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3.2   Technical information

All SVA door locks

Temperature range

-25°C to +70°C

Relative humidity:

up to 95 % at 55°C;  
no condensation

Protection category:

IP 54

DIN direction:

can be used left and right
except for SVA 6xxx

Installation position:

vertical

Tubular 
frame locks

Solid door 
locks

Backset:

35, 40 or 
45 mm

65, 80 or 
100 mm

Rear backset:

15 mm

33 mm

Forend:

24 mm wide, 
270 mm high, 
angular/
square

20 mm or 
24 mm wide 
235 mm high, 
round

Distance between 
door handle and 
locking cylinder:

92 mm 
for profile 
cylinder 
94 mm 
for round 
cylinder

72 mm 
profile 
cylinder 
74 mm round 
cylinder

Nut to inner square:

9 mm

9 mm

Bolt throw:

20 mm

20 mm

SVA 4000

Status messages via potential-free contacts

Contact load capacity 100 mA at max. 30 V DC

SVA 6000

Status messages via potential-free contacts

DIN direction: 

left or right depending on 
order

Supply voltage:

12 or 24 V DC stabilized  
(+/- 15 %)

Power consumption:

0.15 A (max. 0.3 A)

Contact load capacity: 100 mA at max. 30 V DC

SVA 2000 and SVA 2000F

Supply voltage:

24 V DC stabilized  
(+/- 15 %)

Power consumption:

0.05 A (max. 0.3 A)

Bus operation:

DCW® bus or
CAN bus (ISO 11898-3)

“Locked” signal:

output switches to GND, 30 
mA at max. 30 V DC  

3.3  Variants

Versions of the SVA door locks are available for various 
applications:
•  The 

SVA 5000

 is a mechanical door lock. When the 

door is closed, the door lock locks automatically. The 
SVA 5000 is also suitable for retrofitting doors in 
which no connection cable can be laid.

•  The 

SVA 4000

 is an electrically monitored door 

lock. When the door is closed, the door lock locks 
automatically. 

•  The 

SVA 6000

 is an electrically monitored door 

lock. When the door is closed, the door lock locks 
automatically. In addition, the door handle can be 
electrically engaged or disengaged on the access 
side. This makes the door lock suitable for doors 
that have access control from the outside but can 
be opened from the inside at any time in the escape 
direction.

•  The 

SVA 2000

 is a motorized lock whose function 

can be controlled electronically. When the door 
is closed, the door lock locks automatically. It 
is operated separately (Stand Alone) or on an 
external control unit via a DCW® bus or a CAN bus. 
DCW® operation on an electric door operator with 
integrated control unit is also possible, e.g. with the 
ED 100/ED 250. The SVA 2000 may only be used in 
fire and smoke protection doors in combination with 
the external Power Reserve module "SVP-PR DCW®" 
(item no: 70922601)!

•  The 

SVA 2000F

 is a motorized lock with the same 

functions as the SVA 2000, which is also approved 
for use in fire and smoke protection doors. The 
SVA 2000F contains an integrated Power Reserve 
module. The SVA 2000F cannot be switched to 
"permanently open" because this function is not 
permitted for use on fire and smoke protection 
doors.

•  The locks SVA 2000 and SVA 2000F are compatible 

with an ED100 or ED250 from the ED firmware 
version V2.200 upwards. If the EDs have an older 
firmware version, this must be updated.

5

SVA door locks

2019-07

WN 059743 45532

dormakaba Mounting instructions

Product description

Summary of Contents for SVA 2000

Page 1: ...sions 9 4 Mounting 10 4 1 Safety during mounting 10 4 2 Requirements for mounting 10 4 3 Tools and auxiliary materials 10 4 4 Preparatory work 11 4 4 1 Mill cut and drill door leaf for tubular frame locks 11 4 4 2 Mill cut and drill the door leaf for solid door locks 12 4 5 Mount locks 13 4 5 1 Mount tubular frame lock 13 4 5 2 Mount solid door lock 14 5 Parameterization SVA 2000 2000F only 15 5 1...

