Record C 127 X SU H-B OFFSET User manual

record C 127 X SU H-B OFFSET
User manual
Translation of the original manual

Document identification
Article nr.: 121-006454632
Version: 1.1
Publication date: 28/06/2021
Subject to technical modifications
Copyright © agtatec ag

Table of contents
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Table of contents
Table of revision ............................................................................................................................................... 5
1 Safety................................................................................................................................................................. 6
1.1 Presentation of warning signs............................................................................................................... 6
1.2 Intended purpose of use ....................................................................................................................... 6
1.3 General hazards ................................................................................................................................... 7
1.4 State of technology ............................................................................................................................... 9
1.5 Personal protective equipment ............................................................................................................. 9
1.6 Spare parts and liability ........................................................................................................................ 10
2 General information ......................................................................................................................................... 11
2.1 Purpose and use of the instructions ..................................................................................................... 11
2.2 Document identification ........................................................................................................................ 11
2.3 Copyright .............................................................................................................................................. 11
2.4 Product identification ............................................................................................................................ 11
2.5 Manufacturer agtatec ag....................................................................................................................... 11
2.6 Target groups ....................................................................................................................................... 12
2.7 Abbreviations ........................................................................................................................................ 12
3 Description........................................................................................................................................................ 14
3.1 Construction.......................................................................................................................................... 14
3.2 Types .................................................................................................................................................... 15
3.3 Wind load brake.................................................................................................................................... 15
3.4 Lever arm.............................................................................................................................................. 15
3.5 BDE-D................................................................................................................................................... 15
3.6 Components ......................................................................................................................................... 16
3.7 Functional description........................................................................................................................... 16
3.8 Low energy drive .................................................................................................................................. 16
3.9 Master / Slave Application .................................................................................................................... 17
3.9.1 Use................................................................................................................................................... 17
3.9.2 Functions ......................................................................................................................................... 17
4 Technical data................................................................................................................................................... 18
5 Operation........................................................................................................................................................... 19
5.1 Parameter overview.............................................................................................................................. 19
5.2 Description of parameters..................................................................................................................... 21
5.3 Electronic controller BDE-D (Option) .................................................................................................... 22
5.3.1 Adressing of the electronic controller............................................................................................... 22
5.3.2 Operating modes and behaviour of the door during input signals ................................................... 22
6 Servicing and maintenance ............................................................................................................................. 24
6.1 General remarks ................................................................................................................................... 24
6.2 Door care .............................................................................................................................................. 24
6.3 Logbook ................................................................................................................................................ 25
6.3.1 General information ......................................................................................................................... 25
6.3.2 Operator duties ................................................................................................................................ 26
6.3.3 Commissioned technician ................................................................................................................ 26
6.3.4 Legal principle.................................................................................................................................. 27
6.3.5 Extent of the inspection.................................................................................................................... 27
6.3.6 Requirements for documentation..................................................................................................... 27
7 Malfunctions ..................................................................................................................................................... 28
7.1 Detail description of status indications.................................................................................................. 28
7.2 Resetting the control module ................................................................................................................ 29

Table of contents
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7.3 Control unit BDE-D does not react ....................................................................................................... 29
7.4 Possible troubleshooting....................................................................................................................... 30
8 Taking out of service and disposal................................................................................................................. 31
8.1 Decommissioning ................................................................................................................................. 31
8.2 Dismantling and disposal...................................................................................................................... 31

Table of revision
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Table of revision
D
Description of parameters
Parameter modified ............................................................................................................................................. 21
P
Parameter overview
New Parameter list .............................................................................................................................................. 20
T
Technical data
Technical data updated ....................................................................................................................................... 18

1Safety
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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 may 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.

Safety 1
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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 of 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.

1Safety
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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 with or on the system or clean and maintain it.
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.

Safety 1
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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.

1Safety
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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.

