GEZE TSA 325 NT Quick start guide

TSA 325 NT
Valid for variants:
TSA 325 NT
TSA 325 NT-GG
TSA 325 NT-BO
TSA 325 NT-RC 2
EN Wiring diagram
129846-07

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2
Contents
Symbols and illustrations ..................................................................................................................................................4
Validity .....................................................................................................................................................................................4
Product liability.....................................................................................................................................................................5
1 Notes............................................................................................................................................................................5
1.1 Important safety instructions......................................................................................................................................................................5
1.2 Installation information..................................................................................................................................................................................5
1.3 Safety-conscious working.............................................................................................................................................................................6
1.4 Inspection of installed system.....................................................................................................................................................................6
1.5 Disposal of the door system.........................................................................................................................................................................6
2 Abbreviations............................................................................................................................................................6
3 Electrical data............................................................................................................................................................7
4 Terminals.....................................................................................................................................................................8
4.1 Control unit DCU6-KDT..................................................................................................................................................................................8
4.2 Control unit DCU6 ......................................................................................................................................................................................... 10
4.3 Collector ring and terminal panel DCU602...........................................................................................................................................11
4.4 Motor gear unit ...............................................................................................................................................................................................12
5 Assembly groups...................................................................................................................................................13
5.1 Drive DCU6-KDT ceiling mounting..........................................................................................................................................................13
5.2 Drive DCU6-KDT underoor installation ...............................................................................................................................................14
5.3 Sensors ...............................................................................................................................................................................................................15
6 Safety functions .....................................................................................................................................................16
6.1 Emergency stop switches........................................................................................................................................................................... 16
6.2 Post safety .........................................................................................................................................................................................................17
6.3 Front post safety.............................................................................................................................................................................................17
6.4 Mobile safeguarding device...................................................................................................................................................................... 24
6.5 Draw-in protection ....................................................................................................................................................................................... 28
6.6 Break-out switch ........................................................................................................................................................................................... 30
7 Contact sensors......................................................................................................................................................31
7.1 Mechanical contact........................................................................................................................................................................................31
7.2 Contact sensor inside....................................................................................................................................................................................31
7.3 Contact sensor outside.................................................................................................................................................................................31
7.4 Push pad ........................................................................................................................................................................................................... 32
8 Mode of operation............................................................................................................................................... 33
8.1 Keypad programme switch TPS............................................................................................................................................................... 33
8.2 Set the mode of operation using push buttons or switches......................................................................................................... 34
9 Congurable outputs.......................................................................................................................................... 35
9.1 Congurable output PA1............................................................................................................................................................................ 35
9.2 Congurable output PA2............................................................................................................................................................................ 35
10 Locking mechanism............................................................................................................................................. 36
10.1 Manual locking mechanism....................................................................................................................................................................... 36
10.2 Automatic locking mechanism................................................................................................................................................................. 36
11 Night-time closer .................................................................................................................................................. 39
11.1 Connection of microswitch to control unit DCU6.............................................................................................................................40
11.2 Connection of bolt message to control unit DCU6 .......................................................................................................................... 40
11.3 Manual night-time closer.............................................................................................................................................................................41

