Crawford

May 2006 rev. 3

Page 1 of 95

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Service Manual Industrial Doors

CHAPTER 4 OPERATORS

Contents CHAPTER 4 OPERATORS 1 HISTORICAL HISTORICAL OVERVIEW OVERVIEW OPERATORS................... OPERATORS............................... ....................... ....................... ....................... ................... ........ 3 2 Old operators operators ....................... ................................... ........................ ....................... ....................... ........................ ....................... ....................... ..................... ........... .. 4 2.1 Overview Overview of delivered delivered Cardo Cardo operators operators........... ...................... ....................... ....................... ...................... ....................... ..................... ......... 4 2.1.1 Ovitor Ovitor operators operators (Delivered (Delivered from: Start – 1974) ..................... ................................ ...................... ...................... ..................... .......... 4 2.1.2 Operator Operator CDM-1 (Delivered (Delivered from: 1974 – 1980) 1980) ...................... .................................. ........................ ....................... ................. ...... 4 2.1.3 Operator Operator CDM–2 (Delivered (Delivered from 1978 – 1980) 1980) ...................... .................................. ........................ ....................... ................. ...... 4 2.1.4 Operator CDM-5 (Control system in the mechanical unit, 1982 – 1994) ......................... ............ ............... .. 6 2.1.5 Operator CDM-5 (HD) (control system system in the mechanical mechanical unit, 1982 - 1994) .................... .............. ...... 7 2.2 Circuit Circuit Diagram Diagram CDM 5 K 2605 ....................... ................................... ....................... ....................... ....................... ....................... .................... ........ 8 2.2.1 CDM-5 Dead man’s grip............................ grip....................................... ....................... ....................... ....................... ....................... ....................... ............... ... 9 2.3 Control Control unit CDM-5............. CDM-5......................... ....................... ....................... ....................... ....................... ....................... ....................... ....................... ............. 10 2.4 Mechanical Unit CDM5 (Separate control control system, 1984 – present)............ present) ........................ .................... ........ 10 2.4.1 Mechanical Unit CDM 5 adjustment of sliding clutch and limit switches................ switches.. ...................... ........ 11 3 mECHANICAL mECHANICAL UNIT CDM-6................................ CDM-6........................................... ....................... ....................... ...................... ..................... .......... 14 3.1 Mechanical Unit CDM6 (HD)(Separate control system, system, 1984 – present) ........................ ............. ........... 14 3.2 Installatio Installation n of fixing fixing bars CDM 6 (HD) ....................... .................................. ....................... ....................... ....................... .................... ........ 15 3.2.1 CDM6 (HD) adjustment of limit switches and sliding sliding clutch....... clutch.................... .......................... ......................... ............ 16 4 Control Control system CDM-5/CDM-6 CDM-5/CDM-6 (metal boxes) boxes) ...................... ................................. ...................... ....................... .................... ........ 17 4.1 CDM 5/6 - Control unit CDM6-07 K2-12253............... K2-12253... ......................... ......................... ......................... .......................... ............... .. 18 4.2 CDM 6 -07 Connectio Connection n diagram diagram -113-K2-12 -113-K2-12247 247 ...................... ................................. ....................... ....................... ................ ..... 19 4.3 CDM6 Main diagram - 111 K2 - 5640............... 5640.. .......................... .......................... .......................... .......................... ........................ ........... 20 5 Automatic system ECS 600 .......................... ............. ......................... ......................... .......................... .......................... .......................... ............... .. 21 5.1 Additional system ECS 600 (Added (Added to control system CDM5/6 or to CDM5 with control system system in mech.unit, mech.unit, 1984-1988).............. 1984-1988).......................... ....................... ...................... ....................... ....................... ...................... ...................... ............. .. 21 5.1.1 Functiona Functionall descriptio description n ECS 600 ..................... ................................. ....................... ...................... ...................... ....................... .................... ........ 22 5.1.2 Interface Interface unit (Obsolete).............. (Obsolete).......................... ....................... ....................... ....................... ....................... ....................... ....................... ............... ... 22 5.1.3 Power unit (Obsolete (Obsolete)............. )........................ ....................... ....................... ...................... ....................... ....................... ....................... ..................... ......... 22 5.2 Automatic door operating system ECS ECS 600....................... 600.......... ......................... ......................... ......................... ..................... ......... 23 5.3 CDM5 - ECS 600 - wiring wiring diagram diagram ...................... .................................. ....................... ...................... ....................... ....................... .............. ... 24 5.4 CDM6 - ECS 600 - Wiring Wiring diagram ..................... ................................. ....................... ...................... ....................... ....................... .............. ... 25 5.5 Photocell Photocell ECS 600 ...................... ................................. ....................... ....................... ....................... ....................... ....................... ....................... ............... .... 26 6 Control Control system system ECS 601.............................. 601.......................................... ....................... ...................... ....................... ....................... ..................... .......... 27 6.1 Control system ECS 601 (for CDM5 and CDM6, 1988-1993) 1988-1993) .......................... ............. ........................... ................ 27 6.2 Functiona Functionall descriptio description n ECS 601/602 ...................... .................................. ....................... ...................... ....................... ...................... .......... 28 6.2.1 Contactor Contactor unit................................ unit........................................... ....................... ....................... ....................... ....................... ....................... ....................... ............. .. 28 6.2.2 Impulse Impulse unit............................... unit........................................... ....................... ...................... ....................... ....................... ....................... ....................... ................. ...... 28 6.2.3 Safety supervision unit (Pinch guard monitoring) .......................... ............. .......................... .......................... ..................... ........ 28 7 Thermospe Thermospeed ed (1988 - 1998) 1998) ...................... ................................. ....................... ....................... ....................... ....................... ....................... ............ 50 7.1 Thermospeed (1988 - 1998)...................... 1998)......... .......................... ......................... ......................... ......................... ......................... .................... ....... 50 7.2 Automatic ECS 601............ 601 ........................ ......................... ......................... ......................... .......................... ......................... ......................... .................. ..... 51 7.3 ECS 601 Thermospe Thermospeed ed 111-K3 111-K3 - 31207 31207 ...................... ................................. ....................... ....................... ....................... ................ .... 54 7.4 Photocell Photocell kits K 35724..................... 35724................................ ....................... ....................... ....................... ....................... ...................... ....................... ............ 55 8 Control Control system system ECS 602.............................. 602.......................................... ....................... ...................... ....................... ....................... ..................... .......... 56

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CHAPTER 4 OPERATORS

8.1 Functiona Functionall descriptio description n ECS 601/602 601/602 ....................... ................................... ....................... ....................... ....................... ..................... .......... 57 8.1.1 Contactor Contactor unit:............................... unit:.......................................... ....................... ....................... ....................... ....................... ....................... ....................... ............. .. 57 8.1.2 Impulse Impulse unit:.............................. unit:.......................................... ....................... ...................... ....................... ....................... ....................... ....................... ................. ...... 57 8.1.3 Safety supervision unit: (Pinch guard monitoring) ......................... ............ .......................... .......................... ..................... ........ 57 8.2 Automatic ECS 602 System design............. design......................... ......................... .......................... .......................... .......................... ................. .... 58 8.3 Automatic ECS 602 Control components components ......................... ............. ......................... .......................... ......................... ..................... ......... 59 9 Control Control system system ECS 410/420/43 410/420/430 0 ...................... ................................. ....................... ....................... ...................... ...................... ................ ..... 60 10 Control Control Unit ECS 430S – CDM 6/5 ...................... ................................. ....................... ....................... ....................... ....................... ............. .. 61 10.1 ECS 430S 2H-CDM6 2H - 400V........................... 400V.............. .......................... ......................... ......................... .......................... ..................... ........ 62 10.2 B1 System System - ECS 430 S ....................... ................................... ....................... ....................... ....................... ....................... ....................... ................. ...... 63 11 Connectin Connecting g diagram ECS 430 P – CDM6/5 ...................... ................................. ....................... ....................... ....................... ............ 64 11.1 Automatic functions ECS 430 P ......................... ............. ......................... .......................... .......................... .......................... ...................... ......... 65 11.2 Control Control system system C-kit matrix descriptio description n ....................... .................................. ....................... ....................... ....................... .................. ...... 66 12 Diagram Diagram CDM 9 ....................... .................................. ...................... ....................... ....................... ....................... ....................... ....................... .................. ...... 67 12.1 Control Control system system D-kit matrix descriptio description n ....................... .................................. ....................... ....................... ....................... .................. ...... 69 13 RADIO EQUIPMENT EQUIPMENT ...................... ................................. ....................... ....................... ....................... ....................... ...................... ....................... ............ 70 13.1 Radio equipmen equipmentt 40 MHz.............................. MHz......................................... ....................... ....................... ...................... ....................... ..................... ......... 72 13.2 Radio equipmen equipmentt 433 MHz............................... MHz.......................................... ...................... ...................... ....................... ....................... .................. ....... 73 13.3 Radio equipment 433 MHz PLUS.......................... PLUS.............. ......................... ......................... ......................... ......................... .................... ........ 74 13.4 Programmin Programming g the transmitters transmitters........... ...................... ...................... ....................... ....................... ...................... ....................... ...................... .......... 78 13.5 Supplementing old 433 MHz installations 1.................. 1...... ......................... .......................... ......................... ......................... ............. 80 13.6 Supplementing old 433 MHz installations 2.................. 2...... ......................... .......................... ......................... ......................... ............. 81 13.7 Supplementing old 433 MHz installations 3.................. 3...... ......................... .......................... ......................... ......................... ............. 82 13.8 Coding Coding tables tables ....................... .................................. ....................... ........................ ....................... ....................... ........................ ........................ ..................... ......... 83 13.9 Radio equipmen equipmentt 869 MHz............................... MHz.......................................... ...................... ...................... ....................... ....................... .................. ....... 85 13.10 Transmitter Transmitterss in the 869MHz 869MHz program program ..................... ................................. ....................... ...................... ...................... ....................... ............ 86 13.11 Receivers Receivers in the 869MHz program program........... ...................... ....................... ....................... ...................... ....................... ....................... ............. .. 87 14 Magnetic Magnetic loop system system ....................... .................................. ...................... ....................... ....................... ....................... ....................... ..................... .......... 90 14.1 Magnetic loop – connection diagram.............. diagram. .......................... .......................... .......................... ......................... ......................... ............... 91 15 Reduced Reduced opening opening – ECS 430 P – CDM 5 ....................... .................................. ....................... ....................... ....................... .............. .. 92 16 Reduced Reduced opening ECS 430P – CDM6 ...................... ................................. ....................... ....................... ....................... .................... ........ 93 17 Reduced opening – ECS 930A / 940A* – CDM 9........................ 9............ ......................... ......................... ....................... ........... 94 18 Dipswitch Dipswitch settings settings – ECS 930A/ 940A – CDM 9 ....................... .................................. ....................... ....................... ............... .... 95

