Entrematic EM PSL150 Installation And Service Manual

Sliding Door Operator

EM PSL150

Installation and Service Manual

Original instructions

1016248-EMEI-2.0 – Issue 2017-03-13

© All rights in and to this material are the sole property of Entrematic Nordic AB. Copying, scanning, alterations or modifications are
expressly forbidden without the prior written consent of Entrematic Nordic AB. Rights reserved for changes without prior notice.

Backtrack information: folder:Workspace Main, version:a392, Date:2017-03-13 time:11:49:47, state: Frozen

CONTENTS - Original instructions

51 Revision .....................................................................................................................................................................................

62 Instructions for safe operation ...........................................................................................................................................

73 Important information .........................................................................................................................................................

73.1 Intended use ....................................................................................................................................................................................

73.2 Safety precautions .........................................................................................................................................................................

83.3 Electronic equipment reception interference .....................................................................................................................

83.4 Environmental requirements .....................................................................................................................................................

94 About this manual ..................................................................................................................................................................

94.1 Software releases with included software versions ...........................................................................................................

105 Technical specification ..........................................................................................................................................................

115.1 Door weight in relation to performance level .....................................................................................................................

125.2 Classification to DIN 18650-1 ....................................................................................................................................................

136 Design and function description .......................................................................................................................................

136.1 Design ................................................................................................................................................................................................

136.2 Function ............................................................................................................................................................................................

136.3 Safety functions integrated in the operator ..........................................................................................................................

136.4 Microprocessor for precise control .........................................................................................................................................

136.5 Emergency escape .........................................................................................................................................................................

147 Models ........................................................................................................................................................................................

147.1 Two main models are available: ................................................................................................................................................

147.2 EM PSL150–2 (bi-parting) ...........................................................................................................................................................

147.3 EM PSL150–R (single sliding, right opening) ........................................................................................................................

147.4 EM PSL150–L (single sliding, left opening) ............................................................................................................................

158 Part identification ...................................................................................................................................................................

169 Space required ........................................................................................................................................................................

1710 Pre-installation ........................................................................................................................................................................

1710.1 General tips/Safety concerns .....................................................................................................................................................

1811 Mechanical installation ........................................................................................................................................................

1811.1 Checking ...........................................................................................................................................................................................

1911.2 Installation examples to consider during installation .......................................................................................................

2111.3 Installing/removing the cover, standard cover lock ...........................................................................................................

2311.4 Installing/removing the cover, optional cover lock ............................................................................................................

2511.5 Installing the door adapter on top of the door leaf (frame doors by others) ............................................................

2611.6 Installation of support beam ......................................................................................................................................................

2811.7 Installing the door holders on the door adapter (frame doors by others) .................................................................

3111.8 Hanging and mounting the door leaves .................................................................................................................................

3211.9 Height adjustment ........................................................................................................................................................................

3311.10 Installation of Entrematic Nordic floor guides (frame doors by others) .....................................................................

3411.11 Depth adjustment of the door leaves .....................................................................................................................................

3511.12 Installation of components and electrical wiring ...............................................................................................................

3711.13 Installation of tension wheel assembly ..................................................................................................................................

3811.14 Placement of the transmission bracket ..................................................................................................................................

3911.15 Attachment of tooth belt fitting ...............................................................................................................................................

4011.16 Checking and adjusting the belt tension ...............................................................................................................................

4111.17 Bi-parting operators ......................................................................................................................................................................

4211.18 Adjustment of the door stop .....................................................................................................................................................

4311.19 Route the cables and attach the plastic cable holders, see illustrations below .......................................................

4411.20 Attachment of slack reducer ......................................................................................................................................................

4511.21 Attachment of product label .....................................................................................................................................................

4612 Electrical connections ...........................................................................................................................................................

4612.1 Mains connection ..........................................................................................................................................................................

4712.2 Electrical units .................................................................................................................................................................................

4712.2.1 Power supply unit (PSU 75/PSU 150) ....................................................................................................................

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4712.2.2 Drive unit (HDD/DD) ...................................................................................................................................................

4812.2.3 Main control unit (MCU/MCU-ER) ..........................................................................................................................

4912.2.4 Additional electronic units can be connected for extra functionality ........................................................

4912.2.4.1 Battery unit 12 V (EEU 12) .....................................................................................................................

4912.2.4.2 Battery unit 24 V (EEU 24) .....................................................................................................................

5012.2.4.3 I/O unit (IOU) .............................................................................................................................................

5112.2.5 Connection of electrical units ..................................................................................................................................

5312.3 Connection of activation and safety units .............................................................................................................................

5412.4 Connection of presence activation units ...............................................................................................................................

5512.5 Connection of accessories ..........................................................................................................................................................

5613 Start-Up .....................................................................................................................................................................................

5713.1 Adjustments and selection of special operating functions ..............................................................................................

5913.2 The Learn function can be one of three different types ....................................................................................................

6013.3 Display test and configuring of parameters ..........................................................................................................................

6113.4 Status indication on the display ................................................................................................................................................

6213.5 Configuration parameters (sorted after functionality) .....................................................................................................

6713.6 Description of parameters ..........................................................................................................................................................

8214 Signage .......................................................................................................................................................................................

8315 Accessories ...............................................................................................................................................................................

8315.1 Interconnection of operators ....................................................................................................................................................

8315.1.1 Interconnection cable .................................................................................................................................................

8415.1.2 Hardware configuration for interconnection .....................................................................................................

8415.1.3 Parameter configuration for interconnection ....................................................................................................

8515.2 Interlock ............................................................................................................................................................................................

8615.3 Synchronization .............................................................................................................................................................................

8715.4 Operation mode selectors (OMS) ............................................................................................................................................

8715.4.1 Types .................................................................................................................................................................................

8815.4.2 Configuration of mode selectors ............................................................................................................................

8915.4.3 Operation mode selector (OMS) functionality ..................................................................................................

9315.5 Lock .....................................................................................................................................................................................................

9315.5.1 Installing the lock (LD, LDP, LDB) ............................................................................................................................

9515.5.2 Connection of LD, LDP, LDB ......................................................................................................................................

96

15.5.3 Installing the Espagnolette lock (LDE) (The Espagnolette lock is at the moment not allowed to

mount in escape routs) ..............................................................................................................................................

9615.6 Cover ..................................................................................................................................................................................................

9715.7 Motion sensors ...............................................................................................................................................................................

9715.8 Manual Opening Lock device, MOLD ......................................................................................................................................

9815.9 Limit switch kit, LSK .......................................................................................................................................................................

10015.10 Locked door indicator, LDI ..........................................................................................................................................................

10115.11 Cover latch, alternative ................................................................................................................................................................

10215.12 Electrical emergency unit with batteries ...............................................................................................................................

10215.13 Electrical emergency unit with batteries and two motors ...............................................................................................

10215.14 Emergency closing with repeated closing .............................................................................................................................

10215.15 Break-out unit PSB .........................................................................................................................................................................

10215.16 Convenience battery UPS ............................................................................................................................................................

10215.17 External error indication ..............................................................................................................................................................

10215.18 Key switches (flush and/or surface mounted) ......................................................................................................................

10215.19 Push button .....................................................................................................................................................................................

10315.20 Upgrades ...........................................................................................................................................................................................

10315.21 Open / Close function ...................................................................................................................................................................

10315.22 Fire alarm connection ..................................................................................................................................................................

10315.23 Nurse function ................................................................................................................................................................................

10315.24 Remote Exit mode .........................................................................................................................................................................

10315.25 Emergency open impulse ............................................................................................................................................................

10416 Troubleshooting .....................................................................................................................................................................

10916.1 After remedy or replacement the operator has to be checked as follows: ................................................................

11017 Service/Maintenance .............................................................................................................................................................

11117.1 Service ...............................................................................................................................................................................................

1016248-EMEI-2.0Issue 2017-03-134

1 Revision

Following pages have been revised:

Revision 1.0 → 2.0Page

Added warning about brands.17

Added parameters MCU 5F, MCU 4A, and MCU 3A. Changed parameters IOU 99 and
MCU 70.

62

Added parameters OMS b7, OMS b8, OMS C7, and OMS C8. Changed parameters OMS
b0 and OMS C0.

64

Added parameters 3A, 4A, 5F, b7, b8, C7, and C8. Changed parameters 64, 70, 99, b0,
and C0

67

Added error 38, 39, and 55. Added warning about brands.108

5Issue 2017-03-131016248-EMEI-2.0

1 Revision

2 Instructions for safe operation

• Failure to observe the information in this manual may result in
personal injury or damage to equipment.

• To reduce the risk of injury of persons - use this operator only with
pedestrian doors.

• Do not use the equipment if repair or adjustment is necessary.

• Disconnect supply when cleaning or other maintenance is to be

carried out.

• The operator can be used by children age 8 and above, and persons
with reduced physical, sensory or mental capabilities, or lack of ex­perience and knowledge, if they have been given supervision or in­struction by a person responsible for their safety concerning safe
operator use and the possible hazards involved.

This does not however prevent those persons to use the door where
the operator is installed.

• Cleaning and user maintenance shall not be made by children
without supervision.

• Do not let children climb on or play with the door or the fixed/re­mote controls.

• In all instances, where work is being done, the area is to be secured
from pedestrian traffic, and the power removed to prevent injury.

• Installer must properly ground door package! Improper grounding
can lead to risk of personal injury.

• The mains connection must remain isolated until the wiring is
completed. Then connect to the supply unit.

• The doorset can be operated automatically by sensors or manually
by activators.

1016248-EMEI-2.0Issue 2017-03-136

2 Instructions for safe operation

3 Important information

3.1 Intended use

The EM PSL150 isanautomaticsliding door operator developed to facilitate entrances to buildings
and within buildings.

The EM PSL150 is designed to be surface-mounted to the wall or a beam. It is easy to install for both
new construction and retrofit application, and it can be adapted to a wide range of door require­ments. It is to be installed indoors where it is suitable for almost all types of external and internal
sliding doors.

A EM PSL150 operator can be combined with the full range of Entrematic Nordic safety units, such
as presence and motion sensors.

The door is designed to offer continuous use, a high degree of safety and maximum lifetime. The
system is self-adjusting to the effects caused by normal variations in the weather conditions and
to minor friction changes caused by e.g. dust and dirt.

In emergency situations the doorset is opened and remains open automatically. It may also be
equipped with break-out function, in which case the door leaf is pushed manually open in the escape
direction.

Dual batteries and motors are used in escape routes as indicated in associated certificates. See
"Electrical emergency unit with batteries" on page 102 and "Electrical emergency unit with batteries
and two motors" on page 102. For manual break-out see "Break-out unit PSB" on page 102.

This manual contains the necessary details and instructions for the installation, maintenance and
service of the Sliding Door Operator EM PSL150.

For use see User manual 1009216.

Save these instructions for future reference.

3.2 Safety precautions

Be sure to complete a risk assessment and site acceptance test before taking the door into operation.

To avoid bodily injury,material damage and malfunction of the product, the instructions contained
in this manual must be strictly observed during installation, adjustment, repairs and service etc.
Training is needed to carry out these tasks safely.Only Entrematic Nordic-trained technicians should
be allowed to carry out these operations.

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3 Important information

3.3 Electronic equipment reception interference

The equipment complies with the European EMC directive (US market FCC Part 15), provided in­stalled according to Installation and Service manual.

The equipment may generate and use radio frequency energy and if not installed and used properly,
it may cause interference to radio, television reception or other radio frequency type systems.

If other equipment does not fully comply with immunity requirements interference may occur.

There is no guarantee that interference will not occur in a particular installation. If this equipment
does cause interference to radio or television reception, which can be determined by turning the
equipment off and on, the user is encouraged to try to correct the interference by one or more of
the following measures:

• Re-orient the receiving antenna.

• Relocate the receiver with respect to the equipment.

• Move the receiver away from the equipment.

• Plug the receiver into a different outlet so that equipment and receiver are on different branch

circuits.

• Check that protective earth (PE) is connected.

If necessary, the user should consult the dealer or an experienced electronics technician for addi­tional suggestions.

3.4 Environmental requirements

Entrematic Nordic products are equipped with electronics and may also be equipped with batteries
containing materials which are hazardous to the environment. Disconnect power before removing
electronics and battery and make sure it is disposed of properly according to local regulations (how
and where) as was done with the packaging material.

1016248-EMEI-2.0Issue 2017-03-138

3 Important information

4 About this manual

This manual describes functions of the EM PSL150 Sliding Door Operator and for software release

3.2.

4.1 Software releases with included software versions

VersionsRelease

OMSIOUERMCMCB

4.2.9.23.5.9.21.1.9.28.4.9.27.4.9.2

SW 3.0

OMSIOUERMCMCB

4.2.9.24.5.12.21.1.12.29.4.12.28.4.12.2

SW 3.1

OMSIOUERMCMCB

4.2.9.25.5.14.21.1.14.210.4.14.29.4.14.2

SW 3.1.1

OMSIOUERMCMCB

5.2.16.26.5.16.31.1.16.211.4.16.210.4.16.2

SW 3.2

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4 About this manual

5 Technical specification

Entrematic Nordic ABManufacturer:

Lodjursgatan 10, SE-261 44 Landskrona, SwedenAddress:

EM PSL150Type:

100 V AC -10% to 240 V AC +10%, 50/60 Hz, fuse 10 AT (building install­ation)

Mains power supply:

Note! Themains power supply shall be installed with protection and an
all-pole mains switch with isolating capability of Category III, at least 3
mm between contacts, shall be installed according to local regulations.
These articles are not provided with the door.

Max. 250 WPower consumption:

IP20Degree of protection:

IP54Degree of protection,

control actuators:

24 V DC

0.64 AHigh performance

1 AExceptional performance

Auxiliary voltage:

Bi-parting without break-out:
EM PSL150-2: 200 kg/leaf

Recommended max.
door weight:

Single Slide without break-out:
EM PSL150-R/L: 240 kg

For low energy movement: 150 kg/leaf

Bi-parting:
EM PSL150-2: 1000 – 3000 mm

Clear opening:

Single Slide:
EM PSL150-R/L: 800 – 3000 mm

Variable up to approx. (EM PSL150-2):

1.4 m/sHigh performance

1.7 m/sExceptional performance

Opening and closing
speed:

0-60 sHold open time:

-20 °C to +50 °CAmbient temperature:

Max. 85%Relative humidity

(non-condensing):

11 to 26 kg, dependent on configuration and clear opening widthOperator weight:

Third party approvals from established certification organizations valid
for safety in use, see Declaration of Incorporation.

