9300_Slide_Installation_Manual_2020_new_(1111_code).pdf

Installation & Service Manual for TX9300 Series with 2301 & 2401 iMotion

Slide Door Drive

TORMAX USA INC.

CONCEALED MOUNT

SURFACE MOUNT

FLUSH MOUNT

Issue Date: 1/25/2021

P/N: US801452

Version: FW_10.00

12859 Wetmore Road San Antonio, TX 78247 210-494-3551 210-494-5930 (Fax) 888-685-3707 www.tormaxusa.com info@tormaxusa.com

WARNING - To reduce the risk of injury of persons - Use this operator only with sliding doors.

PAGESECTION

3 - 4

7 - 8 9 - 10 13 - 14 17 - 18

25 - 26 27 - 28 29 - 30 32 - 35 38 - 44 47 - 48

52 - 53 54 - 55 56 - 57 58 - 59 60 - 61 62 - 63 64 - 65 66 - 67

Table of Contents Important Information

INSTALLATION

1. Header and Jamb Assembly

2. Header/ Jamb Assembly Preparation

3. Header/ Jamb Assembly Installation

4. Header and Transom Assembly Transom Glass - Transom Assembly Detail

5. Threshold Installation

6. SO Panel Installation

7. Header Layout - Trolley Locations

8. SX Panel Installation

9. SX Panel Alignment - Door Height, Bottom Guide, Sweep, Anti-Riser, SX Panel Breakout Jacking

10. Access Control - Electric Lock, Flush Panic

11. Door Stop Adjustment

12. Sensor Routing

13. Powering Up the TX9000/ Primary Power Connection

14. Function Control Panel Inst./ Operation

PROGRAMMING INSTRUCTIONS

15. Function of Operating Modes on FCP

16. Programming with the FCP

17. Quick Start Up Troubleshooting Automatic Configuration Programming Table (FW V10.0 and up) Trouble Shooting Codes Table

18. Control Connection Diagram IXIO/ iOneXT/ 7501 Sensor Wiring and Setup Breakout Switch Wiring Accessory Switch Wiring ANSI/ BHMA A156.10, Sensor Walk Test Final Checklist

TECHNICAL SPECIFICATIONS

Technical Data (T-1258e) Cable Plan (T-1277e) Control Unit Module (T-1259e) Motor Unit Module (T-1274e) Lock Unit Module (T1265e) Battery Unit Module (T-1268e) Power Supply Module (T-1269e) Base Module (T-1261e) Function Control Panel (T-1264e) Input/ Output Module (T-1360e)

TABLE OF CONTENTS

SAFETY/ WARNINGS SYMBOLS

NOTE indicates important information specific to the process or steps being performed.

ELECTRICAL VOLTAGE indicates that electrical voltage is present and that caution should be taken to prevent injury or property damage.

CAUTION indicates failure to follow instructions may result in personal injury and/ or property damage.

OPTIONAL COMPONENTS indicates components that are not installed in all systems.

WARNING - 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 sliding doors.

Save these instructions for future reference.

Installation and Service

Any and all TORMAX equipment must be installed, serviced and inspected by an AAADM Certified technician, to meet the current ANSI A156.10 and any local or state building codes.

The person responsible for the daily operation and maintenance of the system is referred to as “End-User”.

It is the technicians responsibility:

1. Review the functions of the equipment with the end-user. Failure to do so, may lead to the improper use, could cause injury to persons and/ or damage to the equipment.

2. Familiarize the end-user with the Daily Safety Check Decal and how to perform the walk test procedures.

3. Illustrate to the end-user how to place the door out of service (turn off power or place in P mode or OFF mode of operation), if the equipment does not perform as described in the Daily Safety Check Decal.

4. Recommend to the end-user to have their equipment inspected annually by an AAADM certified technician.

Glazing

The glazing material of all doors shall comply with the requirements of ANSI Z97.1, American National Standard Performance Specifications and Methods of Test for Safety Glazing Material Used in Buildings.

IMPORTANT INFORMATION

Mains Connection Connection: N + L1 + PE protected on site with fuse 10 AT, protective earth necessary.

Power rating:

iMotion 2202, 2301: 1 × 230 / 1 × 115 V AC (+5% /– 10 %), 50 – 60 Hz, max. 190 W iMotion 2401: 1 × 230 / 1 × 115 V AC (+5% /– 10 %), 50 – 60 Hz, max. 310 W

Supply cable: Type H05VV-F, H05RR-F or type S, SO, SJ, SJO, ST, STO, SJT, SJTO or AFS

Before beginning the work described below, check that the mains primary power is switched off. If required, place “Out of Service” tag on breaker or service switch.

It is recommended that any item (i.e. electrical box, conduit) be installed in the header away from moving door components, so not to interfere with the operation of the door.

Netzspannung beachten!

Check supply voltage!

Observer raccordem. réseau!

50/60 Hz

230/115V AC

CAUTION !

T1275_1 iMotion 2301 iMotion 2401

Electrical Requirements for Installation Personnel

Have a licensed electrician:

• Make all mains primary power connections in accordance to federal, state and local regulations.

• Route mains primary power from power distribution panel (10 amp circuit breaker minimum per operator) to the operator.

• Install a service switch or emergency shut OFF switch, if required by customer or per regulations. This is in addition to the mains circuit breaker to interrupt power, switch must be rated @ 10 amp minimum.

BLACK WHITE

GREEN

• Route mains cable (1) through provided cable holders to mains supply print (3).

• Check the correct setting of the voltage selector (2).

• Do not apply power to the door until ready for commissioning.

• A system switch (FCP or 3-position switch) must be on site.

Make sure that the mains cable is secured properly to prevent getting into the moving parts of the operator or door system.

The commissioning of the system may only take place through a qualified person trained by the manufacturer and under consideration of the required documents for commissioning and inspection for compliance!

3 21

IMPORTANT INFORMATION

HEADER & JAMB ASSEMBLY

1) Doors with transom proceed to Page 9, 10 for assembly.

2) Shipped in accessory box, install trim plate onto header end bracket as shown.

3) Mount the jamb to the header using the supplied hardware as shown below.

FLUSH MOUNT UTILITYCONCEALED

Screws into these locations

1.

1.

Electrical Power Access Point

RH Jamb (Shown)

2.

Doorway Holding Beam Cable Routing

4) TX9300 single slides with jamb mounted Doorway holding beams, route beam into and down the jams, connect the beam pigtails to same color cable.

5) Install SO panel bottom guide /s into the jamb and secure with supplied screws.

End Bracket Trim Plate 2301 Shown

Header End Mounting Bracket

2301 Shown

Flange Nut

LH Endplate

RH Jamb (Shown) SO Panel

Black

(TX)

Grey

(RCVR)

Black

(TX)

Grey

(RCVR)

Note: Single slides inspect & note beam locations on SO sidelite panels for beam installation on jamb. Route non-cover side sensor cable through header to the jamb. Check cable length to control before attaching jambs.