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8.1 Functiona Functionall descriptio description n ECS 601/602 601/602 ....................... ................................... ....................... ....................... ....................... ..................... .......... 57 8.1.1 Contactor Contactor unit:............................... unit:.......................................... ....................... ....................... ....................... ....................... ....................... ....................... ............. .. 57 8.1.2 Impulse Impulse unit:.............................. unit:.......................................... ....................... ...................... ....................... ....................... ....................... ....................... ................. ...... 57 8.1.3 Safety supervision unit: (Pinch guard monitoring) ......................... ............ .......................... .......................... ..................... ........ 57 8.2 Automatic ECS 602 System design............. design......................... ......................... .......................... .......................... .......................... ................. .... 58 8.3 Automatic ECS 602 Control components components ......................... ............. ......................... .......................... ......................... ..................... ......... 59 9 Control Control system system ECS 410/420/43 410/420/430 0 ...................... ................................. ....................... ....................... ...................... ...................... ................ ..... 60 10 Control Control Unit ECS 430S – CDM 6/5 ...................... ................................. ....................... ....................... ....................... ....................... ............. .. 61 10.1 ECS 430S 2H-CDM6 2H - 400V........................... 400V.............. .......................... ......................... ......................... .......................... ..................... ........ 62 10.2 B1 System System - ECS 430 S ....................... ................................... ....................... ....................... ....................... ....................... ....................... ................. ...... 63 11 Connectin Connecting g diagram ECS 430 P – CDM6/5 ...................... ................................. ....................... ....................... ....................... ............ 64 11.1 Automatic functions ECS 430 P ......................... ............. ......................... .......................... .......................... .......................... ...................... ......... 65 11.2 Control Control system system C-kit matrix descriptio description n ....................... .................................. ....................... ....................... ....................... .................. ...... 66 12 Diagram Diagram CDM 9 ....................... .................................. ...................... ....................... ....................... ....................... ....................... ....................... .................. ...... 67 12.1 Control Control system system D-kit matrix descriptio description n ....................... .................................. ....................... ....................... ....................... .................. ...... 69 13 RADIO EQUIPMENT EQUIPMENT ...................... ................................. ....................... ....................... ....................... ....................... ...................... ....................... ............ 70 13.1 Radio equipmen equipmentt 40 MHz.............................. MHz......................................... ....................... ....................... ...................... ....................... ..................... ......... 72 13.2 Radio equipmen equipmentt 433 MHz............................... MHz.......................................... ...................... ...................... ....................... ....................... .................. ....... 73 13.3 Radio equipment 433 MHz PLUS.......................... PLUS.............. ......................... ......................... ......................... ......................... .................... ........ 74 13.4 Programmin Programming g the transmitters transmitters........... ...................... ...................... ....................... ....................... ...................... ....................... ...................... .......... 78 13.5 Supplementing old 433 MHz installations 1.................. 1...... ......................... .......................... ......................... ......................... ............. 80 13.6 Supplementing old 433 MHz installations 2.................. 2...... ......................... .......................... ......................... ......................... ............. 81 13.7 Supplementing old 433 MHz installations 3.................. 3...... ......................... .......................... ......................... ......................... ............. 82 13.8 Coding Coding tables tables ....................... .................................. ....................... ........................ ....................... ....................... ........................ ........................ ..................... ......... 83 13.9 Radio equipmen equipmentt 869 MHz............................... MHz.......................................... ...................... ...................... ....................... ....................... .................. ....... 85 13.10 Transmitter Transmitterss in the 869MHz 869MHz program program ..................... ................................. ....................... ...................... ...................... ....................... ............ 86 13.11 Receivers Receivers in the 869MHz program program........... ...................... ....................... ....................... ...................... ....................... ....................... ............. .. 87 14 Magnetic Magnetic loop system system ....................... .................................. ...................... ....................... ....................... ....................... ....................... ..................... .......... 90 14.1 Magnetic loop – connection diagram.............. diagram. .......................... .......................... .......................... ......................... ......................... ............... 91 15 Reduced Reduced opening opening – ECS 430 P – CDM 5 ....................... .................................. ....................... ....................... ....................... .............. .. 92 16 Reduced Reduced opening ECS 430P – CDM6 ...................... ................................. ....................... ....................... ....................... .................... ........ 93 17 Reduced opening – ECS 930A / 940A* – CDM 9........................ 9............ ......................... ......................... ....................... ........... 94 18 Dipswitch Dipswitch settings settings – ECS 930A/ 940A – CDM 9 ....................... .................................. ....................... ....................... ............... .... 95

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CHAPTER 4 OPERATORS


1 HISTORICAL OVERVIEW OPERATORS

1955

1965

7

1975

1985

1990

5

2000

5

) e g i e b ( r 1 o t i M v D O C

) n ) e w o u r l B B ( ( 2 3 M M D D C C

4 M D C

) n e e r G ( 5 M D C

6 M D C

D F / 0 7 8 2 9 M M M M D D D D C C C C

D S H 0 1 M D C

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2 OLD OPERATORS 2.1 Overview of delivered Cardo operators 2.1.1 • •

Ovitor operators (Delivered from: Start – 1974)

No spare parts available anymore Only small adjustment/repair actions possible.

Note! Only if complete operator is in good condition! Possible adjustments : Limit switches Possible repairs : Motorprotection switch, Main relays • •

•

If other repairing is needed : REPLACE COMPLETE OPERATOR

2.1.2 Operator CDM-1 (Delivered from: 1974 – 1980)

Most electrical parts for control system not available anymore. Some repair/adjustment actions are still possible.

•

•

Note ! Only if complete operator is in good condition Possible adjustment s : Limit switches / Sliding clutch Possible repairs: Electro-motor, Sliding clutch, Brake, RPM-transmitter, Disengagement, Limit switches. Motor-protector switch, Main relays. •

•

•


Note! Consult checklist for right type of operator. 2.1.3 •

Operator CDM–2 (Delivered from 1978 – 1980)

Most electrical parts (PCB’s) are not available anymore.

CHAPTER 4 OPERATORS

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Service Manual Industrial Doors •

Some adjustment/repair actions are still possible.

Note! Only if complete operator is in good condition! Possible adjustments: Limit switches / Sliding clutch. Possible repairs: Electro-motor, Sliding clutch, Brake, RPM-transmitter, Disengagement, Limit switches, Motor-protector switch, Main relays. •

• • • • • • • •

•


Above mentioned operators are not in accordance with the present state of the art, when it comes to safety and other regulations.

If upgrading and/or severe repairing is necessary, the customer should be advised to replace the complete operator by one of our present types. Consult check list for right type of operator!

CHAPTER 4 OPERATORS

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2.1.4 • •

Operator CDM-5 (Control system in the mechanical unit, 1982 – 1994)

Not all spare parts are still available. All kind of adjustments/repair actions possible.

Note! Only if complete operator is in good condition. •

No safety supervision.

If upgrading and/or severe repairing is needed, Replace the complete operator for one of the present types (Consult checklist for right type). •

CHAPTER 4 OPERATORS

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2.1.5

• •

Operator CDM-5 (HD) (control system in the mechanical unit, 1982 - 1994)

Not all spare parts are still available. All kind of adjustments/repair actions possible.

Note! Only if complete operator is in good condition. • •

•

No safety supervision If upgrading and/or severe repairing is needed, replace the complete operator for one of the present types (consult checklist for right type) Maximum door weight: CDM 5 = 650 Kg CDM 5 (H) = 1150 Kg

CHAPTER 4 OPERATORS

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CHAPTER 4 OPERATORS

Service Manual Industrial Doors 2.2

Circuit Diagram CDM 5 K 2605 4 3 5 5 2 1 3 3 2 1 2 2 4 3 4 4

M

4 3 1 1

0 0 1 x 3

F u 2 2 , 0 x 3

6

5

4

3

2

1

A 6 , 1 1

2 K 1 2 A A 4 3 5 5 2 1 3 3 2 1 2 2

6 4

4 3 4 4

2

5 3

B

6

5

4

3

2

1

R

1

4 3 1 1

2 1 + 4 3

V V 0 5 8 1 T 3 4 x x S 3 3

B a M b

1 1 2 A K A

B M 3 1

1 K

b

0 0 1

a

F u 2 2 , 0

4 1

V 5 1 4 / 0 8 3

N W O R 2 1 B

V 4 2

G

E N P ° 0 1 1

1 1

2 K

6 3 0 1 1

5 1

. .

2 K

5 / 4 M D C

1 D

A 5 1 , 3 A S

1 2 2 2

4

7

6 1 K

1 2 2 2

8

4 5 2 D 3 5

2 K

2

7

4 5 3 5

5 c n o n c

1 3 1 3

2 K S

P O T S 1

1 K

5

2 3

2 3

1 A

F u 2 2 , 0

5

1 G 1 K

0 0 1

4 1

7 2 0 1

1 A

2 A

. .

2 3 1

0 3 8 2

2 A

2 K

2

2

3

4

4 4 3 4

o n

c n

E 2 N G P

c 1 1

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CHAPTER 4 OPERATORS

Service Manual Industrial Doors 2.2.1 CDM-5 Dead man’s grip

PE N 1

L1 T

1

L2 L3 3

5 F1 1AT ON

110°

11

T1 11 1 24V

S4 1

3

5

2

4

6

K1

1

3

5

2

4

6

K2 S1

PE PE

u1 v1 w1 U1 V1 W1 U1

V1

N N N

W1

S2

1 PE

U1

V1

W1 13 32

M

~

M =

~

S4

K1 =

31

S3 K1 TR1 14

22 21 2

A1 TR1

14

K2

22 21 A1

K1 A2

K1

K2 A2

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Control unit CDM-5

2.4 Mechanical Unit CDM5 (Separate control system, 1984 – present)

Spare parts still available All kind of adjustments/repair actions possible Note! Only if complete mech. unit is in good condition • •

•

Maximum door weight: CDM 5 = 650 Kg CDM 5HD = 1150 Kg

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CHAPTER 4 OPERATORS


2.4.1

Mechanical Unit CDM 5 of sliding clutch and limit switches

adjustment

Adjustment of sliding clutch:

Increase of the sliding force: - Unscrew the 2 lock nuts and the thrust washer. - Take away the necessary rings (One ring increases the force by 10-15kg). - Fit the thrust washer and the lock nuts again. - Test the door. (The sliding clutch has to be adjusted so that the operator is strong enough to drive the door from any position, but not too strong. The door could have to be stopped by hand. Too strong adjustment can give a wrong functioning of the SBD). Adjustment of the limit switches:

To adjust the limit switches, a control plate can be pressed in and then you can rotate the nuts along the screw-thread. Choose first which limit switch is for OPEN and which one for CLOSED. - The door will stop at fully opened position by the limit switch. (Adjust the limit switch so, that the buffer is pressed ca. 2 cm) - On the floor the door stops by the rev. monitor or by the pneumatic safety device. (ECS 430S and 430P) Adjust the lower limit switch, so that it will be activated between 30-70mm from the floor. For earlier activation, rotate the nut towards the limit switch.

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Service Manual Industrial Doors Replacement and adjustment of the V-belt:

Loosen the brace nut of the motor plate. (Make sure that the motor does not fall off) - Dismantle the V-belt. - Install the new V-belt and adjust the tension of the V-belt by tightening the brace nut again. The V-belt is tensioned correctly if you can press it in the middle for ± 6mm. Replacement of the brake :

Symptom: The electro-motor turns but the door does not. (Sliding clutch is working) - Old type of mechanical units has a brake with the rectifier included. Check that 220VAC reaches the brake while the electro-motor is running. If that is the case: Replace the brake + separate rectifier. If not, check for a fault in the electrical system. - New type of mechanical units has a brake with a separate rectifier. Check that 220VAC reaches the rectifier while the electro-motor is running. If that is the case: Check if the rectifier gives ±110VDC at the secondary side. If not, check for a fault in the electrical system. If the rectifier gives ±110VDC, replace the brake.

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RPM control:

Symptom: Door goes up for ±10cm and stops. Or: Door goes down for ±10cm, stops, reverses and goes up for ±10cm again.

•

•

•

•

Check the distance between the sensor of the rev. counter and the round surface of the cam on the shaft. (Distance should be 0,8mm = hack saw blade) If this distance is right, check the sensor! (Use an Ohm-meter) In 1 direction you have to measure ± 3.8 MΩ. In the other direction you have to measure an open circuit. If you measure other values, replace the sensor. If the sensor is right, check the electrical part!

CDM-5 old (Control unit in mech. Unit): Replace the black PCB (K035755) CDM-5 new(Control unit ECS601/602 – 430(S)(P): Replace the adapter PCB in the mech. unit (K033808)

•

•

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3 MECHANICAL UNIT

CDM-6

3.1 Mechanical Unit CDM6 (HD)(Separate control system, 1984 – present) • •

Spare parts available All kinds of adjustments/repair actions possible.

Note! If one of the inside toothed wheels is broken or damaged the complete gear unit has to be replaced.

• • •

Maximum door weight: CDM 6 = 275 Kg. CDM 6 HD = 350 Kg.

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Installation of fixing bars CDM 6 (HD)

Installation of fixing bars CDM6-(HD) Min 5° Max 30°

Min 5° Max 30°

Min 5° Max 30°

The bars should be aligned to each other see fig. • The bar on the mech. unit can be installed upwards or downwards. • The other bar can be fitted in Line with or towards the mech. Unit. • The Z-bar design ensures that the unit can follow the movement of the door shaft without hinder. Note! Lock nuts must be used where indicated Installation of fixing bars CDM6-(HD)

Between both fixing bars should be fitted a vibration damper see fig. 1 vibration damper 2 fixing bar

Min 5° Max 30°

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3.2.1

CDM6 (HD) adjustment of limit switches and sliding clutch

MOTOR

M

2 MOTOR UNIT

3

1

V

2

W

3

N

N

1 2 3 N

U1 V1 W1 N

1

Y1 5

S4

7 1 9

.. S1 S2 S3

LIMIT SWITCH 6 UNIT

4

U

1 2 3 4 5 6 7

1 2 3 4 5 6 7

2 1 2 3 4 5 6 7

X01 1 LIMIT SWITCH PART 2. SLIDING CLUTCH

2 MOTOR 3 OPERATOR 4 LIMIT SWITCH UNITS 5 RPM CONTROL 6 DISENGAGEMENT SWITCH 7 LIMIT SWITCH "completely open" 8 LIMIT SWITCH "closed" 9 LIMIT SWITCH "reduced opening"

S3 S2 S1

Adjustment of limit switches . Door will stop above by limit switch and on . The bottom by the RPM control. . The lower limit switch has to be adjusted so . That it will be activated approx. 50 mm from . Floor level. . For earlier switching: turn the switch arm . Towards the micro switch roller. . For later switching: turn the switch arm away . From the micro switch roller. S1 = Limit switch "Completely open" S2 = Limit switch "Closed" S3 = Limit switch "Reduced opening"

B

A

Adjustment of the sliding clutch . Loosen clamping screw B. . Screw adjusting nut A inwards to increase . Sliding force. . One turn of the adjusting nut corresponds . To about 10 kg change of the sliding force.