Approvals:

For indoor use only

1016248-EMEI-2.0Issue 2017-03-1310

5 Technical specification

5.1 Door weight in relation to performance level

Plastic wheels

Door weight [kg]Sealing typeMain control

Performance level

Bi-partingSingle

2 x 901 x 90Normal sealEscape

High performance

2 x 751 x 75Tight seal

2 x 901 x 90Normal sealNon-escape

2 x 901 x 90Tight seal

2 x 901 x 90Normal sealEscape

Exceptional performance

2 x 901 x 90Tight seal

2 x 901 x 90Normal sealNon-escape

2 x 901 x 90Tight seal

Steel wheels

Door weight [kg]Sealing typeMain control

Performance level

Bi-partingSingle

2 x 1251 x 125Normal sealEscape

High performance

2 x 1201 x 75Tight seal

2 x 2001 x 240Normal sealNon-escape

2 x 1501 x 225Tight seal

2 x 1501 x 240Normal sealEscape

Exceptional performance

2 x 1251 x 175Tight seal

2 x 2001 x 240Normal sealNon-escape

2 x 1501 x 225Tight seal

11Issue 2017-03-131016248-EMEI-2.0

5 Technical specification

5.2 Classification to DIN 18650-1

Classification to DIN 18650-1

Digit 8Digit 7Digit 6Digit 5Digit 4Digit 3Digit 2Digit 1

41,2,401,2,30232

sliding door drive2Type of drive, digit 1.

1 000 000 test cycles, at 4 000 cycles/day3Drive durability, digit 2.

sliding door2Type of door leaf, digit 3.

not suitable for use as a fire protection door0Suitability for use as a fire protection door,

digit. 4

force limitation1Drive safety devices, digit 5.

connection for external safety systems2

low energy3

in escape routes with a break-out system1Special requirements for drives/func-

tions/fittings, digit 6.

in escape routes without a break-out system2

with sufficiently dimensioned safety distances1Safety at door leaf or leaves, digit 7

with protection to prevent fingers being crushed, shorn off
or drawn in

2

with presence sensor4

temperature range as specified by the manufacturer4Ambient temperature, digit 8

1016248-EMEI-2.0Issue 2017-03-1312

5 Technical specification

6 Design and function description

6.1 Design

The sliding door operator EM PSL150 works electromechanically. The motor,control unit, transmis­sion – and optional emergency unit and electromechanical locking device – are all assembled in a
support beam with an integrated cover. The motor and gear box transmit movement to the door
leaves by means of a tooth belt. The door leaf is fitted to a door adapter/carriage wheel fitting and
hangs on a sliding track. Movement of the bottom of the door leaf is controlled by the floor guides.

6.2 Function

Opening

When an OPENING IMPULSE is received by the control unit the motor starts and transmits movement
to the door leaves, which move to the open position.

Closing

The closing starts when no OPENING IMPULSE is received and the HOLD OPEN TIME has run out.

6.3 Safety functions integrated in the operator

To permit safe passage between closing doors, the doors immediately reverse if an obstruction is
detected, then resume their interrupted movement at low speed to check whether the obstruction
has disappeared or not. If an obstruction is detected between opening doors and surrounding
walls or interior fittings, the doors immediately stop and then close after a time delay.

6.4 Microprocessor for precise control

The microprocessor has a routine for self-monitoring, which detects any interference or faulty
signals in door operation. If an input signal does not correspond to the preprogramming, the mi­croprocessor automatically takes necessary actions to ensure safe door operation.

6.5 Emergency escape

The EM PSL150 can be combined with an emergency unit that automatically opens or closes the
doors in the event of a power failure and can also be interfaced with the fire alarm or smoke detector.
Safety can be further reinforced by incorporating a break-out fitting. This enables the doors and
side screens to swing outwards in an emergency situation by applying a defined pressure at the
front edge.

Doors used for emergency escape in buildings such as hospitals and homes for elderly people may
not be locked or put in programme selection OFF.

13Issue 2017-03-131016248-EMEI-2.0

6 Design and function description

7 Models

7.1 Two main models are available:

• EM PSL150–2; for bi-parting doors, consisting of a pair of door leaves which are sliding away
from each other to form a common door opening.

• EM PSL150–1; for single sliding doors with one right or left opening door leaf.

7.2 EM PSL150–2 (bi-parting)

7.3 EM PSL150–R (single sliding, right opening)

7.4 EM PSL150–L (single sliding, left opening)

FW = Frame width

CL = Cover length (incl. end plates 2 x 2 mm)

COW = Clear opening width

SW = Side screen width

DW = Door leaf width

1016248-EMEI-2.0Issue 2017-03-1314

7 Models

8 Part identification

1

2

3

4

5

6

7

11

12

13

14

18

17

16

9

10

8

19

15

DescriptionNo.DescriptionNo.

Tooth belt12Mains connection1

Tension wheel13Power supply unit (PSU 75/PSU 150)2

Door stop14Drive unit (HDD/DD)3

Cover15Main control unit (MCU/MCU-ER)4

Operation mode selector (OMS)16I/O Unit (IOU)5

Support beam17Battery (EEU 12/EEU 24)6

Lock18Door carriage7

Cover lock19Door adapter8

Transmission bracket (high)9

Transmission bracket (low)10

Belt clamp11

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8 Part identification

9 Space required

EM Slim SystemFrame doors by others

150

123

DH

8

39

8+DH+100+39

100

24

FFL

DH

8

150

123

FFL

COH

Clear opening heightCOH =

Door height (incl. door adapter)DH =

Finished floor levelFFL =

257

Max. 260

63

45

Max. 111

1016248-EMEI-2.0Issue 2017-03-1316

9 Space required

10 Pre-installation

10.1 General tips/Safety concerns

In all instances, where work is being done, the area is to be secured from ped­estrian traffic, and the power removed to prevent injury.

• If there are sharp edges after drilling the cable outlets, chamfer the edges to avoid damage to
the cables.

• For enhanced security and vandalism protection, always mount the operator access in the in­terior of a building whenever possible.

• Make sure the ambient temperature is in the range specified in section Technical specification.

• Make sure that the power is off before installing.

• Make sure that the door leaf and the wall are properly reinforced at the installation points.

• Unpack the operator and make sure that all parts are delivered in accordance with the packing

note and that the operator is in good mechanical condition.

• Ensure proper material is being used for the door leaves and that there are no sharp edges.
Projecting parts shall not create any potential hazards. If glass is used bare glass edges shall not
come in contact with other glass. Toughened or laminated glass are suitable glasses.

• For support beam length over 5 m, remove the wheel holders and motor, or two technicians
are needed.

• Ensure that entrapment between the driven part and the surrounding fixed parts due to the
opening movement of the driven part is avoided. The following distances are considered sufficient
to avoid entrapments for the parts of the body identified;

- for fingers, a distance greater than 25 mm or less than 8 mm

- for heads, a distance greater than 200 mm

- for feet, a distance greater than 50 mm

- and for the whole body, a distance greater than 500 mm

• Danger points shall be safe guarded up to a height of 2.5 m from the floor level.

• The operator shall not be used with a doorset incorporating a wicket door.

It is not possible to replace a EM operator component with a component from
a different brand.

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10 Pre-installation

11 Mechanical installation

11.1 Checking

Check that the fixing material and the upper part of the door leaf have the necessary reinforcements
and that the floor is level and smooth.

The beam/wall used to fix the support beam must be flat and smooth. If necessary use Entrematic
Nordic mounting spacers behind the support beam to keep its straightness.

Minimum requirementsFixing material

5 mm*Steel

6 mm*Aluminium

Min. 50 mm from the undersideReinforced concrete

50 mmWood

Expansion shell bolt, min. M6x85, UPATPSEA B10/25
min. 50 mm from the underside

Brick wall

Thinner wall profiles must be reinforced with rivnuts*

Tools required

• Set of metric box spanners and wrenches (2 x 10mm wrench)

• Spirit level

• Tape measuring tool

• Power drill and set of drill bits, Hammer drill

• Cone cutter drill

• Screw driver Torx (T10, T20, T25 and T30)

• Small flat blade screw driver for wire connection

• Phillips screw driver

• Centre punch

• Wire stripper

• Side cutter (for wire cutting)

• Torque wrench

• Cable strap tightener

• Steel wire (for pulling cables)

• Pencil (for marking)

• Cloth or brush (for cleaning)

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11 Mechanical installation

11.2 Installation examples to consider during installation

Note! Seethe local building regulations for each country,with regards to the permissible minimum
opening width, that shall be followed.

Recommended installation (EM PS)

To reduce the risk for shearing of finger the jamb is used as door stop for closing and labyrinth
sealings are used between door leaf (1) and fixed screen (2). The door leaf (1) can be open fully
and aligns with the fixed screen (2) if the side light is 100 mm wider than the door.

AAE573B

3

1

2

LAP

COW

Door leaf1

Fixed screen2

Operator3

COW = Clear opening width

LAP = Overlap (profile width)

Alternative installation of door system (by others than EM PS)

The distance measured between the glass pane of the door leaf (1) and the profile of the fixed
screen (2) shall not exceed 8 mm. If the distance is more than 8 mm the leading edge of the door
leaf (1) must not pass the mullion of the fixed screen (2) but stop at least 25 mm before.

Door leaf1

Fixed screen2

Operator3

COW = Clear opening width

LAP = Overlap (profile width)

3

1

2

≥25 LAP

>8

COW

≥25LAP

>8

3

1

≥25

>8

COW

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11 Mechanical installation

The safety distances measured between the secondary closing edge (4) and surrounding fixed parts
(5) are shown in the illustrations below.

If the distance between the door and wall/side light is 100 mm or less, there shall be at least 200
mm between the door and a opposing surface when the door is in full open position. Safety distance
for head.

If the distance is more than 100 mm between the door and wall/side light, there shall be at least
500 mm between the door and a opposing surface when the door is in full open position. Safety
distance for body.

≤ 100

≥ 200

5

4

Closing edge4

Fixed parts5

If the distance is more than 100 mm but less than 150 mm between the door and the wall the
speed of the door has to be reduced acording to PRA-0004.

≤ 150≥ 100,

5

4

Sensor adjustment

This is how the presence field of the sensor is
tested to fulfil the standards according to EN
16005 and DIN 18650.

This is an example of how the mounted sensors
shall be adjusted.

200 mm

200 mm

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11 Mechanical installation

11.3 Installing/removing the cover, standard cover lock

Open cover

1

1

2

3

4

5

2

Secure and unsecure cover

Secure and unsecure the open cover as shown below.

500

Figure 1: Old detachment guard

5

00

Figure 2: New detachment guard

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11 Mechanical installation

Close cover

2

1

1

2

3

4

New cover latch

In the illustrations above the old cover latch is used. The illustration below shows the new cover
latch and how it is attached.

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11 Mechanical installation

11.4 Installing/removing the cover, optional cover lock

Open cover

1

2

3

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11 Mechanical installation

Close cover

1

2

3

1016248-EMEI-2.0Issue 2017-03-1324

11 Mechanical installation

11.5 Installing the door adapter on top of the door leaf (frame doors by others)

For Entrematic Nordic doors the door adapters and door holders are factory-mounted, proceed
to page 26.

a If necessary cut the door adapter (1) to correspond with the door leaf width.

b Make sure that the upper part of the door leaf (2) is sufficiently reinforced.

c Placethe door adapter (1) on top and centre of the door leaf (2). Door leaf (2) with bigger depth

than 50 mm place the door adapter (1) aligned with the outer side of the door.

d Mark on the door leaf (2) after the pre-drilled slotted holes. One slotted hole in each group of

three has to be used as the door adapter carries the whole weight of the door leaf (2).

e Drill and thread for M6 or use self-tapping screws (Taptite) in the door leaf (2).

f The door adapter (1) can be roughly adjusted for depth, ± 5 mm, in relation to the door leaf

(2). This rough adjustment is to be carried out when the door adapter (1) is fitted on the door
leaf.

g The distance “A” serves to ensure the correct depth installation. This information is delivered

with the door system.

h Tighten the door adapter (1).

If a break-out unit is to be installed, a special break-out adaptor has to be ordered and then cut to
size. See separate Installation and Service Manual for PSB.

24

E – E

40 40

50

16

80 180

E E

1

2

A

65

Door adapter (standard)1

Door leaf2

25Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.6 Installation of support beam

Marking and fixing

Determine the installation height from the highest point of the finished floor:

a Measure the door leaf height inclusive the door adapter.

b Add 108 mm or 113 mm if break-out unit PSB with 8 mm surface mounted threshold/floor

guide track is installed. (See also separate installation drawings for Frame and Slim, and Install­ation and Service Manual for PSB.)

c Mark the installation height on the wall as determined under items a) and b) as shown in the

picture below.

d Drill the hole, tap or plug for the key hole screw.

e Hang up the support beam in the keyhole and tighten gently.

f Make sure that the support beam is level and compensate for possible sag in the ends. Mark

the rest of the fixing holes. (Note that some holes can be covered by other components that
first must be removed or slid to the side.)

g Tilt or remove the support beam.

h Drill the holes, tap or plug them.

i If the wall is uneven, compensate by hanging spacers around the bolts before they are tightened.

j Fix the support beam using bolts.

k If the holes are drilled while the support beam is in place, make sure to clean the support beam

and sliding track thoroughly.

1016248-EMEI-2.0Issue 2017-03-1326

11 Mechanical installation

C

L

39

FFL

C

L

17

ø7

SBL

C

L

SBL

100

500 500

500

500

100

100

LAP+50

100

500

250 250 500

500

250

250

500

Bi-parting

Installation height

DH + 108

(or DH + 113 for PSB)

SBL = Support beam length
FFL = Finished floor level
LAP = Overlap (profile width)

Single sliding

DH + 108 DH + 108 + 13 DH + 108

13

22

22

Without threshold Threshold on floor Threshold in floor

Wall

Wall

Figure 3: Installation height

Also see page 16.

27Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.7 Installing the door holders on the door adapter (frame doors by others)

a Remove the height adjustment fastening screw (1) and the height adjustment cam (2). Remove

the wheel holder (4) from the door holder (3).

2

4

3

1

Height adjustment
fastening screw

1

Height adjustment
cam

2

Door holder3

Wheel holder4

b The door holders (3) can be turned depending on door type. If the center of the door adapter

is placed more than 40 mm out from the side light/wall, the door holder (3) has to be turned
180°, Z-placement.

CL door adapter

40

180°

B

C

L

5

3

Door holder3

Door adapter5

Z-placement is for third party

doors

C-placement is for EM Slim

1016248-EMEI-2.0Issue 2017-03-1328

11 Mechanical installation

c Fasten the door holder (3a) at a distance A from the trailing edge of door leaf (6), see picture

below.

d

Bi-parting door:

Fasten the door holder (3b) at a distance B from the estimated centre line

C

L

between the doors.

Single door:

Fasten the door holder (3b) at a distance B from the estimated centre line

C

L

between the door

leaf (6) and the slam post.

Note! Make sure that the door holders (3) are completely in line with the door adapter (5).

B

A

3b

5

3a

6

C

L

Door holder3

Door adapter5

Door leaf6

Max distance** (mm)B* (mm)A (mm)LD, LDP, LDB

96631Lock

94611Lock

Short wheel holder

27331Lock

25311Lock

Short wheel holder

*Bx2 between the door holders on a biparting door.
CL is the estimated center line between the doors or door and door post.
**Max distance = the distance a door leaf can move when the door is in locked position.
Distances for espagnolette lock - see accessories.

29Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

Part identification door carrier

2

7

3

1

8

8

7

10b

4

5

9

6a

6b

6c

10a

10a

Carriage wheel7

Anti-riser device8

• left illustration, Engaged

• right illustration, Disengaged

Secondary bogie9

Clips, single wheel10a

Clips, bogie wheels10b

Height adjustment fastening screw1

Height adjustment cam2

Door holder3

Depth adjustment4

Door holder fastening screw5

2-Wheel holder6a

2-Wheel holder, short6b

4-Wheel holder6c

Note! If the door width is less than 540 mm, the operator will be equipped with a short wheel holder.

Door weight, double bogieDoor weight, bogieWheels

-0-90 kg/leafPlastic

120-240 kg/leaf90-120 kg/leafSteel

Note! If door height / door width ratio (DH/DW) is more than 3.5, double bogie wheels will be delivered. Plastic
wheels if door weight is <90 kg/leaf and steel wheels if door weight is >90 kg/leaf.

1016248-EMEI-2.0Issue 2017-03-1330

11 Mechanical installation

11.8 Hanging and mounting the door leaves

a Loosen and remove the height adjustment fastening screw (1) and the height adjustment cam

(2) from the wheel holders (5) that are already installed in the support beam. The anti-riser
devices shall be engaged when the wheels are placed in the beam (4), see page 30.

Note! The beam (4) might be damaged when hanging the door leaves (6) onto the beam, if the
wheel holder (5) is mounted on the door holder (3).

2

1

1

2

3

4

5

Height adjustment
fastening screw

1

Height adjustment cam2

Door holder3

Beam4

Wheel holder5

b Raise the door leaf (6) and place it carefully over the floor guide, if installed.

6

Door leaf6

c Slide the wheel holders (5) sideways until they are aligning with the door holders.

d Reinstall the height adjustment fastening screw (1) and height adjustment cam (2) into the

door holders (3) and tighten gently.

1

1

Height adjustment
fastening screw

1

e Adjust the door height until the door leaf (6) is about 6-8 mm above the floor.

Tightening torque for the height adjustment fastening screw (1): 18Nm

31Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.9 Height adjustment

The door can be height adjusted +/- 8 mm by turning the height adjustment cam (2).

a Indication on the cam show what height the door is adjusted to (in mm).

Note! The illustration below shows a zero adjusted cam.

b Check that the door(s) is hanging horizontally. It is very important that the door leaves are

parallel with the fixed panel.

c To increase the height of the door turn the cam in the direction shown by the arrow UP on the

cam.

d When the door leaf is 6-8 mm above the highest point of the Finished Floor Level (FFL), the door

is properly adjusted. Tighten the height adjustment fastening screw (1) with 18Nm.

1

2

Height adjustment
fastening screw

1

Height adjustment cam2

e Check that the door leaf is parallel (no gap at the top or bottom), when in closed position.

≤ 8

FFL

Finished floor levelFFL =

1016248-EMEI-2.0Issue 2017-03-1332

11 Mechanical installation

11.10 Installation of Entrematic Nordic floor guides (frame doors by others)

The floor guides can be adjusted depthwise about ± 4 mm after being installed, using the eccentric
nut underneath the plastic block.

Note! Before installing the floor guide make sure that the plastic block is adjusted to the middle
position to ensure full adjustability (±4 mm).

Installation

a Bi-parting doors

Push the doors together and slide them until their meeting point is aligned with the centre of
the opening.

Single sliding doors

Slide the door leaf to closed position.

b Fit the floor guide so that the plastic block isin line with the trailing edge of the door leaf when

in the closed position as shown in the illustration below, and depthwise (the B measurement)
in accordance with the instructions from the door manufacture.

B

c Mark the position for the floor guide.

d Push the door leaf sideways to clear the space.

e Mark, drill and plug the three holes and fasten the floor guide.

f Check that the door runs freely over the floor guide without friction.

g If a weather brush is used on the lower edge of the door leaf, it should only lightly touch the

floor.

33Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.11 Depth adjustment of the door leaves

a The distance A, between the top of the door leaf and the fixed screen, is to be adjusted by

loosening the two screws connecting the door holder (1) to the door adapter (2).

b The holes in the door holder (1) are slotted and the door leaf/adapter (2) can be adjusted ±7

mm.

c The distance A shall be 22 mm for third party doors and 20 mm for EM Slim System.

d For frame doors made by others the distance A is supplied by the manufacture. The A distance

depends on the door leaf thickness and draught excluders. When a draught excluder is used
between the door leaf and the fixed screen, it should seal equally for the total vertical height.

Note! Make sure that the door holder (1) is completely in line with the door adapter (2).

Note! The door holders (1) can be turned depending on door type. See illustration below.

e The distance B shall be equal to A. With EM floor guide series, FGB or GS on frame doors made

by others, the distance B can be adjusted ± 4 mm with the eccentric nut on the floor guide.

Frame doors by othersEM Slim System

A

B

1

D – D

2

1

D

D

D – D

2

1

D

D

A=20

B=20

1

Door holder1

Door adapter (integrated in the door leaf for EM Slim System)2

1016248-EMEI-2.0Issue 2017-03-1334

11 Mechanical installation

11.12 Installation of components and electrical wiring

a Start from the left side of the operator, loosen and slide the mains connection and the power

supply sideways to obtain 65 mm from the left side of the support beam to the left side of the
power supply. Tighten the two fixing screws (1).

65

11

Fixing screw1

b Tighten the nuts (2) on the drive unit by hand. No space between the nut (2), plastic washers

(3) and the damper (4).

2

3

4

Top view

Top view

Nut2

Plastic washer3

Damper4

35Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

c Install the drive unit with its outgoing shaft 350 mm from the left side of the support beam.

Tighten the screws (5) with a force of 10 Nm.
Start with the right screw and ensure that the drive unit is fixed in the beam. Continue with the

left screw and visually ensure that this screw also is securely tightened in the beam.

350

55

Fixing screw5

d Continue with the main control unit MCU or MCU-ER and keep a distance of 5-10 mm to the

drive unit.

5 - 10

5 - 10

e If an I/O unit (IOU) shall be used make sure that the connector is fully connected to the

MCU/MCU-ER.

f Fix the batteries, if fitted.

Note! Extension cables are available as accessories if MCU/MCU-ER, IOU or batteries must be
installed with greater distances.

1016248-EMEI-2.0Issue 2017-03-1336

11 Mechanical installation

11.13 Installation of tension wheel assembly

a Tighten the nuts (1) on the belt tension by hand. No space between the nut (1), plastic washer

(2), screw (3) and the tension frame (4).

1

2

3

4

4

Top view

Nut1

Plastic washer2

Screw3

Tension frame4

b Starting position of the adjustment screw (6).

6

Adjustment screw6

c Put the belt tension with the nuts (1) in the C-track (5). Tighten the screws (3) gently. It shall

be possible to slide the tension wheel assembly side ways in the C-track (5).

5

31

Nut1

Screw3

C-track5

37Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.14 Placement of the transmission bracket

For bi-parting and single left opening doors

The upper transmission bracket shall be attached to the carriage wheel holder on the leading edge
of the right door.

The lower transmission bracket shall be attached to the carriage wheel holder on the leading edge
of the left door.

1

2

Upper transmission bracket1

Lower transmission bracket2

For single right opening doors

The upper transmission bracket shall be attached to the carriage wheel holder on the trailing edge
of the door.

1

Upper transmission bracket1

Note! Tighten with a maximum force of 7 Nm.

1016248-EMEI-2.0Issue 2017-03-1338

11 Mechanical installation

11.15 Attachment of tooth belt fitting

a The tooth belt (1) is delivered separately and is pre-cut to the right length. Route the belt (1)

around the drive unit pulley (2) and around the tension wheel (3).

b For bi-parting and single right opening doors the belt ends are joined with the belt clamp (4)

in the upper part of the belt. Single left opening door is joined in the lower.

c Click the belt clamp (4) into position in the upper transmission bracket (5).

2

3

1

4

5

Tooth belt1

Drive unit pulley2

Tension wheel3

Belt clamp4

Upper transmission bracket5

39Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.16 Checking and adjusting the belt tension

If the belt tension has to be corrected, proceed as follows:

a Remove the slack reducer, if fitted.

b Loosen the fixing screw (1) in the middle of the tension wheel (5) without removing it.

c Screw the adjustment screw (2) to its outmost position.

d Loosen the tension wheel assembly fixing screws (4).

e Tension the belt by pulling the tension wheel assembly by hand.

f Tighten the tension wheel assembly fixing screws (4) with a torque of 10 Nm.

g Tighten the belt tension adjustment screw (2) until there is a gap of approx. 1-2 mm between

the lock nut (3) and the bracket according to illustration below, but not further. Be sure not to
overtighten, otherwise the adjustment screw (2) might damage the tension wheel (5).

h Retighten the fixing screw (1) in the middle of the tension wheel (5) with a torque of 30 Nm.

Note! Do not make any adjustment on the lock nut (3).

Fixing screw1

Adjustment screw2

Lock nut3

Tension wheel assembly fixing
screw

4

Tension wheel5

1-2 mm

1

5

4

2

3

Note! Do not make any adjust-
ment on the lock nut (3).

1016248-EMEI-2.0Issue 2017-03-1340

11 Mechanical installation

11.17 Bi-parting operators

a Put doors in fully closed position. Make sure that the doors trailing edge is align with the side

light.

b Put the belt clamp (4) centered over the lower transmission bracket (5).

c When centered snap the belt clamp (4) in place.

d Check door panels for proper centering in the fully closed and opened positions.

2

3

1

4

5

Tooth belt1

Drive unit pulley2

Tension wheel3

Belt clamp4

Lower transmission
bracket

5

41Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.18 Adjustment of the door stop

a Push the doors by hand to the desired opening.

b For third party doors the door leaf can be fully open.

For single doors, shearing of finger is reduced by using a jamb as a door stop in closed position.
Labyrinth sealing is used between the trailing edge on the door leaf and the fixed side screen
to prevent a finger trap.

See Alternative installation of door system (by others than EM PS) on page 19 for required
measurements.

c Loosen the door stops (1), move them in against the wheel holders, and hold the door stop in

position against the beam (3) then tighten screws (5) firmly.

d Tighten the screw (2) on one of the door stops (1) to secure the plastic track (4). If there is a

screw (2) on the other door stop remove it.

e Check that the required opening and finger protection is achieved, see page 19.

1

2

3

4

5

Door stop1

Screw (to secure the plastic track)2

Beam3

Plastic track4

Door stop fastening screw5

1016248-EMEI-2.0Issue 2017-03-1342

11 Mechanical installation

11.19 Route the cables and attach the plastic cable holders, see illustrations below

1

Cable holder1

43Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

11.20 Attachment of slack reducer

Attach the slack reducer between the eighth and ninth belt tooth on each side of the low transmis­sion bracket. If two slack reducers are needed put the second slack reducer in the same way under
the upper transmissions bracket.

Note! If needed, the operators will be delivered with slack reducer springs.

Single doors

If the belt length is more than 4700 mm, there shall be one slack reducer.

Double doors

If the belt length is more than 5700 mm, there shall be two slack reducers.

In all other cases

In all other cases, then above, there will not be any slack reducers in the operator.

1 2

3

5 6

4

1016248-EMEI-2.0Issue 2017-03-1344

11 Mechanical installation

11.21 Attachment of product label

When properly installed and adjusted, attach the local product label on the right side of the lower
part of the operator cover.

ID No. Year

XXXXXXXXXX XX

XXXXXXXXX XXXXXXX

Service XXX XXX XXX

45Issue 2017-03-131016248-EMEI-2.0

11 Mechanical installation

12 Electrical connections

Note! During any work with the electrical connections the mains power and the electrical emer­gency unit must be disconnected.

• Place the electric switch easily accessible from the operator. If a plug contact is used in the in­stallation the wall socket shall be placed easily accessible from the operator.

• If the supply cord is damaged, it must be replaced by the manufacturer, its service agent or
similarly qualified persons in order to avoid a hazard.

12.1 Mains connection

The incoming mains, which is a single phase 50/60 Hz AC voltage between 100 V -10% and 240 V
+10% fuse 10 AT, is connected in the mains connection unit.

a Remove the protective lid (2).

b Connect the incoming mains power (4) through the strain relief (3) to the connection block

(1) as shown in the illustration below.

c Put the protective lid (2) back in place.

Installer must properly ground door package! Improper grounding can lead to
risk of personal injury.

Mains connection block1

Protective lid2

Strain relief3

Mains power4

Mains power

100-240 V AC

50/60 Hz, 10 A

L

N

1

2

3

4

1016248-EMEI-2.0Issue 2017-03-1346

12 Electrical connections

The mains connection (5) must remain
isolated until the wiring is completed.
Then connect to the supply unit (6).

6

5

Connection cable5

Power supply unit6

12.2 Electrical units

12.2.1 Power supply unit (PSU 75/PSU 150)

Two different main power supplies are available, 75 W and 150 W.

PSU 150PSU 75

(Marked with green label)(Marked with yellow label)

12.2.2 Drive unit (HDD/DD)

The drive unit is available in different versions:

Dual drive (DD)

2 X GR 63X55

Heavy duty drive (HDD)

GR 63X55

47Issue 2017-03-131016248-EMEI-2.0

12 Electrical connections

12.2.3 Main control unit (MCU/MCU-ER)

The main control unit has the connection for the power supply,drive unit, operation mode selector,
activation units, electromechanical lock and batteries. An installer interface with a two digit display
and four push buttons is used for function selection, adjustments and for troubleshooting. See
page 57 for details.

The main control is available in two different versions.

• MCU-ER - used in escape routes where EN16005 and DIN18650 applies

• MCU - used in all other applications

MCUMCU-ER

The MCU/MCU-ER has two labels, a Hardware label (1) and a Software label (2).

The hardware label states revision of the MCU/MCU-ER and applies to PCB or hardware changes.

The software label states the software version. In the MCU there are two different software versions
and in the MCU-ER there are three different software versions.

Note! NewerMCU/MCU-ER's will not have all software versions stated. Instead the software release
version is stated.

1

2

Hardware label1

Software label2

1016248-EMEI-2.0Issue 2017-03-1348

12 Electrical connections

12.2.4 Additional electronic units can be connected for extra functionality

Battery unit 12 V (EEU 12)

Date

Done

CM-No.

Change

No.

For emergency opening or for fire closing a 12 V battery can be connected that automatically opens
or closes the door in the event of a power failure. For higher speed, the 24 V battery below is recom­mended and is also a demand to conform with authority demands for escape routes.

Battery unit 24 V (EEU 24)

For emergency opening or for fire closing a 24 V battery can be connected that automatically opens
or closes the door in the event of a power failure. This battery can also be used for continued normal
operation during short power failures (convenience mode). The fuse in the cable harness is 10 AT.

49Issue 2017-03-131016248-EMEI-2.0

12 Electrical connections

I/O unit (IOU)

The IOU has two labels, a Hardware label (3) and a Software label (4).

The hardware label states revision of the IOU and applies to PCB or hardware changes.

The software label states the software version.

Note! Newer IOU's will not have the software version stated. Instead the software release version
is stated.