HEADER & JAMB ASSEMBLY PREPARATION

7) The header hole locations is dependent on the type of header. Pre- drill the header prior to lifting the unit into place. See illustrations below.

CONCEALED SURFACE FLUSH

C O

V E

R

COVER

C O

V E

R

Cover Side

Exterior Side

Cover Side

JAMB

Exterior Side

SNAP IN

BACK PLATE

JAMB

SNAP IN

BACK PLATE

Jamb End

Jamb End

Header

9) Concealed mount - Minimum of 6 holes should be drilled through the header The holes should be located at both ends and in the center.

12” 12”

10) Surface & Flush mount - Holes should be drilled through the header spaced 48” minimum. With the first hole within 12” from the jamb.

Jamb End

Jamb End

Header

12” 12”48” 48”

FLUSH MOUNT

UTILITY PACKAGE

CONCEALED/

SURFACE MOUNT

6) Concealed Mount snap in back plate onto the jamb, Surface Mount do not install at this time, first secure jamb to the wall.

HEADER & JAMB ASSEMBLY INSTALLATION - CONCEALED

1) Determine the highest point of the floor by using a water level. See Illustration 1. Make note of this point.

Recommend securing the jambs at 3 locations (top, bottom, center) as work environment permits. Select a location to limit visibility on final assembly.

Caution should be taken when lifting assembly into place and should never be done by one person.

2) Lift the header/ jamb assembly into place, level the header according to the floor conditions using appropriate shimming material.

3) Plumb the jambs in both directions. See Illustration 2

4) Type of fasteners and securing locations of the jambs will depend on the work environment. It is suggested that the jambs be secured at three locations.

Locate the fasteners to limit visibility on the final assembly. See Illustration 1.

5) In the event there is nothing to mount the jamb to vertically a L-bracket can be installed at the bottom of the jamb. Install bracket to provide the most support in the least visible location possible. See Illustration 3.

6) Install the Jamb snap in filler profile. See Illustration 3.

5 4 3 2 1

5 4 3 2 1

5 4 3 2 1

5 4 3 2 1

Shim Stack

HEADER

Shim Stack

HEADER

Anchor Points

LEVEL

Illustration 1 Illustration 2

Illustration 3

Jamb Jamb

HEADERHEADER

Secure “L” bracket to the floor with 2 anchors.

Secure Jamb to “L” bracket

Jamb Snap In

Filler

HEADER &JAMB ASSEMBLY INSTALLATION - FLUSH MOUNT

Caution should be taken when lifting assembly into place and should never be done by one person.

1) Recommend securing the jambs at 3 locations (top, bottom, center) as work environment permits. Drill holes through jamb side wall adjacent to the wall.

2) Lift the header/ jamb assembly into place, level the header according to the floor conditions using appropriate shimming material.

3) Check both jambs for plumb and square. Check jamb spacing at the header, keep the same width spacing at the bottom of the jambs.

4) Type of fasteners and securing locations of the jambs will depend on the work environment.

5) In the event there is nothing to mount the jamb to vertically, a L-bracket can be installed at the bottom of the jamb. Install bracket to provide the most support in the least visible location possible.

6) Snap jamb back plate onto the jamb.

Header Width

Header Width

HEADER & TRANSOM ASSEMBLY

Install T-Nuts into channel on top of header before attaching jambs.

T-Nuts used for securing Transom Intermediate Vertical Bracket (G).

Check Accessory Pack for Hardware!

1) Insert T-nuts, attach Jambs (B) to Header (L) with hardware as shown below.

The factory will install Horizontal Header Insert (D) into the Horizontal Header Pocket (C) and Snap in Gutter (E) into Transom Vertical (F), same as jamb extrusion.

5) Drill a securing hole (size depends on mounting screw) through both Horizontal Header Insert (D) and the Horizontal Header Pocket (C) .

6) Drill a larger clearance hole into the Horizontal Header Insert (D), so that the screw can pass through and secure the Horizontal Header Pocket (C).

Snap in Gutter Shallow Pocket

(E)

Transom Vertical Deep Pocket (F)

Slide intermediate vertical T-Nut in before attaching Jambs

C

D

D

F

E

BLH

Horizontal Header Insert (D)

Horizontal Header Pocket (C)

L Electrical Power

Access Point

RH Jamb (Shown)

Doorway Holding Beam Cable Routing

SO Panel

Black

(TX)

Grey

(RCVR)

Black

(TX)

Grey

(RCVR)

2) Make appropriate clearance hole /s for 120V electrical power cable.

3) If equipped with jamb mounted photo electric (safety) beams, check SO panel beam locations black and grey cables. Route cables down the jamb and connect beams as shown.

4) Snap jamb tube back plate (A) onto jamb (B). B

A

Clearance Hole

Securing Hole

HEADER & TRANSOM ASSEMBLY

The Snap in Gutter (E) and Transom Vertical (F) have 2 pocket sizes. Never have two (F) assemblies (shallow to shallow) facing each other. Glass will not fit.

7) Determine intermediate vertical locations by placing Transom gutter (H) onto the header, verify spacing with openings in Horizontal Header Pocket. Move T-Nuts between Transom Gutter (H).

8) Position L-Bracket so header mounting screw is on deep pocket side of intermediate vertical assembly (F).

Loosely secure L-Bracket (G) onto the header (L).

9) Install and secure intermediate vertical assemblys (F) onto L-Bracket with two supplied screws.

Deep Pocket

B

F

F

Shallow Pocket

C

L-Bracket (G)

L

H

H

H

10) Snap in Transom Gutters (H), Center intermediate vertical assembly (F), tighten screw into header T-Nut.

Install remaining intermediate verticals.

11) Install Horizontal Header Pocket (C) onto jambs (B) and intermediate vertical assembly (F).

Caution should be taken when lifting assembly into place and should never be done by one person.

Refer to page 7 for details in installing and securing the door package.

Shim Stack

HEADER

Anchor Points

LEVEL

TRANSOM GLASS - TRANSOM ASSEMBLY DETAIL

Glass cleaner can be used as a lubricant to install the vinyl (M,N)

1) Install appropriate glazing block (I - 1” glass, J - 1/4“ glass) onto (H).

2) Install the glass by placing it into the deep pocket on the vertical jamb, once glass clears opposite side vertical, center between pockets and place on glazing blocks.

3) Install transom face stop (K) on header and finish by installing the appropriate vinyl (M - 1/4” glass, N - 1/” glass).