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4 CONTROL SYSTEM CDM-5/CDM-6 (METAL BOXES)

CONTROL SYSTEM CDM5/6 – 01, Steel control box (1984-1988) •

•

•

Not all spare parts are still available. Has been delivered with or without safety supervision. If upgrading or severe repairing is needed, replace the control unit by one of the present systems (consult check list for right system).

CHAPTER 4 OPERATORS

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CHAPTER 4 OPERATORS


CDM 5/6 - Control unit CDM6-07 K2-12253 1 2 3 4 5 6 7 8 9 1 1 1 1 0 1 2 3

F2

3 8 0

1 5

X1

F1 T1

1 2

3

K20

4

5 6

X2

0

7

8

1 2

3 4

2 4

K12271

9

K21

K22

K19

K18

X3

6

K11

1 3

K17

K6868

4

K6869

K1

21

22

5

6

K2

1

X4

7

K10

8

K14

W 2

K6915

1/2

A 1 - 3 6 , 0

K15

X5

V 4

S12 UP

K2517

K5784

K12

2 4

1/1

K16 U 6

1

H1

4 2

9

3

K8119

2

3

4

6

6

1

K13

2

5

22

5 3

5

S21

21

3

N

2

S5 STOP

1

5 6

X6

X9

1 2 3 4 5 6

1 2 3 4 5 6

X7 1 2 3 4 5 6

X9 1 2 3 4 5 6 7

Q1 K5775

K6979

S1 3 N W1

2

1

X10 V1 U1 K5756

5 L1

3 L2

1 L3

K6978

S15 DOWN

CONTROL UNIT CDM 6-07 LAYOUT BASEPLATE AND LID

May 2006 rev. 3

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CHAPTER 4 OPERATORS


CDM6 Main diagram - 111 K2 - 5640

PE

3x380V (3x220V), 3x415V L1 L2 L3

N 1 T

5

3

1

F2 2A

4

X8 2

PE

N

1

2

c

c S1

B1

n> c

S2 c

N

1

PE

N

U1 V1 W1

Y1 M1

2

3

N

U1 V1 W1

2 K1

1

4 3

S10

S13 S12

K1

K17 no

nc

1

S14 K16

X8 4

X8 5

X8 6

31

nc X5 4 PNE

b

~

P X1 6

c

d

e

Y1

14 K10 14 K11 14 K12 13

13

5 9

11 1

5

13

8

8 8

8 4

9

7 4

5

11

9

12

8

8 4

12

X4 1

9

X4 2

K12

a

a

a

b

b

b

K15

K16

K17

K18

no

10 no

12 nc

1

5

K13 9 K11 X6 1 X7 1 X5 6 8 S15 S17 S16

X9 9

X6 2 X7 2 X5 5

5

X9 8

X1 1 53

X1 15

10 nc

X9 5

22

K2 K2

21

54

K2 21

X4 6

b

10 nc

4 X9 6

5

(S19)

X4 7

a

10 no

no

X4 4

>1 =

DRAWING 112-K2-5783

1

nc

K10

X1 8 22

b K14

12

9 K18

g i

a

13

13

c

S8

L

f

&

=

3 X 220V

h

>1 =

M1

no K15

X4 3

~ =

X1 7

L+

c

X5 3

K2

X8 3

X10 a

X1 9

X7 3 K2

44

>1 =

4

K13

c

X7 4

K2

PEU1V1 W1 2

3 X 380V (3 X 415)

43

K1

32

a b

S11

X3 5 X31 X3 3 X6 5 X7 5 X5 2 X1 1

S7

S3

6 5

32 31

no

3

PE

c

S9

no K14

9

no

nc

5

nc

X6 4

X2 6

c

X3 6 X32 X3 4 X6 6 X7 6 X5 1 X1 3

T1

2

6

3

X2 7

X2 5 X9 3

nc

1

X6 3 X9 1 S5

S4

nc

nc

4

X4 8 12 12 K11 K12 K10 4 4 4

c 110°

24V

2

X1 13 X9 7 X2 9 12

7

Q1

6

X8 1

F1 2A

X1 2

S18

X1 4

X2 3

X2 4

X4 5 14 K13 X4 9

5

12

A1 X8 7 X2 2

13

9

X2 8

X9 4

A1

K1 UP

A2

5 1 : 1 X

K2 DOWN

A2

2

1

2

3

1

2

2

3

4

3

3

4

2

5

6

3

5

6

13

14

13

14

43

44

7

43

44

31

32

7

31

32

13 21

22

11 21

22

12 53

54

12 53

54

1

10 no

13 no

12 8

10 nc

13 nc

12 4

12

7

CDM 6 MAIN DIAGRAM 111-K2-5640

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CHAPTER 4 OPERATORS


CDM6 Main diagram - 111 K2 - 5640

PE

3x380V (3x220V), 3x415V L1 L2 L3

N 1 T

5

3

1

F2 2A

4

X8 2

2

PE PE PE

N N N

1

2

1

c

c S1

B1

n> c

S2 c

Y1

K1

1

4 3

5

43

K1

c

S11 S10

S13 S12

31

X8 4

X8 5

X8 6

nc X5 4

44 PNE

K17 no

nc

1

S14 c

P

b

~

X1 6

c

d

e

Y1

14 K10 14 K11 14 K12

M1

13

13

5 9

11 1

5

13

K16

8

8 8

8 4

9

7 4

5

11

9

12

8

8

a

a

a

b

b

b

K15

K16

K17

K18

no

10 no

12

12

4

nc 10 no 10 nc

X4 1

9

(S19) X4 2

K12

13 nc

5

S16

X9 9

X6 2 X7 2 X5 5

5

X9 8

X1 1 53

X1 15 22

K2 K2

21

X9 5

54

K2 21

X1 2

S18

X1 4

X2 3

X2 4

X4 5 14 K13 X4 9

A1 X8 7 X2 2

13

X2 8

5

12

9

X9 4

A1

K1 UP

A2

5 1 : 1 X

K2 DOWN

A2

2

1

2

3

1

2

2

3

4

3

3

4

2

5

6

3

5

6

13

14

13

14

43

44

7

43

44

1

10 nc 13 no

1

K13 9 K11 X6 1 X7 1 X5 6 8 S15 S17

X4 6

b

10 nc

4 X9 6

5

X4 7

a

10 no

no

X4 4

>1 =

DRAWING 112-K2-5783

1

nc

K10

X1 8 22

b K14

12

9 K18

g i

a

13

13

c

S8

L

f

&

=

3 X 220V

h

>1 = L+

no K15

X4 3

~ =

X1 7

>1 = a

c

X5 3

K2

X8 3

X10

4

K13

X1 9

X7 3

K2

PEU1V1 W1 2

9

K1

X3 5 X31 X3 3 X6 5 X7 5 X5 2 X1 1

X7 4

K2

32

a

3 X 380V (3 X 415)

no K14

S7

S3

6

U1 V1 W1

b

M1

3

N

U1 V1 W1

2

32 31

no

3

2

S9

no

nc

5

nc

X6 4

X2 6

c

X3 6 X32 X3 4 X6 6 X7 6 X5 1 X1 3

T1

6

3

X2 7

X2 5 X9 3

nc

1

X6 3 X9 1 S5

S4

nc

nc

4

X4 8 12 12 K11 K12 K10 4 4 4

c 110°

24V

2

X1 13 X9 7 X2 9 12

7

Q1

6

X8 1

F1 2A

12 8

12

12 4

31

32

7

31

32

13 21

22

11 21

22

53

54

53

54

7

12

12

CDM 6 MAIN DIAGRAM 111-K2-5640

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CHAPTER 4 OPERATORS

5 AUTOMATIC SYSTEM ECS 600 5.1 Additional system ECS 600 (Added to control system CDM5/6 or to CDM5 with control system in mech.unit, 1984-1988) •

•

Not all spare parts are still available. If upgrading or severe repairing is needed, replace the control system and the additional system by one of the present types.

•

(Consult check list for right system). •

For automatic systems : see ECS 601.

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CHAPTER 4 OPERATORS

5 AUTOMATIC SYSTEM ECS 600 5.1 Additional system ECS 600 (Added to control system CDM5/6 or to CDM5 with control system in mech.unit, 1984-1988) •

•

Not all spare parts are still available. If upgrading or severe repairing is needed, replace the control system and the additional system by one of the present types.

•

(Consult check list for right system). •

For automatic systems : see ECS 601.

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CHAPTER 4 OPERATORS

5.1.1 Functional description ECS 600

ECS 600 is an additional automatic system to be connected to old operators CDM-5 (Control system in the Mech. Unit) and to control systems CDM5/6-01. The basic system consists of 2 circuit boards: 5.1.2

-

Different types for CDM5 and CDM6 Receives signals from the control system and converts them into logic signals (12VDC) to the circuit boards for automatic functions. Receives commands from the circuit boards for automatic functions and converts them to the control system. In the front panel there are indication LED’s for the position of the door.

5.1.3

-

Interface unit (Obsolete)

Power unit (Obsolete)

Supplies a stabilized, suppressed drive voltage to the other components of the additional system. In the front panel there are indication LED’s to see if all voltage is present and a switch to switch off the automatic functions.

Note! For more information concerning the automatic functions, see chapter ECS601.

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CHAPTER 4 OPERATORS


5.2

Automatic door operating system ECS 600 1

7 K-12100 (K-12103)

13 K-12106

interface CDM5 (interface CDM6)

18 K-12109

Closing Timer Warning signal

Power Unit

23 K-12112 (K-12113)

28 K-12114 (K-12115)

33 K-12116

Remote Control Photoelectric Magnetic loop Radio 27 (40) Mhz Amplifier 1(2) Ch Vehicle detector

Ch1 Ch2

12V 24V

24V

Ch1 Ch2 F

32V RF t1

1,6A

16-160 t2

Aut

6TE

6TE 7

1-9 4-36

Man

1

2-20

6TE 13

5TE 18

5TE 23

5TE 25

8TE 33

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 4 4 46 48 50 52 54 56 58 60 62 64

1 3 5 7 9 11 1 3 15 1 7 19 2 1 23 2 5 28 2 7 29 3 1 33 3 5 37 3 9 41 4 3 45 47 49 5 1 53 5 5 57 5 9 61 6 3

Cable wiring diagrams

Spare for board pos 7 Pushbutton long vehicle

114-K4-12465

Interlock Unit

114-K4-12117

Sensors for board pos 7 Magnetic loop

114-K4-3084

Photoelectric Optics

114-K4-12447

SCR-switch, warning lights

114-K4-12173

Pullstation for CDM5

114-K4-507

Inhibit key

114-K4-12464

External function

114-K4-867

Door Operator -CDM5 -CDM6

114-K4-2546 114-K4-5792

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CHAPTER 4 OPERATORS


5.3

CDM5 - ECS 600 - wiring diagram

CDM 5 - ECS600 Wiring diagram

Control units for: CDM5

CDM5/SL

CDM5-07, 08

CDM5-01

1 12

1 13

1 13

1 13

9 11 LB 5 6 3 4 7 8

10 12 LB 6 7 4 5 8 9

12A 12B 6 7 2 3 8 9

10 8 4 5 3 2 ** 6 7

*

*

**

ECS 600 Screw terminal RKKR 12G 0,75 HO3VV-U 1 2

1 2

3 4 5 6 7 8 9 10

*)

Wire from pneumatic switch (LB) connected to screw 9 (10 in CDM 5 / SL) to be connected to wire 4 from ECS 600 under flying top joint.

**)

Remove loop if any and connect wires 7 and 8 in series with existing stop devices.