Hardware label3

Software label4

3

4

For extra functionality like

• close or robbery impulse

• nurse impulse

• open/close impulse

• emergency open impulse (fireman’s opening)

• bi-stable lock

• espangolette lock

• connection of optional operation mode selector

• fire impulse

• sustainable function off

• relay output for external error or status indication, maximum 15W, 42VAC / 30 VDC (SELV),

resistive load only

• interlock off (interconnected operators)

• interlocking

• second monitored inner impulse

• repeated fire closing

• pharmacy impulse 1 and 2

• mode selector disable impulse

1016248-EMEI-2.0Issue 2017-03-1350

12 Electrical connections

12.2.5 Connection of electrical units

L

N

PSU

MCU

MCU-ER

MCU/MCU-ER

IOU

EEU 12

EEU 24

CCW

CW

CCW

CW

Escape*

Operation mode selector (OMS)

Mains power

100-240 V AC 50/60 Hz, 10 A

Right side presence sensor

Left side presence sensor

Inner combination sensor

Outer combination sensor

Learn/Exit

Up

Down

Select

Mains connection

Drive unit

* When changing motor direction on

Parameter 12 to CCW also change the

jumpers to CCW position on the MCU-

ER. This is used in extremely rare cases.

51Issue 2017-03-131016248-EMEI-2.0

12 Electrical connections

MCU/MCU-ER

IOU

(+) 24 V DC
Side presence test
Outer impulse
Side presence impulse 2
Stop impulse
Side presence impulse 1
(–) 0 V DC

(+) 24 V DC
Presence + stop test

*

Key impulse
Presence impulse 2
C-switch or inner/outer impulse monitoring
Presence impulse 1
(–) 0 V DC

(+) 24 V DC
Inner impulse
(–) 0 V DC

Lock delay LD belt lock only

Lock
(+) Lock

7
6
5
4
3
2
1

14
13

12

11

10

9
8

17
16
15

20
19
18

(+) 24 V DC

Emergency open

Battery wake up

Open/Close impulse/Interlock OFF
Nurse impulse/LDE down
Close impulse/LDE up
0 V

(+) 24 V DC
Open
Auto partial
Exit
Off
Reset
(–) 0 V DC

Lock
Lock

Fire
Fire

Error/Status NC
Error/Status COM
Error/Status NO

8

5
4

7
6

3
2
1

15
14

13
12

11

10

9

17
16

19
18

22
21
20

max. 15W
42 V AC / 30 V DC
(SELV)
resistive load only

External alarm loop
24 V DC

Bistable or
Espagnolette lock only

Sustainable drive mode OFF

max. 15W
42 V AC / 30 V DC
(SELV)
resistive load only

Error/Status NC
Error/Status COM
Error/Status NO

Fire
Fire

External alarm loop
12-24 V DC

Lock
Lock

Bistable or
Espagnolette lock only

(+) 24 V DC
Open
Auto partial/Pharmacy impulse 2
Exit/Pharmacy impulse 1
Off
Reset
(-) 0 V DC

(+) 24 V DC
Battery wake up
Sustainable drive mode OFF/Mode selector enable
Emergency open
Function Select TB:4 Open/Close impulse/Interlock OFF/Inner imp. 2 monit./Interlock in
Function Select TB:3 Nurse function/LDE up/Interlock out
Function Select TB:2 Close or robbery impulse/LDE down/Inner impulse 2
0 V

Lock delay LD belt lock only
Lock
(+) Lock

(+) 24 V DC
Inner impulse
(-) 0 V DC

(+) 24 V DC
Presence + stop monitoring *
Key impulse **
Presence impulse 2
C-switch or inner/outer impulse monitoring
Presence impulse 1
(–) 0 V DC

(+) 24 V DC
Side presence monitoring
Outer impulse
Side presence impulse 2
Stop impulse
Side presence impulse 1
(–) 0 V DC

* 1 wire monitoring = Presence, stop, inner (and/or) outer impulse monitoring
** Key impulse can generate a battery wake up if mains power is off and battery is fitted. The door can
open or open/close.

IOU

(+) 24 V DC

Emergency open

Battery wake up

Open/Close impulse/Interlock OFF
Nurse impulse/LDE down
Close impulse/LDE up
0 V

(+) 24 V DC
Open
Auto partial
Exit
Off
Reset
(–) 0 V DC

Lock
Lock

Fire
Fire

Error/Status NC
Error/Status COM
Error/Status NO

8

5
4

7
6

3
2
1

15
14

13
12

11

10

9

17
16

19
18

22
21
20

max. 15W
42 V AC / 30 V DC
(SELV)
resistive load only

External alarm loop
24 V DC

Bistable or
Espagnolette lock only

Sustainable drive mode OFF

1016248-EMEI-2.0Issue 2017-03-1352

12 Electrical connections

12.3 Connection of activation and safety units

See sensor manuals for mounting and adjustments. Protective device shall comply with EN 12978.

*

EMSC53-MEMSA11

EMSA12

1

2

3

4

5

(NO) (NC)

8 12

1615

5

15117715116

5

15117716515

1

15

8

171416

5

15 13 17

1

31 31

8

9

/

11

9

/

11

15 13 17

9

/

11

8

9

/

11

EMSA51

15 15

8 81714165

13 17

9

/

11

13 17

9

/

11

*

EMSC32-M

*EMSC31-M

0 1 C NO

NC

1 2 3 4

5

15

15

*EMSC31-E

17

14 10**

10**15 15

8 81714165

13 17

9

/

11

13 17

9

/

11

15

15

*EMSC53-E

15

8

171416

5

15 13 17

9

/

11

15 13 17

9

/

11

15

8

15

15

17

17

15

15

10**

10**

17

17

15

15 17

17

15

15

17

17

A = Brown
B = Green
C = White
D = Orange
E = Red
F = Blue
G = Yellow
H = Pink
I = Grey
J = Black
K = Grey/Pink
L = Red/Blue

Inner impulse

Outer Impulse

Presence impulse NO

Presence impulse NC

Stop impulse

1

2

3

4

5

Key impulse / (Emergency open impulse, EEU required)

A

I

G

F

B

E

C

H

F B C G A B

C G

A F G

J C E

B

H

K

L

A I

G

F

B

E

C

H

A

F G

J C

E B H

* Can be monitored
Connect to MCU TB-9 if only one presence sensor is used.
EMSC53-E: If no impulse monitoring is wanted do not connect wire G.
EMSC31-E: If no impulse monitoring is wanted do not connect wire K and L.

Common dip switch setting for inner sensors, dip switches shown are set to ON :

EMSC32-M: 1, 3, 5, 12, (11=NO)

EMSC31-M: 1, 3, 5, 8, 9, (7=NO), (15=Lookback)

Common dip switch setting for outer sensors, dip switches shown are set to ON :

EMSC32-M: 1, 3, 12, (11=NO)

EMSC31-M: 1, 3, 8, 9, (7=NO), (15=Lookback)

EMSC31-E: 1, 3, 8, 9, (7=NO), (15=Lookback)

53Issue 2017-03-131016248-EMEI-2.0

12 Electrical connections

12.4 Connection of presence activation units

E

R

R

1

2

3

4

5

15 1517 1716

1 17 75

8 1314

1 7

14

9

/

11

13 73

8 1314 14

9

/

11

113773

NPN/R (NO)

*

SBK-111

E

R

R

NPN/N (NC)

8 8 14

9

/

11

8 514

9

/

11

8 8 13 14 14

9

/

11

*

EMSP32-M EMSP31

*

EMSP56-M

9

/

11

9

/

11

14148 8 8 13

14148 8 8 13

6

7

1 1 7

2

/

4

1 1 7

2

/

4

1 1 6 7 7

2

/

4

2

/

4

771 1 1

6

2

/

4

771 1 1

6

5

8

5

5

A = Brown
B = Green
C = White
D = Orange
E = Red
F = Blue
G = Yellow
H = Pink
I = Grey

* Can be monitored to fulfill
EN-16005

Inner impulse

Outer Impulse

Presence impulse NO

Presence impulse NC

Stop impulse

Side presence impulse NO

Side presence impulse NC

1

2

3

4

5

6

7

A B C A C FB C D AEA B C A C I AC I G B I G F B E C H

Red sleeve

Blue sleeve

Red
sleeve

Blue

sleeve

If only one Side Presence sensor is used this has to be connected to MCU TB-2.

Common dip switch setting for side presence sensors, dip switches shown are set to ON:

EMSP32-M: 1, 3, 10

1016248-EMEI-2.0Issue 2017-03-1354

12 Electrical connections

12.5 Connection of accessories

MCU

IOU

1

2

3

1

2

3

16 17

18 19

1

16 17 1 2

15

18519

1 3

NO

COM

NC

NO

COM

NC

EMSC31-E

2

EMSC53-E

1 7

189

191 1 8 * 8 1 * 8 4

8 1 2 4 ** 1 8 **

1

7

Functionality

Lock Lock

Repeated

fire closing

Emergency

opening

(fireman’s

opening)

[non-locking

button]

Fire impulse

Relay output

Current output

LD
LDP
LDB

LDE

LSK Secondary inner impulse monitoring

A = Brown
B = Green
C = White
D = Pink
E = Red
F =Blue

J J F I E J A B C F N G I A F J B A G C D E F J H M B A C G D I E F

*) EMSC31-E Presence impulse shall be configured to NC.
Connect from sensor 1 Pink to sensor 2 Black.
Connect from sensor 1 Black to MCU-13.
Connect from sensor 2 Pink to MCU-9.

**) EMSC53-E Presence impulse shall be configured to NC.
Connect from sensor 1 Pink to sensor 2 Blue.
Connect from sensor 1 Blue to MCU-13.
Connect from sensor 2 Pink to MCU-9.

G = Yellow
H = Grey/Pink
I = Grey
J= Black
M=Red/Blue
N=Purple

Old version

New version

J C

or

55Issue 2017-03-131016248-EMEI-2.0

12 Electrical connections

13 Start-Up

Start-up and adjustment must be carried out in the following order when the operator is installed.

a Connect the mains plug to the control unit.

b Push and hold the learn button for 2 seconds before making any connection into the terminals.

Release the learn button when there is a flashing "L" in the display.

c The learn cycle starts 2 seconds after the learn button is released.

d When the learn is finished the display can shown different parameters that could not be set

automatically during the learn cycle. These parameters shall be entered by the installer. See
page 59.

e Give a Push And Go and see that the door runs as expected.

f Disconnect the power and connect all accessories such as well adjusted sensors, breakout

switches, lock and batteries.

g Connect the mains plug to the control unit.

h Check that the sensors are in standby mode, deactivated, and there is no traffic in the door

opening.

i Push the Learn button and make a learn. In the second learn all the accessories and sensors shall

be learned into the control unit.

j Check the door movement by giving an impulse on the operator.

k If necessary adjust the door speed parameters to the required speeds.

l Check that the installation complies with valid regulations and requirements from the author-

ities, see page 19.

m For parameters that shall be adjusted to comply with EN 16005 and DIN 18650 see page 103,

Escape route according to EN16005 or DIN 18650.

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13 Start-Up

13.1 Adjustments and selection of special operating functions

The main control unit has a two-digit display that shows text and/or digits. On the right side of the
display are four push buttons. The display can show 4 different modes:

a Parameter mode. In Parameter mode the display shows parameters from 00 to C6. A parameter

control different behavior in the operator.

b Value mode. In Value mode the display shows values from 00 - 99. A value sets how a parameter

shall act.

c Error mode. Error mode shows what error group and error code that is active.

d Status mode. Status mode shows what impulses that are active in to the MCU.

1

2

3

4

'on' = Operation OK

Up (to step up in parameter or value menu)1

Select (enters into parameter or value menu and program a value into memory)2

Down (to step down in parameter or value menu)3

Learn/Exit (Learn has 3 functions, 1 quick learn, 2 Normal learn, 3 default setting, Exit jumps
out from value menu without saving or parameter menu)

4

Up and Down buttons steps between the different parameters or values.
Select steps from the standby mode into the parameter mode or steps from the parameter mode

into the value change mode. In the value change mode, pushing Select, will program the selected
value into the selected parameter and step back to the parameter mode.

Learn/Exit button initiate a learn of the control unit if the MCU is in the standby mode. Learn/Exit
button will exit the value programming mode and enter the parameter mode without saving the
value. Learn/Exit button will exit the parameter mode and enter the standby mode.

Fingers may be trapped by the belt transmission bracket. Set the operation
mode selector (OMS) to OPEN before doing any configurations with the buttons.

Active error

57Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

E1 = flashing letter E followed by a digit displays an active error (1-9). The digit shows the main
type of error. The display switches between this main error and a two digit number to specify the
error.

If several errors are active they are displayed in a sequence. Errors are cleared by a RESET from the
operation mode selector (OMS) or by turning off and on the mains power. For a detailed description
of errors, see Troubleshooting on page 104.

1016248-EMEI-2.0Issue 2017-03-1358

13 Start-Up

13.2 The Learn function can be one of three different types

1 Push and hold the Learn/Exit button for more than one and less than two seconds, then each

connected electronic module is recognized.

2 Push and hold the Learn/Exit button for more than two seconds and the display flashes L. A

complete Learn cycle will start after 2 seconds when the Learn/Exit button is released. The
complete learn cycle includes the learn in point no. 1.

The door will first close, start to open a short distance and close again. It will sense if an elec­tromechanical lock is installed and also find out of which type it is. It will then open the door
and during the opening it will calculate the friction in the system. It will stop in the fully open
position and register the clear opening width. It will also register connected sensors and can
judge whether they are monitored or not. After a 4-10 seconds delay it will close again. During
the closing it will automatically calculate the door weight and adjust the closing speed accord­ingly.

The following accessories/parameters are automatically detected and set during the learn cycle.

Parameter numberAccessory/Parameter

02Adjustment of closing speed according to ANSI/BHMA A156.10 standard.

05, 06, 98Electromechanical lock and which type

07, 08, 27, 28, 46Controlling of connected sensors output, NO/NC

09, 16, 29, 66, 91If the sensors are monitored or not

41Battery and battery size

43, 44, 90, 93Espagnolette lock parameters

59Measuring of clear opening width

64Power supply type

68Calculation of door weight

69Calculation of friction in the system.

93Second inner impulse

When the learn cycle has ended the door will stay closed. If there are some parameters that
couldn't be configured automatically during the learn cycle the door will open. The display will
show first a "P" and then what parameter that couldn't be auto configured, e.g. whether the
door is bi-parting or single sliding (parameter 67 Door Type). These parameters has to be con­figured by the installer.

1 Push the right button, Select, to start editing parameters.

2 Push the Select button once again and the value of this parameter is shown while flashing.

3 Push the Up or Down buttons to select the right value.

4 Push the Select button to confirm and program the selected value.

5 Continue to configure the rest of the unlearned parameters.

6 Push and hold the Learn/Exit button for more than two seconds and the display shows 'on'.

After two seconds delay the door closes and is ready for operation or for further adjustments.

3 Push and hold the Learn/Exit button for more than ten seconds and the operator returns to

default factory set parameters.
After 2 seconds the display starts to flash a L. After another 8 seconds the display shows de (de

for default) and the control unit is factory set. 2 seconds after the button is released the display
goes back to show what it showed before the start of the default setting.

59Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

13.3 Display test and configuring of parameters

a When the display shows "on", push the Select button and each of the two display windows make

a rotating test pattern.

b Verify that all seven segments of the two display windows are lit during the test. If not there is

a risk of misjudgment of the digits shown in a defective display.

c When the display test is finalized the display shows two steady digits indicating the first para-

meter.

d Push the Up or Down buttons to select the parameter to adjust.

e Push the Select button again to read out the shown value of the selected parameter. The value

is shown as two flashing digits.

f Push the Up or Down buttons to adjust the value in the allowed range.

g When the correct value is selected push the Select button again and value will be programmed

into the MCU memory.

h Push the Exit button once and leave value editing without making any changes.

i Push Exit button once again to leave parameter selection. The display shows 'on'.

It is also possible to return to normal operation 'on' by waiting three minutes without pushing
any button.

Note! The value is programed into the MCU when pushing select regardless if the value is changed
or not. When a value is programmed into the MCU that parameter is excluded from the learn cycle.
If a new learn is made the programmed parameter will remain unchanged.

To have the parameters included in the learn cycle again you have to make a default setting of the
MCU, (see above).

Char­acter

DisplayChar-

acter

DisplayChar-

acter

DisplayChar-

acter

DisplayChar-

acter

Display

SeA50

tFb61

nC72

od83

PE94

1016248-EMEI-2.0Issue 2017-03-1360

13 Start-Up

13.4 Status indication on the display

Select status indication by setting parameter 5E = 01.

The display shows the different impulses that are active. The status viewing starts with showing St
as for Status, then one or many numbers representing the different active impulses in to the oper­ator.

The different impulses are:

Key Impulse00 =

Inner impulse01 =

Outer Impulse02 =

Synchronisation impulse03 =

Interlock in impulse04 =

Presence impulse 105 =

Presence impulse 206 =

Side Presence impulse 107 =

Side Presence impulse 208 =

Stop impulse09 =

Emergency open impulse10 =

Close command13 =

Nurse impulse14 =

Push and Go impulse24 =

Open-Close impulse25 =

Fire impulse28 =

Interlock Disable47 =

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13 Start-Up

13.5 Configuration parameters (sorted after functionality)

Note! Some of the parameters below are not accessible, depending of different options installed.

For further explanations of parameters below, see page 67.

FUNCTION parameters

RangeDescriptionParam.

ID

00-01Robbery function. Off(00) / On(01)MCU 5B

00-01Status indication. Off(00) / On(01)MCU 5E

00-01Default programming. Off(00) / On(01)MCU 5F

00-01Pharmacy function. Off(00) / On(01)IOU 9C

00-01Opening direction. CW(00) / CCW(01)MCU 12

00-60 NHold ForceMCU 13

00-01Active Brake on Stop. Off(00) / On(01)MCU 32

00-01Push & Go in EXIT Mode Selection. Off(00) / On(01)MCU 33

00-01Hold Force in EXIT and OFF Mode Selection. Off(00) / On(01)MCU 34

00-01Toggle Operation Mode Selector after Stop. Off(00) / On(01)MCU 35

00-01C-Switch Configuration. NO(00) / NC(01)MCU 47

00Operator Type. Slider(00)MCU 53

00-60 h x1000Service Needed Operating HoursMCU 54

00-50 cycles x100.000Service Needed Opening CyclesMCU 55

00-50 cycles x10.000Service Needed Locking CyclesMCU 56

00-01Learn. Off(00) / On(01)MCU 60

00-01Auto Width. Off(00) / On(01)MCU 61

00-01Partial Function. Opened(00)/ Closed(01)MCU 62

00-01Interlock Function. Off(00) / On(01)MCU 6A

00-01Synchronizing Function. Off(00) / On(01)MCU 6b

01-99External Bus Device IDMCU 6C

00-01Extended Hold Open Time Function. Off(00) / On(01)MCU 6d

00-01MMI Access code. 1 push(00), 4 push(01)MCU 6E

00-01Sustainable Drive Mode. Off(00) / On(01)MCU 65

00-01Door Type. Single sliding(00) / Biparting(01)MCU 67

00-03Function Select TB:3. No function(00) / Nurse function(01) / LDE up(02)

/ Interlock out(03)

IOU 90

00-04Function Select TB:4. No function(00) / Open/Close function(01) / In-

terlock disable (02) / Inner impulse 2 monitoring(03) / Interlock in(04)

IOU 91

00-03Function Select TB:2. No function(00) / Close function(01) / LDE

down(02) / Inner impulse 2(03)

IOU 93

00-02Function Select TB:6. No function(00) / Sustainable Disable (01) / Mode

Selector Disable (02)

IOU 99

DRIVE parameters

RangeDescriptionParam.

ID

01-02Escape Route Motor Configuration. 1-motor(01) / 2-motor(02)MCU-ER

A0

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13 Start-Up

DRIVE parameters

RangeDescriptionParam.

ID

01-05Run Program. Smooth(01) to Max Performance(05)MCU 15

02-19 N x10Opening Max ForceMCU 49

00-19 N x10Close Kick ForceMCU 4A

02-19 N x10Closing Max ForceMCU 50

01-02Power Supply Type. 150 W(01) / 75 W(02)MCU 64

01-40 kg x10Door WeightMCU 68

00-99 NFrictionMCU 69

01Motor Type. Heavy Duty(01)MCU 70

03-15 W x10Max Motor PowerMCU 71

EMERGENCY parameters

RangeDescriptionParam.

ID

00-02Emergency Unit Monitoring. Off(00) / Convenience Monitoring(01) /

Redundant Monitoring(02)

MCU 10

00-01Emergency Action. Closing(00) / Opening(01)MCU 36

00-01Emergency Action in OFF Mode. Off(00) / On(01)MCU 37

00-01Convenience Battery. Off(00) / On(01)MCU 38

00-01Battery Wake-up. Open(00) / Open/Close(01)MCU 39

00-02Lock Door After Fire Closing. Follow Mode Selector(00) / Always Un-

lock(01) / Always Lock(02)

MCU 3A

04-23 hoursEmergency Unit Test IntervalMCU 40

00-02Battery Type. No battery(00) / 12V(01) / 24V(02)MCU 41

00-01Fire Impulse Function (I/O unit). Off(00) / On(01)IOU 94

00-01Emergency Open Impulse Function (I/O unit). Off(00) / On(01)IOU 95

00-01Emergency Button Configuration (I/O unit). NO(00) / NC(01)IOU 96

63Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

OPERATION MODE SELECTOR parameters

RangeDescriptionParam.

ID

01-04Operation Mode Selector Variant, OMS-1.

3 buttons with EXIT(01) / 3 buttons with AUTO(02) / 4 buttons(03) /
5 buttons(04)

OMS B0

00-02Operation Mode Selector Key Lock, OMS-1. Off(00) / Hold for two

sec(01) / Four pushes(02)

OMS B1

00-01Operation Mode Selector Service Indication, OMS-1. Off(00) / On(01)OMS B2

25-99Choose Priority of the operation mode selector,OMS-1. The lower the

number the higher the priority.

OMS B3

00-10Choose group of the operation mode selector, OMS-1.OMS B4

00-01Choose display mode of the operation mode selector, OMS-1. Show

system mode(00) / Show local mode(01)

OMS B5

00-02Choose Terminal mode of the operation mode selector, OMS-1.

The buttons on OMS is disabled(00) / The OMS adapts to system
mode(01) / The OMS is setting the operation mode(02)

OMS B6

00-01Mode Selector, Self Service Indication, OMS-1. Off(00) / On(01)OMS B7

00-02Mode Selector, Key Impulse, OMS-1. Disabled(00) / Login Required(01)

/ Enabled(02)

OMS B8

01-04Operation Mode Selector Variant, OMS-2.

3 buttons with EXIT(01) / 3 buttons with AUTO(02) / 4 buttons(03) /
5 buttons(04)

OMS C0

00-02Operation Mode Selector Key Lock, OMS-2. Off(00) / Hold for two

sec(01) / Four pushes(02)

OMS C1

00-01Operation Mode Selector Service Indication, OMS-2. Off(00) / On(01)OMS C2

25-99Choose Priority of the operation mode selector,OMS-2. The lower the

number the higher the priority.

OMS C3

00-10Choose group of the operation mode selector, OMS-2.OMS C4

00-01Choose display mode of the operation mode selector, OMS-2. Show

system mode(00) / Show local mode(01)

OMS C5

00-02Choose Terminal mode of the operation mode selector, OMS-2.

The buttons on OMS is disabled(00) / The OMS adapts to system
mode(01) / The OMS is setting the operation mode(02)

OMS C6

00-01Mode Selector, Self Service Indication, OMS-2. Off(00) / On(01)OMS C7

00-02Mode Selector, Key Impulse, OMS-2. Disabled(00) / Login Required(01)

/ Enabled(02)

OMS C8

01-10Choose group of the I/O operation mode selectorMCU 6F

00-01Operation Mode Selector Function (I/O unit). Off(00) / On(01)IOU 97

25-99Priority of the I/O operation mode selector.IOU 9A

00-10Choose group of the I/O operation mode selector.IOU 9B

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13 Start-Up

ELECTROMECHANICAL LOCK parameters

RangeDescriptionParam.

ID

00-05Lock Configuration (main control). No lock(00) / LDP(01) / LD(02) /

LDP Low Energy(03) / LD Low Energy(04) / Not to be used(05)

MCU 05

00-01Lock Release. Off(00) / On(01)MCU 06

00-01Remain Locked at Stop. Off(00) / On(01)MCU 42

00-99 sec x 0.1Opening Delay for LockMCU 43

00-01Exit Lock. Off(00) / On(01)MCU 44

00-01Push & Close. Off(00) / On(01)MCU 51

00-99 sec x10Push & Close TimeoutMCU 52

00-04Lock Configuration (I/O unit). No lock(00) / LDB(01) / LDE(02) / LDB

UniSlide(03) / Not to be used(04)

IOU 98

SENSOR parameters

RangeDescriptionParam.

ID

00-01Presence Impulse 1 Configuration. NO(00) / NC(01)MCU 07

00-01Presence Impulse 2 Configuration. NO(00) / NC(01)MCU 08

00-02 unitsPresence Impulse MonitoringMCU 09

00-01Inner Impulse (motion) Monitoring. Off(00) / On(01)MCU 16

00-01Outer Impulse (motion) Monitoring. Off(00) / On(01)MCU 17

00-01Side Presence Input 1 Configuration. NO(00) / NC(01)MCU 27

00-01Side Presence Input 2 Configuration. NO(00) / NC(01)MCU 28

00-02 unitsSide Presence Impulse MonitoringMCU 29

00-99 dmSide Presence Activation DistanceMCU 30

00-01Sensor Type. 1-wire(00) / 2-wire(01) MonitoringMCU 31

00-01Stop Function. Off(00) / On(01)MCU 45

00-01Stop Configuration. NO(00) / NC(01)MCU 46

00-01Stop Impulse Monitoring. Off(00) / On(01)MCU 66

TIME parameters

RangeDescriptionParam.

ID

00-60 secHold Open TimeMCU 03

00-60 secKey Hold Open TimeMCU 04

00-60 secPartial Hold Open TimeMCU 20

00-60 secPush & Go Hold Open TimeMCU 21

00-60 secAuto Width Activation TimeMCU 22

00-60 secAuto Width Resume TimeMCU 23

00-10 secJam Hold TimeMCU 24

00-60 secInterlock Disable TimeMCU 25

00-60 secPresence Hold Open TimeMCU 26

00-60 minOpen/Close Timeout (I/O unit)IOU 92

65Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

SPEED parameters

RangeDescriptionParam.

ID

10-70 cm/secHigh Speed OpeningMCU 00

05-70 cm/secLow SpeedMCU 01

10-70 cm/secHigh Speed ClosingMCU 02

POSITION parameters

RangeDescriptionParam.

ID

00-99 cmPharmacy open 1 positionMCU 5C

00-99 cmPharmacy open 2 positionMCU 5D

00-99 %Partial Open PositionMCU 11

00-99 dmC-Switch Activation DistanceMCU 48

00-99 cmLow Speed Distance, OpeningMCU 57

00-99 cmLow Speed Distance, ClosingMCU 58

00-99 dmOpen PositionMCU 59

00-30 cmPartial Closed PositionMCU 63

1016248-EMEI-2.0Issue 2017-03-1366

13 Start-Up

13.6 Description of parameters

Main control board parameters

DescriptionValueParameter NameNo.

Sets the maximum opening speed.High Speed Opening00
Unit cm/s.

The low speed is self adjusting to optimal operation if this
parameter is set to max. Depending on authority or installa-

Low Speed01

tion requirements the low speed, low speed distance opening
and/or closing can be further reduced.

Unit cm/s

Sets the maximum closing speed.High Speed Closing02
Unit cm/s.

The general hold open time for Inner and Outer impulses.Hold Open Time03
Unit seconds.

Hold open time for Key impulse.Key Hold Open Time04
Unit seconds.

Europe = Low Energy locksLock Configuration (main control)05
Never LD in escape routes!
LDP = locked with power (fail safe)
LD = locked without power (fail secure)

No lock00No lock

LDP = Locked with power. Only used with US lock.01LDP

LD = Locked without power. Only used with US lock.02LD

LDP LE = Locked with power low energy. Used with EU lock.03LDP LE

LD LE = Locked without power low energy.Used with EU lock.04LD LE

Not to be used05Not to be used

If “Lock Release” is On, the door will apply force in the closing
direction when the lock is unlocking. This is made to prevent

Lock release06

00Off

a lock from being stuck in locked position when opening.

01On

Should be set to On when an electromechanical lock is in­stalled.

This parameter determines if a presence impulse is normally
open (NO) or normally closed (NC).

Presence Impulse 1 Configuration07

Normally open00NO

Normally closed01NC

This parameter determines if a presence impulse is normally
open (NO) or normally closed (NC).

Presence Impulse 2 Configuration08

Normally open00NO

Normally closed01NC

67Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

Presence impulse monitoring is a demand to be activated
according to EN 16005 or DIN 18650 if the door travels faster
than adjusted according to PRA-0004.

Presence Impulse Monitoring09

Set to “00” if no monitoring of Presence impulse sensors is
required or if no presence impulse sensors are installed.

00No monitoring of precense impulse

Set to “01” if one Presence impulse sensor shall be monitored
(if only one sensor is used this sensor has to be connected to
MCU TB:9, Presence impulse 1).

01Presence impulse 1

Set to “02” if two Presence impulse sensors shall be mon­itored.

02Presence impulse 1 and 2

The emergency unit will be tested by shutting of the power
to the MCU and open the door with the emergency unit. The
test is never done in operation mode selection OPEN and
normally not in OFF, unless parameter 37 “Emergency Action
In OFF Mode” is set to On, see below.

Emergency Unit Monitoring10

Authorities can demand that the emergency unit is monitored
on a regular basis, see parameter 40 “Emergency Unit Test
Interval” below. Half an hour before this time has elapsed the
following outer impulse generates an emergency opening
test. If there is no outer impulse within the next half hour,
the operator control unit generates the opening impulse by
itself (“ghost impulse”).