A) US800958 Jamb Tube Back Plate B) US800956 Jamb Tube C) US800829 Horizontal Header Pocket D) US800828 Horizontal Header Insert E) US800957 Snap in Gutter F) US800956 Transom Vertical , Jamb extrusion G) US801048 Transom Vertical Bracket H) US801041 Transom Gutter, top of header I) US801044 Glazing Block 1” glass J) US801043 Glazing Block 1/4” glass K) US801042 Transom Face, top of header L) US801619 Header M) US801051 Transom Vinyl, 1/4” glass N) US800822 Transom vinyl, 1” glass

OVERHEAD VIEW

Center the glass between verticals

Transom Assembly Detail

B

C

D

D

E

F

G

L K

K

H

H

J I

I J

M or N

SNAP

Rest glass on glass block

Snap in glass retaining face

Install glazing vinyl on both sides

FFFLLFF OOOOOORRRR

FLFF OOR

FLOOR

Double Bevelled

US800960

Recessed

US800961

Combination

US800962

4 1/2”

8 1/2”

6 1/2”

JAMB

JAMB

JAMB

1) If using a Combination threshold align the threshold to the interior edge of the jamb. See Illustration 1.

2) If using a Double Beveled or Recessed threshold center the threshold to the jamb. See Illustration 1.

Use a chalk line from jamb to jamb to create a reference line.

3) The threshold must be secured to the floor using the appropriate fasteners for the type of floor. Fasteners should be spaced 18“ apart for the length of the threshold, starting 1 1/2” from each end. See Illustration 2.

4) If required use appropriate shim material to level the threshold as shown below. Measure from the top of the threshold to the bottom of the header in 18” inch increments the full width of the header to insure the header and threshold are parallel to each other.

5) The threshold must be supported through its entire length. Mortar works best where a large gap is present, as the threshold could become deformed over time and interfere with door operation.

If a trip hazard is created by leveling the threshold then the transition should be eased to eliminate this hazard.

THRESHOLD INSTALLATION

.208 (5)

.3

9)Threshold Insert

US800965

Illustration 1

1/2”

Tile/ Carpet

1 1/2”18”

Measure to Header

Height dimension the same full length of threshold.

Illustration 2

18”

18”

18”

TO B/O

TO AUX

C

C

TO ( 2 3 0 1 / 2 4 0 1 )

HEADER

R. H. SHOWN NC

NC

BRUSH HOLDER

141066

BRUSH

141098

SO TOP PIVOT

US800847 RH SHOWN

US800845 LH

COMDOR COVER

SO TOP PIVOT HEADER- PORTION

US801659 NON HANDED

SO TOP BALL CATC

AND MAGNET ASSY

US800841

LIMIT ARM ASSY

110820

SO BALL DETENT,

AUX SWITCH &

BREAKOUT SWITCH

ASSY. US800837

PASS THRU HEADER

SO BOTTOM PIVOT

THRESHOLD PORTION

US800833 RH SHOWN

US800830 LH

STRIKE PLATE

US801050

UNLOCKED

POSITION

1) Install SO bottom door sweep & holder into the bottom rail of the door.

Loosen exterior side set screws, insert door sweep, tighten set screws.

2) Remove comdor cover to expose SO top pivot header portion. If equipped, route safety beam wires through top pivot header portion and through access hole into the header. Route wires to control.

3) Unlock top pivot door portion as shown below. At 90° degrees, lift door panel onto bottom pivot jamb/ threshold portion.

4) Align top pivot door/ header portions, pull slack out of safety beam wires and lock top pivot door portion.

5) Adjusted door panel height to 1/8” from the bottom of the header in the door closed position with supplied bottom pivot wrench in Decal packet.

SO - PANEL INSTALLATION

SO BOTTOM DOOR PORTION NON-HANDED

US801660 NARROW STYLE DOOR

US801664 MEDIUM STYLE DOOR

INTERIOR

EXTERIOR

A

LOCKED

POSITION

DOORWAY HOLDING

BEAMS

BALL DETENT W/ ROLLER

(PART # US802414)

DOORWAY HOLDING BEAMS

(SAFETY BEAMS)

US802564

Set Screws

6) Install glass blocks 1” from Ends as shown below in illustration 1.

2 Rubber Pads=>Pivot Stile 1 Large Block=>Lead Stile 1 Large Block=>Bottom Rail/Muntin

7) Shim the lead stile to square up panel as shown in Illustration 2. Install the glass into the door panel. Secure by installing glass stop face/ glass stop.

8) Adjust Jacking Screw to raise the leading edge of the door as shown in Illustration 3.

Note: An 1/8” gap max. from top of SO Panel to the bottom of the header.

9) For existing doors without jacking screw, cross block the glass to raise the leading stile of the door or order a Jacking Screw kit:

1/4” Glass Part# US801690 1” Insulated Glass Part# US801691

SO - PANEL INSTALLATION - GLASS

TOP

MUNTIN

BOTTOM

Shim Lead End to Square Up Panel

P

IV

O T

S

TI

LE

NOTE:

Be Careful Not to Over Shim.

Over Shimming can cause Overloading & will result in Failure of the Jacking Screw.

NOTE:

Glass Block May Require Height Adjustment.

LE

A

D S

TI

LE

MUNTIN

BOTTOM

TOP

SCREW IN TO LIFT DOOR

P

IV

O T

S

TI

LE

LE

A

D S

TI

LE

SNAP

CONTACT POINT

STEP 2: Push Down

Small Flat Head (If Necessary)STEP 1: Rotate

TOP

MUNTIN

BOTTOM

1P

IV

O T

S

TI

LE

US802138

Rubber Pad

NOTE:

2 Rubber Pads=>Pivot Stile 1 Large Block=>Lead Stile 1 Large Block=>Bottom Rail/Muntin

Insert Rubber Pads Up Against Ends as Shown.

LE

A

D S

TI

LE

US802138 1”

1”0

HEADER LAYOUT - TROLLEY LOCATIONS

Belt Driver (Top)

SO Panel

SO Panel SO Panel

SX Panel SX Panel

Belt Driver (Bottom)

Return Pulley

Trolley Head (X4)

Motor/ Encoder

Header Open Door Stop (X2)

2301/ 2401 Door Control

Electric Lock

CCW

IN

B/O

B/O

IN

B/O=BREAKOUT

REED

SWITCH

Aux DPS Door Position Switch (Security)

TX9300 RH

TX9300 Bi-Part

CW

Open Door Stop

Motor/ Encoder

2301/ 2401 Door Control

Belt Driver (Top)

Return Pulley

Electric Lock

Aux DPS Door Position Switch (Security)

LH Stationary Locking Cam

TX9300 LH

SX Panel

Trolley Head (X2)

Trolley Door Stop (x2)

CW

Motor/ Encoder

2301/ 2401 Door Control

Return Pulley

Header Open Door Stop

Aux DPS Door Position Switch (Security)

Electric Lock

RH Stationary Locking Cam

SO Panel

SX Panel

Belt Driver (Bottom)

Trolley Head (X2)

DPS Magnet Bracket

SX-PANEL INSTALLATION

Tormax recommends cross blocking the glass similiar to the SO panel, as it will provide support in the door breakout position.