8 9 10 11 12 13 14 15

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CHAPTER 4 OPERATORS


CDM6 - ECS 600 - Wiring diagram

x2/1 x2/2 x2/3 x2/4 x2/5 x2/6 x2/7 x4/5 x4/6 x5/1 x5/2 x5/3 x5/4 x5/5 x5/6

Connect wires 1 and 2 to X2/9 end X2/8 resp. if supply voltage 24VAC is to be disconnected from ECS 600 when the operator is disengaged.

RKKR 18G 0,75 HO3VV-U 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 PE

2

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

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CHAPTER 4 OPERATORS


Photocell ECS 600

7 9 1 2 2 3

k c d a e l B R

S T

w o l l e Y

d l e i h S

M R

Photocell optics Channel 1

6 8 0 2 2 3

k c d a e l B R

S T

w o l l e Y

d l e i h S

M R

Photocell optics Channel 2

May 2006 rev. 3

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6 CONTROL SYSTEM ECS 601

6.1 Control system ECS 601 (for CDM5 and CDM6, 1988-1993) • •

•

Spare parts are still available Has been delivered with or without safety supervision. If severe repairing is needed, replace the control unit by one of the present types. (consult checklist for the right system).

CHAPTER 4 OPERATORS

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6.2 Functional description ECS 601/602 The control systems ECS601/602 can be connected to the mechanical units CDM5 and CDM6. The basic function consists of 3 circuit boards: 6.2.1 Contactor unit

There are 2 contactors on the circuit board which connect the mains voltage to the motor. The connectors are controlled by signals from the impulse unit. The contactor unit also includes a protective transformer which supplies the 24 VAC for the control voltage. 6.2.2 Impulse unit

The impulse unit includes all the electronic control functions. - Gives the needed signals to the contactor unit. - It senses the function of the safety device. - It senses the RPM-control. When it indicates that the number of rotations is too low, the door will be stopped and reversed, depending on the position of the door. - Maximum running device = 45 sec. Power has to switched off and on again after ± 10 sec. - The 1-button function is built into this board. 6.2.3 Safety supervision unit (Pinch guard monitoring)

In most countries it is a regulation that the pneumatic safety edge is tested every time when the door hits the floor. As soon as the limit switch “Door closed” is activated (± 50mm from the floor) the function will be tested and can be seen by the flashing of the LED on the front. If the pulse is too short or not given at all to the supervision unit, the control system switches over to so-called dead man’s function. This is indicated by the red LED on the front of the unit. It will stay on constantly.

CHAPTER 4 OPERATORS

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Service Manual Industrial Doors SYSTEM DESIGN

Board 7-9 Basic control Board 10-11 Optional automation

Control box in ABS plastic

5 Circuit board 1 Bottom part 2 Collar 3 Top lid

13 Motor protection switch 15 Terminal connections 16 Button control set

4 Lower lid Additional automations Grundstyrning

10 Interface Power unit 6 Cover plate11 7 Contact und

11. 4 board positions for additional automations

8 Impulse unit

12 Antenna for radio receiver

9 Safety supervision unit 14 Semiconductor for warning light

CHAPTER 4 OPERATORS

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CHAPTER 4 OPERATORS


Connection of automation circuit boards

The board positions X4-X7 on the circuit board are intended for auxiliary automation circuit boards. The contacts are connected to terminals X13-X16 via lines on the circuit board shown in the diagram below. ie. X4 - X13. X5-X14 etc. Crawford Door Strömstad Sweden X0

X1

X2

X3

X4

X5

X6

X7

X16

X17

X09

X10

X11

X15

X08 X14

X13

The terminal X12 has a special function. Signals between two interlocking doors are transferred via X12. Bus signals are also transferred through this terminal and a band cable to an extra box for automation boards. The external units belonging to a specific automation function are connected via a connection terminal installed on the relay track. This is connected to terminal X13-X16 via ribbon cable.

X12

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CHAPTER 4 OPERATORS

INTERFACE POWER UNIT

The unit is connected to the 4th board position. X3 (pos 37-42 in the casing). The module contains a neutralized and stabilized 12 V DC drive voltage unit for the supply of voltage to the electronics. The electronics on the board also function as an interface between basic control and automatic options. This implies that the basic control 24 V AC signals are converted to 12 V DC which the automatic units work with. The front panel of the board contains diode Lamps which indicate the current door position.

Fully open door interface / Power unit

Opening door Door opened between limits reduced o enin Closing door Fully closed door Supply voltage to automatic board 12 V DC

12 V DC Man

Manual function ie. automatic board disconnected, the door is operated with the aid of basic control. Switch automatic / manual function

Aut Man

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CHAPTER 4 OPERATORS

AUTO CLOSING / WARNING LIGHT

The units include two basic functions, automatic closing and warning lights. Controlling of warning Lights The control signals are sent to a semi-conductor relay (thyristor) which in turn connects 110/220V to the lamp fittings. Control signal to thyristor, red warning signal, (flashing or steady) Control signal to thyristor, green warning signal

Closing Timer Warning signal

(steady light) When time t2 is running the LED is flashing with 10w intensity The flash frequency depends on the setting of the f2 trimming screw. Short impulse indicates that the closing signal goes to the interface board. When time t1 is running the LED is blinking with low intensity. The frequency depends on the setting of the t1 trimming screw. Automatic closing

t1

The board contains times circuits which control how long the door is to be open before t is automatically closed. This interval is divided into two time intervals t1 and t2. Setting of t1

2-20 16-160

t2

t1= the time the door is fully open with the green lamp on.

1-9

The time range. (2-20 or 16-160 sec.) is selected with the switch and the time is adjusted: with the trimming screw.

4-36

Setting of t2 t2= the time the door is fully open but warns for closing

with a flashing red signal. The time range (1-9 or 2-36 sec.) is selected with the switch and the time is adjusted with the trimmin screw.

The total time when the door is open is t1 + t2. The times t1 and t2 can be changed with switch S4/3 on the circuit board, see next page.

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CHAPTER 4 OPERATORS


Optional automation On the circuit board there are two blocks with DIP switches, S3 and S4 plus a bar block L1. Note !!!! The bar block shall sit in lower position on L1 for ECS 601. The top position is used for ECS 600.

* D1 * D3 * D2

ON

ON

S3

S4 L1

S1 R13 S2 R14

S3/1 closing.

of

Flashing red light before

on Flashing red light before closing and between limit positions. S3/2 of red light for closed door.

No

on Constant red light for closed door. S3/3 light.

of

No green

on Constant green light for fully open door.

May 2006 rev. 3

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Service Manual Industrial Doors Example:

The time t1 + t2 is timed from the first of "fully open door" or "passage of safety photo cell / magnetic loop". The time t1 + t2 is timed from "fully open door". The switches of S3 are set on and off.

CHAPTER 4 OPERATORS

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CHAPTER 4 OPERATORS


Optional automation The conditions for automatic closing are selected with S4. S4/1off The time t1 + t2 is timed from the first of "fully open door" or "passage of safety photo cell / magnetic loop". on The time t1 + t2 is timed from "fully open door". S4/2 off The closing the safety function is reset when the downwards. on The closing the safety function is reset when the closed.

memory for door moves memory for door is fully

S4/3 off The timer works according to the S4/1 setting. When safety photo cell/magnetic loop is passed, remaining time t1 is divided on by 4. The time interval t1 applies as per setting on front panel. Example:

Exit from parking deck S4 switches set to: off off off

Assume that t1 = 40 sec. and t2 = 10 sec. The door opens. When fully open, the time t1 starts to run and when it has run out, t2 starts to run. If no one passes the photo cell, the door will close after 40 sec. + 10 sec. = 50 sec. If someone passes the photo cell after, for example, 12 sec. the remainder of t1 (40 sec. - 12 sec. = 28 sec.) is divided by 4:28 sec./4 = 7 sec. The door starts to close after a total time of 12 sec. + 7 sec. + 10 sec. = 29 sec.

May 2006 rev. 3

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Service Manual Industrial Doors The consequence of S4/2 being set in off position is: If a closing door is made to reverse, e.g. by the pinch guard monitor or a safety function, it will not close automatically, unless the photo cell is activated. This is because the closing memory is reset when the door has started to move downwards.

CHAPTER 4 OPERATORS

May 2006 rev. 3

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Optional automation SEMI-CONDUCTOR RELAY (THYRISTOR)

The semi-conductor relays for control of mains voltage to the warning light are comprised of separate circuit boards mounted on the relay rail. One board is required for each warning light. Max. effect 250W. Connection ot warning light

The semi-conductor relay(s) and lamps are connected to the connection block as per the diagram below. The connection block is linked via ribbon cable to the terminals X13-16 which belong to the board position where the insert circuit is put in.

By using the connections to the in the diagram, the automatic closing function or the opening can be blocked, e.g. by an external timer (closing contact).

CHAPTER 4 OPERATORS

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CHAPTER 4 OPERATORS


Optional automation PHOTO CELL AMPLIFIER

This unit is available as a single channel and double channel amplifier.A photo cell transmitter and corresponding receiver can be connected to each amplifier channel.

The system works with IR-light

Indicating codes for each channel. Lights when the IP beam is unbroken and received by the receiver.

1 Y + + 2 Y

Photoelectric Amplifie r 1(2) Ch

Ch1 Ch2 S1 on

12 3

on

12 3

S2

On the circuit board there are two switches which can be set according the function of the photo cell. The following alternatives are available: • Safety function • Acknowledgement function (interlock) • Opening function Switch S1 is used to select the function for amplifier channel 1;

May 2006 rev. 3

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Service Manual Industrial Doors on off off Safety function off on off Acknowledge function off off on Opening function The corresponding settings are made on switch S2 for channel 2.

CHAPTER 4 OPERATORS

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CHAPTER 4 OPERATORS


Optional automation CONNECTION

The photo cell transmitters and receivers are connected to the connection block as per diagram below. Use shielded cable e.g. EKLK 39 1.5. Note !!!!

The shield must be connected to earth in view of risk for inductive interference from high tension cables. Connect via ribbon cable to the terminals X13-X16 which belong to the circuit board position where the insert board is to be put.

May 2006 rev. 3

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CHAPTER 4 OPERATORS


Optional automation MAGNETIC LOOP DETECTOR

The detector can power and sense two separate loop systems each connected to their own channel. Each loop system can in turn comprise two in series or parallel connected loops. The detector is micro processor controlled and does not require trimming or manual resetting. There is also an automatic fault tracing facility which continuously checks for loop failure/grounded to earth.

Indicating that vehicle is over loop system connected to channel 1 or 2. Indicating fault in one of t he loop systems

Magnetic loop Vehicle detector

Ch1 Ch2 F

ON OFF ON OFF 10

2 1

SW1 ON OFF

1

SW3

2 1

SW2

0 1 . . . . . 7

J1

May 2006 rev. 3

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CHAPTER 4 OPERATORS

There is a jumper field with 8 pairs of pins and three DIP switches for the setting of the detector function on the circuit board. Note!!!! If one of the channels is not used, all switches for this channel shall be set in the off position. Jumpers

The output signal status is selected by putting jumpers over the pair of pins which are closest to the contact unit J1. The pairs of pins 0-3 are used for the loop system in channel 1 and 4-7 for channel 2. Channel 1, jumper in pos.

Channel 2, jumper in pos.

Output signal status

0 1 2

7 4 5

Acknowledge impulse Reversing impulse (safety) Opening impulse Opening impulse to opposite

3

6 door in interlock

May 2006 rev. 3

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CHAPTER 4 OPERATORS


Optional automation SETTING OF FREQUENCY

When two loop systems are close to each other there is always a risk for "overlapping" between them. This can be avoided by using different frequencies in the loop systems. The frequency can be set to 4 different values. The DIP switches SW1 is used for channel 1 and SW2 for channel 2. off off on on ADJUSTMENT OF ATTENDANCE TIME

off on off on

SENSITIVITY

high frequency average high frequency average low frequency low frequency AND

Detector sensitivity and attendance time are set on the DIP switch SW3. The switches 5-6 are used for sensitivity and 7-8 for attendance time. SENSITIVITY

off on off on

off off on on

Sensitivity should be set so that the detector will not respond when the front bumper of a car reaches the edge of the loop but only when the whole loop is covered by the car. It may be necessary to change the sensitivity if special vehicles are to activate the detector. ATTENDANCE

If an object which is detected by the magnetic loop detector remains for a certain time, the attendance time, the detector will readjust automatically. The object will no longer be detected. The attendance time can be set on the switch block SW3/ 7-8 for channel 1 and SW3/3-4 for channel 2.

low average low average high high

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Service Manual Industrial Doors off on off on Note !!!!

off off on on

If one channel is not used all corresponding switches must be set in off position.