The test is also always performed after a Reset and after
changing operation mode selection from a position where
a test is not done to a position where the test is a demand.

00Off

(01) is a simpler one-channel monitoring, this can be done
with both MCU and MCU-ER. Convenience monitoring can
also be used when monitoring the Convenience battery
parameter 38. It will only indicate empty battery.

01Convenience Monitoring

(02) is a redundant two-channel monitoring that is a demand
for escape route according to: EN 16005 or DIN 18650.

02Redundant monitoring

The redundant two-channel monitoring requires the MCU­ER control unit.

Sets the “winter opening” size.00-99

%

Partial Open Position11

Note! A building is certified for a certain COW. Depending
on how many people that is allowed to be in the specific area
there also has to be a certain COW. Partial open position
must be set to 80 % of the certified distance in escape routes.

Unit % of COW.

00-01Opening Direction12

00CW

The tension wheel lock can only work in one opening direc­tion, CW and cannot be used in CCW.

01CCW

Adjustment of the force used to keep the door in closed po­sition (ND motor max 30 N, HD and DD motor max 60 N).

00-60
N

Hold Force13

Unit N.

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13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

Performance adjustment. Sets how fast or slow the door shall
accelerate or break.

01-05Run Program15

For light doors.01Smooth

For heavy doors.05Max Performance

According to EN 16005 or DIN 18650 it is a demand to have
Inner impulse monitoring = On in escape routes.

00-01Inner Impulse (motion) Monitoring16

When inner impulse monitoring is selected C-switch is dis­abled.

Disables monitoring00Off

Enables monitoring01On

If the escape route is in the direction of the outer sensor it is
a demand to have outer impulse monitored according to EN
16005 or DIN 18650. When outer impulse monitoring is se­lected C-switch is disabled.

00-01Outer Impulse (motion) Monitoring17

Disables monitoring00Off

Enables monitoring01On

Hold open time for Inner & Outer impulses with operation
mode selection PARTIAL and for the Nurse impulse.

00-60Partial Hold Open Time20

Unit seconds.

Hold open time after a Push & Go.00-60Push & Go Hold Open Time21
Unit seconds.

Auto width activation time is available if parameter 61=01
"Auto Width" is selected. If the door has not closed during
the auto width activation time and the door is open or
opening the door will open to full open door.

00-60Auto Width Activation Time22

Unit seconds.

When the door have been closed during the auto width re­sume time, the next opening impulse will open the door to
partial open position.

00-60Auto Width Resume Time23

Only available if parameter "Auto Width" 61=01.
Unit seconds.

Sets how long time the door shall be stopped when a jam is
detected during opening and also the time until the door
can restart after a Stop impulse.

00-10Jam Hold Time24

Unit seconds.

The parameter controls the time that interlock is valid.00-60Interlock Disable Time25
Only active if "Interlock Function" parameter 6A = 01.
See how interlock works in page 15.2.

If the time is set to 00, interlock is always active.00

The "Interlock Disable Time" starts to count down the mo­ment a valid opening impulse is made on the first door. If the
first door does not close during the "Interlock Disable Time"
the second door is not interlocked any more and will also
open. When both doors are closed Interlock Disable Time
will be reset.

01-60

Unit seconds.

69Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

Hold open time for Presence impulses 1 & 2.00-60Presence Hold Open Time26
At least 2 sec to meet ANSI demand.
Unit seconds.

Parity of side presence sensor.00-01SidePresence Input 1 Configuration27

Normally open00NO

Normally closed01NC

Parity of side presence sensor.00-01SidePresence Input 2 Configuration28

Normally open00NO

Normally closed01NC

Side presence impulse monitoring is a demand to be activ­ated according to EN 16005 or DIN 18650 if the door travels
faster than adjusted according to PRA-0004.

Side Presence Impulse monitoring29

Set to “00” if no monitoring of Side Presence impulse sensors
is required or if no Side Presence impulse sensors are in­stalled.

00No monitoring of Side Precense im-

pulse

Set to “01” if one Side Presence impulse sensor shall be
monitored (if only one sensor,it has to be connected to MCU
TB:2, Side Presence impulse 1).

01Side Presence impulse 1

Set to “02” if two Side Presence impulse sensors shall be
monitored.

02Side Presence impulse 1 and 2

00-99Side Presence Activation Distance30

If value 00 is selected an activated side presence impulse will
slow down the door to safe speed during the entire door
opening, from fully closed to fully open.

00

01-99 dm is counted from open position. The side presence
impulse can only be activated the last decimeters entered in
this parameter. (This is an inhibit signal for side presence).

01-99

In an escape route the door has to open to 80% of the certified
distance (see parameter 11 on page 68) within 3 sec. after
an inner impulse.

Unit dm.

Select type of monitoring for the combined sensors. Choose
between 1-wire (00) or 2-wire (01) monitoring.

00-01Sensor Type31

1-wire monitoring is used when combined sensors have only
one monitoring input for both presence and impulse field.

001-wire monitoring

2-wire monitoring is used when a sensor has separate mon­itoring inputs for both presence and impulse field.

012-wire monitoring

If 2-wire monitoring and inner/outer impulse monitoring are
selected, the C-Switch function is switched to inner/outer
impulse monitoring (see parameters 16 and 17 on page 69).

00-01Active Brake on Stop32

The door will freewheel until it stops.00Off

The operator will brake the doors actively during 1 sec. on a
Stop impulse.

01On

00-01Push & Go in EXIT Mode Selection33

Push & GO is not active in OFF and EXIT mode selection.00Off

Push & GO is active in OFF and EXIT mode selection.01On

1016248-EMEI-2.0Issue 2017-03-1370

13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

With an electromechanical lock this hold force can be unne­cessary.

00-01Hold Force in EXIT and OFF Mode

Selection

34

00Off

01On

In operation mode selection OFF the mode must be changed
before normal operation after a Stop impulse.

00-01Toggle Operation Mode Selector

after Stop

35

00Off

01On

Fire closing or Emergency opening.00-01Emergency Action36

The door will close on fire impulse or power failure.00Closing

The door will open on fire impulse or power failure.01Opening

Decides if “Emergency Action” shall be performed also in
mode selection OFF (= opens also in the middle of the night).

00-01Emergency Action in OFF Mode37

00Off

01On

When this parameter is set to On (01), with a 24V (UPS)
battery the operator will continue its normal operation in
case of mains power failure. Monitoring will be made if
parameter 10 is set to Convenience Monitoring (01).

00-01Convenience battery38

Not approved in escape routes!

00Off

01On

The parameter controls how the door is acting on Key impulse
or Battery wake up in mode selection OFF without mains
power. The parameter “Emergency Action In OFF Mode” (37)
must also be set to Off (00).

00-01Battery Wake-up39

If “Battery Wakeup” is set to Open (39 = 00) the impulse is
opening the door fully and stop there.

00Open

If “Battery Wakeup” is set to Open/Close (01) and parameter
“Emergency Action” (36) is set to Opening (01) the impulse
is opening the door fully, remains open for the time set by
parameter “Key Hold Open Time” (04) and will then close,
lock and disconnect the battery.

01Open/Close

SW

3.2

The parameter sets how the lock will react when a
active fire closing impulse is activated.

Lock Door After Fire Closing3A

00Follow Mode Selector

01Always Unlock

02Always Lock

The time set in this parameter controls the maximum time
until the next automatic test of the emergency unit is per­formed.

04-23Emergency Unit Test Interval40

Unit hours.

71Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

What type of battery that is mounted in the operator is
identified during the Learn.

00-02Battery Type41

00No battery

0112V

0224V

The parameter sets how the lock shall act when Stop impulse
is activated (for example break-out).

00-01Remain Locked at Stop42

The locked door will be unlocked when Stop impulse is activ­ated.

00Off

The locked door remains locked when Stop impulse is activ­ated.

01On

The time the opening is delayed (0.0-9.9 sec) after an opening
impulse is given in operation mode selections OFF and EXIT.

00-99Opening Delay For Lock43

Unit seconds x0.1.

This parameter controls the electro-mechanical lock in the
operation mode selector setting EXIT.

00-01Exit Lock44

The electromechanical lock is not locked in EXIT.00Off

The electromechanical lock is locked in EXIT.01On

When this parameter is set to On (01) the Stop impulse is
enabled, otherwise it is disabled.

00-01Stop Function45

Stop impulse disabled.00Off

Stop impulse enabled.01On

Configuration of the Stop impulse. Choose between normally
open (NO) or normally closed (NC) Stop impulse.

00-01Stop Configuration46

Normally open00NO

Normally closed01NC

Configuration of “C-Switch” (electronic limit switch) output,
NO (00) or NC (01).

00-01C-Switch Configuration47

Normally open00NO

Normally closed01NC

The C-Switch is an open collector output. The value in the
parameter decides how far one door leaf shall travel from
closed position before the c-switch change state.

00-99C-Switch Activation Distance48

Unit dm.

The force applied from the operator to the door leaf during
opening. See also parameters 50 Closing Max Force, 64 Power
Supply Type, and 71 Max Motor Power.

02-19Opening Max Force49

Unit N x10.

SW

3.2

The force applied from the operator to the door leaf
during the close kick.

00-19Close Kick Force4A

Unit N x10.

The force applied from the operator to the door leaf during
closing. See also parameters 49 Opening Max Force, 64 Power
Supply Type, and 71 Max Motor Power.

02-19Closing Max Force50

Unit N x10.

1016248-EMEI-2.0Issue 2017-03-1372

13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

When this parameter is set to On (01) the motor will in oper­ation mode selections OFF or EXIT try to close the door with
the force selected by parameter 50 “Closing Max Force”, if
someone tries to open it manually.

00-01Push & Close51

Push & Close is also known as “poor man’s lock”.

00Off

01On

Adjustable time for how long time the door will continue to
“fight back” when someone is trying to force it open.

00-99Push & Close Timeout52

Unit seconds x10.

Operator Type53

00Slider

Set time before yellow LED in operation mode selector will
start flashing.

00-60Service needed Operating Hours54

To clear the service needed indication you have to push both
up and down arrow on the MMI at the same time for 5
seconds when the display shows on. After 5 s the display will
show SE during another 5 s, release the up and down buttons.
While the display shows SE pres Select button and the
counters Operating hours and Operating cycles will be set
to zero.

Unit hour X 1000.

Set number of openings before yellow LED in operation mode
selector will start flashing.

00-50Service Needed Opening Cycles55

To clear the service needed indication you have to push both
up and down arrow on the MMI at the same time for 5
seconds when the display shows on. After 5 s the display will
show SE during another 5 s, release the up and down buttons.
While the display shows SE pres Select button and the
counters Operating hours and Operating cycles will be set
to zero.

Unit cycles X 100.000.

Set number of lockings before yellow LED in operation mode
selector will start flashing.

00-50Service Needed Locking Cycles56

This parameter can not be zeroed by MMI interface. The
parameter has to be increased to the next level of service in­terval.

Unit cycles X 10.000.

“Creep speed” distance during opening.00-99Low Speed Distance, Opening57
Unit cm.

“Creep speed” distance during closing.00-99Low Speed Distance, Closing58
Unit cm.

Opening width of one door leaf. The parameter shall be set
automatically by performing a Learn cycle.

00-99Open Position59

Unit dm.

Lock for robbery functionality is not yet available.00-01Robbery function5B

00Off

01On

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Main control board parameters

DescriptionValueParameter NameNo.

Lock for pharmacy functionality is not yet available.00-99Pharmacy open 1 position5C
The door will open the configured distance when a Pharmacy

impulse 1 is given. The distance is calculated on one door
leaf.

This parameter is active when parameter "Pharmacy Function"
(9C) is set to On.

Unit cm.

Lock for pharmacy functionality is not yet available.00-99Pharmacy open 2 position5D
The door will open the configured distance when a Pharmacy

impulse 2 is given. The distance is calculated on one door
leaf.

This parameter is active when parameter "Pharmacy Function"
(9C) is set to On.

Unit cm.

The operator shows the status indication on the LED display
of the MCU. See page 61 for more information.

00-01Status indication5E

00Off

01On

SW

3.2

Default programming sets the parameters to the
factory default values.

00-01Default programming5F

It is not possible to perform a default programming
from the MMI.

00Off

It is possible to perform a default programming from
the MMI.

01On

Sets the possibility to perform a learn cycle.00-01Learn60

It is not possible to perform a learn cycle from MMI.00Off

It is possible to perform a learn cycle from MMI.01On

If this function is selected (01) and the operation mode selec­tion is AUTO PARTIAL. the door will open from partial open
width to full open width, if an opening impulse is given and
the door has not closed during the time selected in parameter
22 “Auto Width Activation Time”.

00-01Auto Width61

Must not be used in escape routes.

Partial Open.00Off

Auto Width.01On

With this function the door can be selected to be partially
opened or partially closed (see below 63 “Partial Closed Pos­ition”).

00-01Partial Function62

Partial Open or Auto Width.00Opened

Partial Closed Position, (Auto Airing).01Closed

“Partial closed position” (Auto airing function) can be ob­tained by selecting “Partial Function” (62) Closed (01). An
airing position of the door can be set between 0-30 cm
measured from the closed position on one door leaf. The
operation mode selector is to be set to AUTO PARTIAL and
the closed position of the doors will then be the “Partial
Closed Position” .

00-30Partial Closed Position63

Unit cm.

1016248-EMEI-2.0Issue 2017-03-1374

13 Start-Up

Main control board parameters

DescriptionValueParameter NameNo.

150 / 75 W power supply depending on desired performance
and installed power supply. See also parameters 49 Opening
Max Force, 50 Closing Max Force, and 71 Max Motor Power.

01-02Power Supply Type64

01150W

0275W

The electromechanical lock will never lock in Exit mode se­lection even if parameter 44 is set to On (01). The (+) 24 V
DC to accessories like sensors is turned off when the mode
selector is in Off and the door is closed. Motor power is lim­ited to 75 W even if parameter 71 is set to a higher value.

00-01Sustainable Drive Mode65

00Off

01On

Monitoring enables (01) or disables (00) monitoring of the
Stop impulse.

00-01Stop Impulse Monitoring66

Stop impulse is not allowed in escape route, unless break out
system is used.

00Off

01On

To be able to adapt closing speeds according to UL regulation
door type has to be selected.

00-01Door Type67

00Single sliding

01Biparting

Will be estimated during the Learn but can also be altered
manually.

01-40Door weight68

Unit kg x 10.

The friction when moving the door is automatically measured
during a Learn. The friction for the different performance
levels are:

00-99Friction69

Standard not more than 30N.
High not more than 50N.
Exceptional not more than 70N.
Unit N.

Interconnection cable or IOU needed.

Interconnection of operators

MCU-1 MCU-2

*

*

00-01Interlock Function6A

Maximum cable length 500 m. Length over 30 m, use a
straight-through shielded twisted pair (STP/FTP) cable, see
page 85 Interlock.

00Off

01On

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Main control board parameters

DescriptionValueParameter NameNo.

Interconnection cable needed.

Interconnection of operators

MCU-1 MCU-2

*

*

00-01Synchronizing Function6b

Maximum cable length 500 m. Length over 30 m, use a
straight-through shielded twisted pair (STP/FTP) cable, see
page 86.