The lead edge trolleys mounted to the belt are shipped with the anti-risers tight against the track to prevent damage in shipment, remaining trolleys are shipped in accessory box.

1) If equipped with door sweeps, install the sweep into the the bottom of the SX panel and secure with supplied set screws.

Adjust Down

Insert

Locking Bolts Hex Head Bolts must be loose to adjust height use 13mm wrench

Anti-Riser adjustment Nylok Hex Nut w/hex socket adjustment use 17mm wrench for hex nut and 5mm Hex Key to adjust Anti-Riser

Height adjustment screw Hex Screw w/ hex locking nut use 8mm wrench to adjust and lock

13mm Panel Mounting Bolts

SX PANEL

LEADING EDGE

Set Screw

2) Loosen anti-risers to re-position the trolleys.

Adjust the height adjustment screw to lower the trolley, as this will help when lifting the door into place.

3) Loosen the two 13mm mounting bolts on top of the SX-Panel until only two threads are engaged.

4) Lift door up onto the trolley and tighten panel 13mm mounting bolts to keep the panel from falling off the trolleys.

5) Release the bottom door guide by loosing set screw, align with the guide channels on the threshold.

6) Adjust the door panel so that it is parallel to the header and makes slight contact with the weather seal on the header. (minimizing drag) Tighten 13mm mounting bolts.

Set Screw

1/2”

3/16” Pile not to touch SX Panel.

Concealed/ Surface Flush

Header

SX Panel Carrier

SX Panel Carrier

The alignment of the SX-Panel is critical to the functionality of the sliding door.

1) Loosen the 13mm locking bolts on each trolley 1-2 turns, loosen 8mm locking nut on height adjustment screws.

SX-PANEL ALIGNMENT - DOOR HEIGHT, BOTTOM GUIDE, SWEEP

SX

Panel

CG

1/16”

SO

Panel

3/8”

Check trolley rollers for level before tightening locking bolts

Tighten locking nut

2) Adjust the 8mm door height screw to position the door at the proper operating height and to level the door panel.

3) Fine adjust the door height with each trolley to level the door and line up the sight lines of the vertical rails and/ or jambs as shown below.

4) Tighten locking nut and locking bolts.

Locking Bolts 13mm Hex Head Bolt

Height adjustment screw 8mm Hex Head Bolt

5) Adjust the bottom guide up a 1/16” off the bottom guide track,lock in place with set screw. Slide door open and close, check for proper engagement in the track.

6) In door closed position, as shown below. Loosen door sweep set screws, adjust door sweep height to make slight contact with floor or threshold.

Tighten set screws.

SX -Panel Back Rail

Threshold

Bottom Guide

Set Screw

Lead Rail Trolley Back Rail TrolleyDOOR PANEL

Belt Bracket

SX- Panel

Door Sweep

Set Screws

7) Slide the door panel(s) open and close, checking that the door sweep/s does not bind on the threshold.

8) Doors should slide freely with two finger pressure.

SX-PANEL ALIGNMENT - ANTI-RISER, SX JACKING SCREW ADJUSTMENT

9) Adjust anti-riser 17mm wrench/ 5mm Hex key for a gap of .020” (approximately the thickness of a credit card) between the roller and the track.

.020”

Anti-Riser adjustment Nylok Hex Nut w/hex socket adjustment use 17mm wrench for hex nut and 5mm Hex Key to adjust Anti-Riser

10) If equipped with SX jacking screw or double breakout, adjust the height of the breakout swing of the door, by lifting the leading edge of the door up to the height needed to swing closed.

NOTE: Do not use set screw to lift the door. Lift door up with shims or a tool.

11) Loosen locking nut, screw the set screw clockwise until it tightens up against the shaft.

12) Remove shims or tool from under the door panel, check the swing of the doorto the closed position.

Adjust as needed.

13) Adjust the breakout force of the SX panel by adjusting the height and/ or spring tension of the ball detent to approximately 40 lbs of force.

>50 lbs max.

SX Jacking Screw

SX Jacking Screw Locking Nut

Ball Detent Height Retaining Set Screw

Ball Detent

Breakout Shaft Mounting Block

Breakout Shaft

Ball Detent Spring Force Adj.

UP

DOWN

Paddle Panic Hardware (Optional)

Leading Door Stile

Door Carrier

ACCESS CONTROL ASSEMBLY - ELECTRIC LOCK, FLUSH PANIC

If the door was ordered with the access control feature, the major components (panic device, electric lock) are pre-installed at the factory. Adjustments will need to be made.

1) The door in the closed position, check the alignment of the lock module with relationship to the locking pins located on top of the trolley(s).

2) Loosen the (4) 4mm Hex head bolts securing the lock module, loosen the 10mm bolts securing the locking cam brackets.

3) Adjust locking cam(s) and lock module for a minimum clearance of 1/32” between locking plate and cam(s). Secure lock module and cam brackets.

At no point should the locking cams come in contact with each other or the locking plate.

1 Lock PCB 2 Code swi tch 3 LIN-Bus Connector 4 Lock ing cam p late, S ing le s l ide 5 Lock ing Cam plate, Tro l ley

Bi-Part

1/32” Clearance

Single Slide

Panic Hardware

Electric Lock

LH SX Panel

Flush Panic Hardware (Default)

Leading Door Stile

Door Carrier

Panic Bar RH SX Panel

DOOR STOP ADJUSTMENT

1) The SX Panel door stop should be adjusted to provide a 1” gap (Finger Protection) between SX Panel and O-Panel/ P-Panel.

2) To increase the finger guard distance, move the stop towards the door opening direction.

3) To decrease the finger guard distance, move the stop towards the door closing direction.

1” Finger Protection

Door Stop

FAU.0028

IncreaseDecrease

SENSOR ROUTING

1) Determine the center of the Clear Door Opening, align and apply sensor template onto the header drill hole for wire routing.

CDO = Clear Door Opening

2) Bi-part - Insert sensor cable through the header as shown shown below.

Sensor Template

Center

CDO

Sensor Template Example

0 1/4” for wiring

0 1/8” for mounting

0 1/8” for mounting

0 1/2” for wiring

Secure cable to bolt with Zip-Tie

3) Single Slide - Insert sensor cable into the header and route to the jamb,determine which jamb based on cable length and back to the door control.

4) Route sensor cables through the header to the control. Keep cables clear of any moving parts. Recommend zip-tie cables to plastic clips inside the header and to other cables/ wires.

Refer to the sensor manual for maximum mounting height of the sensor.

The maximum mounting height on the header is 2” measured from the bottom of the header.

Do not connect sensor cables to the control at this time. Sensors will be connected after commissioning/ learn is complete.

CDO = Clear Door Opening

Sensor Template

Release for power plug located on bottom.

