are not permitted.

2General information
10 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
2 General information
2.1 Purpose and use of the instructions
These instructions are an integral part of the system and enable efficient and safe handling of the sys-
tem. In order to ensure proper functioning, the instructions must be accessible at all times and kept in
the immediate area of the system.
Although only the male form has been chosen for reasons of better legibility, the information refers to
members of both sexes.
The operator must have read and understood the manual before starting any work. The basic require-
ment for safe working is to follow the safety instructions and the handling instructions. In addition, the
local regulations and safety rules apply.
The manual can be handed over in extracts to instructed personnel who are familiar with the opera-
tion of the system.
The illustrations are for basic understanding and may differ from the actual presentation. Specific rep-
resentations are contained in the drawings.
2.2 Copyright
The copyright of the instructions remain at:
BLASI GmbH
Carl-Benz-Str. 5-15
D – 77972 Mahlberg
It is prohibited to reproduce, distribute or use the manuals for purpose of competition without the writ-
ten authorization of BLASI GmbH.
Violation of the here stated copyrights will be prosecuted and fined with compensation of damage.
Subject can change without prior notice.
Differences between product and manual are thereby possible.
2.3 Product identification
The nameplate located on the door provides accurate identification of the product.
2.4 Manufacturer BLASI GmbH
BLASI GmbH Automatic Door Systems
Carl-Benz-Str. 5-15
D-77972 Mahlberg
Germany
Telephone: [phone]
Fax: [phone]
2.5 Target groups
CAUTION
Risk of injury if personnel are insufficiently qualified!
If unqualified personnel work on the system or are in the danger zone of the system, dangers may
arise which can cause serious injuries and considerable damage to property.
a) All work must be carried out by qualified personnel only.
b) Keep unqualified personnel away from danger areas.
This operating manual is intended for the target groups listed below:
– Operating entity of the system:
the person who is responsible for the technical maintenance of this system
– Operator of the system:
the person who operates the system every day and has been suitably instructed

General information 2
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2.6 Definition of terms
Term: Explanation:
System The term is also used in these instructions as a synonym for the
product. Door operators, revolving doors, sliding doors, etc. are re-
ferred to as a system.
If information in these instructions refers to a specific type, this is
shown accordingly in the text.
User Users are all persons who use the system.
System operator The respective owner is referred to as the system operator, regardless
of whether they operate the system as the owner or pass it on to third
parties.
Authorized representative The authorized representative takes over certain parts of the manufac-
turer's obligations with regard to fulfilling the requirements of the Ma-
chinery Directive. In particular, the authorized representative may also
place the system on the market and/or sign EC declarations of incor-
poration.
Qualified personnel Qualified personnel are authorized and appropriately trained to perform
the following work:
– Disassembly, Assembly, Commissioning, Operation, Audit, Main-
tenance, Troubleshooting, Decommissioning
The qualified personnel have several years of professional experience
in the technical field, e.g. as mechanics or machine fitters.
The qualified personnel are aware of the residual risks arising from the
installation site and, due to their professional training, knowledge and
experience, are able to carry out the work assigned to them and to in-
dependently identify and avoid possible danger points.
Manufacturer The manufacturer is whoever designs and/or builds machinery or in-
complete machinery under the scope of the Machinery Directive.
Life phases All phases of the system's condition and use are referred to as life
phases. This applies from the time the system leaves the factory until it
is disposed of.
Personnel All persons who carry out activities on and with the system are referred
to as personnel. Personnel can be, for example, the operator, the
cleaning staff, or the security staff. The personnel meet the personnel
qualifications required by the manufacturer.
Service technician Experts and specialists or representative authorized by the manufac-
turer to perform commissioning, maintenance and servicing.