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11.4 Automatic night-time closer.......................................................................................................................................................................41
12 Initialisation sensor .............................................................................................................................................. 43
13 Mains connection................................................................................................................................................. 44
14 Frequency converter ........................................................................................................................................... 45
15 Motor gear unit ..................................................................................................................................................... 46
15.1 Motor gear unit ..............................................................................................................................................................................................46
15.2 Brake................................................................................................................................................................................................................... 47
15.3 Rotary encoder...............................................................................................................................................................................................48
15.4 Thermoswitch................................................................................................................................................................................................. 48
16 Commissioning...................................................................................................................................................... 49
16.1 Pre-conditions ................................................................................................................................................................................................ 49
16.2 Commissioning............................................................................................................................................................................................... 49
16.3 In addition for night-time closer.............................................................................................................................................................. 50
16.4 In addition for break-out door.................................................................................................................................................................. 51
16.5 In addition for use on rescue routes....................................................................................................................................................... 51
16.6 Signal voltages at the signals monitored by resistors ..................................................................................................................... 51
16.7 Drive test........................................................................................................................................................................................................... 52
16.8 Positioner.......................................................................................................................................................................................................... 52
16.9 Speed limiter ................................................................................................................................................................................................... 52
17 Service menu ........................................................................................................................................................ 53
17.1 Service terminal ST220................................................................................................................................................................................ 53
17.2 Service menu ST220..................................................................................................................................................................................... 54
18 Fault messages ...................................................................................................................................................... 65
18.1 Fault display on service terminal (ST220) ............................................................................................................................................. 65
18.2 Fault display on keypad programme switch (TPS)............................................................................................................................ 67

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Symbols and illustrations
Warning notices
In these instructions, warnings are used to warn against material damage and injuries.
XAlways read and observe these warning notices.
XObserve all measures marked with the warning symbol and warning word .
Warning
symbol
Warning word Meaning
DANGER Danger to persons.
Non-compliance will result in death or serious injuries.
WARNING Danger to persons.
Non-compliance can result in death or serious injuries.
CAUTION Danger to persons.
Non-compliance can result in minor injuries.
Further symbols and illustrations
Important information and technical notes are highlighted to explain correct operation.
Symbol Meaning
means “important information”;
Information on avoiding material damage, understanding a concept or optimising the operation sequences
means “additional Information”
XSymbol for an action: This means you have to do something.
XIf there are several actions to be taken, keep to the given order.
Symbol Meaning Use
Escape and rescue route This information must always be heeded if the door is
used on escape and rescue routes.
Not an escape and rescue route The function is not permitted if the door is used on
escape and rescue routes.
Conforms to DIN 18650
Does not conform to DIN 18650
Conforms to EN 16005
Not compliant with EN16005
Validity
àControl unit TSA 325 NT:
àHardware DCU600 Rev C0
àSoftware DCU600 μR1 V 3.1, μR2 V3.1
àControl unit automatic locking mechanism from:
àHardware DCU110 Rev B0
àSoftware DCU110 locking mechanism TSA 325 NT V 4.0
àControl unit automatic night-time closer from:
àHardware DCU110 Rev B0
àSoftware DCU110 night-time closer V 4.4

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Notes
Product liability
In compliance with the liability of the manufacturer for his products as dened in the German “Product Liability Act”,
compliance with the information contained in this brochure (product information and intended use, misuse, product
performance, product maintenance, obligations to provide information and instructions) must be ensured.
Failure to comply releases the manufacturer from his statutory liability.
1 Notes
1.1 Important safety instructions
To ensure personal safety, it is important to follow these safety instructions.
XKeep these instructions.
àOnly specialists who are authorised by GEZE are permitted to carry out installation, commissioning and maintenance.
àUnauthorised modications to the system release GEZE from liability for any resulting damages.
àGEZE does not accept any warranty for combinations with third-party products. Only original GEZE parts may
be used for repair and maintenance work as well.
àThe connection to the mains voltage must be carried out by a qualied electrician. Perform the power con-
nection and equipment earth conductor test in accordance with VDE 0100 Part 600.
XUse an on-site automatic cut-out as the line-side disconnecting device, the dimensioning of which is matched
to the type, cross-section, type of routing and ambient conditions of the on-site power supply circuit. The
automatic cut-out must have at least 4A and may have max. 16A.
àAttach safety stickers to glass leaves, mat. no. 081476.
àAttach the sticker with the warning sign (Caution, hold children by the hand, not a play area) to both sides of
the door, mat. no. 124764.
XIn accordance with Machinery Directive 2006/42/EC, a safety analysis is to be performed and the door system
marked in compliance with CE Marking Directive 93/68/EEC before the door system is commissioned.
àObserve the latest versions of directives, standards and country-specic regulations, in particular:
àASR A 1.7 “Directives for doors and gates”
àEN 16005 “Power operated pedestrian doorsets - Safety in use - Requirements and test methods”
àDIN 18650, Part 1 and Part 2 “Automatic door systems”
àDIN VDE 100-600 “Installation of low-voltage systems - Part 6 Tests”
àDIN EN 60335-2-103 “Household and similar electrical appliances - Safety; Particular requirements for drives
for gates, doors and windows”
àAccident-prevention regulations, especially BGV A1 (VBG1) “General regulations”
àBGV A3 (VBG4) “Electrical installations and equipment”
àAll revolving doors must be equipped with front post safety devices in accordance with EN 16005 and
DIN18650.
àOnly put the door into operation if safety glass has been used.
àThe operator must ensure that the door is unlocked following a change in mode of operation from night
mode (locked).
àThe operator must make sure that the door is unlocked following a change in mode of operation from night
mode (locked).
1.2 Installation information
àThe drive is designed exclusively for use in dry rooms.
XUse only the cables specied on the cable plan provided. Cables must be shielded in compliance with
thewiring diagram.
XAlways use insulated wire-end ferrules for wire cores.
XInsulate wires that are not used.
XSecure loose, internal drive cables with cable ties.
XObserve the maximum permitted total power consumption required to supply the periphery.