PRIMARY POWER CONNECTIONS FOR TX9300

All primary electrical connections should be completed by a licensed electrician!

The unit requires 115 VAC as primary power.

1) Remove power plug by pressing red locking tab to make primary power connections.

2) Check voltage switch is set to 115.

3) Insert power plug when ready to perform teach-in, programming and overall performance check.

Connect 115 vac to the power plug

Set to115 v

The FCP has 2 function levels:

Level 1 - End user

- Select operating modes

- Display three-digit fault codes.

- Access protected eliminates unauthorized programming.

Symbols for Operating Modes

Key (1) increase value of code (0....9)

Key

OR

selects operating mode

Electric lock output indicator Mode P Manual Operation

OFF

AUTOMATIC 1

AUTOMATIC 2 / PARTIAL OPEN

OPEN

EXIT

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OR

selects operating mode

FUNCTIONAL CONTROL PANEL (FCP) DESCRIPTION / INSTALLATION

The Functional Control Panel (FCP) is the interface between the door system and the end user/ technician. The FCP will be factory installed on the cover side of the header or field installed in a remote location dependent on customer requirements.

Level 2 - AAADM Certified technician

- Access protection, access code (111)

- Programming door system to comply with the current ANSI 156.10 standard.

- Displays currently set parameter.

- 10 min time out after the last programming entry is made.

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OFF Mode The interior and exterior sensors are inhibited after the door reaches the fully closed position, if equipped with an electric lock the lock will engage. Key switch input will open the door, when activated.

Automatic 1 Mode Two-way traffic, typical setting for normal operation. This setting allows interior & exterior sensors, key switch and safety device to operate the door.

Automatic 2 Mode (Reduced Opening)

EXIT Mode Allows interior activation and key switch inputs to operate the door system. Exterior activation input is inhibited in door closed position, but becomes active when door is operated by interior activation or key switch inputs.

HOLD - OPEN Mode Hold the door system open.

MANUAL OPERATION (P) Mode Allows the door to be used manually without the use of sensors, push and pull activation.

Indicates when the door is in panic/ break-out position.

The technician will clearly explain and demonstrate the modes of Operation to End user.

Allows the door to open with a reduced opening width. Door opening width and hold open time can be adjusted. Hold open time adjustment separate from Automatic 1 mode.

DESCRIPTION OF FCP OPERATING MODES

The 6 modes of operation is selectable on the Functional Control Panel (FCP) by utilizing buttons 1 or 2. Button 1 moves LED clockwise, button 2 moves counter clockwise.

Electric door lock LED indicator

OFF Mode

AUTOMATIC Mode

REDUCED OPEN Mode

EXIT Mode

(P) MANUAL Mode

Button #1 moves indicator clockwise

Button #2 moves indicator counter clockwise

HOLD OPEN Mode

LED indicates current operating mode www.tormaxusa.com

Codes begin with numbers in the 1st & 2nd positions , the 3rd position can be a number or letter. i.e. code 103, 66C

After entering the 1st & 2nd numbers of the code, the 3rd value will be flashing, this value is the current setting.

1. Park/ Manual Operating Mode

Button #1 Increases the number or letter i.e. 0-9, A,b,C

Button #2 Enters the number or letter

Release both buttons immediately

2. Entering Access Code 111

A. Simultaneous press-n-hold #1 & #2 buttons until “C” appears, B. Release both buttons, C. Press-n-release #2 button, D. A “0” appears.

E. Press-n-release #1 button once to display “1”, F. Press-n-release #2 button to enter, G. A “0” appears, H. Press-n-release #1 button once to display “1”, I. Press-n-release #2 button to enter, J. “0” appears, K. Press-n-release #1 button once to display “1”, L. Press-n-release #2 button to enter, M. “P” for program will appear.

Press-N-Release Button#1 to display “1”

Press-N-Release Button#2 to enter “1”

PROGRAMMING WITH THE FCP

! Within 10 minutes you can enter the programming mode by pressing both keys simultaneously and P will display. If no further adjustments are made after 10 minutes the FCP will time out and require access code re-entry. Repeat example 1.

1. Place FCP display into “P” Park/ Manual mode during programming

Programming Mode

Button#1 Moves LED Clockwise

Button #2 Moves LED Counter Clockwise

2. Enter “P”rogram Mode

Press-N-Hold Button #1 and #2 simultaneously until “C” appears, Press-N-Release Button #2

A “0” will display

Press-N-Release Button#1 to display “1”

Press-N-Release Button#2 to enter the “1”.

A “0” will display

A “0” will display

Press-N-Release Button#1 to display “1”

Press-N-Release Button#2 to enter the “1”.

“P” will appear, for programming mode.

PROGRAMMING WITH THE FCP

3. To program a Reference Run sequence:

A. Simultaneous press-n-hold #1 & #2 buttons until “P” appears, B. Release both buttons, C. Press-n-release #2 button, D. A “0” appears, E. Press-n-release #2 button to enter, F. Press-n-release #1 button untill “3” is displayed, G. Press -n-release #2 button to enter, H. Press-n-release #1 button untill “0” is displayed, I. Press-n-release #2 button to enter.

Release both buttons immediately

Press-N-Release Button#1 to display “6”

Press-N-Release Button#2 to enter “0”

Press-N-Hold Button #1 and #2 simultaneously until “P” appears, Press-N-Release Button #2

A “0” will display

Press-N-Release Button#1 to display “3”

Press-N-Release Button#2 to enter the “3”.

A “0” will display

A “0” will display

Press-N-Release Button#2 to enter the “0”.

If “0” does not display Press-N-Release Button#1 to display “0”

A. Simultaneous press-n-hold #1 & #2 buttons until “P” appears, B. Release both buttons, C. Press-n-release #2 button, D. A“0” appears, E. Press-n-release #2 button to enter, F. Press-n-release #1 button untill “3” is displayed, G. Press-n-release #2 button to enter, H. Press-n-release #1 button untill “6” is displayed, I. Press-n-release #2 button to enter.

Time out occurs, if no input is made during 10 s, the FCP reverts back to displaying “P” for Program mode, to re-enter prgramming press-n-released #2 button.

Time out occurs, if no input is made during 10 s, the FCP reverts back to displaying “P” for Program mode, do nothing and the display changes to operating mode.

4. To program a Weight Detection sequence:

Release both buttons immediately

Press-N-Release Button#2 to enter “0”

Press-N-Hold Button #1 and #2 simultaneously until “P” appears, Press-N-Release Button #2

A “0” will display

Press-N-Release Button#1 to display “3”

Press-N-Release Button#2 to enter the “3”.

A “0” will display

If “0” does not display Press-N-Release Button#1 to display “0”

A “0” will display

Press-N-Release Button#2 to enter the “6”.

QUICK START UP

The control will be factory programmed to the function of the application.

Do not perform a factory reset or an Auto-configuration.