3Description
12 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
3 Description
3.1 Functional description
Outside Inside Functions of the system
The airlock, for the separation of persons, ensures se-
cure access control for endangered and specially protec-
ted areas. Authorisation takes place in front of the sys-
tem, e.g. Automatically by means of a card reader, fin-
gerprint or manually by security personnel. Inside the fa-
cility, it is also possible to check whether several people
are inside without authorisation. Depending on the se-
lected security level, this can be done e.g. by pressure
contact mats, 3D camera or by a combination of both
systems. Within the portal, further authorisation can op-
tionally take place. An integrated control system evalu-
ates all sensors and opens or closes both doors accord-
ingly, one after the other.
Depending on the security setting, between 5 and 7
people per minute can pass through the airlock.
The operating modes can be set via the operating unit
(BDE-D). Additional operating modes such as cleaning
and maintenance are designed as separate switches for
safety reasons (optional).
Versions and options
– Overall diameter from 1600 to 2500mm
– Wheelchair-accessible barrier-free versions as standard
– Increased burglar resistance through certified RC 2 or RC 3 approval
– Selectable security levels (low / middle / high / superior)
– Anti-tailgating monitoring
– Anti- piggybacking monitoring
– Glass or opaque construction
– Door and drum wall glasses selectable in thickness and design, e.g. VSG or PSA
– Surface treatment of all metal parts by anodising, powder coating in any RAL colour or cladding with stain-
less steel
– Access indication via traffic light control
– Fully integrated components. No external control cabinets
– Mounting on recessed floor ring or on finished floor
– Low height of the bonnet
– Suitable for indoor and outdoor use
– Anodised, powder-coated or stainless steel finish possible
– Easy access to individual components for maintenance
– record STA 20 drive
– Panic button inside the the portal to exit through the last opened door in case of emergency
– Superuser function to deacitvate monitoring for one cycle by means of a special authorisation (e.g. for wheel-
chair users, material transport, etc.)
– Service connection socket (i-port)
– Connection to building management systems (BMS) possible

Description 3
BAL_R_65_EN_1V0_BLA_121-006454719 13 / 32
3.2 Main mechanical components
Illustration Description
B
D
A
C
E
ASide part
Curved and fixed frame construction.
BDoor wing
Curved and movable frame construction.
CPost
Vertical frame profile to accommodate operating
elements.
DFloor element
Depending on conditions and design, consisting of
contact mat, finished floor, base and / or floor ring.
EBonnet
All-round cover with panel. Inside the bonnet, the
drive and control system are installed, among
other things.
3.3 Safety features and controls
3.3.1 Safety levels of the system
Security level: Low
Description Equipment Functionality
Without sensor system to automatically monitor the num-
ber of persons. To be used as an airlock for separating
people.
– Access by means of
chip, iris recognition,
etc.
– First door opens (e.g.
after release by the ac-
cess control system)
– Second door opens as
soon as the first door is
closed again,
– or the user re-author-
ises himself within the
portal, e.g. by means of
a card reader supplied
by the customer, or
– external signal from se-
curity staff
Security level: Middle
Description Equipment Functionality
Monitoring of anti-tailgating. Prevents a second person
from following an authorised person through the airlock
unnoticed.
– 2-Zone pressure con-
tact mat for monitoring
the number of persons
– First door opens (e.g.
after release by the ac-
cess control system)
– Second door opens as
soon as the first door is
closed again and the
pressure contact mat
detects only one person
inside the portal

3Description
14 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
Security level: High
Description Equipment Functionality
Monitoring of anti-piggybacking. Prevents a person from
carrying another person without access rights through
the airlock.
– 3D camera for monitor-
ing the number of per-
sons
– First door opens (e.g.
after release by the ac-
cess control system)
– Second door opens as
soon as the 3D camera
mounted in the ceiling
has ensured that only
one person is inside the
portal.
Security level: Superior
Description Equipment Functionality
Monitoring of anti-tailgating and anti-piggybacking. On
the one hand, prevents a second person from following
an authorised person through the airlock unnoticed and,
on the other hand, the Superior level prevents an author-
ised person from leading another person through the air-
lock who is not authorised to enter.
– 2-Zone pressure con-
tact mat for monitoring
the number of persons
– 3D camera for monitor-
ing the number of per-
sons
– First door opens (e.g.
after release by the ac-
cess control system)
– Second door opens as
soon as the contact mat
and the 3D camera
mounted in the ceiling
have ensured that only
one person is inside the
portal.
NOTICE
In addition to the automated security concepts, it is also possible to control access purely
manually from the outside by security personnel.
3.3.2 Tailgaiting and Piggybacking
Tailgaiting:
Tailgating is when another person, whether an employee or not, passes through a secure door without the know-
ledge of the person in front who has received legitimate access through the secure door.
Piggybacking:
Piggybacking is when another person WITH the consent of the entitled person follows through the door. If
someone hugs you or wears you on their back, this is called piggybacking. A 3-dimensional image transmission
system is able to distinguish between two hugging persons and a tall person. Also the piggybacking of a person is
reliably detected.
3.3.3 Comparison RC 2 to RC 3
NOTICE
RC means "Resistance Class" and indicates the resistance class of the door. The automatic
multipoint locking device, the reinforced leaf system with safety glass and the continuous
floor guide guarantee high resistance to burglary attempts.
The system is RC 2 or RC 3 tested and certified according to EN 1627.