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Abbreviations
1.3 Safety-conscious working
DANGER!
Danger of electric shock.
Note that if an Uninterruptible Power Supply (UPS) is used, the system will still be supplied with voltage
despite the fact that the power supply is disconnected.
The terminals of the frequency converter will still be supplied with voltage even when the motor gear unit
has come to a standstill and for at least 10minutes after the mains supply has been switched o.
XBefore working on the electrical system, disconnect the power supply (mains and rechargeable battery)
andcheck that no voltage is present.
XSecure workplace against unauthorised entry.
XWatch the swivelling range of long system parts.
XSecure the cover/drive panels against falling.
àDanger of injury with opened drive. Hair, clothing, cables, etc. can be drawn in by rotating parts!
àDanger of injury caused by unsecured crushing, impact, drawing-in or shearing spots.
àDanger of injury due to sharp edges on the drive.
àDanger of injury due to glass breakage. Always only use safety glass.
àDanger of injury when working at a great height.
1.4 Inspection of installed system
XCheck the safeguards and measures to prevent crushing, impact, shearing or trapping points.
XCheck the function of presence sensors and movement detectors.
XCheck protective earth connection to all metal parts that can be touched.
1.5 Disposal of the door system
àThe door system is made up of materials that should be sent for recycling. For this purpose, the individual
components should be sorted corresponding to material type:
àAluminium (proles, ceiling panels, ...)
àIron (chain wheels, chain, gear, ceiling panels, ttings, screws, ...)
àPlastic (sensor housing, chain tensioner)
àElectronic parts (bolt, motor gear unit, control unit, transformer, sensors, ...)
àCables
àRechargeable battery
àGlass
àWood
àThe parts can be disposed of at the local recycling depot or by a scrap recycling company.
àRechargeable batteries contain pollutants and heavy metals. Do not dispose of these with household waste.
Hand in rechargeable batteries to your local recycler, too.
2 Abbreviations
Wire colours
BN brown
BK black
BU blue
GN green
GY grey
OG orange
PK pink
RD red
TQ turquoise
VT violet
WH white
YE yellow