Requirements

Check all fasteners for security.

Wire routing & connections, LIN - BUS connections are complete and clear of moving parts.

Do not connect Doorway Holding (safety) beams and Overhead Sensors to the door control.

If equipped, connect battery back-up module 8 pin connector to door control.

If equipped, with an electric lock check electrical connection (lin-Bus) and for proper clearances between lock and locking posts.

All mechanical adjustments completed:

* SX sliding panel adjustments: height adjustment, door sweep height adjusted, no rubbing against weather seals, Bottom Guide/ s, Anti-riser/ s, panel/s move freely/ two finger pressure.

Self-monitored Sensors - Configuration

Do not connect the overhead sensors or doorway holding beams to the door control at this time.

Factory Inserted jumpers into terminal A pins 2, 3 and 6, 7 and terminal B pins 2, 3 and 6, 7 as shown below to configure control for self monitored sensors.

Learn Mode

1. Check that input in4 terminal D pins 4,5 LED is “ON”, if not:

A. Check breakout circuit - SO stationary panel/ s are in closed position.

B. If equipped, change ON/OFF, ON/OFF/HO switch position till LED is ON.

2. Enter Code 030, 036 into the FCP display. Refer to Programming with the FCP.

It is especially important to limit the flow of traffic during the following process as the activation or safety devices are not operational.

3. Change operating mode to “AUTO” on the FCP display. Push-n-release SW2 button to activate the door open.

4. Cycle the door open with a momentary push of SW2 button, each time the door reaches the closed position. Process can take up to 14 activations. Process is complete with an audible beep from the control and the H65 no longer is displayed on the FCP.

FCP

OFF

AUTO

REDUCED

1-WAY

HOLD OPEN

SW2

PARK

QUICK START UP

Function Code: Function: Settings Code:

Hold Open Time, Automatic Mode 1 0

0.5

2*

7.5

12.5

Code Sec.

Hold Open Time, Automatic Mode 2 0

0.5

2*

7.5

12.5

Code Sec.

Closing Speed 1 6.3

Code Inch/s

3.15

9.45

12.6

4* 15.75

18.9

22.05

25.2

28.35

31.5

Close Check Speed 1 .63

Code Inch/s

0* .59

.71

.82

1.18

1.43

1.68

2.36

551 Lock in OFF, EXIT mode

41_ Reduced Opening Width 0

6*

Code

Additional Settings on Programming

Table

Always inspect and adjust the installation to be in accordance with the current ANSI A156.10 standard.

Test all FCP functions for proper operation.

SW2 Switch is the small blue button on the control to activate the door if pushed momentarily. When used to activate the door there is no hold open time, door goes fully open and closes immediately.

5. Reference “Connection Diagram - Term B Module” pages 38, 39, 40, 41.

pg 38. 7501 Combination overhead sensor, doorway holding/ safety beams pg 39. IXIO-DT1 overhead sensor, doorway holding/ safety beams pg 40. i-OneX T overhead sensor, doorway holding/ safety beams pg 41. Knowing Act activation application

6. Connect doorway holding/ safety beams, remove the two factory jumpers in the black terminal strip to the left. Check the functionality of both beams.

Reverse the door open during the door closing cycle.

7. Connect overhead sensors, remove the two jumpers in the black terminal strip to the left, put header cover down, make required setting changes on the sensor per the notes on the connection diagram. Check functionality.

Note: Check door operation and adjust the sensors in accordance to ANSI/ BHMA A 156.10 standard.

Additional Adjustments

Below are frequently used adjustments, refer to the Programming Charts section for a more detailed list.

TROUBLESHOOTING

Troubleshooting - New installations

If the door is running backwards, FCP in HOLD OPEN door physically closed, FCP in OFF (red key) door is physically open.

1. Enter the code listed below for door type to change motor rotation.

If the door does not function correctly check the settings below with the FCP display.

To check the settings enter the first two values (function code), the third flashing value (setting), if the setting value does not match value listed then change to the value shown below.

Example: Enter function code 63, if “1” is flashing then let the FCP time out and return to P display.

Example: Enter function code 63, if “0” is flashing then change to “1”, enter the value.

If any of the functions were changed then verify that the input LED /s are ON:

For in4 - Enter code 038 For sf1, sf2, sf3, sf4 -Enter code 031

Contact Tormax Technical support for troubleshooting assistance

Input in4, D terminal pin 4,5- (1) = Operation mode MANUAL (FCP=P)

Input sf2, A terminal - (2) = Safety Closing 1 with reversing function

Input sf3, B terminal - (C) = Safety Closing 2 with reversing function

Input sf4, B terminal - (C) = Safety Closing 2 with reversing function

63 “1”

65 “2”

66 ”C”

67 ”C”

Door Type

(Code 080)

Motor Rotation Clockwise Counter Clockwise

(Code 081)

TX9300 Bi-Part, Left Hand Single Slide

TX9300 Right Hand Single Slide

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

TROUBLESHOOTING

Existing installations - Contact Tormax Technical support for troubleshooting assistance, factory reset is for extreme cases.

1. Factory Reset - Enter Code 041, (H11 = Operator Type not Defined)

FCP will display H11 = operator type not defined

2. Operator Type - Enter Code

FCP will display H14 until entire process is complete

3. Breakout function - Determine which input terminal the breakout beam or ON/OFF/HO switch is wired into. Input LED has to be illuminated before entering codes.

4. Safety Functions - Beams in A terminal and Overhead sensors. (i-One, Eagles, motion sensors) No change needed.

5. Safety Functions - Beams and overhead combination sensors.(7501, IXIO, i-oneX T) All safety devices should be setup for normally closed, all safety input LEDs ON. Enter Codes

6. Place FCP in P manual mode, manually open the door to the full open position.

7. Automatic Configuration - Enter Code

8. Place the FCP to Auto Mode and allow the door to fully close, H64 will display.

Activate the door by momentarily pressing the SW2 button located on the control.

Continue to activate the door with the SW2 button until the “H” learn codes clear and an audible beep tone. Maximum number of cycles 14.

9. Adjust additional functions such as hold open, closing speed, closing check speed...

as shown on page 28.

Program Code

Control Type 2301 2401

011 012 sf4, B terminal pins 5,6

IN4, D terminal pins 4,5 631 038

679 ---

Input sf2, A terminal - (2) = Safety Closing 1 with reversing function

Input sf3, B terminal - (C) = Safety Closing 2 with reversing function

Input sf4, B terminal - (C) = Safety Closing 2 with reversing function

65 “2”

66 ”C”

67 ”C”

Door Type

Press SW2 for 1 Beep (Code 021)

Motor Rotation Clockwise Counter Clockwise

Press SW2 for 2 Beep (Code 022)

Bi-Part, Left Hand Single Slide

Right Hand Single Slide

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

George Oertel Highlight

AUTOMATIC CONFIGURATION

Automatic configuration consist of the following activities in programming:

SF1 - SF4

Lock Unit

MCU32-LOCU

Battery Unit

MCU32-BATU

Input / Output Module

MCU32-INOU-A

Functional Control Panel

MCU32-USIN-7-A

Power supply Module

MCU32-PSUP-40-18-C

MCU32-PSUP-40-36-A

Reference Run

Door Dimensions

The contact type (NO or NC) and monitoring if applicable will be automatically detected. Make sure sensor zones are clear and not in detection.

