Record System 20 Manuale di riparazione

record system 20

B8 / Parameter explanations

Translation of the original manual

Table of contents

IRA_B8_EN_2V2_REC_102-020401137 2/ 56

Table of contents

Table of revisions

................................

.............................

General information

................................

..........................

1.1

Book 8 / Document identification

................................

....

1.2

Structure of the documentation

................................

......

1.3

Purpose and use of the instructions

................................

...............................

Parameter explanations V2.1_V2.6

................................

...

Parameter overview V2.1_V2.6

................................

.........

3.1

Parameter overview STM 20, STG 20 UNI, STM 20 DUO, STM 22 DUO

................................

....

3.2

Parameter overview STM 20 RED, STM 22 RED

................................

..........

3.3

Parameter overview STM 21

................................

..........

3.4

Parameter overview STM 21

RED

................................

3.5

Parameter overvie

w FEM

................................

...............

Table of revisions

IRA_B8_EN_2V2_REC_102-020401137 3/ 56

Table of revisions

Book 8 / Document identification

New Version V2.2 ......................................................... 4

Parameter explanations V2.1_V2.6

Newr Parameter FlowControl ........................................ 6

Parameter overview V2.1_V2.6

STM20 RED, STM22 RED, STM21 RED Version V2.6

.............................................................................. 47

General information

IRA_B8_EN_2V2_REC_102-020401137 4/ 56

General information

Book 8 / Document identification

Name: IRA_B8_EN_2V2_REC_102-020401137

Version: V2.2

Article nr.: 102-020401137

Publication date: 07/2020

Structure of the documentation

The documentation is divided into different manuals in order to reduce file size and to simplify the

handling.

The structure of the document is as follows (B1 = Book 1):

B1 General

B2A

Assembly STA

Assembly Frameless STA

B3 Assembly TSA

B4 Assembly TOS

B5 Options

B6 Control units

B7 Commissioning

B8A

Parameter explanations

Status display, error numbers, remedial action

B9 Assembly and Commissioning FTA/FBO

B10 Thermcord

B11 Special designs

B12 Safecord

B13 Under-floor sliding door operator

1.1

1.2

General information

IRA_B8_EN_2V2_REC_102-020401137 5/ 56

Purpose and use of the instructions

These instructions are an integral part of the system and enable the efficient and safe handling of the

system.

Although only the male form has been chosen for reasons of better legibility, the information refers to

members of both sexes.

The instructions must be read and understood before starting any work. The basic requirement for

safe working is to follow the safety instructions and the handling instructions. In addition, the local

regulations and safety rules apply.

The instructions can be handed over in extracts to instructed personnel who are familiar with the work

on the system.

The illustrations are for basic understanding and may differ from the actual presentation. Specific rep-

resentations are contained in the drawings.

IMPORTANT

After the work on the system has been comple

ted, the test book and the operat-

ing instructions must be handed over to the operator.

1.3

Parameter explanations V2.1_V2.6

IRA_B8_EN_2V2_REC_102-020401137 6/ 56

Parameter explanations V2.1_V2.6

PARAMETER W COMMENT

DRIVING CYCLE

→ Opening speed 36 Driving speed of the opening door.

0 = lowest speed

40 = highest speed

▪ The maximum reachable speed depends on the driven

distance (door width) and the acceleration setting.

▪

DIN: >1.5 s <4 s

→ Open

→ Acceleration 30 Start-up acceleration while opening.

0 = no acceleration

40 = heavy acceleration

→ Declaration 30 Braking moment while opening

0 = small braking force

40 = large braking force

→ Creep section 0 Final creep section while opening.

0 = no creep section

1 = creep on the last 2.5% of travel way

40 = 100% creep on 100% of travel way

▪ The creep section is calculated on the basis of the maxi-

mum opening distance driven. Consequently, the creep

drive is only carried out at the correct position after the first

complete door movement has

taken place.

→ Close

→ Acceleration 30 Start-up acceleration while closing.

0 = no acceleration

40 = heavy acceleration

→ Deceleration 30 Braking moment while closing.

0 = small braking force

40 = large braking force

Parameter explanations V2.1_V2.6

IRA_B8_EN_2V2_REC_102-020401137 7/ 56

→ Creep section 0 Ending creep section while closing.