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Electrical data
Connections, terminals and plugs
ANS Mobile safeguarding device
AU Automatic mode of operation
BHT Push pad
BO Break-out
BRE Brake
DO Permanently revolving
DPS Display programme switch
EZSA Draw-in protection, analogue
EZSD Draw-in protection, digital
FREQ Frequency converter
GND Reference potential
INC Rotary encoder
INIT Initialisation sensor
KA Contact sensor outside
KB Mechanical contact
KI Contact sensor inside
LK Luster terminal
LS Exit only
MA Manual
MTEMP Motor gear unit temperature sensor
NA Night mode
OFF O
PA Congurable output
PE Congurable input
PFS Post safety
PROG Programming interface
RBM Radar movement detector
RS485 Communication signal to TPS, ST220 or to the
frequency converter
SABO Sabotage
SCR Screen
SO Summer
ST220 Service terminal
STG Fault
STK Supporting terminal
STOP Stop
TPS Keypad programme switch
TST Test signal for safety sensors
UZS Clockwise
VPS Front post safety
WDG Watchdog
WI Winter
24V Supply voltage for external devices
(load at the terminals 24V and 24VSENS together
maximum 4 A)
24VAKKU Supply in event of power failure, max. 20 mA
24VSENS Switchable supply voltage for external devices
(load at the terminals 24V and 24VSENS together
maximum 4A)
3 Electrical data
Mains voltage 230VAC, –15%, +10%
Frequency 50Hz
Protection rating I
Capacity rating 400W
Mains connection Fixed connection (installation cable)
Primary fuse Miniature circuit breaker 6A, 2-pole
Secondary fuse 4A slow-blow, 5×20mm
Secondary voltage (for external components) 24VDC (±5%)
Output current (for external components) Maximum 4A
Temperature range –15°C … +50°C
IP rating IP20

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Terminals
4 Terminals
4.1 Control unit DCU6-KDT
àControl unit DCU6 KDT ceiling mounting, mat. no. 148296
àControl unit DCU6 KDT underoor installation, mat. no. 125346












 
















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Terminals
1 PE-cable, 10mm2, on site
2 Power supply circuit, on site
3 PE terminal, mat. no. 189419
4 Miniature circuit breaker, mat. no. 189420
5 Distributor terminal strip, green/yellow mat. no. 149415, blue mat. no. 149416, grey mat. no. 149417
6 Power supply, mat. no. 192113
7 Transformer DCU1, mat. no. 106530 1)
8 Rechargeable battery, mat. no. 106863 1)
9 Control unit DCU6, mat. no. 125344
10 Control unit DCU1-NT, mat. no. 158615 1)
with software locking mechanism, mat. no. 180480 or software night-time closer, mat. no. 112273
11 Frequency converter, mat. no. 126587; function module, mat. no. 126588; radio interference lter, mat. no. 128390
12 Power contactor, mat. no. 189418
13 Connecting cable for motor gear unit, mat. no. 127583
14 Connecting cable for magnetic brake, mat. no. 128308
15 Connecting cable for thermoswitch, mat. no. 128308
16 Connecting cable for rotary encoder, mat. no. 128310
17 Control cables (sensors)
18 Cable duct 230 V
19 Cable duct 24 V
1) only with electric locking mechanism or automatic night-time closer

