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Siemens Building Technologies

CM2N4625E / 02.1999

Landis & Staefa Division

5/10

The basic system data for the control systems in use contains all engineering notes.
Read all the engineering notes before mounting, wiring, and commissioning the
actuator.

These actuators must be used in a system only for applications as described in the
basic system data documents for the applied control systems.  Additionally, all actuator
specific features and rules must be observed as described in the brief description on the
title page of this data sheet (bold print) and in the chapters "Use", "Engineering notes",
and "Technical data".

All paragraphs marked with the special warning triangle as illustrated on the left contain
additional safety information and limitations that must be observed under any
circumstances to avoid physical injuries or damages to equipment.

These actuators must only be used with 

safety extra-low voltage

 (SELV) or 

protection

by extra-low voltage 

(PELV) in accordance with HD 384.

The actuators are double-insulated and do not provide a connection for the protective
ground.

Use 

either line voltage or

 

safety extra-low voltage

 for auxiliary switches A and B.  Do

not mix the two for operation.  However, operation using various phases is permissible.

Do not open

 the actuator!

The actuator is maintenance-free. Maintenance work may only be conducted by the
manufacturer.

• 

Electric

: Electric parallel connection for the same actuator types is permissible

provided the operating voltage is within the required tolerance.  Voltage drops at the
feed lines must be included.
Electric parallel connection of these actuators is possible only via relay if used with
types GDB..3..1, GLB..3..1, SQE3…, SQE8…, SQR3… or SQR8….

• 

Mechanical

: Do 

not 

mechanically couple the actuators.

The quantity of actuators required depends on several torque factors.  After obtaining
the damper torque rating (Nm/m

2

) from the manufacturer and determining the damper

area, calculate the torque required to move the damper as follows:

Total Torque = Torque Rating × Damper Area

Number of actuators

  =  

Total Damper Torque required

SF   x  Actuator Torque (Refer to Specifications)

1

1

  

Safety Factor:  When calculating the number of actuators required, a safety factor should be included for

unaccountable variables such as slight misalignments, aging of the damper, etc. A suggested safety factor
is 0.80 (or 80% of the rated torque).

If the calculated number of actuators is > 1, the damper construction must be adjusted
accordingly.

• 

Use safety insulating transformers with double insulation in accordance with
EN 60 742; the transformers must be made for 100% runtime.

• 

Observe all local safety rules and regulations pertaining to sizing and protecting
transformers.

• 

Determine the transformer’s power consumption by adding the power consumption
in VA for all actuators used.

Refer to "Commissioning notes" and "Internal diagram" in this data sheet as well as to
the HVAC job drawings.

Engineering notes

STOP

Proper use

 AC 24 V supply

 AC 230 V supply

 Auxiliary switches A,B

Warning,

maintenance

Parallel connection of
actuators

Required actuators

Calculating the required
actuators

Note

Sizing transformers
for AC 24 V

Wiring and
commissioning

Summary of Contents for GIB131.1E

Page 1: ...rollers or ON OFF controls e g outside air dampers flue gas dampers etc The actuator s rotational movement clockwise or counterclockwise depends on the electrical control As soon as the operating voltage AC 24 V or AC 230 V is applied the actuator starts to turn The connected damper can be operated as follows via the respective actuator control Damper opens 0 90 Damper closes 90 0 Damper remains i...

Page 2: ...ious mounting options depending on the direction of rotation and shaft length separate parts such as the shaft adapter with position indicator and other mounting parts are shipped separately with the actuator The actuator comes with 0 9 m long pre wired connection cables The following accessories and spare parts are available for function upgrades of the actuators see data sheet N4699 Accessories ...

Page 3: ...pers You can manually adjust the actuator by pushing the button PUSH The actuator can be fastened to shafts with various diameters and in various shapes square round using just one screw due to the L G patented mounting Insert the shaft adapter from either side into the opening for the shaft adapter depending on the damper shaft length For short shafts the shaft adapter is on the duct side The sha...

Page 4: ...er 4 Connection cable for power supply 5 Connection cable for auxiliary switches 6 Gear train disengagement button 7 8 Adjustment dials for auxiliary switches A and B 9 Position indicator 10 Self centering shaft adapter 11 Locking ring for shaft adapter 12 Adapter for position indicator 13 Mounting bracket 4626Z23 10 11 4626Z25 9 4626Z22 11 12 10 4626Z24 9 Setting and operating elements Arrangemen...

Page 5: ... is within the required tolerance Voltage drops at the feed lines must be included Electric parallel connection of these actuators is possible only via relay if used with types GDB 3 1 GLB 3 1 SQE3 SQE8 SQR3 or SQR8 Mechanical Do not mechanically couple the actuators The quantity of actuators required depends on several torque factors After obtaining the damper torque rating Nm m2 from the manufac...

Page 6: ... the dampers and the exact switching position for switches A and B the actuator can only be adjusted with a mounted shaft adapter and position indicator in accordance with the mounting instructions If necessary you can limit the rotational angle in increments of 5 for the entire span by positioning the shaft adapter in the respective position The mounting sets which are used to change the rotation...

Page 7: ...ower consumption running actuator holding economy function AC 24 V 20 HD 384 III as per EN 60 730 EN 60 742 max 10 A 50 60 Hz 10VA 10 W 1VA 0 5 W after 200 s Power supply AC 230V for GIB331 1E GIB335 1E GIB336 1E Operating voltage Control signal AC 230 V wires 6 4 clockwise Control signal AC 230 V Wires 7 4 counter clockwise Protection class Feeder protection external Frequency Power consumption t...

Page 8: ...onditions Operation Climatic conditions Mounting location Temperature Humidity non condensing IEC 721 3 2 Class 2K2 32 70 C 95 r h Class 2M3 IEC 721 3 3 Class 3K5 inside weather protected 32 55 C 95 r h IP Code Housing type according to EN 60 529 IP 54 Conformity In accordance with the directives set forth by the European Union Electromagnetic compatibility EMC Low voltage directive 89 336 EEC 73 ...

Page 9: ...ormally open contact gray pink Q14 S4 Switch B Input black red Q21 S5 Switch B Normally closed contact black blue Q22 S6 Switch B Normally open contact black pink Q24 Positioner P1 Potentiometer 0 100 P1 P2 white red a P2 Potentiometer pick off white blue b P3 Potentiometer 100 0 P3 P2 white pink c 4626A01 Y1 G G0 SP SN AC 24 V GBB13 1 S2 S3 S5 S6 7 P3 S1 S4 Y 6 P1 P2 Y2 N AC 24 V SELV PELV N Regu...

Page 10: ...a Division min 7 300 73 85 8 m a x 9 5 900 min 100 min 60 min 200 20 10 230 4 2 67 5 3 4626M01 100 27 6 ø 5 7 15 197 max 20 P1 P3 1 7 S1 S6 Taptite M6 x 16 13 1 5 GCA 1 GBB 1 GIB 1 Ø 8 25 6 mm 6 18 mm Dimensions Dimensions in mm 1999 Siemens Building Technologies Ltd ...

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