Page 2: ...0 5000 6000 All versions of a door lock the exact lock type is marked with 3 digits instead of zeros TMS Soft Software for the dormakaba door management system TMS DCW bus DCW is short for DORMA Connect Work A dormakaba owned fieldbus system for the connection of up to 4 identical components to a DCW central unit CAN bus Serial fieldbus system according to ISO 11898 3 for connecting several compon...

Page 3: ...n with the external Power Reserve module SVP PR DCW item no 70922601 If an SVA 2000 or SVA 2000F is operated in Stand Alone mode in a fire and smoke protection door the use of a smoke detector is recommended In the event of a fire it must be ensured that the locks electrical motor controls are disconnected from the power supply by a smoke detector provided by the building supervisory authority or ...

Page 4: ... locking cylinder 3 1 Installation situation 3 1 1 Mechanical opening Fig 2 1 2 7 3 5 6 8 9 S G 4 Mechanical installation situation example 1 Active leaf with SVA 5000 SVA 4000 or 6000 2 Fixed leaf with SVI 5000 SVI 4000 3 Panic door fitting 4 Cable transfer CT cable spiral CS and if necessary detachable cable transfer DT 5 Connecting cable SVP A 1100 2100 6 External control unit 7 Door closer 8 S...

Page 5: ...nnection cable can be laid The SVA 4000 is an electrically monitored door lock When the door is closed the door lock locks automatically The SVA 6000 is an electrically monitored door lock When the door is closed the door lock locks automatically In addition the door handle can be electrically engaged or disengaged on the access side This makes the door lock suitable for doors that have access con...

Page 6: ... Fig 4 S G optional SVI SVA Active leaf with tubular frame lock 3 5 2 Solid door locks Fig 5 S G optional SVI SVA Active leaf with solid door lock 6 SVA door locks 2019 07 WN 059743 45532 dormakaba Mounting instructions Product description ...

Page 7: ... PR module SVP PR DCW item no 70922601 operation mode Stand Alone 3 4 2 Solid door locks dormakaba Deutschland GmbH Postfach 4009 58247 Ennepetal 0432 CPR 00026 19 15 SVA 4000 VB SVA 5000 VB EN 12209 2003 AC 2005 3 X 9 1 0 G 7 B B 2 0 DOP_0160 0432 CPR 00026 08 15 SVA 2000 VB EN 14846 2008 3 S 5 E 0 L 7 1 1 3 SVA 2000F VB 3 S 5 E 0 L 7 1 1 3 SVA 6000 VB 3 S 5 E 0 L 7 1 3 DOP_0161 0432 CPR 00026 11...

Page 8: ...ig 6 1 2 Parts included 1 Door lock 2 Screws 3 6 2 Lock dimensions Fig 7 1050 FFL 5 SVA 4000 SVA 5000 SVA 6000 X 23 SVA 2000 SVA 2000F X 16 Lock dimensions 8 SVA door locks 2019 07 WN 059743 45532 dormakaba Mounting instructions Product description ...

Page 9: ... 24 A C B D 3 A B C D 16 5 33 65 80 100 Ø6 90 20 209 235 30 41 5 20 10 7 22 12 13 21 5 38 35 63 79 5 17 5 165 Ø10 Ø7 Ø8 Ø7 9 RC PC max 45 80 PC 80 5 RC 72 PC 74 RC max 45 1050 FFL Lock dimensions 3 7 3 Door versions Fig 10 SVI SVA A B SVA SVI Folding doors Fig 11 SVI SVA C D SVA SVI Rebated doors 9 SVA door locks 2019 07 WN 059743 45532 dormakaba Mounting instructions Product description ...

Page 10: ...5 mm For mounting along escape routes The door opens in the escape direction If the door opens in the opposite direction to the escape direction a building authority permit must be obtained There are recesses and pre drilled holes in the active door leaf see chapter 4 4 For all locks except SVA 5000 The door leaf is equipped with the connection cable SVA A 1100 2100 If the door leaf is equipped wi...