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Terminals
4.2 Control unit DCU6
Mat. no. 125344
GND
1
2 24V
47 CANML
48 CANMH
SCR
43
B
GND1
2 24V
51 PE1
52 PE2
PE1 PE2
24V2
6 NA
7 LS
8
A
U-WI
PS
DO
9
GND1
4 24VSENS
21 KI
KI
2 24V
53 PE3
PE3
GND
1
4 24VSENS
23 KA
KA
2 24V
20 KB
KB
4 24VSENS
24 BHT
BHT
GND
1
2 24V
55 PA1A
56 PA1B
PA1 PA2
PA2
57
80 U24VBRE
81 GNDBRE
BRE
1 GND
87 WDG
WDG
SCR
43
2 24V
84 INIT
INIT
82 5VENC
83 MTEMP
MTEMP
GND
1
2 24V
88 RS485-FB
89 RS485-FA
FREQ
SCR
43
INCGND1
82 INC5V
85 INCB
86 INCA
INC
SCR
43
TST1 10
4
24V
1
GND
18
EZSD
EZSD
STOP 15
4
24VSENS
STOP
GND1
STK
EZSA 72
4
24VSENS
STK
EZSA
TST2 30
4
24VSENS
1
GND
17
VPS2
VPS2
TST2 30
4
24VSENS
1
GND
16
VPS1
VPS1
ST
K
71
PFS
4
24VSENSPFS
TST1 10
4
24VSENS
1
GND
14
ANS4
ANS4
TST1 10
4
24VSENS
1
GND
13
ANS3
ANS3
TST1 10
4
24VSENS
1
GND
12
ANS2
ANS2
TST1 10
4
24VSENS
1
GND
11
ANS1
ANS1
STK
19
BO
2
24VBO
GND1
2 24V
42 RS485-A
41 RS485-B
SCR
43
2
1
1
44
41
42
GND
-
+ 24 V DC IN
43
SCR
POWE
R
CANM
CAN
13 1 4 1014 1 4 10 12 1 4 10 11 1 4 1016 1 4 3017 1 4 3018 1 4 10 4 714 721 4 15
2 19
1 2 47 48 43
1 2 88 89 43
82 8380 81
1 87
18 2 85 8643
43 2 84
1 2 42 41 432 6 7 8 9
1 2 55 56 57
2 53
1 2 51 52
4 24
1 4 23
1 4 21
3 20
DCU602
PROG2
RUN2
DCU6
F1
T4
A
WD2DIS
PROG1
FT
RUN1
DCU103
- + 43
DCU602
àCAN interface CAN/CAN-ISOL
mat. no. 119952
àCAN interface CAN/CAN
mat. no. 189521
(see corresponding supplementary
sheets)

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Terminals
4.3 Collector ring and terminal panel DCU602
àCollector ring DCU6, mat. no. 129220
àper contact max. 24 V / 2 A
àTerminal panel DCU602
àfor ceiling drive, mat. no. 130261
àfor underoor drive, mat. no. 130262
àfor break-out door, mat. no. 126059
àThe terminal panel DCU602 is connected to control unit DCU6 via the collector ring.
XConnect socket terminal strips X9 and X10 of the collector ring correctly (risk of short circuit).
X10 (connector resp. cable) is marked yellow.
XIf the control unit is installed in the control cabinet: remove connector J106 if necessary and wire the wire
cores to the corresponding inputs of the DCU6.
XFor underoor installation: use the multiple-seal glands (2) to seal the cable glands for housing DCU602 and
control cabinet DCU6-KDT UFA.
DCU6
J106
24VSENS
24VSENS
1
DCU6
DCU602
22
X9
J106
X10
1 Collector ring
2 Multiple-seal gland

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Terminals
DCU602
A
NS1
X10X9
BO1 BO3
BO2
A
NS2
A
NS3
A
NS4
BO4
JP1 JP2 JP3 JP4 JP5 JP6 JP7 JP8
T
D
T
D
S
P
S
P
S
P
S
P
S
P
S
P
JP Reserve
EZSA1
72 72 11 1 4 10
EZSA2
72 72
EZSA3
72 72
EZSA4
72 72
12 1 4 10
13 1 4 10 14 1 4 10
19 19 19 19 19 19 19 19
àTerminal bag for terminal panel DCU602, mat. no. 125876
àUFA housing for terminal panel DCU602, mat. no. 139892
àJP1 and JP2 to D (position T is special function)
àJP3 to JP8 to S for series connection EZSA1 to EZSA4 (safety edges with normally closed contact)
àJP3 to JP8 to P for parallel connection EZSA1 to EZSA4 (safety edges with normally open contact)
4.4 Motor gear unit
Drive motor gear unit TSA325NT, mat. no. 111974
1 2 3 4 5
66
1 PE connection
2 Motor gear unit connection
3 Rotary encoder
4 Brake
5 Thermoswitch
6 Shield connection

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Assembly groups
5 Assembly groups
5.1 Drive DCU6-KDT ceiling mounting
1 Control DCU6-KDT
2 Terminal panel DCU602
3 Break-out switch
4 Motor gear unit
5 Collector ring

