Dormakaba SVA 2 Series Training manual

EN
SVA 2xxx/SVA 2xxxF
Commissioning instructions
060646-45532/16387 – 05/2023 1
1 Information about this document
1.1 Contents and purpose
This document supplements the SVA/SVI locks'
assembly instructions and contains technical
information for the mounting and commissioning of
an SVA2xxx or SVA2xxxF lock.
1.2 Target group
The locks may only be mounted by technical
specialists who have been trained for this purpose by
dormakaba.
1.3 Other applicable documents
• SVA/SVI locks assembly instructions
• Manual for the connecting cable SVP-A1100/2100
• Technical documents for the selected control unit
• Commissioning instructions for the SVI lock
• Assembly instructions for the fittings used, e.g. door
handles, panic bar or knob.
1.4 Abbreviations
SVA
Active, self-locking
(anti-)panic lock for the active
door leaf in 2-leaf door units
SVI
Inactive, self-locking (anti-)panic
lock for the passive door leaf in
2-leaf door units
2xxx/2xxxF
All versions of a lock; the exact
lock type is marked with 3 digits
instead of xxx.
G Active door leaf
S Passive door leaf
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 components to one cable
harness
Contents
1 Information about this document 1
1.1 Contents and purpose 1
1.2 Target group 1
1.3 Other applicable documents 1
1.4 Abbreviations 1
1.5 Symbols used 2
1.5.1 Hazard categories 2
1.5.2 More symbols 2
2 Safety 2
2.1 Intended use 2
2.2 Non-intended use 2
2.3 Reasonably foreseeable misuse 2
3 Product description 2
3.1 Parts included 3
3.2 Door fittings required 3
3.3 Technical data 3
3.4 Variants 3
3.5 Integrated Power Reserve module
(only version SVA2xxxF) 3
3.6 LED display 4
3.6.1 LED display at system start 4
3.7 Operation modes 4
3.7.1 DCW bus operation 4
3.7.2 CAN bus operation 4
3.7.3 Stand Alone operation 4
3.7.4 Factory settings 4
3.8 Classification 5
3.8.1 Tubular frame locks 5
3.8.2 Solid door locks 5
4 Pin assignment 5
4.1 Block diagram SVA 2xxx(F)CAN 6
4.2 Block diagram SVA2xxx(F) DCW 6
4.3 Block diagram SVA2xxx(F) Stand Alone 7
5 Mounting 7
6 Parameterization 7
6.1 Requirements 7
6.2 Parameterizing 8
6.2.1 Set for DCW bus 9
6.2.2 Set for CAN bus 9
6.2.3 Set for Stand Alone mode 10
6.2.4 Jump back to the selection 10
6.2.5 Restore factory setting 10
6.2.6 Cancel parameterization 10
7 Error messages 10
8 Disassembly and disposal 11

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/20232
1.5 Symbols used
1.5.1 Hazard categories
ATTENTION
This signal word indicates a situation of
potential risk that could lead to damage to
property or the environment if not averted.
NOTE
This signal word indicates useful information
for efficient and trouble-free operation.
1.5.2 More symbols
12Item numbers used in image
caption
2 Safety
2.1 Intended use
The SVA 2xxx/2xxxF is a lock for the active door leaf
on 2-leaf door units.
• Use only the components approved by dormakaba
for mounting:
- SVI4xxx, SVI5xxx or SVI2xxxF on the door unit’s
passive door leaf
- SVP-A1100 or SVP-A2100 connection cable
• Only mount combinations of lock and fitting that
have been tested and approved in accordance with
EN179 or EN1125. The list of approved components
can be found in the constancy of performance
certificate at www.dormakaba.com. Other
combinations on request.
• Mounting on fire and smoke protection doors
is only permitted if the usability certificates for
these doors provide for this mounting and if the
requirements are followed.
• The following SVA door locks are suitable for use on
fire and smoke protection doors
- SVA2xxxF lock series
- SV2xxx lock series in combination with the
external Power Reserve module "SVP-PR DCW"
(item no: 70922601)
2.2 Non-intended use
• The lock must not be opened by third parties. If
the lock is opened by a third party, there is a risk
that safety-relevant functions (e.g. escape/panic
functions) will no longer exist.
• The identification plate on the lock contains
important information required by law and must
not be damaged or obscured.
2.3 Reasonably foreseeable misuse
• There may be no other locking devices on the door
unit.
• Do not make any changes to the door unit that are
not described in this manual.
• If door seals (e.g. profile seals, floor seals) are used,
they must not impede the intended function.
ATTENTION
Damage to property due to the use of
an incorrect cylinder screw. Only use the
cylinder screw supplied with the lock to
secure the cylinder (DINENISO7046-1, M5
x (backset + 5 mm)).
3 Product description
The SVA2xxx/2xxxF is a lock for the active door leaf.
The SVAlock locks automatically as soon as the door
leaf is closed. In case of emergency, the door can
be opened in the escape direction at any time. The
SVAlock canquery the status of the trip latch, bolt,
door handle/panic bar and the locking cylinder.
The functions are controlled electronically.
It can be optionally controlled via:
• an SVP-S3x (CH) or SVP-S4x lock control unit
• a TMS or SafeRoute system
• an automatic operator ED 100 or ED 250
(ED firmware version V2.500 or higher)
The connection to the control unit is via the DCW bus
or CAN bus.
Alternatively, the SVA lock can also be connected
directly analog (Stand Alone operation).