100 msec. impulse 3,5 min. 7,5 min. 2 hours

May 2006 rev. 3

Page 45 of 95

Group


Optional automation The magnetic loops are connected to ECS 601 via a connection block mounted on the relay rail. The connection block is connected by a ribbon cable to one of the terminals X13-X16, which connects internally to the circuit board position where the insert board is to be put.

The connections "Block Ch1/Block Ch2" on the connection block are used when an external function is to be used to deactivate one of (or both) the loop systems, e.g. timer (closing contacts) can be used for the purpose.

CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 46 of 95

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CHAPTER 4 OPERATORS

Optional automation INTERLOCKING

Used to achieve an interlocking function i.e. to avoid the exchange of air in the door opening e.g. for reasons of heating economy. Interlocking normally functions so that one door is blocked in closed position as soon as the other door is opened. An acknowledging photo cell in the interlock senses that a vehicle has passed the first door and prepares the opening of the second door as soon as the first one has closed. If the "OPEN" command is given to an interlocked door the command is tored and carried out when the block has been taken away. Indicates that door A or B is blocked Indicated that door A or B receives OPEN signal

Crawford

Interlock Unit A B X

When long vehicles are to pass through the interlock it is possible to cancel temporarily the Indicating "long vehicle"

interlocking by pressing a separate push button on the wall. Both doors open then at the same time.

Interlocking can also be cancelled with push buttons in the front panel by blocking of the Push buttons for blocking of door A or B in open position. Diode lamp on the button for indicating blocking. Push button which breaks the interlocking function. A diode lamp indicates that interlocking is blocked.

doors in the open position (summer connection). An open impulse to the outer door will then be transferred to the inner

A A (X)

May 2006 rev. 3

Page 47 of 95

Group

Service Manual Industrial Doors door and vice versa. There is also a push button which breaks the interlocking function completely.

CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 48 of 95

Group

CHAPTER 4 OPERATORS


Installation

MAINS

380V AC MAX 10 A

M

MOTOR M O T O R U N I T

LIMIT SWITCH UNIT CLUTCH RELEASE SWITCH RPM TRANSMITTER

n>

LIMIT SWITCH CLOSED

B U T T O N B E U X T T T E O R NN U A L N P I T U S H

N

U

1

V

2

W

3

1 2 3 N

1 3 5

Q

N

U1 V1 W1 N

N

LIMIT SWITCH OPEN

U P N U I T S H

1 2 3

LIMIT SWITCH REDUCED OPENING

STOP DOWN

UP STOP DOWN

EXTRA SAFETY

SINGLE BUTTON FUNCTION

OPENING FUNCTION

1 2 3 4 5 6 7 1 2 3 4 5 6 1 2 3 4 5 6 BLACK BROWN 1 2

1 2 3 4 5 6

UP

PNEUMATIC SWITCH

1 2 3 4 5 6 7

p

1 2 3 4 5 6 BLACK BROWN 1 2

1 2 1 2

1 2 1 2

P U S H B U T T O N S I N

UP

STOP

DOWN

C O MAN´S V DEAD E GRIP DOWN R

Connect pass door contact on clamp 16 or 17 in series with stop button.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

X 0 8

X11:1 X11:2 X11:3 X11:4 X11:5 X11:6 X10:1 X10:2

May 2006 rev. 3

Page 49 of 95

Group

CHAPTER 4 OPERATORS


c o 8 1

2 A F 5 m

c o 4 1

1 3 T

1 A F 1 T

c o 6 1

V 0 2

V 4 2

V 0 8 3

V 0 2 2

c o 2 3

1 T

W W k k 3 3 A 7 , 7 , 8 , 0 0 3

1 0 6 S C E c i t a m o t u A

W k 7 A A 3 , 1 , 9 , 0 1 1

t n e r r u c n i a M

W k A 2 3 1 , 6 , A 0 0 1

V 0

c o 8 c o 4 2

c o 6 c o 2 1

2 c r 1 2 1 K

2 2

3 A

1 2

2 K

V V 0 0 8 2 3 2

1 Q

1 u

1 Y

) V 0 2 2 * 3 (

1 A

1

4

3

1 w

6

5

1 v

1 K 1

2

3

4

3

4

1

2

5

6 2 K

1 2 3 E L L L N P

1 v

2

6

z H 0 6 / 0 5 V 0 2 2

M

1 K

5

z H 0 6 / 0 5 V 0 8 3

1 w

1 A 2 K 1 c r

2 2

1 u N

1 Y

) V V M 0 5 8 1 4 3 * * 3 3 (

May 2006 rev. 3

Page 50 of 95

Group


7 THERMOSPEED (1988 - 1998)

7.1 • • •

• •

Thermospeed (1988 - 1998)

Spare parts are still available Adjustments and repair actions are still possible Control unit as ECS 601, but with frequency converter Special mechanical unit For automatic systems : see ECS 601

CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 51 of 95

Group

CHAPTER 4 OPERATORS


Automatic ECS 601

Hole, only when safety pull unit Photocell support

Photocell unit

Fit the photocell support to the photocell unit, see fig. 1.

Roller Left side installation

Always fit the photocell receiver on the left side. Receiving eye = marked “R”. (or in older versions, silver painted eye) Transmitting eye = marked “F” (or in older versions, gold painted eye)

Receiving eye Photocell support

Fit the photocell unit on the left side and the right side. Drill and screw with 20 screws, see fig. 2. Alternative corner brackets and installation of the photocell support. Adjust the photocell units so that they are directed towards each other exactly.

Receiving eye

May 2006 rev. 3

Page 52 of 95

Group


CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 53 of 95

Group

CHAPTER 4 OPERATORS

Service Manual Industrial Doors Adjustment of limit control

1 low speed closing

3 limit closed position

High speed area 1 and 2

Rough adjustment

Adjustments of the end limit position see fig.1 The limit position closed should be activated when the door is approx. 50 mm from being completely closed.

low speed opening

4 limit open position

The limit position open should be activated when the door is approx. 50 mm from being completely open. Check if the door stops with the shock absorbers approx. 20 mm compressed. Adjustments of the low speed limit position see fig.1 Set the low speed inner cam so that it stops approx. 600 mm before the door reaches its open position. Speed adjustments see fig. 2 Turn the variable speed control up/down to 75% of its adjustment level. Test the door

Adjust UP speed + ● plastic rivet (don´t touch) ○

The opening and closing time should be min. 6 sec. for a 4 meters high door, min. 5 sec. for 3.5 meters and 4.5 sec. for a 3 meters high door.

Adjust DOWN speed + ● plastic rivet (don´t touch) ○ plastic rivet (don´t touch) ○

Note! The value refers to the average speed 0.7

m/s.

May 2006 rev. 3

Page 54 of 95

Group

CHAPTER 4 OPERATORS


7.3

ECS 601 Thermospeed 111-K3 - 31207

5

MOTOR UNIT

34 RAIL

37 PUSH BUTTONS

33 BACK PLANE

220 AC X11.4

PE L1 N

1

31 FREQUENCY CONVERTER 32ac

4-6 A

3

2 4

L1

STOP

18ac

15V 0V 315 15V

+

X11.3

AT

X8.17

1AT

X8.16

11

N

29 IMPULSE UNIT

38 SAFETY SUPERVISION UNIT

220V

24V 0V 20V

X8.11

14ac

14ac

X8.18

16ac

17ac

+ -

1ac

X8.1

2ac

X8.7 DEAD MAN GRIP DOWN

13 U1 V1 W1 Y1 N

(1)

4

(2) (3)

M

(4) (5)

X18.2

8ac

14ac

X18.3 4 X8.2

8

X8.5

Y1

X8.13

12 D1

X8.18 X11.6

26

24 28 27 23

CLUTCHRELEASE SWITCH

DOWN

(1)

12

16 20 24 28

X11.7 32

(2)

X8.19

LIMIT SWITCH CLOSED

(3)

X8.12

LIMIT SWITCH LOW SPEED

(6)

1

(7)

2

U1 V1 W1

H4 Hrav

Y1 N L1

24ac

9ac

8ac

25ac

Hu

L1

L1

H1 H1bo IMPD

PE

HDON

15ac 23ac

n>

(3)

LIMIT SWITCH OPEN

(4)

X17.6 X17.5

29ac

X8.3

H3 Hugr

X9.4

18ac

X8.15

UP

SAFETY DEVICE

18

12ac 13ac

X11.1 6ac

X8.14

27ac

X8.8 P H O A T M O P L E L I F E I E C R T R I C

3

6 7

24VDC

H3 Hugr

X8.9 21ac

K 3 1 0 1 2

30ac

10a

X11.2

14

12ac

11ac

4

X8.4 X9.2 X17.1 X8.6

8

X8.29

9

X8.21

May 2006 rev. 3

H1

A . v e r 7 0 2 1 3 3 K D E 1 E 1 P 1 r S : e O b M m R u E n H T G / W 1 D 0 l 6 a n S i g i C r E o

Page 55 of 95

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CHAPTER 4 OPERATORS


Photocell kits K 35724

K-35746 Set of Emitter

Cable color OLD

White (+) Green (-)

NEW White (+) Blue (-)

May 2006 rev. 3

Page 55 of 95

Group

CHAPTER 4 OPERATORS


Photocell kits K 35724

K-35746 Set of Emitter

Cable color

NEW White (+) Blue (-)

OLD

White (+) Green (-)

K-35747 Set of Reciever

Cable color

White (+)

NEW White (+)

Green and Brown (shield)

Blue and shield.

OLD

May 2006 rev. 3

Page 56 of 95

Group


8 CONTROL SYSTEM ECS 602

Control system ECS 602 (for CDM5 and CDM6, 1988 - 1993) • •

•

Spare parts are still available Has been delivered with or without safety supervision. If upgrading or severe repairing is needed, replace the control system for one of the present types (consult check list for the right system).

CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 57 of 95

Group


Functional description ECS 601/602

The control systems ECS601/602 can be connected to the mechanical units CDM5 and CDM6. The basic function consists of 3 circuit boards:

8.1.1

Contactor unit:

8.1.2

Impulse unit:

There are 2 contactors on the circuit board which connect the mains voltage to the motor. The connectors are controlled by signals from the impulse unit. The contactor unit also includes a protective transformer which supplies the 24 VAC for the control voltage.

The impulse unit includes all the electronic control functions. - Gives the needed signals to the contactor unit. - It senses the function of the safety device. - It senses the RPM-control. When it indicates that the number of rotations is too low, the door will be stopped and reversed, depending on the position of the door. - Maximum running device = 45 sec. Power has to switched off and on again after ± 10 sec. - The 1-button function is built into this board. 8.1.3

Safety supervision unit: (Pinch guard monitoring)

In most countries it is a regulation that the pneumatic safety edge is tested every time when the door hits the floor. As soon as the limit switch “Door closed” is activated (± 50mm from the floor) the function will be tested and can be seen by the flashing of the LED on the front. If the pulse is too short or not given at all to the supervision unit, the control system switches over to so-called dead man’s function. This is indicated by the red LED on the front of the unit. It will stay on constantly.

CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 58 of 95

Group


Automatic ECS 602 System design

Apparatus Box in ABS plastic

1 2 3 4

Bottom part Collar Top cover Bottom cover Components

5 6 7 8 9 10 11 12

Circuit plan board Cover plate Contactor unit Impulse unit Pinch guard monitoring Motor protection switch Terminal connections Operating button unit

Material: ABS plastic. The Top cover is transparent. Impact strength and chemical resistance are sufficient for a temperature range from -30º to +60º. Electrical safety: Complies with IEC specifications for insulation and screen protection for connections to mains supply and control electronics on circuit board.

CHAPTER 4 OPERATORS

May 2006 rev. 3

Page 59 of 95

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CHAPTER 4 OPERATORS


8.3 Automatic ECS 602 Control components

Circuit plan This board includes all contacts and line tracks required to connect the insert board and other components included in the basic control together. X0 - X2 Board contacts for basic control. X07 = Screw terminal for connection of external push button boxes and air switches. The push button for the one button operation is also connected here. X08 Screw terminal for connection of cables to the machinery.

CrawfordDoor

X09 Connection for switch Full/reduced opening. X 10= connection for push button or key s witch for hold unit operation.

X0

X1

X2

X1l Connection for push buttons in the lower cover for the three button operation.

X09

X17

X10 X07

X08

X11

May 2006 rev. 3

Page 60 of 95

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CHAPTER 4 OPERATORS

9 CONTROL SYSTEM ECS 410/420/430

Approv. Godk.