00Off

01On

In a chain of interconnected operators one of them has to
be the main operator. This operator shall have the value 01.
Up to two operation mode selectors can be connected to
the chain of interconnected operators. Both of the operation
mode selectors are configured in the main MCU. All other
interconnected operators shall have different values in this
parameter. This to make every operator unique.

01-99External Bus Device ID6C

+ 5 sec. hold open time on doors often reopening during
closing.

00-01Extended Hold Open Time Function6d

00Off

01On

If this parameter is set to single push (00) the parameters are
not locked and when set to the four pushes code (01) the
possibility to adjust parameters call for a special enabling
code (select, learn/exit, learn/exit, select) before altering
parameters into the MCU / MCU-ER will be possible.

00-01MMI access code6E

00One push

01Four pushes

This parameter groups MCU with OMS. Units with the same
value are in the same group. Units in the same group listens
to each other.

01-10MCU-OMS group6F

Motor control parameters

DescriptionValueParameter NameNo.

Depending on desired performance.01Motor Type70

01Heavy Duty

The max amount of power the motor can be supplied with.
Max motor power will not deliver more power to the motor
than parameter (64) "Power supply type" is set to. See also
parameters 49 Opening Max Force, 50 Closing Max Force,
and 64 Power Supply Type.

Unit W x 10.

03-15Max Motor Power71

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13 Start-Up

I/O Board parameters

DescriptionValueParameter NameNo.

00-03Function Select IOU-TB:390

00No function

The door will open to partial opening in operation mode se­lections EXIT, AUTO and AUTO PARTIAL.

01Nurse function

Espagnolette lock. Sets input to LDE lock up.02LDE up

When configuring for interlock also set parameter 6A = 0103Interlock out

00-04Function Select IOU-TB:491

00No function

One impulse opens the door the next impulse closes the
door. Available in OMS mode EXIT, AUTO, PARTIAL.

01Open/Close Function

Disables interlock, both doors can be open at the same time.02Interlock disable function

Sets inner impulse 2 monitoring for the second inner impulse
on the IO unit. Set also parameter 93 = 3.

03Inner impulse 2 monitoring

When configuring for interlock also set parameter 6A = 01.04Interlock in

The time set in this parameter controls when a door shall
start closing automatically if left open by an Open/Close im­pulse. 00 min = no automatic closing.

00-60Open/Close Timeout92

Unit minutes.

00-03Function Select IOU-TB:293

00No function

Close impulse is selected. This impulse will immediately close
the door, even during opening, and remain closed as long as

01Close function

the Close impulse is active. The electro-mechanical lock will
lock the closed door. Parameter “Inner Impulse Monitoring”
must not be set to On to prevent unintended closing of an
escape route door.

Espagnolette lock. Sets input to LDE lock down.02LDE down

When two inner impulses are to be used. Sets input to inner
impulse 2.

03Inner impulse 2

Depending on configuration in Emergency Action (36), the
door will open or close on fire impulse.

00-01Fire Impulse Function94

Fire impulse override presence impulse.
At closing, the door will not reopen on jam.

Fire impulse disabled.00Off

Fire impulse enabled.01On

Fireman’s opening.00-01Emergency Open Impulse Function95

00Off

01On

Configures the button used for Fireman’s opening.00-01Emergency Open Impulse Configur-

ation

96

Normally open00NO

Normally closed01NC

Switch / timer / relay / ”old” operation mode selector (5-wire).00-01Operation Mode Selector Function97

00Off

01On

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13 Start-Up

I/O Board parameters

DescriptionValueParameter NameNo.

LDB = locked with power and bistable, LDE = espagnolette
lock.

00-04Lock Configuration98

No lock00No lock

LDB = locked with power and bistable01Bi-stable lock

LDE = espagnolette lock02Espagnolette lock

SW

3.2

Possibility to disable Sustainable drive mode or to
disable Mode Selector with this function through I/O
board pin 6.

Function Select IOU-TB:699

00No function

Disables Sustainable drive mode.01Sustainable Disable
It is possible to disable sustainable drive mode. As

long as TB:6 is active the operator will run with full
power.

Enable the Mode Selector with an external key.02Mode Selector Enable
IOU mode selector and PS-6 are not affected by this

parameter.
When parameter is set to value 02 the OMS is locked.
If an impulse is given on IOU TB:6 the indication LED

on OMS will be steady red during 15 seconds and it is
possible to change mode selection.

The lower the number is the higher the priority.25-99Priority of the I/O operation mode

selector

9A

This controls which MCU that looks at which OMS. It is pos­sible to group different OMS to different MCU.

00-10Choose group of the I/O operation

mode selector

9B

MCU and OMS with same group number listens to each other.
If value 00 is selected the IOU mode selector controls all op-

erators.

Lock for pharmacy functionality is not yet available.00-01Pharmacy function9C

00Off

01On

Escape route parameters

DescriptionValueParameter NameNo.

Single motor or double motor depending on authority de­mand.

01-02Escape Route Motor ConfigurationA0

011-motor

022-motor

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13 Start-Up

Operation mode selector parameters

DescriptionValueParameter NameNo.

Europe = 5 buttons (04).01-04Operation Mode Selector Variant,

OMS-1

b0

013 buttons with EXIT

023 buttons with AUTO

034 buttons

045 buttons

Four pushes =

EMME

.00-02Operation Mode Selector Key Lock,

OMS-1

b1

Parameters configured automatically by the operator are
locked when changed through the MMI. These parameters
will not be changed with a new learn cycle.

Three different access code choices for operation mode se­lector:

The default access (01) is obtained by pushing an arrow
symbol pointing up or down for 2 seconds.

An optional access code (02) can be selected where the ac­cess is obtained by briefly pushing in turn the arrow up sym­bol, followed by the arrow down symbol, followed by the
arrow down symbol again and at last the arrow up. The entire
code must be entered within 3 seconds.

No access code (00).

00Off

01Hold for two sec

02Four pushes

Yellow flashing service LED.00-01Operation Mode Selector Service

Indication, OMS-1

b2

Service indication on operation mode selector.
No service indication (00).
Indicate service (01).

00Off

01On

The lower the number the higher the priority.25-99Choose Priority of the operation

mode selector, OMS-1

b3

This controls which MCU that looks at which OMS. It is pos­sible to group different OMS to different MCU.

00-10Choose group of the operation

mode selector, OMS-1

b4

MCU and OMS with same group number listens to each other.
If a OMS is set to 0 this OMS controls all operators that is

connected in that loop.

In Show local mode the OMS shows the last setting made on
the OMS.

00-01Choose display mode of the opera-

tion mode selector, OMS-1.

b5

In Show system mode the OMS shows the setting that the
operator is put to. It is shown with one flach every 5 s.

When the OMS is flashing every 5 s it is not possible to change
the mode on the OMS.

00Show system mode

01Show local mode

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13 Start-Up

Operation mode selector parameters

DescriptionValueParameter NameNo.

00-02Choose Terminal mode of the oper-

ation mode selector, OMS-1

b6

00The buttons on OMS are disabled

01The OMS-1 adapts to system mode

02The OMS-1 is setting the operation

mode

SW

3.2

Orange flashing service LED.
Self service indication on operation mode selector.

00-01Mode Selector, Self Service Indica-

tion, OMS-1

b7

No self service indication.00Off

Indicate self service.01On

SW

3.2

00-02Mode Selector, Key Impulse, OMS-

1

b8

Disables the possibility to give key impulse.00Disabled

Login required on the OMS to enable the possibility
to give key impulse.

01Login Required

Enables the possibility to give key impulse.02Enabled

Europe = 5 buttons(04).01-04Operation Mode Selector Variant,

OMS-2

C0

013 buttons with EXIT

023 buttons with AUTO

034 buttons

045 buttons

Four pushes =

EMME

.00-02Operation Mode Selector Key Lock,

OMS-2

C1

Parameters configured automatically by the operator are
locked when changed through the MMI. These parameters
will not be changed with a new learn cycle.

Three different access code choices for operation mode se­lector:

The default access (01) is obtained by pushing an arrow
symbol pointing up or down for 2 seconds.

An optional access code (02) can be selected where the ac­cess is obtained by briefly pushing in turn the arrow up sym­bol, followed by the arrow down symbol, followed by the
arrow down symbol again and at last the arrow up. The entire
code must be entered within 3 seconds.

No access code (00).

00Off

01Hold for two sec

02Four pushes

Yellow flashing service LED.00-01Operation Mode Selector Service

Indication, OMS-2

C2

Service indication on operation mode selector.
No service indication (00).
Indicate service (01).

00Off

01On

1016248-EMEI-2.0Issue 2017-03-1380

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Operation mode selector parameters

DescriptionValueParameter NameNo.

Selectable between 25 - 9925-99Choose Priority of the operation

mode selector, OMS-2

C3

The lower the number the higher the priority.

Selectable between 00 - 1000-10Choose group of the operation

mode selector, OMS-2

C4

This controls which MCU that looks at which OMS. It is pos­sible to group different OMS to different MCU.

MCU and OMS with same group number listens to each other.
If a OMS is set to 0 this OMS controls all operators that is

connected in that loop.

In Show local mode the OMS shows the last setting made on
the OMS.

00-01Choose display mode of the opera-

tion mode selector, OMS-2.

C5

In Show system mode the OMS shows the setting that the
operator is put to. It is shown with one flach every 5 s.

When the OMS is flashing every 5 s it is not possible to change
the mode on the OMS.

00Show system mode

01Show local mode

00-02Choose Terminal mode of the oper-

ation mode selector, OMS-2

C6

00The buttons on OMS-2 are disabled

01The OMS-2 adapts to system mode

02The OMS-2 is setting the operation

mode

SW

3.2

Orange flashing service LED.
Self service indication on operation mode selector.

00-01Mode Selector, Self Service Indica-

tion, OMS-2

C7

No self service indication.00Off

Indicate self service.01On

SW

3.2

00-02Mode Selector, Key Impulse, OMS-

2

C8

Disables the possibility to give key impulse.00Disabled

Login required on the OMS to enable the possibility
to give key impulse.

01Login Required

Enables the possibility to give key impulse.02Enabled

81Issue 2017-03-131016248-EMEI-2.0

13 Start-Up

14 Signage

ID No. Year

XXXXXXXXXX XX

XXXXXXXXX XXXXXXX

Service XXX XXX XXX

800 mm

1100 mm

40 mm

C
l
i
c

k
!

F

C

G

B

E

D

H

No entry

No entry

Click!

A

Entrematic Group AB

LODJURSGATAN 10

LANDSKRONA SWEDEN

FACTORY NO. X

1004197

DESIGNATIONART. NO.

YEAR+WEEK

XXXXXXX XXXXXXXXXXXXX

TYPE

XXXXXXXXXX

TEMPERATURE

XXXXXXXXXXXXXXX

LOAD

XXXXX

PROD. ORDER

XXXXXXX

XXXXXX

XX/XX

Hz

PROJECT/SERIAL NO.

XXXXXXXXXXWXXXX

AVAC

xxxxxxx
xxxxxxx

1002

SÜD

J

K

Automatic

door

Automatic

door

Keep clear

Keep clear

Check that all required signage is applied and intact. Mandatory indicates that the signage is required
by European directives and equivalent national legislation outside the European Union.

Product label: Mandatory

A

Emergency break-out: Mandatory, if approved for escape route.

B

Entrematic Nordic door sticker: Mandatory according to Entrematic Nordic brand instructions,
European directives and equivalent national legislation outside the European Union, to
highlight the presence of the glass.

C

Supervision of child: Mandatory,if applicable (applied to both sides of the door). To be placed
on entrances where the risk analysis shows use by children, elderly and disabled.

D

Operator designed for disabled people:
Recommended, if applicable (applied to both sides of the door).

E

Activation by disabled people: Recommended, if applicable.

F

No entry, identifying one-way traffic: Mandatory in GB and US, if applicable, not included in
the product.

G

Local product label

H

Keep clear

J

Automatic door

K

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15.1 Interconnection of operators

15.1.1 Interconnection cable

Interconnection cable is used for controlling several operators with one or more operation mode
selectors (OMS) and for interlocking or synchronization.

Operators can communicate with each other by connecting an interconnection cable between
the operators.

Cable connection:

Pin 1 to pin 1

.....

.....

Pin 8 to pin 8

MCU-1 MCU-2

*

*

An optional operation mode se-
lector-2 can be connected.

Operation mode selector-1 con-

trolling interconnected operators

in common.

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15.1.2 Hardware configuration for interconnection

When interconnecting more than two units (MCU and/or operation mode selectors (OMS)) to the
external bus, only the two end units must be terminated. To make this, the jumper JMP shall be
removed from the middle MCU(s). When the jumper is removed the termination is removed.
Maximum 5 MCU can be interconnected together with 2 OMS.

*

*

*

MCU-1 MCU-2

*

*

MCU-1

MCU-2

MCU-1

MCU-2

M

S

M

S

M

*without JMP

*without JMP

*without JMP

with JMP

End unit

End unit

End unit

End unit

Total maximum cable length is 500 m.

Use a straight-through shielded twisted pair (STP/FTP) cable if the length exceeds 30 m.

15.1.3 Parameter configuration for interconnection

Note! Do not connect any operation mode selector (OMS) before the configuration of 6C is done
on all MCUs.

One of the operators has to be the main MCU (MCU-1). The main MCU shall have the value 01 in
parameter 6C. All the other interconnected operators shall have ascending values in parameter
6C. When the configuration is done break the power on all the interconnected operators. Connect
all OMS, turn on the power. The main MCU is the control unit that holds the parameters to the
operation mode selectors (OMS-1, OMS-2).

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15.2 Interlock

When operators are interlocked only one door can open at the time. The open door must close
before the other door can open. For instance from the start: both doors are closed. If door 1 gets
an impulse this door opens. If door 2 also gets an impulse while door 1 is not closed door 2 will
stay closed. When door 1 has closed door 2 will open. It is not necessary for door 2 to get another
impulse for the door to open, the first impulse is remembered and will open the door. A typical
use of this function is an air lock to reduce draft and energy loss in an entrances. It is not used for
security reason.

There are two alternatives to make an interlocking.

1 Interconnection, it is only possible to interlock 2 operators with an interconnection between

operators. See chapter 15.1.1, 15.1.2 and 15.1.3 to make the Interconnection between the op­erators and follow the instruction. Set parameter 6A to value 01 on both MCUs. The interlock
is ready to be used.

The interlock can be switched off by an external switch connected to the IOU terminal 1 and 4.
Parameter 91, Function select TB:4, shall then be configured to 91 = 02.

2 Interlock the operator through the IOU, this is compatible with UniSlide interlock.

It is possible to interlock many operators. Set the following parameters in all MCUs:
6A = 01 Interlock function
90 = 03 Interlock out
91 = 04 Interlock in
Connect the IUO according to the picture below.

3

4

1

2

3

4

1

2

3

4

1

2

IOU IOU

PS-2

IOU

Main operator

Operator 2

Operator 3

Interlock in

Interlock out

0 V

Below is an example on how to configure the operators with OMS when using interlock, described
in alternative 1 Interconnection.