0 = no creep section

1 = creep on the last 2.5% of travel way

40 = 100% creep on 100% of travel way

▪ The creep section is calculated on the basis of the maxi-

mum opening distance driven. Consequently, the creep

drive is only carried out at the correct position after a first

complete door movement has taken place.

→ Holding force 24 Force holding the door in the closed position.

0 = small force

40 = big force

▪ If the holding force is too high, the motor temperature in-

creases and leads so unnecessary energy consumption.

▪ If

Parameter → Miscellaneous → Push to actuate open

configured, the holding force settings is not taken into ac-

count.

Ramp Settings for doors, with special running track, to lower the door

in the closed setting (e.g. for hermetically sealed OP doors).

The lowering section (ramp) requires increased force to drive

the door leaves open.

Section 0 Length of the ramp

0 = no ramp

1 = 4 cm long ramp

… = approx. 0.2 cm increments

40 = 12 cm long ramp

▪ No collision detection occurs on the ramp while the door is

opening! This setting should therefore only be used for the

smallest necessary distance.

▪ The ramp length setting refers to the door travel measured

at the belt.

▪ For learning the door parameters the door travels over the

ramp, briefly Stops and only then starts with the actual

learning cycle.

Force 20 Maximum force in the area of the ramp.

0 = small force or acceleration

40 = large force or acceleration

▪ No collision detection occurs on the ramp while the door is

opening! The force should therefore be set to the minimum

necessary.

Parameter explanations V2.1_V2.6

IRA_B8_EN_2V2_REC_102-020401137 8/ 56

Seal 0 Setting for doors with special wide and strong seal in the clos-

ing area, e.g. for OP doors.

0 = no seal

1 = 10 cm wide sealing area

… = approx. 0.5 mm increments

40 = 30 mm wide sealing area

▪ With the sealing area collision surveillance is reduced dur-

ing the closing phase! The sealing area should therefore

only be used for the smallest necessary distance.

▪ The sealing width setting refers to the door travel meas-

ured at the belt.

▪ During the learning cycle, the closed position is reached or

sought with increased force.

TIME DELAY OPEN

Time delay open 0 Determines the minimum time during which a door stays open

after it has been opened by a triggering signal of type AKA or

AKI:

0..20 = 0 to 20 seconds, 1 s increments

21..40 = 22 to 60 seconds, 2 s increments

▪ Time delay open only starts after all triggering and safety

signals in closing direction have disappeared.

▪ With OP doors, this parameter determines the hold-open

time in case of reduced opening width.

Time delay SSK 4 Determines the minimum time during which a door stays open

after it has been opened by a triggering signal of type SSK.

0..20 = 0 to 20 seconds, 1 s increments

21..40 = 22 to 60 seconds, 2 s increments

▪ Time delay open only starts after all triggering and safety

signals in closing direction have disappeared.

With OP doors, this parameter determines the hold-open time

in case of total opening width.

SSK delay 0 Delay before the door starts opening after an SSK signal.

0 = no delay

… = 0.2 s increments

40 = 8 seconds delay

▪ The SSK signal is only delayed if the door is closed.

Parameter explanations V2.1_V2.6

IRA_B8_EN_2V2_REC_102-020401137 9/ 56

Reset with button Enables an early closing of the door by sending the same

opening signal again during the hold-open time. This function

is usually implemented with OP doors.

Disabled X No interruption of the hold-open time.

Enabled Hold-open time can be interrupted with one of the signals from

the same group:

Group 1: AKI button, AKA button

Group 2: AKI button reduced, AKA button reduced

Group 3: SSK

▪ The interruption only works with the signals listed above.

DRIVE

→ Reduced opening width 40 This parameter sets the opening width when the door operates

with reduced opening width. This operating mode can be acti-

vated by the operator through a control unit and saves energy.

0 = minimum opening width

40 = total opening width

▪ A reduced opening width of 40 corresponds to the full

opening width, as it has been determined during the door

learning cycle.

▪ The reduced opening width is only carried out to the cor-

rect position after a first complete door movement has tak-

en place.

▪ The minimum opening width is not allowed to fall below an

opening width of 10 cm per door leaf.

▪ In case of security-relevant door openings (SÖK, EMER-

GENCY OPENING, etc.) and certain door types (e.g.

DEAD MAN) the door always opens completely.