The functioning Lock is automatically detected and set to default operation. See programming table for options.

The functioning Battery back-up is recognized if connected.

The functioning I/O module is recognized and saved via the LIN Bus, if the module is connected and coded as module 1 or 2.

The FCP is recognized and saved via the LIN Bus, if connected and coded (1 or 2). The FCP is detected immediately when connected to the LINE Bus input of control.

The functioning power supply module is recognized and saved, if connected to the control at connector labeled Power Supply.

The door searches for the open and closed end stops, starting with an automatic closing command displaying H64. Activating the door control will start the opening cycle displaying H63.

After travel distance is determined it is saved.

The doors width and weight are detected during the initial opening cycles for the purpose of calculating check speed & distance, opening & closing speeds and controller settings.

Automatic configuration process consists of cycling the door open and closed until all programming activities are complete. The learning process lasts for a maximum of 14 cycles. The FCP displays “H” codes as a visual aid through the process. When the learn process is complete an audible tone from control and “H” codes on FCP will stop being displayed.

Most common parameters used are highlighted. * Indicates Default Value!

PROGRAMMING TABLE

Code Function Note 01 1 Door operator type iMotion 2301

02 1 Automatic configuration: All Bi-Part, TX9200/ 9430 RH SS, TX9300/ 9420 LH SS (SW2: hold 1 Beep) Contains 030...7, 07x, 08x

02 2 Automatic configuration: TX9200/ 9430 LH SS, TX9300/ 9420 RH SS (SW2: hold 2 Beeps) Contains 030...7, 07x, 08x

03 0 --Detect and store reference way 03 1 --Detecting and storing of safety facillities 1-4 (SW2: hold 3 Beeps) Safety inactive

03 2 --Detecting and storing MCU Lock Module 1 Only with code 572. Check coding on module.

03 3 --Detecting and storing of MCU Battery Module 03 4 --Detecting and storing of MCU I/O- Module 1+2 Check coding on module

03 5 --Detecting and storing of MCU Power supply Module 03 6 --Detecting and storing of Door mass Display H65

03 7 --Detecting and storing of MCU User interface 2 Check coding on module

03 8 Terminal Module: Detecting, storing "in 1-4" (NO,NC,100Hz) Pulse generators inactive

03 9 I/O Module 1: Detecting, storing of "in 1-4" (NO, NC) Pulse generators inactive

04 0 Reset Starts program with calibration run

04 1 Factory Reset All adjustments back to default values (see *)

04 2 Firmware version Example: r06_00 = V06.00

04 3 Number of cycles Example: c10_302 = 10'302 cycles (max. 99?999?999)

04 4 Number of operating hours Example: h4_002 = 4002 hours (max.99'999'999)

04 5 Delete fault protocol 04 6 Address of control unit for network Example: A1 = address no. 1

06 0 * Control without FRW FRW = Equipment for rescue and escape routes

06 1...8 Functions with FRW 07 0...9 --Door mass Automatic detection contained in 021 / 022

08 0...1 0* --Rotating direction of drive 0 contained in 021 / 1 contained in 022

10 0...F Hold-open time of activator in mode of op. AUTO1 0 1 2 * 3 4 5 6 7 8 9 A b C d E F code

0 0.5 1 2 3 5 7.5 10 12.5 15 17.5 20 25 30 45 60 sec.

11 0...F Hold-open time of activator in mode of op. AUTO2 0 1 2 * 3 4 5 6 7 8 9 A b C d E F code

0 0.5 1 2 3 5 7.5 10 12.5 15 17.5 20 25 30 45 60 sec.

12 0...F Hold-open time of key switch 0 1 2 3 4 * 5 6 7 8 9 A b C d E F code

0 0.5 1 2 3 5 7.5 10 12.5 15 17.5 20 25 30 45 60 sec.

13 0...9 Delay time Mode of op. OFF 0 1 2 * 3 4 5 6 7 8 9 code

1 3 5 7.5 10 15 20 30 45 60 sec.

14 0...9 Bell active time 0 = Duration identical to trigger duration

0 1 2 * 3 4 5 6 7 8 9 code

=imp 0.5 1 2 3 4 5 6 8 10 sec.

15 0...9 Bell intermission 0 1 2 3 4 5 6 * 7 8 9 code

0 0.5 1 2 3 4 5 6 8 10 sec.

16 0...9 Stop time after safety 0 1 2 * 3 4 5 6 7 8 9 code

0 0.5 1 2 3 4 5 6 8 10 sec.

17 0...9 Runtime Battery in mode of op. 2-6 Door opens after switch-off battery

0 1 2 3 * 4 5 6 7 8 9 code

10s 1 5 10 30 60 120 240 360 480 sec / min.

* = Default value when factory reset

01 2 Door operator type iMotion 2401

George Oertel Highlight

PROGRAMMING TABLE

* = Default value when factory reset

Code Function Note 18 0...9 Runtime Battery in mode of op. OFF

0 * 1 2 3 4 5 6 7 8 9 code

10s 1 5 10 30 60 120 240 360 480 sec / min.

19 0...9 Airlock timeout 0 = No timeout for airlock function

0 * 1 2 3 4 5 6 7 8 9 code

-- 10 15 20 25 30 45 60 90 120 sec.

20 1...9 Opening speed 0 1 2 3 4 5 6 * 7 8 9 Code

3.93 7.87 11.8 15.75 19.69 23.62 27.56 31.5 35.43 39.37 inches / s

21 0...9 Closing speed 0 1 2 3 4 * 5 6 7 8 9 Code

3.15 6.3 9.45 12.6 15.75 18.9 22.05 25.2 28.35 31.5 inches / s

22 0...9 Close check speed 0 1 2 3 * 4 5 6 7 8 9 Code

.59 .63 .71 .82 1 1.18 1.43 1.68 2.00 2.36 inches / s

26 0...9 2* Braking distance opening 9 = max

28 0...9 4* Braking distance closing 9 = max

30 0...9 Motor force opening Net force on door edge

0 1 2 3 4 5 * 6 7 8 9 code

5 11 22 33 44 55 66 77 88 100 %

31 0...9 Motor force closing Net force on door edge

0 1 2 3 4 5 * 6 7 8 9 code

5 11 22 33 44 55 66 77 88 100 %

33 0...9 Motor force closed position Net force on door edge > reduce if H73 after 10s!

