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Building Technologies 

Electromotoric Actuators 

CA1N4505en 

HVAC Products 

 

26.10.2006 

Technical data 

 

 

SQL35.00 

SQL85.00  SQL36E50

  SQL36E65 

SQL36E110  SQL36E160 

Power supply 

Operating voltage 

AC 230 V 

±

15 % 

AC 24 V 

±

20 % 

AC 230 V 

5 / +10 % 

 

Frequency 

50 / 60 Hz 

 

Power consumption 

1)

 

6.5 VA 

35 VA 

160 VA 

235 VA 

Control 

Positioning signal 

3-position 

 

Parallel operation 

parallel operation of several actuators not possible 

Operating data 

Positioning time for 90

°

 

at 50 Hz  

 

at 60 Hz 

 

125 s 

105 s 

 

25 s

 

20 s 

 

6 s 

2) 

5 s 

 

12 s 

2)

 

10 s 

 

24 s 

2)

 

20 s 

 

Angle of rotation 

90

°

 

±

 1

°

 (factory setting) 

 

Torque 

1)

 

20 Nm 

40 Nm 

100 Nm 

400 Nm 

1200 Nm 

 

End switch 

Switching capacity 

AC 250 V, 3 A resistive, 1.5 A inductive 

Switching differential 

approx. 1

°

 

 

Heating element 

 

AC 230 V, 5 W 

 

Medium temperature 

Permissible temperature of medium in the assembled valve: 120

°

Standards 

Meets the requirements for 

CE marking in 

EMC directive  89/336/EEC 

Low-voltage directive  73/23/EEC 

 

Electromagnetic 

compatibility 

AC emissions: EN 61000-3-ff, EN 55014-1 and EN 55022 

AC + DC immunity: EN 61000-4-ff 

 

Product standards for 

automatic electrical controls 

EN 60730-2-14 

DIN EN 61010 

 

C-tick 

 

N474 

 

Housing protection 

standard 

IP 44 to IEC 60529 

IP 67 to IEC 60529 

 

Protection class 

III or II to EN 60730 

 

EN ISO 5211 

 32mm

 

 

 

Flanges and shaft 

connection to actuator 

 

F04 / F05 

F07 

F10 

F12 / F16 

Dim ensions / weight 

Dimensions 

see 

«

Dimensions

»

 

 

Cable glands 

4 x 

 20,5 mm (for M20) 

2 x M20 

 

Weight 

1.4 kg 

4.5 kg 

7 kg 

14 kg 

25 kg 

Materials 

Housing base, yoke 

die-cast aluminium 

 

Cover 

plastic 

die-cast aluminium 

1)

  These values apply at nominal voltage, at an ambient temperature of 20 

°

C and at the specified nominal 

running time 

2)

  Variable positioning time with SEZ31.1 auxiliary module (see below) 

 

Accessories for SQL35.00 / 85.00 

 

Weight 

 

Double auxiliary switch 

ASC9.5 / ASC9.4 

Switching capacity 

Switching differential 

AC 250 V, 10 A resistive, 3 A inductive 

approx. 1

°

  

ASC9.4 

85 g 

ASC9.5 

30 g 

 

Auxiliary switch with 

potentiometer ASZ7.4

 

Switching capacity 

Switching differential 

Change in resistance 

AC 250 V, 10 A resistive, 3 A inductive 

approx. 1

°

  

0 ...1000 

Ω 

corresponding to 0 ... 90 

°

 

60 g 

 

 

Accessories for SQL36E

 

Weight 

 

Double auxiliary switch 

ASC36

 

Switching capacity 

Switching differential 

AC 250 V, 3 A resistive, 1.5 A inductive 

approx. 1

°

 

60 g 

 

Potentiom eter ASZ36

 

Change in resistance 

0...1000 

Ω 

 corresponding to 0...90

°

 

50 g 

 

Auxiliary module 

SEZ31.1 

Positioning time for 90 

°

 

at 50 Hz 

SQL36E65: 

30...180 s 

SQL36E110: 

60

360 s 

SQL36E160:  120

720 s 

60 g 

 








































Summary of Contents for SQL35.00

Page 1: ...ltage AC 24 V 3 position control signal Nominal angle of rotation 90 Auxiliary switch and potentiometer for extra functions Manual adjuster and position indicator SQL36E built in heating element to avoid condensation SQL36E compatible with EN ISO 5211 flanges SQL36E variable positioning time with SEZ31 1 auxiliary module Use For operation of VKF41 VKF46 and VKF46 TS butterfly valves as control and...

Page 2: ... 554 Z 05 Auxiliary switch and potentiometer 1000 Ω SQL35 00 SQL85 00 1 x ASC9 5 or 1 x ASC9 4 or 1 x ASZ7 4 only one accessory at a time can be mounted SEZ31 1 4505Z10 Auxiliary module for variable positioning time refer to Function mechanical design page 4 SQL36E65 SQL36E110 SQL36E160 ASC36 4505Z 19 Double auxiliary switch ASZ36 0 1000 Ω 4 50 5Z 28 Potentiometer 1000 Ω SQL36E50F04 SQL36E50F05 SQ...