▪ A comfortable setting option is available in the

Continuous-

ly open

operating mode. Any change in the setting is im-

mediately taken over and the door automatically slides to

the new

reduced opening width.

Parameter explanations V2.1_V2.6

IRA_B8_EN_2V2_REC_102-020401137 10/ 56

→ Reduced opening width

(with RED)

40 With RED doors, this parameter helps configure the Escape

route width. This is normally specified by each country’s build-

ing inspection and can also be shared for several doors.

0 = minimum opening width

40 = total opening width

▪ The escape route opening width can only be set with the

service unit FPC902.

▪

It is not allowed to fall below an opening width of 40 cm per

door leaf.

▪ Door openings in escape route direction (AKI) are time

monitored. With doors up to 2 m opening width, 80% of the

adjusted opening width of the escape route must be

reached within 3 seconds. In case of wider doors, the time

allowed is accordingly longer.

→ Collision CLOSE 20 Reaction point for a collision de

tection during closing run (main

closing edge)

0 = smooth

40 = rough

▪ The kinetic energy of the moving door is partially absorbed

by the controller to notice the increased expenditure of

force.

Collision OPEN 20 Reaction point for a collision detection during opening run

(secondary closing edge).

0 = smooth

40 = rough

▪ The kinetic energy for the moving door is partially ab-

sorbed by the obstacle. According to its characteristics, it

takes a certain time for the controller to notice the in-

creased exp

enditure of force.

Brake This parameter determines in which stop positions and in

which operating modes the motor brake should be actuated.

▪ After safety openings (SÖK; EMERGENCY OPENING,

ect.) the brake is generally not actuated. For this reason,

the door can still be totally opened by hand or with the rub-

ber cord (CO48).

Without X No brake.

Closed position The brake is applied in all operating modes when in the closed

position.

Indice

Altri manuali Record Sistema di apertura della porta

Record

Record C 127 X SU H-B OFFSET Manuale utente

Record

Record C 127 SU H Manuale utente

Record

Record DFA 127 Manuale utente

Record

Record DFA 70 Manuale utente

Record

Record BDE-D Manuale utente

Record

Record C 127 SU OFFSET Manuale utente

Record

Record K 32 M Manuale utente

Record

Record FlipFlow TWIN Manuale utente

Record

Record KEANE MONROE 2000 Series Manuale utente

Record

Record K32 ST Manuale utente

Record

Record STA20 Manuale utente

Record

Record DFA 127 Guida all'installazione

Record

Record 102-020.110.805 Istruzioni operative

Record

Record 5100 Series Manuale utente

Record

Record C 127 SU S Manuale utente

Record

Record PROTECT RC 2 Manuale utente

Record

Record system 20 RED Series Manuale utente

Record

Record K21 Manuale utente

Record

Record STM 20 RED/DUO Manuale utente

Record

Record 5100 Series Manuale utente

Record

Record S20 Series Manuale utente

Record

Record K 32 Z Manuale utente

Record

Record R62 Manuale utente

Record

Record HA8-SP Manuale di servizio

Manuali Sistema di apertura della porta popolari di altre marche

Pamex

Pamex KT-INP35 Manuale utente

Label

Label NEPTIS/LE Manuale utente

Cal-Royal

Cal-Royal N-F77CVR Manuale utente

Scrigno

Scrigno OPEN1000 Manuale utente

TriMark

TriMark UM 34 Manuale utente

BFT

BFT WIND RMB 130B 200 Manuale utente

Alecto

Alecto ADI-250 Manuale utente

Besam

Besam Swingmaster MP Guida

CRL

CRL SENIOR PRIMA Manuale utente

Assa Abloy

Assa Abloy SARGENT 1431 Series Manuale utente

GAL

GAL MOVFR Scheda tecnica

Olide

Olide 120B Manuale utente

Normstahl

Normstahl IDO7 Manuale utente

Häfele

Häfele Finetta T 70 VF Manuale utente

AGS

AGS D-PL Manuale

Stanley

Stanley MA900ñ Istruzioni per l'installazione

WITTUR

WITTUR Hydra Plus UD300 Manuale

Alutech

Alutech TR-3019-230E-ICU Istruzioni per l'installazione e il funzionamento

Record system 20 Manuale di riparazione

Manuali Sistema di apertura della porta popolari di altre marche