Description 3
BAL_R_65_EN_1V0_BLA_121-006454719 15 / 32
Resistance classes RC 2
The characteristics of the systems include the following:
– Reinforced glass (P4A) with a structure of 10 mm on the outside. This is bullet-resistant according to the cor-
responding standard.
– Doors with RC 2 must withstand a burglary attempt of 3 minutes by means specified below.
3 min.
Resistance classes RC 3
The characteristics of the systems include the following:
– A thicker security foil increases the structure of the outer glass (P5A) to 11 mm. Furthermore, additional con-
structive measures are taken to make it impossible to lever out the door leaves or side panels.
– Doors with RC 3 must withstand a burglary attempt of 5 minutes with the means specified below.
5 min.
3.3.4 Conduct during a power failure
Without uninterruptible power supply (UPS)
The system could be installed without any type of emergency power supply (battery or UPS). In the event of a
power failure, the electronics are switched off and the door remains in its current position. Nevertheless, at least
one of the two doors should be able to be unlocked if both doors are closed and quipped with a bistable locking
device so that no person can become trapped in the system. The use of a manual locking device is then possible.
Special case: If one of the two doors is equipped with the currentless unlocked locking, it is possible that only one
door remains closed and locked and no one can be locked in (fail-safe / fail-secure combination).
IMPORTANT
Without UPS or batteries, there is a danger of people being trapped inside during a power fail-
ure. We strongly recommend a mechanical emergency release for such cases.
With an uninterruptible power supply (UPS)
The system can also be equipped with an external UPS to maintain function in the event of a power failure. A sig-
nal could then be passed to the optional BMS to inform that the main power supply has been interrupted.
With batteries for emergency response
The system is equipped with batteries as standard to prevent people from being trapped in the event of a power
failure. With the programming device, the respective door control can be set in such a way that in the event of a
power failure, an emergency reaction is still carried out via the batteries. For example, it can be set so that in this
case the door is always opened to the public side and locked to the secure side.
3.3.5 Conduct when power is restored
Restart after mains return
As soon as the main power supply is restored, the door goes back into operation. An automatic reset is performed.
The door then switches back to the currently set operating mode.

3Description
16 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
3.3.6 Operating unit BDE-D
NOTICE
The BDE-D operating unit is an input and output unit for the operation and limited program-
ming of the system. The display shows information about the system by means of symbols
and text.
E
C
-
+
Adjustable operating modes and functions:
– Automatic
– Permanently open
– Locked
– One-way
– Airlock
– Monitoring from outside to inside
– Monitoring from inside to outside
– Monitoring in both directions
3.3.7 iPort
The iPort is a connection integrated into the system for the i-record program-
ming device.
3.3.8 Signal light
The signal lights indicate the release status for the respective direction of pas-
sage. When the signal light is red, the system is blocked for the corresponding
direction of passage, and when the signal light is green, the system is re-
leased.

Description 3
BAL_R_65_EN_1V0_BLA_121-006454719 17 / 32
3.3.9 Panic button
A panic button is integrated in the system. The door that was last used is
opened again and the user can leave the system. The information about which
door was last opened is stored in the control system as long as the mains
voltage is applied.
3.3.10 Total open
Total opening is an additional safety measure in case the building in which the system is installed has
to be evacuated, for example, even when the door is not declared as an emergency exit. The input
contact has the highest priority level and opens both doors. This function is also available if the airlock
control is faulty or defective. This function directly controls an input of the sliding door control.
Please note: The system has no approval for escape and rescue routes.
IMPORTANT
The total opening can only be effected by an external signal. Otherwise, both doors can also
be opened (e.g. transport of goods deliveries) via the control panel with the operating mode
“Door open” (doors permanently open).

4Options
18 / 32 BAL_R_65_EN_1V0_BLA_121-006454719
4 Options
4.1 Maintenance mode key switch
– The lighting in the system is switched on and the signal lights flash altern-
ately red / green.
– In maintenance mode, only one door can be opened at a time.
– This mode has a higher priority than the “Technical Alarm” mode. In the
event of a technical alarm, activating this mode allows the door to be
opened to allow the technician access.
4.2 Cleaning mode key switch
– The cleaning mode can be activated locally (with a separate key switch or
remotely via a contact of the building management system (BMS). The
cleaning mode can be activated in all operating modes.
– In cleaning mode, the access side is opened and at the same time it is en-
sured that the opposite door is closed.
– To enable access from both access sides, two key switches can optionally
be used.
Example: Cleaning door with access from the inside of the building, activation
by key switch on the safe side:
– Lighting is on.
– Signal lights are off.
– The door from the secured side is opened as soon as the door on the pub-
lic side is closed and locked.
– As soon as the key switch is released again, the cleaning mode is exited.
– As soon as no one is in the facility, the door on the secured side closes.
– When both doors are closed, the cleaning mode is terminated and the pre-
set operating mode is reactivated.
If the cleaning function is to be done from the public side, the positions of the
doors are exactly reversed.
4.3 Lock-Down
To prevent someone from being locked in the system and to maintain the se-
curity of the building, there is a high priority input contact. With this function,
one door is closed first before the opposite door is opened.