Page 11: ...ular frame locks Fig 13 RZ PZ 16 1 ST 3 9x19 A2 70 EN ISO 7050 2 depending on fitting 3 45 at backset 35 50 at backset 40 55 at backset 45 Recesses and pre drilled holes in door leaf 11 SVA door locks 2019 07 WN 059743 45532 dormakaba Mounting instructions Mounting ...

Page 12: ...73 13 Ø 10 Ø 22 38 55 20 18 20 18 124 85 ø 22 ø10 ø7 65 8 100 0 ø7 24 18 124 85 Fig 15 SVA 2000 SVA 2000F SVA 4000 SVA 6000 SVA 5000 180 8 min 8 ø 15 180 50 min 8 ø SVA 2000 SVA 2000F SVA 4000 SVA 6000 SVA 5000 Recesses and pre drilled holes in the door leaf for wiring 12 SVA door locks 2019 07 WN 059743 45532 dormakaba Mounting instructions Mounting ...

Page 13: ...A 6000 SVA 5000 Connect cable 2 Insert the door lock into the door leaf recess Abb 17 Fig 17 Insert door lock 3 Screw the door lock tight Abb 18 Fig 18 Screw door lock tight 4 Mount the door handle and locking cylinder Abb 19 Fig 19 SVA 2000 SVA 2000F SVA 4000 SVA 5000 SVA 6000 Mount door handle and locking cylinder SVP A 1100 2100 13 SVA door locks 2019 07 WN 059743 45532 dormakaba Mounting instr...

Page 14: ...into the door leaf recess Abb 22 Fig 22 C o m p r e s s e d a i r a i r c o m p r i m é D r u c k l u f t Insert door lock 4 Screw the door lock tight Abb 23 Fig 23 Screw door lock tight 5 Attention Risk of property damage due to the use of an incorrect cylinder screw with the locks SVA 2000 and SVA 2000F Mount the door handle and locking cylinder Abb 24 For SVA 2000 2000F locks use only the cylin...

Page 15: ... 1 to 4 If a door lock with address 1 is already connected to the door a different address must be set on the second SVA door lock see chapters 5 6 1 and 5 6 2 5 2 3 Terminating resistor In the CAN bus operation mode the terminating resistor must be switched on for the door lock with the greatest distance to the bus center point 5 3 Default settings Parameter Default setting Operation mode DCW bus...

Page 16: ... and hold it there for at least 10 s Symbol Operating method To jump from one selection to the next Turn the door key briefly in the locking cylinder in the unlocking direction until it stops To jump from setting to setting within a selection Briefly press down the door handle until it stops Fig 27 Operation mode DCW address CAN address Terminating resistor only with SafeRoute components Start End...

Page 17: ...briefly in the unlocking direction until it stops The LED flashes red or green The signal repeats itself after a 2 s pause 9 Press the door handle down repeatedly until the desired terminating resistor function is reached LED flashes green or red 10 Turn the key in the unlocking direction until it stops and hold it there for 10 s The LED flashes green for 2 s and then lights up constantly yellow T...

Page 18: ...and Alone PIN 1 bk GND GND GND PIN 2 rd Unlock 1 leaf pull input to GND via a switch PIN 3 wh 24V DC 24V DC 24V DC PIN 4 PIN 5 bn Unlock 2 leaf pull input to GND via a switch PIN 6 vio Locked output switches to GND max 30 mA Locked output switches to GND max 30 mA Locked output switches to GND max 30 mA PIN 7 rd bu PIN 8 bu External door contact pull input to GND via door contact Door closed conta...

Page 19: ...ade or additional locking devices added 3 Make sure that the locking points are not blocked 4 Use a force gauge to measure and record the actuating forces required to release the escape door lock The actuating forces may be max 70 N for escape doors according to EN 179 and max 80 N for escape doors according to EN 1125 5 This manual must be handed over to the facility operator and regular maintena...

Page 20: ... Check and operate all parts of the door lock Ensure that they are fully operational 2 Ensure all the parts provided have been mounted and that no subsequent modifications have been made or additional locking devices added 3 Make sure that the locking points are not blocked 4 Use a force gauge to measure and record the actuating forces required to release the escape door lock The actuating forces ...

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