03-11-28/KHm

May 2006 rev. 3

Gr4005-6.CDR

Page 61 of 95

Group


10 CONTROL UNIT ECS 430S – CDM 6/5

CHAPTER 4 OPERATORS

Doc.no / Dok.nr

May 2006 rev. 3

Page 61 of 95

Group

CHAPTER 4 OPERATORS


10 CONTROL UNIT ECS 430S – CDM 6/5

May 2006 rev. 3

Page 62 of 95

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CHAPTER 4 OPERATORS


ECS 430S 2H-CDM6 2H - 400V 400V AC

N07VA5EV-U5G1.5

< 10A 1 2 3

U2 V2 W2

3 4

2 1

4 5 6 1 2

Y2 U2 V2 W2 U1 V1 W1 Y1

1 2 3 4 5 6

A05VV-R7G1.5

W1 V1 U1

Q1 2

FKK 7G1.5

M

Y

1 2 3

EKLK 5G1,5

1 N

L1 L2 L3 N PE 400V 50/60Hz

1

< 10A

X3

5

Q1 0,75 A

N

FKK 3G1.5

3

2

4

6

T1

T2

T3

PE

A05VV-R3G1.5

J1

J1.4

400V J1.2

S4 B1 S1 S2 S3

1 2 3 4 5 6 7 1 2 3 4 5 6

1 2 3 4 5 6 7 1 2 3 4

RKKR 7X0,75 H05VV-K7X0.75

5 6 Coiled cable K012977

1 2 1 2

1 2

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

K1 Up

5

3

1

2

4

6

6

4

2

1

3

5

K2

230V

Down

112 54 53

X1

62 61

74

84

73

83

0V

K1

X3 U2

V2

U2

W2

V2

U1

W2

V1

U1

W1

V1

Y1

Y2

N

W1

Y 400V HIGH

LOW

1 2 20V AC

1 2

1 2

1 2 3

X4 Approv. Godk.

15103462 r2

97-04-15

Gr430S2H.CDR /KHm

Doc.no / Dok.nr

May 2006 rev. 3

Page 62 of 95

Group

CHAPTER 4 OPERATORS


ECS 430S 2H-CDM6 2H - 400V 400V AC

N07VA5EV-U5G1.5

< 10A 1 2 3

U2 V2 W2

FKK 7G1.5

4 5 6 1 2

W1 V1 U1

2 1

3 4

Y2 U2 V2 W2 U1 V1 W1 Y1

1 2 3 4 5 6

A05VV-R7G1.5

L1 L2 L3 N PE

Q1 2

M

Y

1 2 3

EKLK 5G1,5

1 N

400V 50/60Hz

1

< 10A

5

Q1

X3

0,75 A

N

FKK 3G1.5

3

2

4

6

T1

T2

T3

PE

A05VV-R3G1.5

J1

J1.4

400V J1.2

1 2 3 4 5 6 7 1 2 3 4 5 6

S4 B1 S1 S2 S3

1 2 3 4 5 6 7 1 2 3 4

RKKR 7X0,75 H05VV-K7X0.75

5 6 Coiled cable K012977

1 2 1 2

1 2

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

K1 Up

5

3

1

2

4

6

6

4

2

1

3

5

K2

230V

Down

112 54 53

X1

62 61

74

84

73

83

0V

K1

X3 U2

V2

U2

W2

V2

U1

W2

V1

U1

W1

V1

Y1

Y2

N

W1

Y 400V HIGH

LOW

1 2 20V AC

1

1 2

2

1 2 3

X4 Approv. Godk.

15103462 r2

97-04-15

May 2006 rev. 3

Doc.no / Dok.nr

Gr430S2H.CDR /KHm

Page 63 of 95

Group


CHAPTER 4 OPERATORS

B1 System - ECS 430 S

K032231

A1

Closing timer

Q

1

1 N 1 N U V W

2 3

11 10 9 8 7 6 5 4 3 2 1

1 2

Photoelectric amplifier

3 4

5

6

7

1

7 7 9 2 1 0 K k c a l

B 2

3

1

2

3

4

5

6

7

1

n w o r B

2

C A 0 A 1 V x 0 a 8 3 M

20VAC External powersupply

B 0 1 C / 3 T P S

M R

g n s i n n i t a a M M

Motor unit

p o t S

c i t a m u h c t e i n w P s

B1

12 11 10 9 8 7 6 5 4 3 2 1

S1

2

k n c w a o l r B B

1

One button Open function

1 1 2

3

K034161

F

11 10 9 8 7 6 5 4 3 2 1

X1

1 3 5 1

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

K032236

0 1 T C / 2 1 D E I

S T

Fotocelloptik Photocell optics n e p O

K1

1 2 4 1 2 4 2 1 1 1 1 2 2 2 A A

May 2006 rev. 3

Page 63 of 95

Group


CHAPTER 4 OPERATORS

B1 System - ECS 430 S

K032231

A1

Closing timer

Q

1 1 N 1 N U V W

2 3

11 10 9 8 7 6 5 4 3 2 1

1 2

One button Open function

Photoelectric amplifier

3 4

5

6

7

1

2

k n c w o a r l B B

20VAC External powersupply

7 7 9 2 1 0 K k c a l B 1

2

3

1

2

3

4

5

6

7

1

B 0 1 C / 3 T P S

n w o r B

2

C A A 0 1 V x 0 a 8 3 M

M R

g n s i n n i t a a M M

Motor unit

p o t S

0 1 T C / 2 1 D E I

S T

Fotocelloptik Photocell optics

c i t a m h u t c e i n w P s

n e p O

May 2006 rev. 3

Page 64 of 95

Group


B1

12 11 10 9 8 7 6 5 4 3 2 1

S1 1

1 2

3

K034161

F

11 10 9 8 7 6 5 4 3 2 1

X1

1 3 5 1

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

K032236

CHAPTER 4 OPERATORS

11 CONNECTING DIAGRAM ECS 430 P – CDM6/5

X6

K1

1 2 4 1 2 4 2 1 1 1 1 2 2 2 A A

May 2006 rev. 3

Page 64 of 95

Group


CHAPTER 4 OPERATORS

11 CONNECTING DIAGRAM ECS 430 P – CDM6/5

X6

May 2006 rev. 3

Page 65 of 95

Group


CHAPTER 4 OPERATORS

Automatic functions ECS 430 P 8 7

6

S2

5 4 3 2 1

ON

S2

OFF 6

1 ON = Flashing red light between limit position s

4 OFF = Open function 4 ON = Eenknops bediening functie

S1 ON

800mAT

6 5 4 3 2 1

N W

V U N

X1 1 2 3 4 5 6 7 8 9 10 11 12 13141516 17 18 19

X2

800mAT

11 1 213 1 4 15 16 17 18

1 2 3 4 5 6 7 8 9

OFF

Indication Hold to run

1

.9

.8 .7

D22

0.63

S1: 1 on Automatic closing off NO automatic closing on Aut. closing time: X2 when safety 2 acknowledge failed (e.g. photocells). :2 after acknowledge off Aut. closing according

S1:1 S1:2 OFF OFF OFF OFF OFF OFF OFF OFF S1:6

ON S1:3 S1:4 S1:5 T1 T2 CLOSING OFF OFF OFF 2 s 3 s 5 s ON OFF OFF 2 s 8 s 10 s OFF ON OFF 12 s 3 s 15 s OFF OFF ON 8 s 12 s 20 s ON ON OFF 12 s 8 s 20 s ON OFF ON 8 s 32 s 40 s OFF ON ON 48 s 12 s 60 s ON ON ON 48 s 32 s 80 s ON The time is counted after "passage of photocell"

May 2006 rev. 3

Page 65 of 95

Group


CHAPTER 4 OPERATORS

Automatic functions ECS 430 P 8 7

6

S2

5 4 3 2 1

ON

S2

OFF 6

1 ON = Flashing red light between limit position s

4 OFF = Open function 4 ON = Eenknops bediening functie

S1 ON

800mAT

6 5 4 3 2 1

N W

V U N

X1 1 2 3 4 5 6 7 8 9 10 11 12 13141516 17 18 19

X2

800mAT

11 1 213 1 4 15 16 17 18

1 2 3 4 5 6 7 8 9

OFF

Indication Hold to run

1

.9

.8 .7

D22

0.63

S1:1 S1:2 OFF OFF OFF OFF OFF OFF OFF OFF S1:6

ON S1:3 S1:4 S1:5 T1 T2 CLOSING OFF OFF OFF 2 s 3 s 5 s ON OFF OFF 2 s 8 s 10 s OFF ON OFF 12 s 3 s 15 s OFF OFF ON 8 s 12 s 20 s ON ON OFF 12 s 8 s 20 s ON OFF ON 8 s 32 s 40 s OFF ON ON 48 s 12 s 60 s ON ON ON 48 s 32 s 80 s ON The time is counted after "passage of photocell"

S1: 1 on Automatic closing off NO automatic closing on Aut. closing time: X2 when safety 2 acknowledge failed (e.g. photocells). :2 after acknowledge

3 4 5 6

off Aut. closing according S1 : 3,4,5 of 6. flashing time (see tabel). closing time (see tabel). clos. time / flashing time (see tabel). on Ònly aut. closing after passing safety acknowledge. Always aut. closing after reaching off limitswitch open.

S2: 1 on off on 2 off 3 on off on 4 off 5 on off on 6 off 7 on off on 8 off

Red light flashing between limit switches. No flashing red light. Steady red light at closed door. No steady red light at closed door. Steady green light at door opened. No steady green light at door opened. One button function. Open function. Delayed door movement / flashing light (France). Direct movement (all other countries). "Interlocking" . No function. Option for "Open outside". No function. Option for "Automatic closing" on/off. No function.

Matrix dipswitches 430P / PeRoll EN

May 2006 rev. 3

Page 66 of 95

Group

Service Manual Industrial Doors 11.2 C-kit

C1 C2

CHAPTER 4 OPERATORS

Control system C-kit matrix description Description

Automatic c losing, photocell saf ety and 2 red w arning lights Automatic c losing and C2 photocell safety

In the control unit

SCR-module, Photocell module, DIP-sw itch in the control unit. Photocell module, DIP-sw itc h in the control unit.

C3

Automatic c losing and 2 red warning lig hts

SCR-module, DIP-switch in the control unit.

C4

Automatic c losing

DIP-sw itch in the c ontrol unit.

C5

Photocell saf ety

Photocell module

C6

Magnetic loop

Magnetic loop detector.

C7

Traf f ic light

DIP-sw itch in the control unit.

Mounted externally

Photocell optics, 2 red w arning Iights

Explanation Flashing red lights during all door movement (door betw een limit positions). Flashing red lights before automatic closing. Possible w ith steady red light for c losed door.

Photocell optics.

2 red w arning lights

Flashing red lights during all door movement (door betw een limit positions). Flashing red lights before automatic closing. Possible w ith steady red light for c losed door.

Photocell optics. Magnetic loop kit (40 metre w ire, 2 cable conduit 16,0 metal L750mm, 2 tube bends) SCR-module (external box), 2 red and 2 green signal lig hts.

Traffic light is dir ection sensing.

Cable betw een the doors (3- leaded), not included.

Function is only obtained betw een 2 ECS 430P contr ol units, 2 Peroll control units or 1 ECS 430P and 1 Peroll control unit.

C8

C9

Interlocking

DIP-sw itch in the control unit

C10

Service counter

Counter

One-button / Open function Automatic c losing, photocell saf ety, 2 red w arning lights and one-button / open function Automatic c losing, photocell saf ety and one-button / open function

DIP-switch in the control unit

C11

C12

C13

C16

Automatic c losing, 2 red w arning lights and one-button function Automatic c losing and one- button / open function Photocell safety and one- button / open f unc tion

C17

Automatic c losing and magnetic loop

C14 C15

Counts door cycles

SCR-rnodule, Photocell module, DIP-sw itch in the contr ol unit

Photocell optics, 2 red w arning lights

Photocell module, DIP-sw itch in the control unit

Photocell optics

SCR-module, DIP-sw itch in the control unit

2 red w arning lights

Flashing red lights during all door movement (door betw een limit positions). Flashing red lights before automatic closing. Possible w ith steady red light for closed door

Flashing red lights during all door movement (door betw een limit positions). Flashing red lights before automatic closing. Possible w ith steady red light for closed door

DIP-sw itch in the control unit DIP- sw i tc h in the c ontr ol unit

Magnetic loop detector, DIP-sw itch in the contr ol unit

Photoc ell optic s Magnetic loop kit (40 metre w ire, 2 cable conduit 16,0 metal L750mm, 2 tube bends)

C18

C19

C20

C21

Automatic c losing, photocell saf ety, 2 red w arning lights and magnetic loop

SCR-module, Photocell module, DIP-sw itch in the contr ol unit Magnetic loop detector

Automatic c losing, photocell saf ety and magnetic loop Automatic c losing, photocell saf ety and traff ic lights

Photocell module, DIP-sw itch in the contr ol unit Magnetic loop detector Photocell module, DIP-sw itch in the contr ol unit

Photocell optics, 2 red w arning lights, Magnetic loop kit (40 metre w ire, 2 cable conduit 16,0 metal L750mm, 2 tube bends) Photocell optics, 2 red w arning lights, Magnetic loop kit (40 metre w ire, 2 cable conduit 16,0 metal L750mm, 2 tube bends) Photocell optics, SCR-module (extemal box), 2 r ed an d 2 gr ee n s ig na l lig ht s

Flashing red lights during all door movement (door betw een limit positions). Flashing red lights before automatic closing. Possible w ith steady red light for closed door.