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14
Assembly groups
5.2 Drive DCU6-KDT underoor installation
3
1 Control DCU6-KDT
2 Terminal panel DCU602
3 Motor gear unit
4 Collector ring

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Assembly groups
5.3 Sensors
16
3
14
10
11
12
13
2
4
7
8
9
5
1 Front post safety (VPS1)
2 Front post safety (VPS2)
3 Contact sensor inside (KI)
4 Contact sensor outside (KA)
5 Initialisation sensor (INIT)
6 Magnet for initialisation sensor
7 Heel safety (EZSA)
8 Draw-in protection (EZSA)
9 Mobile safeguarding device (ANS)
10 Post safety (PFS)
11 Emergency stop switch (STOP)
12 Push pad (BHT)
13 Mechanical contact (KB)
14 Keypad programme switch TPS-KDT,
if appr. with key switch SCT
inside
outside

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Safety functions
6 Safety functions
6.1 Emergency stop switches
àSMILE 10 EA, mat. no. 126586
àNOT 320 UP, mat. no. 136571
àNOT 320 AP, JUNG AS 581, mat. no. 137967
àEmergency stop switch, stainless steel plate, mat. no. 145603
àEmergency stop switch with push pad, stainless steel plate, mat. no. 145604
àPusher contacts for night-time closer, mat. no. 126568
XInstall an emergency stop switch directly at the access point to the revolving door both inside and outside.
XInstall an emergency stop switch directly at the access point to the revolving door at least on the inside of the
building.
àWhen the emergency stop switch is pressed, the contact is interrupted. GND is applied to the STOP input.
àThe door stops when the emergency stop switch is pressed.
XInstall a 2 kΩ resistor in every emergency stop switch for monitoring purposes (already installed in emergency
stop switches mat.no. 126586, 145603 and 145604). For signal voltages see chapter 16.6.
XHeed the installation instructions for the emergency stop switch.
Parameter settings DCU6
àSignals / Input signals / Stop buttons / Set parameters
àSTOP contact type = normally closed contact, analogue (factory setting)
àSTOP function = stop (factory setting) or stop with acknowledgement
àSTOP number = 2 (factory setting) or 1
àSTOP pause = 1 … 3 (factory setting) … 10 s
GND
24VSENS
STOP
STK
DCU6
STOP
1
3
2
2kΩ
2kΩ
1 Emergency stop switch (outside)
2 Emergency stop switch (inside)
3 Pusher contacts, if the outer emergency stop switch is installed on a sliding panel of a night-time closer.

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Safety functions
6.2 Post safety
àSafety edge post safety, mat. no. 146968
XInstall one safety edge each on the inner and outer front posts.
àWhen the safety edge is pressed, the contact is interrupted. GND is applied to the PFS input.
àWhen the safety edge is pressed, the door stops.
XInstall a 2 kΩ resistor at the end of each safety edge (already installed with mat. no. 146968). For signal vol-
tages see chapter 16.6.
Parameter settings DCU6
àSignals / Input signals / Post safety / Set parameters
àPFS contact type = normally closed contact, analogue (factory setting)
àPFS pause = 1 … 3 (factory setting) … 10 s
1 Safety edge 1
1
STK
24VSENS
PFS
2kΩ
2kΩ
PFS
2
71
6.3 Front post safety
XInstall one sensor each above the inner and outer front post.
XConnect inner front post safety to VPS1, outer front post safety to VPS2.
àIf the front post safety responds, the output is open. GND is applied to the VPS1 and VPS2 inputs.
àParameters can be set for the door's behaviour following a front post safety response.
XCheck the detection areas of the front post safety devices.
The door leaves must not activate the front post safety devices.
Checking front post safety
Check the detection area of each front post safety using reference body CA according to test 2 and reference
body CB according to test 3 of DIN 18650-1, Annex C.
Test 2:
XPosition CA directly at the post.
The front post safety must detect CA, the leaf must not move against CA.
Test 3:
XPosition CB at a height of 10 cm in front of the post.
In the area between 20cm and directly at the post, the front post safety must detect CB, the leaf must not
move against CB (for the black-painted wooden side and the metal side of the reference body CB).
CA
100
Test 2 Test 3 Reference body CA in accordance with
DIN18650