2 x MCU and 2 x OMS are used.

OMS-1 shall control MCU-1.

OMS-2 shall control MCU-2.

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a Follow the instructions in chapter 84 on page 15.1.3.

MCU-2MCU-1

6A = 01 Interlock6A = 01 Interlock

6F = 02 Group for MCU-2. OMS-2 and MCU-2
are now grouped together.

Set this function if needed:
91 = 02 Interlock disable function enabled

(only valid in alternative 1)

Set this function if needed:
91 = 02 Interlock disable function enabled

(only valid in alternative 1).

C4 = 02 OMS-2 Group setting.
OMS-1 and MCU-1 are grouped together by

default.

15.3 Synchronization

Synchronization is when two operators work together. The doors opens and closes at the same
time. A typical use is when two big single sliders are put together to get one big clear opening
width. Synchronized can only be done between two operators, not more.

See chapter 15.1.1, 15.1.2 and 15.1.3 on how to connect the operators together, interconnection
of operators, and follow the instruction.

For synchronization set parameter 6b = 01 on all MCUs.

Make a reset after adjustment.

For further configuration examples about operation mode selector (OMS), see page 87.

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15.4 Operation mode selectors (OMS)

15.4.1 Types

For the basic mode selector there are a couple of alternatives:

• A narrow version, WxH 40x80 mm.

• Two square versions, WxH 80x80 or 55x55 mm with 5 selections.

• PS-6, a 2-wire analog mode selector connected to the MCU.

The operation mode selectors (OMS) can be flush mounted in profiles or in electrical wall boxes.
The operation mode selectors (OMS) can also be installed surface applied in wall boxes.

Note! Do not use PS-6 in combination with operation mode selector (OMS).

If PS-6 is used together with an IOU it is necessary to set parameter 97 = 00 to disable IOU mode
selector.

PS-6 cannot be used in an interconnected system.

Flush mounted 40x80 mmSurface mounted 40x80 mm

12-586

Date

Done

CM-No.

SEJOB

12-586

2013-09-25

Date

Done

CM-No.

SEJOB

Flush mounted 55x55 mmFlush mounted 80x80 mm

12-586

2013-09-25

Date

Done

CM-No.

SEJOB

12-586

2013-09-25

Date

Done

CM-No.

SEJOB

Surface mounted PS-6

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15.4.2 Configuration of mode selectors

One or two operation mode selectors can be used. When connecting one operation mode selector
to a MCU this mode selector (OMS-1) gets the parameters B0 - B6 on the main MCU.

If a second operation mode selector (OMS-2) is to be connected the jumper has to be cut, see
picture. This operation mode selector will be named OMS-2 and gets parameters C0 - C6 on the
main MCU.

Remove

Cut

OMS-2

OMS-1

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15.4.3 Operation mode selector (OMS) functionality

Check how to install interconnected units before configuring the operation mode selector (OMS).
See section 15.1.1 on page 83.

All functionality is programmed through the MMI on the main MCU-1.

There are mainly three (3) different types of configurations for MCU and OMS. But there are a lot
of different choices and combinations that are possible. Several options are listed below.

The "configure parameter" shows which parameter to change from the default setting to obtain
the function described.

Grouping operators

When connecting several MCU together they might need to be grouped together. MCUs are grouped
by entering the same value in the group parameter, MCU 6F, IOU 9B, OMS-1 B4, OMS-2 C4. The
units that are grouped together will operate together. If OMS or IOU has the value 00 in the group
parameter these units will control all interconnected MCUs regardless of group value.

Priority of operation mode selectors (OMS)

The priority of the operation mode selectors (OMS) determine which operation mode selector
(OMS) that shall decide the mode selection on the MCU. The lower the number is in parameter
Priority of mode selector the higher priority it has.

If two mode selectors have the same value, the mode selector pushed last is the one that will control
the MCU.

One MCU and one OMS. MCU is controlled by the OMS.Single control1
No configuration needed.

MCU

OMS

One MCU and two OMS.Single control with display2
OMS-1 controls the MCU and the OMS-2 shows the active mode se-

lection.

MCU

OMS-1 OMS-2

OMS-2 is flashing once every 5 second to show that it is remotely
controlled.

It is not possible to change mode selection on OMS-2 even if OMS-1
is in AUTO.

Configure parameter MCU, C5 = 0, C6 = 0.

One MCU and two OMS.Dual control3
Both OMS-1 and OMS-2 controls MCU.

MCU

OMS-1 OMS-2

Both OMS show the same operation mode.
If operation mode is changed on OMS-1, OMS-2 get the same opera-

tion mode, and vice versa.
Configure parameter MCU, B6 = 1, C6 = 1.

One MCU and two OMS.Single control with OMS override4
OMS-1 controls MCU and overrides OMS-2.
When OMS-1 is in AUTO, OMS-2 controls MCU.

MCU

OMS-1

OMS-2

MCU

OMS-1

OMS-2

AUTO not AUTO

or

When OMS-1 is not putto AUTO, OMS-2 shows active mode selection.
OMS-2 is flashing once every 5 second to show that it is remotely

controlled.
Configure parameter MCU, C3 = 45, C5 = 0.

One MCU with I/O unit and one OMS.Single control with I/O unit override5
OMS controls MCU when I/O unit is in AUTO.
When I/O unit is not in AUTO, I/O unit controls MCU and OMS shows

active mode selection.

MCU

OMS

or

I/O

AUTO

MCU

OMS

I/O

not AUTO

OMS-1 is flashing once every 5 second to show that it is remotely
controlled.

Configure parameter MCU, B5 = 0.

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One MCU with I/O unit and two OMS.Single control with display and I/O unit override6
OMS-1 controls the MCU if I/O unit is in AUTO.

MCU

OMS-1

or

I/O

AUTO

MCU

OMS-1

I/O

not AUTO

OMS-2

OMS-2

OMS-2 shows the active mode selection.
OMS-2 is flashing once every 5 second to show that it is remotely

controlled.
It is not possible to change mode selection on OMS-2 even if OMS-1

and I/O unit is in AUTO.
When I/O unit is not in AUTO I/O unit overrides OMS-1.
When I/O unit is not in AUTO both OMS-1 and OMS-2 show active

mode selection.
OMS-1 and OMS-2 are flashing once every 5 second to show that it

is remotely controlled.
Configure parameter MCU, B5 = 0, C5 = 0, C6 = 0.

One MCU with I/O unit and two OMS.Dual control with I/O unit override7
Both OMS-1 and OMS-2 control MCU if I/O unit is in AUTO.

MCU

OMS-1

or

I/O

AUTO

OMS-2

MCU

OMS-1

I/O

OMS-2

not AUTO

Both OMS show the same operation mode.
If operation mode is changed on OMS-1, OMS-2 gets the same oper-

ation mode, and vise versa.
If I/O unit is not inAUTO,OMS-1 and OMS-2 show active mode selec-

tion. OMS-1 and OMS-2 are flashing once every 5 second to show
that they are remotely controlled.

Configure parameter MCU, B5 = 0, B6 = 1, C5= 0, C6 = 1.

Two (or more) MCU, two OMS and one I/O unit connected to MCU-

1.

Local paired, single control with I/O unit override

MCU-1

OMS-1

or

I/O

AUTO

MCU-2

OMS-2

MCU-1

OMS-1

I/O

MCU-2

OMS-2

not AUTO

8

OMS-1 controls MCU-1 (or more in that group).
OMS-2 controls MCU-2 (or more in that group) when I/O unit is in

AUTO.
When I/O unit is not in AUTO, I/O unit controls all MCU.
OMS-1 and OMS-2 show active mode selection.
OMS-1 and OMS-2 are flashing once every 5 second to show that

they are remotely controlled.
Configure parameter MCU-1, 9B = 0, B5 = 0, C4 = 2, C5 = 0.
Configure parameter MCU-2 (and all MCU in group 2) 6F = 2.

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Operation of operation mode selector (OMS)

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SEJOB

The different operation modes are selected by pushing the arrow symbols pointing upwards or
downwards. When a button is pushed a buzzer will sound. The present selection is indicated by a
blue light to the left of the function symbol.

When an arrow symbol has not been pushed for 5 seconds the access will be locked.

In the upper right corner a flashing light can be displayed.

- A red light every other second is indicating an error in the door operator MCU. If the error remains
after a RESET a service visit is required. See also page 104.

- If the red light is quickly flashing 3 times per second it is indicating an internal error in the operation
mode selector (OMS).

- An orange light every other second is indicating a status or condition that can be cleared by the
owner e.g. a break-out door is standing open.

- A yellow light every other second is indicating that maintenance is due.

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The operation mode selectors are available with 5 selections (plus RESET).

With 5 selections OPEN, AUTO PARTIAL, AUTO, EXIT and OFF functions can be obtained.

FunctionTextSymbol

12-586

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Done

CM-No.

SEJOB

The door is permanently open. The door can be
moved by hand e.g. for window cleaning. All activa­tion units except for the emergency push button (if
fitted) are disconnected.

OPEN

Two-way traffic, AUTOPARTIAL is obtained. The door
can be opened partially with the inner and outer ac­tivation units and with a key switch (if fitted). With
an emergency push-button the door opens fully.

AUTO PARTIAL

Two-way traffic, normal operation of the door. The
door can be opened with the inner and outer activa­tion units and with a key switch/emergency push­button (if fitted).

AUTO

Passage from inside only. The door is normally locked
if an electromechanical locking device has been fit­ted. The door can only be opened with the inner ac­tivation unit or with a key switch/emergency push­button (if fitted).

EXIT

This function is only used on emergency escape doors
after it is certain that all people have left the building.

The door cannot be opened with inner and outer
activation units. The door is locked if an electromech­anical locking device has been fitted. The door can
be opened partially with a key switch (if fitted). With
an emergency pushbutton (if fitted) the door opens
fully.The door can also be opened partially from the
operation mode selector if the arrow down button
is held for 2 seconds. No access code is necessary for
this and the key impulse is indicated by briefly
showing a blue light to the left of the OPEN symbol
and then a flashing blue light to the left of the OFF
symbol for another 15 seconds.

OFF

By briefly pushing the dot, placed in the lower right
corner of the operation mode selector, with a narrow
object, the door operator will make a RESET function
with a system test. The door will return to the closed
position (if not in operation mode selection OPEN
or if an error is present) and is then ready for normal
operation.

RESET

Turn the key clockwise to the position “R” (six
o’clock) and insert a narrow object in the small hole
on the operation mode selector and push briefly.
Then turn the key counter-clockwise back to the re­quested setting and the door operator will make a
RESET function with a system test. The door will re­turn to the closed position (if not in operation mode
selection OPEN or if an error is present) and is then
ready for normal operation.

Note! Thekey cannot be removed in the "R" position.

RESET

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15.5 Lock

Electromechanical lock

There are 4 different types of locks to the operator. Locked with power (LDP), fail safe, locked
without power (LD) , fail secure or bistable lock (LDB) and espagnolette lock (LDE).

Note! The espagnolette lock is at the moment not allowed to mount in escape routs.

15.5.1 Installing the lock (LD, LDP, LDB)

Lock2

Spring latch4

Screw9

x 1 (Single)x 1 (Single)

x 2 (Bi-parting)x 2 (Bi-parting)x 1

2

4

9

a Mount the spring latches (4) on the door carriage (6) and fasten with a force of 3 Nm.

6

4

Spring latch4

Door carriage6

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b Place the lock (2) on the plastic track (1) in the beam at the leading edge of the door/doors.

2

1

Plastic track1

Lock2

c Push the door/doors to closed position. Tighten the outer screws (3) gently on the lock.

4 5

6

2

3

Lock2

Outer screw3

Spring latch4

Plastic ramp5

Door carriage6

d For bi-parting make sure the lock (2) is centered between the doors by pulling the doors apart

while the lock is locked.

e When the lock is centered, tighten outer screws (3) on the lock (2). Secure the lock by tightening

the center screw (7). When center screw (7) is tightened there will be a small indentation on
the beam.

4

6

2

3

7

Lock2

Outer screw3

Spring latch4

Door carriage6

Center screw7

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f Adjustment washer (8) is used for single door when the lock is used as a door stop. Place one

or two adjustment washers to adjust the gap in the lock.

8

Adjustment washer8

15.5.2 Connection of LD, LDP, LDB

Big coil on LD, LDP, LDB, connects to;

Black to MCU:18

Black to MCU:19

Black to IOU:16

White to IOU:17

Bi-stable lock small coil;

Blue to IOU:16

Gray to IOU:17

or

Black to IOU:16

White to IOU:17

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15.5.3 Installing the Espagnolette lock (LDE) (The Espagnolette lock is at the moment not allowed to
mount in escape routs)

a Close the doors.

b Mount the lock in the C-track, so the locking pin (3) is centered over the rod (4) in the door

leaf.

c Loosen the screws (1).

d Height adjust the locking pins (3), so they are centered over the rods (4) in the door leaf.

e Tighten the screws (1).

f Loosen the screws (2).

g Depth adjust the locking pins (3), so they are centered over the rods (4) in the door leafs.

h Tighten the screws (2).

i Connect the wiring to the IOU-board according to the connection diagram on page 55.

3

1

2

4

L

L (short wheel holder): 140mm
L (standard wheel holder): 180 mm

Screw1

Screw2

Locking pins3

Rod4

j Push down the rods in the doors to indicate where to drill holes in the floor. The holes in the

floor shall be where the rods lock in the floor.
For connection see page 55.

15.6 Cover

Made in clear anodized aluminium as standard. Paint finished in RAL colours or anodizing optional.

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15.7 Motion sensors

Motion and presence sensors, see separate manuals or installation drawings on pages 53, 54 and

55.

15.8 Manual Opening Lock device, MOLD

For manual unlocking of the electrical lock (LD), locked without power (fail safe).

Supplementary lock release1

Bending protection2

Lock release kit3

Compression spring4

Wire lock5

1

2

3

4

5

See separate installation drawing 1013736.

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15.9 Limit switch kit, LSK

For indication of door and lock position. Old version of LSK.

Bracket1

Micro switch2

Screw3

Washer4

Screw5

Activating bracket LDI/LSK6

5

4

6

1

2

3

Attach the micro switch kit, as the illustration below shows.

New version of LSK.
For more information, see installation drawing 1013640.

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Activator7

Holder8

Micro Switch9

Screw10

9

8

10

7

Put the lock indication switch (LIS) (11) into position on top of the lock (12) with a click.

Lock indication switch (LIS)11

Lock12

11

12

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15.10 Locked door indicator, LDI

For indication of locked lock and closed door for connection to alarm system. Old version of LDI.

Magnet mounting

a Screw the bottom plate (1) to the bracket (2).

b Put the magnet (3) in the bottom plate (1).

c Snap on cover (4).

Sensor mounting

a Screw the bottom plate (5) to the bracket (6).

b Put the magnetic contact (7) in the bottom plate (5).

c Snap on cover (8).

3

4

2

6

5

7

8

1

Bottom plate1

Bracket2

Magnet3

Cover4

Bottom plate5

Bracket6

Magnetic contact7

Cover8

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