Tr af f ic lig ht is d ir ec tio n s en sin g.

May 2006 rev. 3

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CHAPTER 4 OPERATORS

12 DIAGRAM CDM 9 23

5 5

Brown

6

*) 15

Blue

M

230VAC / 10A

24

16

14 9 8 7

1

1

1

2

2

6 5 4

3

3

4

4

5

5

3 2 1

6

6

7

7

23

1

2

2

3

3

4

8 9

SW1 On =

SW2 On =

12

40 12

installationmode installationsläge

force adj. mode kraftinst.l äge

X2

1 5

X3

1 2 3 4 5 6 7 8 9

5 4 3 2 1

X8 1

1

4

2

Diode

1 2 1 3 1 4

(The installers documentation)

PCB ControlBox / Kontrollenhet 930A

29

1 0 1 1

18

X4

13

X1 9

4

Basic Wiring Diagram

3 2 1 2 1

8

1 2 3

1

X5 X6

2

2

3

1

4

2

5

1

6

7

2

1

8

9

2

1

10 11 12 13 14 15

2

1

2

1

2

1 2 3 4

18

Coiled cable

P

4

23

15

39

10

41

42

43

44

May 2006 rev. 3

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CHAPTER 4 OPERATORS

10 25 17 18 1 9 2 0

Yellow Shield

S1

Photocell kit SINGLE

1

2 3

4 5

6 7 8

FR-varningsljus

One-button function

8

24V AC

1

1-knappsfunktion

WarninglightsRED

S2

9 10 11

C-Board/ Kort

PCB

Fotocellsats ENKEL

31

1

J4

1 2 3 4 5 6 7

24

Blue Blå

n

receiver 27 25

10

Fotocellsats DUBBEL

7

Open function

Öppnafunktion

Red

IED 12

1

17 18 1 9 2 0

Upp - stopp - nerfunktion

Yellow

SPT 3

Shield

S1

1

2 3

6 7 8

Yellow Gul 230V

18

Shield

nc

t1

S1

5

22 21

*)

J1 1 2

3

5

1 2 3 4 5

Varningsljus GRÖNT

32

1 2 3 4 18 23

1

2 3

2 3

4 2

8 9

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

1 2

3

5

X3 29

1 2 3 4 5

Förregling, reläsats

X6

X15

LSC

H1

N

SW1

13

Diode

12

SW2

13

Diode

X8

1

Traffic lights 48

Trafikljus

X4

X5

1 2

1 2 3

X11

X14 1 2

31

1 2

35

15

1

7 5

*)

5

*)

230VAC Max 10A

230VAC Max 16A

< 10A

< 10A

2

1

3

38

Coiled cable

P

Basic Wiring Diagram 44

2

with ADDITIONALS

1

3

RED

RÖD H1

H1

GREEN

GRÖN

H2

H2

Inside

Outside

Inne

43

1

2

H2

43 8 7 9

37

42

5

< 10A

36

41

*) 230VAC Max 10A

1 2 2 1

34

3

23

5

1 2 3 4

34

8

16

X12

N N N L1

H1

6

4

1 2 3 4

35 1 2 24V AC

1 2 33

14

X11

X12

N N N L1

N 3

56

10

1

40

On = force adj.mode kraftinst.Läge

On =installationmode installationsläge

1 2 1 2 1 2 1 2 1 2 1 2

39

1 2 3 4

H2

X13

Slinga

15

X12

N N N L1

24VAC 300 mA

X1

1 2

4

2

Int.lock

SC-Relay

31

ControlBox A / Kontrollenhet A

1 2 3 4 5 6 7 8 9 10 1 1 1 2 1 3 1 4 1 5

4

18

1

7 8 9

X2

PCB

31

Interlocking, relay kit

J4

7 8 9

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

47

51

Warninglights

X11

9 8 7 6 5 4 3 2 1

2

H2

230VAC / 10A

1 2

1

< 10A

< 10A

C-Board/ J6 Kort

LSO

1

*) 230VAC Max 10A

30

Blue

1

5

2 1

*)

S2

24

27

230VAC Max 10A

X9

M

1

17

400V

t2

5 5

1

LV

H1

28

23

N

1 2 3 4

d d k w w d e e c o o l a l R R l e l l l i B e e h Y Y S

Yellow

Brown

Red Röd

46

Black SPT 3

L1

X12

N N N L1

45

Black Svart

2 1

9 10 11 12

Red

IED 12

2

4 5

17

0V

21 Antennkabel

24V AC

1

F10 T2AH

N

Black

X11

2

SC-relay HR-relä

24V

19

1 L 1 N 1 X N

Up - stop - down function

8

Photocell kit DOUBLE

Red Röd

PCB HR-Relay 930A

5

2 1

0V

3

50

Varningsljus RÖTT

J6

30

X8

d k w o l c l e d a i e l l e h R B y S

1 2

49

FR-warning lights

21 Antennkabel

receiver

Black

SPT 3

26

7

Red

IED 12

Ute

May 2006 rev. 3

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CHAPTER 4 OPERATORS

10 25 17 18 1 9 2 0

Yellow Shield

S1

Photocell kit SINGLE

1

2 3

4 5

6 7 8

FR-varningsljus

One-button function

8

24V AC

1

1-knappsfunktion

WarninglightsRED

S2

9 10 11

C-Board/ Kort

PCB

Fotocellsats ENKEL

31

30

X8

d k w o l c l e d a i e l l e h R B y S

1

J4

1 2 3 4 5 6 7

24

Blue Blå

1 2

3

5

receiver 10

Fotocellsats DUBBEL

Upp - stopp - nerfunktion

7

Open function

Öppnafunktion

Red

IED 12

1

17 18 1 9 2 0

Yellow

SPT 3

Shield

S1

1

2 3

6 7 8

Yellow Gul 230V

18

Shield

nc

t1

S1

5

*)

J1 1 2

3

5

1 2 3 4 5

Varningsljus GRÖNT

1 2 3 4 18 23

1

2 3

2 3

4 2

8 9

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

1 2

3

5

1 2 3 4 5

X3

X2

29

PCB

Förregling, reläsats

1

X6

X15

LSC

Int.lock

X12

N N N L1

N

1 2 3 4

1

1

H2

X13

Traffic lights

SC-Relay

31

ControlBox A / Kontrollenhet A

48

Trafikljus

31

24VAC 300 mA

X1

SW1

13

Diode

12

SW2

13

Diode

40

X8

X4

X5

1 2

1 2 3

X11

X14 1 2

On = force adj.mode kraftinst.Läge

On =installationmode installationsläge

1 2

35

15

1

*) 5

230VAC Max 10A

1 2 2 1

1

2

< 10A

34 H2

34

43 8 7 9 7

6

5

3 4

5

1 2 3 4

H1

8

16

X12

N N N L1

35 1 2 24V AC

1 2 33

14

1 2 3 4

N 3

56 1 2 1 2 1 2 1 2 1 2 1 2

X11

X12

N N N L1

Slinga

1 2

*)

5

*)

230VAC Max 10A

230VAC Max 16A

< 10A

< 10A

2

1

3

2

36

38

3 H1

GREEN

GRÖN

H2

H2

Inside

Outside

Inne

Coiled cable

1

RED

RÖD H1

37

18

2 H1

7 8 9

1 2 3 4 5 6 7 8 9 10 1 1 1 2 1 3 1 4 1 5

4

31

Interlocking, relay kit

J4

7 8 9

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

47

51

Warninglights

32

X11

9 8 7 6 5 4 3 2 1

2

H2

230VAC / 10A

1 2

1

< 10A

< 10A

C-Board/ J6 Kort

LSO

1

*) 230VAC Max 10A

30

22 21

Blue

1

5

2 1

*)

S2

5 5

27

230VAC Max 10A

X9

24

1

17

400V

t2

M

1

LV

H1

28

23

N

1 2 3 4

d d k w w d e e c o o l a l R R l l l l i e B e e h Y Y S

Yellow

Brown

Red Röd

46

Black SPT 3

L1

X12

N N N L1

45

Black Svart

2 1

9 10 11 12

Red

IED 12

2

4 5

17

0V

21 Antennkabel

24V AC

1

F10 T2AH

N

Black

X11

2

SC-relay HR-relä

24V

19

1 L 1 N 1 X N

Up - stop - down function

8

Photocell kit DOUBLE

Red Röd

PCB HR-Relay 930A

2 1

0V

27

50

Varningsljus RÖTT

J6

n

25

49

FR-warning lights

21 Antennkabel

receiver

Black

SPT 3

26

7

Red

IED 12

Ute

P

4

Basic Wiring Diagram

23

15

39

10

41

42

43

44

with ADDITIONALS

May 2006 rev. 3

Page 69 of 95

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CHAPTER 4 OPERATORS

Control system D-kit matrix description

There are 7 base automation kits, the D-systems: Kit

Description / content

part.no.

D1 D2 D3 D4 D5 D6 D7

Including D7 + red lights Including D7 + magnetic loop PCB SCR D3 is always a part of D5 or D6 Including D7 + 2 red lights + magnetic loop Including D3 + 2 red lights + 2 green lights (traffic lights system) Including D3 + 2 red lights + 2 green lights (traffic lights system) + magnetic loop the minimal kit: Interlocking 2 doors

K043512 K043510 K043508 K043506 K043504 K043502 K043445

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Control system D-kit matrix description

There are 7 base automation kits, the D-systems: Kit

Description / content

part.no.

D1 D2 D3 D4 D5 D6 D7

Including D7 + red lights Including D7 + magnetic loop PCB SCR D3 is always a part of D5 or D6 Including D7 + 2 red lights + magnetic loop Including D3 + 2 red lights + 2 green lights (traffic lights system) Including D3 + 2 red lights + 2 green lights (traffic lights system) + magnetic loop the minimal kit: Interlocking 2 doors

K043512 K043510 K043508 K043506 K043504 K043502 K043445

D1

D2

D5

D6

D3

The visual difference between D3 and D7 is 1 SCR relay on D7 and 4 SCR relays on D3 (for Red and Green lights (see arrows).

Also a separate print Indication "Door open" (K043446) is available for the ECS 930A control unit: This PCB card can be used for e.g. interlocking a leveler.

D4

D7

May 2006 rev. 3

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CHAPTER 4 OPERATORS

13 RADIO EQUIPMENT

Radio equipment 40 MHz


May 2006 rev. 3

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CHAPTER 4 OPERATORS


May 2006 rev. 3

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CHAPTER 4 OPERATORS


The 40 MHz equipment is not available as Spare Part any more. These items have become obsolete.

May 2006 rev. 3

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CHAPTER 4 OPERATORS


The 433 MHz equipment is not available as Spare Parts any more. All 433 MHz equipment is replaced by the 433-MHz PLUS range. Both systems are compatible. For programming new equipment on existing installations see next paragraphs.

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Radio equipment 433 MHz PLUS

About the transmitter Shortcut for a door (433-999 ) The * and # buttons are used to program a shortcut (1

selection per button) for a specific door. If you hold down the * or # button when a number is shown on the display for more than three seconds (display flashes) this saves the number as the shortcut.

Switch

The transmitter must be taken apart to access the system switch (A) and code switches (B) so that these can be set. The switches are located as shown in the diagram. Battery replacement

The transmitter must be taken apart to access the battery. Note that on transmitters with button batteries the plus character should (+) face the plus character marked on the battery holder.