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/2023 3
Automatically opening installation example
Fig.1
12
5
3
S G
4
6 7 8 9
11
10
Barrier-free installation situation (example)
(1) Active door leaf with SVA2xxx/2xxxF
(2) Passive door leaf with SVI2xxxF
(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) Operator inc. control unit (e.g. ED100/250)
(7) Sequential locking control
(8) Door contact TK
(9) Carry bar
(10) SVP-S 4x / 3x (CH) control unit
(11) Access control components
3.1 Parts included
• SVAlock
• Screws required for mounting
• Commissioning instructions SVA2xxx/SVA2xxxF
3.2 Door fittings required
Inner side of the door: Door handle or panic bar
Outer side of the door: Door knob (without function)
Locking pin: 9 mm square for interchangeable fittings
3.3 Technical data
Supply voltage: 24VDC stabilized (+/- 10%)
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
Tubular
frame locks
Solid door
locks
Rear backset: 15mm 33mm
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
Bolt throw: 20mm 20mm
Temperature range: -25°C to +70°C
Relative humidity: up to 95% at 55°C
no condensation
3.4 Variants
(F) = Version with integrated Power Reserve module.
These versions cannot be switched "permanently
open".
Variants for rebated solid doors
Forend: 235 x 20mm, for profile cylinder:
• SVA2271(F): Backset 65mm, DIN left
• SVA2272(F): Backset 65mm, DIN right
• SVA2281(F): Backset 80mm, DIN left
• SVA2282(F): Backset 80mm, DIN right
• SVA2291(F): Backset 100mm, DIN left
• SVA2292(F): Backset 100mm, DIN right
Forend: 235 x 20mm, for round cylinder:
• SVA2371(F): Backset 65mm, DIN left
• SVA2372(F): Backset 65mm, DIN right
• SVA2381(F): Backset 80mm, DIN left
• SVA2382(F): Backset 80mm, DIN right
• SVA2391(F): Backset 100mm, DIN left
• SVA2392(F): Backset 100mm, DIN right
Variants for solid butt doors
Forend: 235 x 24mm, for profile cylinder:
• SVA2277(F): Backset 65mm, DIN left/right
• SVA2287(F): Backset 80mm, DIN left/right
• SVA2297(F): Backset 100mm, DIN left/right
Forend: 235 x 24mm, for round cylinder:
• SVA2377(F): Backset 65mm, DIN left/right
• SVA2387(F): Backset 80mm, DIN left/right
• SVA2397(F): Backset 100mm, DIN left/right
Variants for tubular frame doors
Forend: 270 x 24, for profile cylinder:
• SVA2719(F): Backset 35mm, DIN left/right
• SVA2729(F): Backset 40mm, DIN left/right
• SVA2739(F): Backset 45mm, DIN left/right
Forend: 270 x 24, for round cylinder:
• SVA2819(F): Backset 35mm, DIN left/right
• SVA2829(F): Backset 40mm, DIN left/right
• SVA2839(F): Backset 45mm, DIN left/right
3.5 Integrated Power Reserve module
(only version SVA2xxxF)
The internal Power Reserve module is tested 5 mins
after the power is turned on and then every 48 hrs. If
the test completes with an error, the corresponding
flashing code appears once according to the error
messages (see Chapter 7). The test is then performed
a second time after a further 5 minutes. If this test
is also negative, the flashing code is permanently
displayed.