Options 4
BAL_R_65_EN_1V0_BLA_121-006454719 19 / 32
4.4 Flashing light
The flashing light can indicate various alarm messages.
4.5 Emergency release
A mechanical emergency release can be installed as an additional safety measure upon request. It
would be possible to exit the door using this emergency release even if a system failure or power fail-
ure was to occur. By activating the emergency release during a power failure, the bistable lock will re-
lease and the door can be pushed open manually.
4.6 Voice module
An optional voice module (including a memory card with messages and a loudspeaker) guides the
person through the single passage procedure. Different messages can be activated. “Please go in”,
“Access denied, please go out".… etc. These messages are stored on a SD card to facilitate the
handling of the different texts and languages. Playing of each message can be activated or deactiv-
ated with the Service Display.
Standard messages are:
No. Description No. Description
01 Technical alarm 09 Panic mode enabled
02 Please go in 10 Be careful door is closing
03 Please wait 11 Unauthorized entry, please go out
04 Please stand in the middle of the portal 12 Free (Reserved)
05 Please present authorization 13 Free (Reserved)
06 Access denied, please go out 14 Free (Reserved)
07 Access granted, please go out 15 Free (Reserved)
08 Duration cleaning mode over 16 Not a message (STOP signal)
4.7 User interface
Potential-free contacts (optional) to connect the door to an existing BMS and monitor the status of the
system.
Example:
Nо. Description Nо. Description
01 In operation 09 Operating mode Locked
02 Technical and material malfunction 10 Operating mode Entry Monitoring
03 Break-in + sabotage + inspection flap 11 Operating mode Exit Monitoring
04 Access granted 12 Operating mode Entry / Exit Monitoring
05 Access denied + tailgating / piggybacking 13 Operating mode Open without monitoring
06 Mains monitoring 14 Operating mode Maintenance mode
07 Door locked safe side 15 Operating mode Cleaning mode
08 Door locked public side 16 Panic button activated
4.8 Deactivation of the monitoring sensor (contact mat or 3D-camera)
Temporary deactivation of the monitoring sensor (Super User)
It should be possible to deactivate the sensor for checking that only one person is inside the portal
FOR ONE CYCLE, with an optional code card reader (secure or public side) in all operating modes.
Monitoring, that only one person can enter and pass through the door in a certain direction is deactiv-
ated.
This input can be activated over the BMS, through a security guard or office or locally via a code card
reader with two outputs as follows:
– Output one: for people using the interlock mode.
– Output two: for people who wish to deactivate the monitoring sensor for one cycle, Example:
When a wheelchair user enters.

5Specifications
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5 Specifications
5.1 Dimensions of the system
Illustration Abbrevi-
ation
Designation Dimensions in mm (min. -
max.)
Q
G
A
H
A Passage width 1005- 1619
Q Outer diameter 1600- 2500
G Passage height 2200- 2500
H Bonnet height 250- 1000
5.2 Electrical specifications of the system
Mains voltage: 100-240V AC (STA 20) / 115V AC (Serie 5100)
Frequency: 50-60 Hz
Mains fuse: 16A circuit breaker with tripping characteristic C or K
Power consumption: max.: 700 VA
Control voltage: 24V DC (extra low voltage)
Fuse in the control: T4A (depending on the door control)
Safety class: 1
Degree of protection: IP 20
5.3 Electric lighting specifications
High power LED spots
Transformer power supply 90-264 VAC
Frequency 50-60 Hz
Transformer secondary voltage 60 W
Capacity per LED/lamp 5.6 W
Protection class/Insulation class 2
Transformer degree of protection IP 67
NOTICE
The power connection must be installed by a licensed electrician.
The power must be able to be shut off via a main switch or residual current circuit breaker
(on-site).
5.4 Environmental conditions
Temperature range From -15 to +50° C
Humidity range Up to 85% rel. humidity, not condensing