General information 2
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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 Document identification
Name: BAL_C127_X_SU_H-B_OFF-
SET_EN_1V0_REC_121-006454632
Version: V1.0
Article nr.: 121-006454632
Publication date: 01/2021
2.3 Copyright
The copyright of the instructions remain at:
agtatec ag
It is prohibited to reproduce, distribute or use the manuals for purpose of competition without the writ-
ten authorization of agtatec ag.
Violation of the here stated copyrights will be prosecuted and fined with compensation of damage.
Differences between product and manual are thereby possible.
2.4 Product identification
For an exact identification please read the following data on the type plate, which is located on the
drive unit of the product:
Example:
Type:
Serial number:
Year of manufacture:
Mains connection:
Power consumption:
Classification according
18650-1:2005:
Identification:
2.5 Manufacturer agtatec ag
agtatec ag
Allmendstrasse 24
CH – 8320 Fehraltorf
Switzerland
Phone: [phone]
Fax: [phone]

2General information
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2.6 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
2.7 Abbreviations
Abbreviation Description
ABS Absolute pulse generator
AKA Actuating-contact „outside“
AKG Actuating-contact „common“
AKI Actuating-contact „inside“
ASK Terminals inside header
ATE Drive unit
BDE-D Electronic control unit
BDI Control unit (rocker switch)
BDI-M Circuit board for mechanical control unit
BKL Control unit LED
BODYG Sensor „Bodyguard“
CAN-H Serial data interface
CAN-L Serial data interface
CPU Central processing unit
DFA Automatic swing door operator
EEPROM Program memory
ES Electrical circuit diagram
FV Manufacturing regulation
GTR Gearing
HS Main switch 2-pole
IKG Encoder
KA Cable exit
LED Light Emitting Diode
LD Light Emitting Diode
LS Cable plan
MF Multifunctional switch
MOT Motor
MP Principal assembly diagram
NA Emergency stop
NET Power supply unit
NS Main power switch
NSA Mains failure
RAD Radar, Motion sensor

General information 2
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Abbreviation Description
RAILB Light barrier „Railbeam“
SI Fuse
SIO Safety open
SIS Safety close
SSK Key operated contact
STG Control unit
STP Control pc board
SURV Time switch „Locked“
TOE Door locking
TOW Door opening width
TOZ Door open time delay
µP Mikroprocessor
VAK Locking contact
VL Wiring list
VMA Instructions for wiring and assembly
VRR Locking

3Description
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3 Description
3.1 Construction
1 Drive unit incl. control unit 2 Gear unit
3 Gear unit housing 4 Drive unit housing
1 Connection terminals with mains filter 2 Drive unit ATE
3 Control unit STG 4 Switching power supply
5 Coupling 6 Bevel pinion assembly
7 Spring assembly 8 Cam lever
9 Shaft group center 10 Spur gear
11 Shaft group output 12 Output adapter

Description 3
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3.2 Types
C 127 X SU H-B CCW-1 OFFSET C 127 X SU H-B CW-1 OFFSET
CCW-1
CW-1
C 127 X SU H-B CW-2 OFFSET C 127 X SU H-B CCW-2 OFFSET
CW-2
CCW-2
3.3 Wind load brake
Wind or manual slamming can damage the drive and/or door leaf. The
wind load brake reduces the negative effects of the door leaves slam-
ming shut or opening.
The wind load brake only functions when the drive is disconnected from
the power supply system.
The installation must be carried out by qualified personnel.
3.4 Lever arm
The lever arm is custom made.
– With direct connection and power transmission between output shaft
and door leaf.
– The lever arm can be installed in the door leaf or base profile of the
door leaf.
– A suitable counter bearing for the door leaf must be provided.
3.5 BDE-D
The BDE-D external control unit controls the door operator. It can be
used to select 5 operating modes.
The LCD display with backlight shows the door status by means of sym-
bols and text.
Further information can be found in the operating instructions of the
BDE-D.
The installation must be carried out by qualified personnel.