K045625 , Battery 3V K047196,

available)

Battery

for

mini transmitter. (SP) −

(No

picture

May 2006 rev. 3

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CHAPTER 4 OPERATORS

About the Receiver

Receiver 433 MHz PLUS Frequency Operating voltage Dimensions Enclosure

: 433MHz : 12/24DC : 86 x 30 x 58 mm : IP 23, for internal installation. K039101, Receiver 433 Plus

Green LED indicates signal reception

Button for selfteach function

12/24 VDC 12/24 VDC C NO

C NC C NO

Red LED indicates programming status

Yellow LED indicates supply voltage

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Register a standard code •

•

•

•

Press the self-teach button for at least 300 milliseconds, longest 4 seconds. Release the button Programming mode, red LED comes on Enter the door number, followed by an optional function button (With just the one-button function only the door number, with just up-stop-down function only the function key) Red LED flashes The standard code has now been stored Red LED flashes

Register a private code (= Standard and unique codes) •

Press the self-teach button for at least 300 milliseconds, longest 4 seconds

•

Press the button (longer than 1 second )

•

Private program mode, the red LED comes on

•

•

Enter the door number, followed by an optional function button (With just the one-button function only the door number, with just up-stop-down function only the function key) Red LED flashes The private code has now been stored Red LED double flashes

Erase the programmed codes •

Press the self-teach button for more than 6 seconds. (Red LED goes out)

•

All programmed codes are erased.

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CHAPTER 4 OPERATORS

To ensure that the remote control system has a long lasting and reliable operation it is very important that the receiver and antenna are mounted correctly. Correctly installed equipment will provide better range and longer lifetime for the system. It will be worthwhile spending a few minutes reading through these instructions.

433-DP Duopole aerial

K041765 , Arial,duopole 433MHz

K045646, T conn.for radio 433 MHz Plus −

K039114, Wire, f.aerial 10 m

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Programming the transmitters

433-1 433-3 433-999

PLUS (K045613) PLUS (K045614) PLUS (K045619)

The transmitter and receiver are coded together so that they then have a common code. Program as follows: •

•

•

•

Check that the transmitter’s system switch (A) is in the ON position. Set an own code on the transmitter’s code switches (B) 110. Press the self-teach button (C) on the receiver. The red LED comes on (programming mode 6 seconds) Press the required door number button (1-15) on the transmitter.

Check that the relay switches when one of the transmitter’s buttons is pressed in.

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Programming the transmitters:

433-01 433-06 433-015

PLUS (K045612) PLUS (K045615) PLUS (K045618)

The transmitter and receiver are coded together so that they then have a common code. Program as follows: •

•

•

•

Check that the transmitter’s system switch (A) is in the ON position. Set an own code on the transmitter’s code switches (B) 110. Press the self-teach button (C) on the receiver. The red LED comes on (programming mode 6 seconds) Press the required door number button (1-999) and an optional function button (up-stop-down) on the transmitter (approx. 3 seconds).

Check that the relay switches when one of the transmitter’s buttons is pressed in.

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Supplementing old 433 MHz installations 1.

Programming the transmitter 433-999 PLUS to an “old” 433receiver and a 433-93 (type truck transmitter) in the existing installation. •

•

•

•

Set the transmitter’s system switch (A) in the 1 position. (off) Check that the code switch (B) 9 is in the + (plus) position. Set an identical code on the transmitter’s three first switched (code switches 1-3) as set on the receiver. (The transmitter’s code switches 4-8 and 10 are not used). Check that the relay switches when one of the transmitter’s button is pressed.

433-999

May 2006 rev. 3

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CHAPTER 4 OPERATORS

13.6 Supplementing old 433 MHz installations 2.

Programming the PLUS transmitter 433-1, 433-01 and 433-06 to an “old” 433-receiver and small 433transmitters) in the existing installation. (Not Robust). •

•

o

•

Set the transmitter’s system switch (A) in the 1 position. (off)

433-01

For 433-1 or 433-01 transmitters proceed as follows:

Set an identical code on the transmitter’s code switches (B) 1-4) as set on the existing receiver. Set the code switch 10 to the minus position (5-9 are not used). For 433-06 transmitter proceed as follows:

Set an identical code on the transmitter’s code switches (B) 1-4, as set on the existing receiver. Set the code switch 10 to the minus position (5-9 are not used). o

•

Check that the relay switches when one of the transmitter’s button is pressed.

433-03

433-06

May 2006 rev. 3

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CHAPTER 4 OPERATORS

13.7 Supplementing old 433 MHz installations 3.

Programming the PLUS transmitter 433-1, 433-01 and 433-06 to an “old” 433-receiver and robust transmitters.

•

•

•

•

•

•

Set the transmitter’s system switch (A) in the 1 position. (off)

433-01

For 433-1 or 433-01 transmitters proceed as follows:

Set an identical code on the transmitter’s code switches (B) 1-8) as set on the existing receiver. (9-10 are not used). For 433-3 and 433-06 transmitter proceed as follows:

Set an identical code on the transmitter’s code switches (B) 1-4, as set on the existing receiver. (9 is not used) Set the code switch 10 to the minus or plus position depending on the code table used on the other Robust transmitters being used

433-03

433-06

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Coding tables

Setting the code on the receiver to operate with the”old” 433-06 / 433-10 transmitter switches 1-4 should have the same setting on both the transmitter and receiver. Table for 10 Doors

Plus (+) code

Minus (-) code

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Setting the code on the receiver to operate with the “old” 43393 transmitter

Note that the positions A0=D0, B0=E0, C0=F0 Switches 1-3 should have the same settings on both the transmitter and receiver. Table for 93 Doors

May 2006 rev. 3

Page 85 of 95

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Service Manual Industrial Doors 13.9 • • • • •

• • •

CHAPTER 4 OPERATORS


New ergonomic design - with high quality Easy to install - easy programming Safe with secure data transmission Each transmitter is supplied with a unique code The receiver can manage 100 unique codes (AGM: 500 unique codes) The receiver is programmed via the handheld transmitter Possibility to operate up to 999 doors Robust

Battery replacement

The transmitter must be taken apart to access the battery. Note that on transmitters with button batteries the plus character should (+) face the plus character marked on the battery holder. About the transmitter Shortcut for a door (869-999 ) The * and # buttons are used to program a shortcut (1 selection

per button) for a specific door. If you hold down the * or # button when a number is shown on the display for more than three Seconds (display fl ashes) this saves the number as the shortcut.

May 2006 rev. 3

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Service Manual Industrial Doors 13.10 Transmitters in the 869MHz program Transmitter 869-1 K047181

with function buttons Up - Stop - Down. Transmitter 869-3 K047182

with function buttons Up - Stop - Down. For 3 doors. Transmitter 869-O1 K047180

with One button function. For 1 door. Transmitter 869-O6 K047183

with One button function. For 6 doors. Transmitter 869-O15 K047184

with One button function. For 15 doors.

Transmitter 869-999 K047185

with function buttons Up - Stop - Down. For up to 999 doors.

For latest info see Spare Parts Catalogue

CHAPTER 4 OPERATORS

May 2006 rev. 3

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Group

Service Manual Industrial Doors 13.11 Receivers in the 869MHz program DIN Receiver 869

Up to 100 unique codes (transmitters)

Frequency: Operating voltage: Dimensions: Enclosure: installation

869 MHz 12/24V AC/DC 86 x 30 x 58 mm IP 23, for internal

WR Receiver 869

Frequency: 869 MHz Operating voltage: 12/24V AC/DC Dimensions: 120 x 103 x 44 mm Enclosure: IP 65, for external installation

CHAPTER 4 OPERATORS

May 2006 rev. 3

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CHAPTER 4 OPERATORS

WR Receiver 869

Button for self teach function (A)

Green LED indicates signal reception

Yellow LED indicates supply voltage

WR 869 / AGM WR 869

Red LED shows the programming status

May 2006 rev. 3

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CHAPTER 4 OPERATORS

AGM WR Receiver 869 • • • • •

Frequency: 869 MHz Operating voltage: 12/24V AC/DC Dimensions: 120 x 103 x 44 mm Enclosure: IP 65, for external installation AGM WR Receiver 869 is used together with an Onebutton transmitter and/or with a transmitter with Up-StopDown functions.

Programming the AGM WR Receiver

The receiver can be programmed to accept up to 500 different transmitters, where each transmitter has its own unique IDcode. It is recommended to keep a log of transmitter serial numbers that have been programmed into the receiver and on which position. It could also be useful to log which user has access to which transmitter. For programming the ID codes see document K046727, RADIO 869MHz Installation & Programming

May 2006 rev. 3

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14 MAGNETIC LOOP SYSTEM

CHAPTER 4 OPERATORS

May 2006 rev. 3

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CHAPTER 4 OPERATORS

Magnetic loop – connection diagram Position

0 1 2 3 4 5 6 7 8 9 101112131415

Sensitivity 0,5,15,05,020,5,15 ,05 ,02 0,5,15 ,05 ,02 0,5,15 ,05 ,02 Presence 5 min 120 min 5 min 120 min Frequency High Low SWITCH SETTINGS INSTRUCTIONS 1) Select required switch position Fault Flash Rate High sens. = ,02 Open Circuit Loop 1 Hz Low sens. = 0,5 Short Circuit Loop or faulty oscillator 2 Hz 2) On application of LED FAULT INDICATION power detector will retune in < 2 sec Presence 3) Observe detection of vehicles on LED Loop Pulse Safety Earth Supply

1

11

CONNECTIONS - Viewed from base

Mode switch position Frequency mode:

HIGH

Presence time (minutes): Low med. Low Sensitivity: med. High High

5 0 1 2 3

120 4 5 6 7

SOCKET CONNECTION Loop n e e r G

Blue Presencerelay

Yellow Grey

Pulserelay Line

Or ange Black Red

5

6

7

4

8

3

9 10

2 1

11

White

n w o r B

n e e r G / w o l l e Y

LOW 5 8 9 10 11

120 12 13 14 15

May 2006 rev. 3

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CHAPTER 4 OPERATORS

15 REDUCED OPENING – ECS 430 P – CDM 5 Disengage

X1:

n>

1

2

S1

3

S2

4

S3

5

24 VAC

n.c.

n.o.

c

c

n.c.

n.o.

n.o.

n.c.

c

S1

S2

X4:1

S3

1

reduced door opening CDM 5 reduzierter Toröffnung CDM 5 1/2 deur opening CDM 5

1/2

X4:2

4

1

3

2

6

7

May 2006 rev. 3

Page 93 of 95

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CHAPTER 4 OPERATORS

16 REDUCED OPENING ECS 430P – CDM6 X1

2 : 4 X

1 2 3 4 5 6 7

1 2 3 N W V

5

) a 5 2 (

1 : 3 : 4 4 X X

) 6 2 (

4 6

) 4 2 ( 4

1

7

) 5 2 (

U N

3

2

(25b) O

I

K-33282

ABS

Voor gemonteerd

1

2

3

2 5 a

2 5 a 1

1

4

2

O N 3

N C

2

3

2 5

2 5 2 4 2 5 b

2 4

2 5 b 2 6

2 6

½

1

PS1

ECS 430P

«

1

X1

2 : 4 X

1 2 3 4 5 6 7

½

1

1 2 3

5

) a 5 2 (

1 : 3 : 4 4 X X

4 6

) 6 2 (

) 4 2 (

1

7 ) ) 6 4 4 4 ( (

) 5 2 (

4 3

2

(25b)

s

Additionalsystem

ECS 400 CDM-6 (P) Reduced Door travel

May 2006 rev. 3

Page 94 of 95

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CHAPTER 4 OPERATORS

17 REDUCED OPENING – ECS 930A / 940A* – CDM 9 *) the ECS 940A for the 855 does not have reduced door travel

Installing the reduced door travel (K043434) (reduced door opening) on an ECS 930A:

Dip Switch S2:2 (in the LID of the ECS 930A) is used

to set the position for reduced opening. •

•

•

Put the door in the wanted position. Turn the DIP Switch S2:2 switch ON and directly OFF to store the position in memory. Change-over switch in the lid for fully open and reduced position.

(SP )K0 435 75 K- 43501.2

3 X L

1

P O 2 T S

X4

SW2 D6 ON

1 P U 2 N W 3 O D

X5

2 X R E V I E C E R

C O R P . C

X6

L E C O T O H P

4

5 1

3

4 1

2

3 1

1

2 1 1 1

9 8 7 6 5

D5 D4 D3 SW1 N O

4 3 2 1

0 1 9 8 7 6 5 4 3 2

X1

1

1

2

3

4

5

6

7

8

9

10 11 12 13 14 15

8 X

reduced door opening open outside open inside interlocking extra safety one button open function

Crawford

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