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/20234
3.6 LED display
The SVAlock shows colored light signals in the area
around the bolt. The LED is covered by the forend
and is not directly visible. The LED color indicates the
operation mode when the door is open (see Chapter
3.7). The LED display signals the options selected
during parameterization (see Chapter 6.2.1 to6.2.3). In
addition, the LED display shows the error messages
(see Chapter 7).
Fig.2 LED display in bolt recess for tubular frame locks
Fig.3 LED display in bolt recess for solid door locks
3.6.1 LED display at system start
As soon as the operating voltage is switched on, the
LED displays the last set parameters one after the
other when the door is open:
• Operation mode: The LED lights up blue, yellow or
orange for 2s.
• Bus address in DCW® or CAN bus operation: The
LED flashes green 1x – 4x.
• Terminating resistor (only in CAN bus operation):
The LED lights up green for 1s when the resistor is
switched on. If the resistor is switched off, there is
no additional signaling.
Example LED display at system start
DCW bus,
address 3
CAN bus,
Address 2,
resistor on
Stand Alone
3.7 Operation modes
The lock can be controlled in 3 operation modes. The
operation mode determines whether and how the
signals are transmitted between the door lock and
the control unit. During normal operation, the LED
lights up in the operation mode’s color as soon as the
door is opened.
Operating
mode LED display
DCW bus blue
CAN bus yellow
Stand Alone orange
3.7.1 DCW bus operation
In DCW bus operation, the SVA lock can be connected
to a DCW bus. It can be controlled by means of
an SVP-S4x (version 4.7.000 or higher), SVP-S3x
(version 1.1.000 or higher), a SafeRoute-SCU (version
1.9.000 or higher) or an automatic operator ED100/
ED250 (ED firmware version V2.500 or higher).
NOTE
A DCW bus may contain a maximum of 2
SVA/SVI 2000(F) lock combinations. Each
lock must be given a unique address 1 to 4.
3.7.2 CAN bus operation
In CAN bus operation, the SVA lock can
be connected to a CAN bus. It can then be controlled
by a compatible control unit (see Chapter 4).
NOTE
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. The terminating
resistor is switched off ex works.
3.7.3 Stand Alone operation
In Stand Alone mode, the SVA lock can
be controlled with analog signals, e.g. by a potential-
free switch (see Chapter 4). Stand Alone operation
has changed functions (see Chapter 4.3).
3.7.4 Factory settings
The default setting is the DCW operation mode with
the DCW bus address 1.

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/2023 5
3.8 Classification
3.8.1 Tubular frame locks
dormakaba Deutschland GmbH
DORMA Platz 1 - 58256 Ennepetal
0432-CPR-00026-97 18
SVA2xxxRR EN 14846:2008 3 S 6 E* 0 M 7 1 1**/3
SVA2xxxFRR 3 S 6 E 0 M 7 1 1**/3
DOP_0165
0432-CPR-00026-11 18
SVA2xxxRR EN 179:2008 3 7 7 B* 1 4 5 2 A A
SVA2xxxF RR 3 7 7 B 1 4 5 2 A A
DOP_0166
0432-CPR-00026-01 18
SVA2xxxRR EN1125:2008 3 7 7 B* 1 4 2 1/2 A/B A
SVA2xxxFRR 3 7 7 B 1 4 2 1/2 A/B A
DOP_0167
* Only with external PR module “SVP-PR DCW”
(item no: 70922601)
** Operation mode “Stand Alone”.
3.8.2 Solid door locks
dormakaba Deutschland GmbH
DORMA Platz 1 - 58256 Ennepetal
0432-CPR-00026-08 15
SVA2xxxVB EN 14846:2008 3 S 5 E* 0 L 7 1 1**/3
SVA2xxxFVB 3 S 5 E 0 L 7 1 1**/3
DOP_0161
0432-CPR-00026-11 17
SVA2xxxVB EN 179:2008 3 7 7 B* 1 4 5 2 A A
SVA2xxxF VB 3 7 7 B 1 4 5 2 A A
DOP_0162
0432-CPR-00026-02 17
SVA2xxxVB EN 1125:2008 3 7 7 B* 1 4 2 1/2 A/B A
SVA2xxxF VB 3 7 7 B 1 4 2 1/2 A/B A
DOP_0163
* Only with external PR module “SVP-PR DCW”
(item no: 70922601)
** Operation mode “Stand Alone”
4 Pin assignment
NOTE
For earthed door frames, the bridge on the
SVP-Ax100 connection cable’s plug must be
disconnected.
NOTE
Observe the connection diagram of the
selected control unit and the SVI lock.
Cable color
SVP‑A
1100/2100
Connection/function
depending on operation mode
DCW CAN Stand Alone
Black GND GND GND
Red - -
Unlock
(1-leaf), pull input
to GND via a
switch.
White +24V DC +24V DC +24V DC
Brown - -
Unlock
(2-leaf), pull input
to GND via a
switch.
Violet
Locked,
output switches
to GND
(max. 30 mA)
Red/blue - - -
Blue - -
External door
contact, pull input
to GND via door
contact.
Door closed =
contact closed
Green DCW (B) CAN H -
Gray/pink - - -
Yellow DCW (A) CAN L -
Gray* RS485 N RS485 N RS485 N
Pink* RS485 P RS485 P RS485 P
* only in combination SVI2xxxF