0 1 2 3 4 * 5 6 7 8 9 code

0 20 30 40 50 60 70 80 90 100 N

35 0...9 5* Reversing sensitivity opening 9 = max

36 0...9 5* Reversing sensitivity closing 9 = max

39 0...9 5* Travel distance tolerances (60...300%) 41 0...9 Opening width reduced

0 1 2 3 4 5 6 * 7 8 9 code

10 20 30 40 50 60 70 80 90 100 %

51 0 * Operating mode return to last setting on user interface after terminal operating mode

51 1...6 Operating mode return to mode of op. ... after terminal operating mode

1 2 3 4 5 6 code

OFF AUT1 AUT2 EXIT OPEN MAN. Mode of Operation

51 7 No operating mode return after terminal operating mode

55 0 * Locks in operating mode OFF 55 1 Locks in operating mode OFF, EXIT 55 2 Locks in operating mode OFF, AUTO 1+2, EXIT 56 0 * Unlocks never in case of power failure 56 1 Unlocks in AUTO1, AUTO2, EXIT in case of power failure 56 2 Unlocks in every operating mode in case of power failure 57 0 Electric strike: current-free locked 57 1 Electric strike: current-free unlocked Only for electric strike with 100% duty ratio

57 2 * Lock type "Lock unit 2301/2401", with autom. configuration 57 3 Electric strike switch-on range 100%, until door is closed Only for electric strike with 100% duty ratio

Most common parameters used are highlighted. * Indicates Default Value!

57 4 Lock type "STARLOCK", with autom. detection With Lock Module LOCK-200-A

57 5 Lock type "89 TCP", with autom. detection With Lock Module LOCK-200-A

* = Default value when factory reset ** = Review page 37 for input factory programming.

Code Function Note 58 0...9 Delay time to open Independent adjustment only with skipper

0 * 1 2 3 4 5 6 7 8 9 code

0 0.2 0.4 0.8 1.2 1.6 2.0 2.5 3.0 4.0 sec.

59 0...6 Tension "pwm out" with connection to terminal 40V or 24V** 0 1 2 3 4 * 5 6 code

6 9 12 15 24 12** 24** V DC

60 0 in1: Operation mode OFF Contact NO. NC detect with code 038

60 1 in1: Operation mode MANUAL Contact NO. NC detect with code 038

60 2 in1: Operation mode OPEN Contact NO. NC detect with code 038

60 3 * in1: Activator inside Contact NO. NC, 100Hz detect with code 038

60 4 in1: Activator outside Contact NO. NC, 100Hz detect with code 038

60 5 in1: Key switch Contact NO. NC, 100Hz detect with code 038

60 6 in1: Emergency opening except in OFF Contact NO. NC, 100Hz detect with code 038

60 7 in1: Emergency opening in all modes of op. Contact NO. NC, 100Hz detect with code 038

60 8 in1: Emergency closing (with locking) Contact NO. NC, 100Hz detect with code 038

60 9 in1: Operation mode EXIT Contact NO. NC detect with code 038

61 0...9 4* in2: Same choice of functions as on "in1" Contact type detect with code 038

62 0...9 5* in3: Same choice of functions as on "in1" Contact type detect with code 038

63 0...9 0* in4: Same choice of functions as on "in1" Contact type detect with code 038

64 0 sf1: Safety opening 1 with stop function Type of connection NO,NC,test detect with code 031

64 1 sf1: Safety opening 1 with creeping function Type of connection NO,NC,test detect with code 031

64 2 * sf1: Safety closing 1 with reversing function Type of connection NO,NC,test detect with code 031

64 3 sf1: Safety closing 1 with creeping function Type of connection NO,NC,test detect with code 031

64 4 sf1: Safety swing area Type of connection NO,NC,test detect with code 031

64 5 sf1: Safety stop Type of connection NO,NC,test detect with code 031

64 6 sf1: Emergency opening except in OFF Contact NO. NC detect with code 031

64 7 sf1: Emergency opening in all modes of op. Contact NO. NC detect with code 031

64 8 sf1: Emergency closing (with locking) Contact NO. NC detect with code 031

64 9 sf1: Mode of op. MANUAL / Break out Contact NO. NC detect with code 031

64 A sf1: Safety opening 2 with stop function Type of connection NO,NC,test detect with code 031

64 b sf1: Safety opening 2 with creeping function Type of connection NO,NC,test detect with code 031

64 C sf1: Safety closing 2 with reverse function Type of connection NO,NC,test detect with code 031

64 d sf1: Safety closing 2 with creeping function Type of connection NO,NC,test detect with code 031

65 0...d C* sf2: Same choice of functions as on "sf1" Type of connection detect with code 031

66 0...d 0* sf3: Same choice of functions as on "sf1" Type of connection detect with code 031

67 0...d A* sf4: Same choice of functions as on "sf1" Type of connection detect with code 031

68 0 out1: Message "door closed" 68 1 out1: Message “door closed and locked” 68 2 out1: Message “door open” 68 3 out1: Message “General fault” 68 4 * out1: Bell 68 5 out1: Message “Mode of operation OFF” 68 7 out1: Battery in service 68 9 out1: Message “door is opening or open” Function visible after 1 door-opening cycle

69 0...9 0* out2: Same choice of functions as on "out1" 70 0 * I/O Module 1: in1: No function 70 1 I/O Module 1: in1: Operating mode OFF Contact NO. NC detect with code 039

Most common parameters used are highlighted. * Indicates Default Value!

70 2 I/O Module 1: in1: Operating mode AUTOMATIC 1 Contact NO. NC detect with code 039

70 3 I/O Module 1: in1: Operating mode AUTOMATIC 2 Contact NO. NC detect with code 039

* = Default value when factory reset

Code Function Note 70 4 I/O Module 1: in1: Operating mode EXIT Contact NO. NC detect with code 039

70 5 I/O Module 1: in1: Operating mode OPEN Contact NO. NC detect with code 039

70 6 I/O Module 1: in1: Operating mode MANUAL Contact NO. NC detect with code 039

70 7 I/O Module 1: in1: Inhibit switch Contact NO. NC detect with code 039

71 0...7 0* I/O Module 1: in2: Same choice of functions as on I/O Module 1: in1 Contact NO. NC detect with code 039

72 0...7 0* I/O Module 1: in3: Same choice of functions as on I/O Module 1: in1 Contact NO. NC detect with code 039

73 0...7 0* I/O Module 1: in4: Same choice of functions as on I/O Module 1: in1 Contact NO. NC detect with code 039

74 0 * I/O Module 1: out1: No function 74 1 I/O Module 1: out1: Operating mode OFF 74 2 I/O Module 1: out1: Operating mode AUTOMATIC 1 74 3 I/O Module 1: out1: Operating mode AUTOMATIC 2 74 4 I/O Module 1: out1: Operating mode EXIT…