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18
Safety functions
Check the detection area of each front post safety using reference body CA in accordance with EN 16005, 5.9.2.
XPosition CA directly at the post.
The front post safety must detect CA, the leaf must not move against CA.
Reference body CA in accordance with
EN16005
The illustrations apply for leaves revolving anti-clockwise. For leaves revolving clockwise, the illustrations apply
correspondingly reversed.
6.3.1 Active infrared fan-shaped sensor GC 333 C
àActive infrared fan-shaped sensor GC 333 C, black, mat. no. 127093
àCurved adapter, mat. no. 136404
XFollow installation instructions GC 333 C.
Installation position and adjustment of the angle of tilt
The illustrations apply for leaves revolving anti-clockwise. For leaves revolving clockwise, the illustrations apply
correspondingly reversed.
The prism is inserted into the sensor as follows, depending on the direction of rotation:
àanti-clockwise direction of rotation:
prism 50 cm right
àclockwise direction of rotation:
prism 50 cm left

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19
Safety functions
Sensor installation Setting the angle of tilt
200
150*
max. 50
500**
1
2
4
3
55
6
* Distance sensor xing drill hole to safety edge
** Width of detection eld on the oor at installation height 2200mm
1 Fixing drill hole right, for anti-clockwise direction of rotation
Fixing drill hole left, for clockwise direction of rotation
2 Safety edge on the front post
3 Direction of rotation of the door leaves
4 Reaction point rst spot
5 DIN A4 card, white
6 Front post
XInstall the sensor in such a way that the distance between the safety edge on the front post and the sensor
xing drill hole is 150 mm.
The distance between the side reaction point of the detection area and the front post is then 200 mm.
The radial clearance between the front post and the detection area of the sensor must not exceed 50 mm.
XSet angle of tilt of the sensor accordingly.
XCheck the position and response range of the detection area using a white card size DIN A4.
Parameter settings DCU6
àSignals / Output signals / Test signal 2 / Test 2 polarity = testing with GND (factory setting)
àSignals / Input signals / Front post 1 / Set parameters
àVPS1 contact type = normally closed contact (factory setting)
àVPS1 function = stop, move slowly (factory setting)
àVPS1 testing (T2) = testing active (factory setting)
àVPS1 pause = 1 (factory setting) … 10 s
àVPS1 hazard angle = 1 … 40 (factory setting) … 90 angular degrees
àVPS1 end of hazard angle = 0 … 2 (factory setting) angular degrees
àSignals / Input signals / Front post 2 / Set parameters
àCarry out settings as with front post 1

TSA 325 NT
20
Safety functions
Parameter settings at the sensor
Parameter Setting
Initial conguration 1(IR output passive)
Presence detection duration 1to 6 (1 minute to 60 minutes)
Monitoring mode 1(on)
Depth of detection eld 1(1 row)
Immunity lter normal
1 Inner front post sensor
to VPS1
2 Outer front post sensor
to VPS2
BN
GN
GY
PK
BU
RD
WH
YE
125 mA
GC 333 C
COM
−UB
+UB
VPS1 VPS2
VPS1
16
1GND
424VSENS
30 TST2
VPS2
17
1GND
424VSENS
30 TST2
12
6.3.2 Active infrared fan-shaped sensor GC 339
àActive infrared fan-shaped sensor GC 339, black, mat. no. 151251
àActive infrared fan-shaped sensor GC 339, according to RAL, mat. no. 151252
àRemote control, mat. no. 100061
àSpot nder, mat. no. 112321
àCurved adapter, mat. no. 151540
àRain cover, mat. no. 126830
XFollow installation instructions GC 339.