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/20236
4.1 Block diagram SVA 2xxx(F)CAN
Fig.4
SVP/SVZ/
SVA2xxx(F)
function
CAN
Black GND (3)
Brown not in use
Pink/gray not in use
Red not in use
White +24 VDC (1) (stabilized)
Yellow CAN (L)
Green CAN (H)
Gray RS485 N (only in combination with SVI2xxxF)
Pink RS485 P (only in combination with SVI2xxxF)
Red/blue not in use
Blue not in use
Violet not in use
Block diagram
4.2 Block diagram SVA2xxx(F) DCW
Fig.5
Black GND (3)
Brown not in use
Pink/gray not in use
Red not in use
White +24 V DC (1) (stabilized)
Yellow DCW (A)
Green DCW(B)
Gray RS485 N (only in combination with SVI2xxxF)
Pink RS485 P (only in combination with SVI2xxxF)
Red/blue not in use
Blue not in use
Violet not in use
SVP/
SVA2xxx(F)
function DCW
Block diagram

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/2023 7
4.3 Block diagram SVA2xxx(F) Stand Alone
Contact definition: Position of the switches when the door is closed and locked. Door handle and cylinder not
actuated.
Fig.6
Black GND (3)
Unlock SVA and SVI
Brown (only in combination with SVA2xxx(F) with SVI2xxxF)
Pink/gray not in use
Red Unlock SVP/SVA via GND contact
White +24 V DC (1) (stabilized)
Yellow not in use
Green not in use
Gray RS485 N (only in combination with SVI2xxxF)
Pink RS485 P (only in combination with SVI2xxxF)
Red/blue not in use
Blue Door contact via GND contact
Violet "SVP/SVA locked" max. 30 mA Out
SVP/SVZ/
SVA2xxx(F)
function
Stand Alone
GND
Block diagram
5 Mounting
ATTENTION
Damage to property due to the use of an
incorrect cylinder screw.
Only use the cylinder screw supplied
with the lock to secure the cylinder
(DINENISO7046-1, M5 x (backset +
5mm)).
See SVA/SVI assembly instructions.
https://techdoc.dormakaba.com/cds/go/SVA-SVI
SVI commissioning manuals
https://techdoc.dormakaba.com/cds/go/SVI
6 Parameterization
The default setting is the operation mode DCW with
the DCW bus address 1. If other settings are desired,
the SVA lock must be parameterized.
6.1 Requirements
• The door lock is mounted and is under operating
voltage (24 V DC).
• The system was de-energized for min. 30 s before
the start.
• The system was started up max. 20min ago.
• The LED is not signaling an error (see Chapter 7)
and indicates an operation mode (see Chapter 3.7).
NOTE
Read the entire procedure.
Changed parameters must be saved within
5 min, otherwise parameterization is
aborted, (see Chapter 6.2.6).
NOTE
If parameterization is not possible, check
the fit of the cylinder cam. The cylinder must
touch the cylinder contact.

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/20238
6.2 Parameterizing
The parameters are set from the inside of the door in
its installed state. The switches in the door lock are
operated with a door handle or key.
Symbol Operating method
To start parameterization or to
save changed parameters:
Turn the door key in the locking
cylinder in the unlocking direction
until it stops and hold it there for
at least 10s.
To jump from one selection to the
next:
Turn the door key briefly in the
locking cylinder in the unlocking
direction until it stops.
Symbol Operating method
To jump from setting to setting
within a selection:
Briefly press down the door handle
until it stops.
10 s
+
Restore factory settings and jump
back to start:
Press the door handle and key at
the same time for 10 s: Press and
hold the door handle down until it
stops, turn and hold the door key in
the locking cylinder in the unlocking
direction until it stops.
*only with SafeRoute components
with the “Multi-door” license
Load factory setting:
Result Flashing sequence
Start point/
Factory setting 1x blue (2 s)
Error/Timeout 1x red (2 s)
Restore factory
setting
Factory settings:
=> DCW
=> Address 1
Operation
mode
DCW
address*
CAN
address
Terminating
resistor
Start End
Off
On