3Description
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3.6 Components
The swing door operator forms part of an electromechanical swing door system and comprises the
following main components:
Control unit: Intelligent, self-learning microprocessor-controlled control system
Drive unit: Low maintenance DC geared motor with electronic path measurement and in-
tegral thermostatic protective switch, gear box with adjustable spring tension
Power supply: Compact 230 V power supply with integral input filter
Control unit: With simple mechanical operating unit and/or optionally with comfortable, pro-
grammable electronic operating unit BDE-D
Lever System: Power transmission to the door leaf with standard lever pushing or sliding
lever pulling / pushing
Locking (optional): Possibility on site to connect an electrical door opener (24 VDC)
Sensors: Aesthetic release and self-monitoring safety devices with adjustable sensitivity
ensure optimal, smooth and safe operation of the door system
3.7 Functional description
The C 127 X SU is designed so that it functions like a normal door closer when currentless. It can
therefore be easily opened by hand and is closed by the energy stored in the spring, damped by the
motor which acts as a generator.
If the drive is connected to the mains, the opening and closing movements are motor-supported.
The following functions are solely intended for the safety of the user:
Obstacle detection:
If the door hits an obstruction while opening, it stops immediately and records the position of the colli-
sion. The drive attempts to briefly reach the open position during the hold-open time. Once the hold-
open time elapses, the door closes and, during the next opening, the obstruction position is passed
over very carefully in slow mode. This prevents a second hard impact.
Reversing:
If the door hits an obstruction while closing, re-opening is immediately initiated.
3.8 Low energy drive
In the parameterisation of the Low Energy door type „Low Energy“ the C 127 acts as an automatic
low energy operator. The opening and closing speeds are limited and the operator is more sensitive
in case of a collision. The closing action takes place using spring force and reduced kinetic energy.
In the currentless state, the door can be opened manually and closes automatically with the energy
stored in the spring.
CAUTION
Verletzungsgefahr durch Anstoßen am Türflügel
The low-energy drive is classified as non-hazardous. Nevertheless, collisions with certain groups of
people can cause risk of injury.
a) Clarify whether the residual risk for elderly and frail persons or persons with physical limitations
is low.
b) Observe the opening or closing speed of the door.
c) Do not rush between a closing door leaves.

Description 3
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3.9 Master / Slave Application
3.9.1 Use
The Master/Slave control allows the DFA to perform sequential controls without the need for external
supplementary devices. This Master/Slave control is used with double-leaf doors that require specific
opening and closing sequences. A particular feature of the Master/Slave control of the DFA is that all
the safety functions recognised by the DFA also function with double leaf doors. This applies in partic-
ular to reversing, obstacle recognition, and slow mode. The two controls continuously communic-
ate with one another via the intelligent interface between the master and the slave operator, so that
any obstacle within the swing range of one door is always recognised by both drives.
3.9.2 Functions
The functions of the master and the slave operators correspond basically to those of the standard
DFA.
The following points are specifically mentioned:
Obstacle recognition: If one of the doors is obstructed during opening, only the obstructed door
stops. In addition, during the next opening action, only this door will open in Slow-mode. The obstacle
recognition for the two door leaves therefore functions independently for each door.
Reversing: „Reversing“, on the other hand, affects both door leaves, i.e., both doors reverse after
one of them hits an obstacle. This avoids an obstacle in the swing range being hit by both door
leaves.
BDE Master/Slave installations: The operation of a Master/Slave installation can only take place
from the toggle switch of the master operator. All operational modes are identical with those of a
standard DFA. The switch position of the master affects both, the master and the slave drive, i.e., the
switch position of the slave drive is ignored.
NOTICE
Emergency switch: If a Master/Slave installation needs to have an emergency switch, a 2-pole
emergency switch must be used.
(refer to the Master/Slave wiring diagram in this user manual)

4Technical data
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4 Technical data
Dimensions: 561 x 280 x 152 mm (LxWxD)
Operating voltage: 100 - 240 VAC, 50/60 Hz
Power consumption: Standby 25 W, Nominal power 67 W
Torque maximum: 80 Nm
Weight door leaf maximum: 400 kg
Opening angle: Adjustable from 80° to 120°
Hold open time: Adjustable from 0 to 60 seconds (40 steps)
Opening speed: Adjustable from 3 to 20 seconds (40 steps)
Closing speed: Adjustable from 5 to 20 seconds (40 steps)
Noise emission: < 45 dB
Protection class: IP 69
Temperature range: -15° to +50° C
Humidity range: up to 85% relative humidity, non-condensing

Operation 5
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5 Operation
5.1 Parameter overview
Factory settings: Basic operator (Full Power)

5Operation
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NOTICE
Parameterization of the swing door operator can only be carried out with the optional elec-
tronic BDE-D, the App i-record or the service and flash programmer FPC 902 or the test box.
NOTICE
Please always leave the parameter list in the drive even when replacing the STG!