Page 3: ...lves were replaced by VKF46 butterfly valves in 2000 For actuator retrofitting on installed butterfly valves replacement of actuators or ASK35 VKF45 40 125 Use SQL35 00 SQL85 00 actuators and ASK35 VKF45 150 200 Mounting of SQL36E65 actuator recommended Function mechanical design The actuator is driven by a 3 position signal from the controller and generates a rotary motion which is transferred vi...

Page 4: ...adjustable and can therefore be used to achieve longer running times for an angle of rotation of 90 refer to Commissioning Engineering notes The actuators must be electrically connected in accordance with local regulations and with the connection diagrams Regulations and requirements to ensure the safety of people and property must be observed at all times Mounting notes Type Mounting Instructions...

Page 5: ... its fully open position either manually or via positioning signal Y1 prior to activating the pump s The flow rate is adjusted either by driving the electric actuators as required or by operating the manual adjuster When using a SEZ31 1 auxiliary module set the desired positioning time SQL36E65 30 180 s SQL36E110 60 360 s SQL36E160 120 720 s 4505Z40 AUTO automatic operation 4290Z02 MAN manual oper...

Page 6: ...aintenance Before performing any service work on the valve or actuator Switch off the pump and power supply Close the main shut off valves in the pipework Release pressure in the pipes and allow them to cool down completely If necessary disconnect electrical connections from terminals The valve must be re commissioned only with the manual adjuster or the actuator correctly assembled Disposal The a...

Page 7: ...ick N474 Housing protection standard IP 44 to IEC 60529 IP 67 to IEC 60529 Protection class III or II to EN 60730 EN ISO 5211 32mm Flanges and shaft connection to actuator F04 F05 F07 F10 F12 F16 Dimensions weight Dimensions see Dimensions Cable glands 4 x 20 5 mm for M20 2 x M20 Weight 1 4 kg 4 5 kg 7 kg 14 kg 25 kg Materials Housing base yoke die cast aluminium Cover plastic die cast aluminium 1...

Page 8: ...ms Cm1 End switch Cm2 End switch c1 1 auxiliary switch ASC9 5 or c1 c2 1 double auxiliary switch ASC9 4 or c1 1000 Ω 1 built in unit ASZ7 4 1 auxiliary switch and 1 potentiometer N Neutral conductor G System potential Y1 Control phase OPEN Y2 Control phase CLOSED 11 Sequence Y1 at 90 12 Sequence Y2 at 0 S1 End switch CLOSED S2 End switch OPEN S3 Auxiliary switch CLOSED ASC36 S4 Auxiliary switch OP...

Page 9: ... switch CLOSED ASC36 S4 Auxiliary switch OPEN ASC36 S7 Thermal switch integrated H Heating element P1 Potentiometer ASZ36 T1 Auxiliary module SEZ31 1 Y1 Control phase OPEN Y2 Control phase CLOSED N Neutral conductor Connection diagrams 4505A01 L N N Y2 Y1 N2 Y1 Y2 Q1 Q2 Y2 L N L N AC 230 V N Y2 Y1 N1 Y1 Y2 Q1 Q2 Y1 N1 N2 Controller Y1 Y2 Actuator L System potential AC 230 V N System neutral Q1 Q2 ...

Page 10: ...4 V G Y2 Y1 Y2 N1 Q1 Q2 Y1 N1 N2 Controller Y1 Y2 Actuator SP System potential AC 24 V SN System neutral Q1 Q2 Controller contacts Dimensions Dimensions in mm Mounting height of actuator including ASK35 mounting kit 168 mm 100 mm Minimum clearance from wall or ceiling 200 mm For mounting connection operation service etc SQL85 00 SQL35 00 SQL85 00 ...

Page 11: ... M E A 4505M03 G Z Y B L I D H C K J M E A SQL36E50F04 SQL36E50F05 DN 40 65 80 125 A 210 B 73 C 137 D 210 E 65 G Ø 80 H 42 I 126 J 149 K 110 L 259 M 124 X 11 14 Y 42 Z 50 EN 5211 F04 F05 kg 4 5 kg 100 mm Minimum clearance from wall or ceiling 200 mm For mounting connection operation service etc SQL36E50F04 SQL36E50F05 ...

Page 12: ...80 Ø 125 Ø 200 H 42 58 89 I 125 150 175 J 171 247 280 K 119 136 157 L 290 383 437 M 139 139 139 X 17 22 32 Y 70 102 165 Z 50 70 125 EN 5211 F07 F10 2 kg 7 kg 14 kg 25 kg 1 DN 350 400 VKF46 350TS VKF46 400TS 2 EN 5211 F12 F16 flange connections for third party actuators are available on request 100 mm Minimum clearance from wall or ceiling 200 mm For mounting connection operation service etc SQL36E...

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