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/2023 9
6.2.1 Set for DCW bus
Address assignment is only required in conjunction
with a SafeRoute system with multi-door application.
NOTE
Address assignment for combination of
SVA 2000(F) and SVI 2000 F:
1‑leaf door:
SVA = Address 1
2‑leaf doors:
1st door: SVA = Address 1
2nd door: SVA= Address 2
The addresses of SVI locks are assigned
automatically.
1. Open the door and release the door handle.
‣ The LED is constantly lit up.
2. Turn the key in the unlocking direction until it
stops and hold it there for 10s.
‣ The LED flashes.
3. Turn the key back to its starting position.
4. Press the door handle down repeatedly and check
the operation mode until the LED flashes blue.
5. Turn the key briefly in the unlocking direction until
it stops.
‣ The LED flashes green 1x – 4x:
1x flashing = address 1
2x flashing = address 2 etc.
The signal repeats itself after a pause of 2s.
6. Press the door handle down repeatedly and check
the DCW address until the desired address is
reached.
7. 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 blue.
→The door lock is set for operation on the DCW
bus.
8. Turn the key back to its starting position.
6.2.2 Set for CAN bus
NOTE
In the EntriWorX EcoSystem, the address
assignment takes place automatically in
the CAN bus. No manual adjustment is
necessary.
1. Open the door and release the door handle.
‣ The LED is constantly lit up.
2. Turn the key in the unlocking direction until it
stops and hold it there for 10s.
‣ The LED flashes.
3. Turn the key back to its starting position.
4. Press the door handle down repeatedly and check
the operation mode until the LED flashes yellow.
5. Turn the key briefly in the unlocking direction until
it stops.
‣ The LED flashes green 1x – 4x:
1x flashing = address 1
2x flashing = address 2 etc.
The signal repeats itself after a pause of 2s.
6. Press the door handle down repeatedly and check
the CAN address until the desired address is
reached.
7. If the terminating resistor does not need to be
changed (seeChapter 3.7.2), continue with step 9.
8. Turn the key 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.
→The door lock is set for operation on the CAN
bus.
11. Turn the key back to its starting position.

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/202310
6.2.3 Set for Stand Alone mode
1. Open the door and release the door handle.
‣ The LED is constantly lit up.
2. Turn the key in the unlocking direction until it
stops and hold it there for 10s.
‣ The LED flashes.
3. Turn the key back to its starting position.
4. Press the door handle down repeatedly and check
the operation mode until the LED flashes orange.
5. 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 orange.
→The door lock is set for Stand Alone mode.
6. Turn the key back to its starting position.
6.2.4 Jump back to the selection
• Jump from the DCW address selection back to the
operation mode selection:
Turn the key briefly in the unlocking direction until it
stops 1x.
• Jump back from the CAN address selection to the
operation mode selection:
Turn the key briefly in the unlocking direction until it
stops 2x.
6.2.5 Restore factory setting
• Press the door handle and key at the same time for
10 s.
• Press and hold the door handle down until it stops,
turn and hold the door key in the locking cylinder in
the unlocking direction until it stops.
‣ The LED flashes blue or red for 2 s:
1x blue = Start point/Factory setting
1x red = Error/Timeout
6.2.6 Cancel parameterization
• If the changes are not saved within 5 minutes of
the start of parameterization, parameterization is
aborted without the changes being accepted: The
LED lights up red for 2s, then it lights up constantly
in the color for the originally set operation mode.
• If the power supply is interrupted during
parameterization, any unsaved changes are
discarded. Previously saved values are retained.
7 Error messages
LED display Cause Activity
Voltage supply outside the tolerance
range (24VDC +/- 10%) Check power supply unit.
Power Reserve function test is faulty
(SVA2000F only) Replace lock.
Unlocking/locking not successful
Check whether the bolt is blocked
from outside the lock. If not, call
dormakaba Service
DCW bus connection interrupted Check correct wiring.
CAN bus connection interrupted Check correct wiring.
General error
Disconnect and reactivate the
power supply for the door. If the
error persists, call dormakaba
Service.
Bus cable disrupted in the operation
mode
CAN mode
Power on again.

SVA 2xxx/SVA 2xxxF Commissioning instructions
060646-45532 – 05/2023 11
8 Disassembly and disposal
Disassembly is carried out in reverse order of the
mounting instructions.
The product must not be disposed of in
domestic waste.
Dispose of the product in an environmentally
friendly manner at the arranged acceptance
and collection points.
Refer to the statutory regulations for your country.

dormakaba Deutschland GmbH | DORMA Platz 1 | 58256 Ennepetal | Germany
T: [phone] | www.dormakaba.com
SVA 2xxx/SVA2xxxF Commissioning instructions