Vanderbilt GMYA7-AS User manual

A6V10200077_e
Vanderbilt
08.02.2016
GMYA7-AS
GMYA7-A
GMYA7-S
en
de
Remote testing system for seismic detectors
Fernprüfsystem für Körperschallmelder

2
Vanderbilt.
Installation Instructions
A6V10200077_e
08.02.2016
Copyright Technical specifications and availability subject to change without notice.
© Vanderbilt 2015.
We reserve all rights in this document and in the subject thereof. By acceptance of the document the recipient
acknowledges these rights and undertakes not to publish the document nor the subject thereof in full or in part,
nor to make them available to any third party without our prior express written authorization, nor to use it for any
purpose other than for which it was delivered to him.
Edition: 08.02.2016
Document ID: A6V10200077

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Table of Contents
1EC declaration of conformity
2Symbols
3Description
3.1 Application ........................................................................................................................................6
3.2 Requirements for safe use................................................................................................................6
4Scope of supply
5Assembly and installation
5.1 Figure 1: Connections with housing open ........................................................................................7
5.2 Assembly guidelines.........................................................................................................................7
5.3 Figure 2: Housing interconnection....................................................................................................8
5.4 Figure 3: Mounting aid assembly......................................................................................................9
5.5 Connection assignment..................................................................................................................10
5.6 Tamper connections .......................................................................................................................12
5.6.1 Figure 4: Interconnections ..............................................................................................................12
5.7 Configure the key module...............................................................................................................13
5.8 Configure the indicator module.......................................................................................................14
6Operation
6.1 Key module.....................................................................................................................................15
6.1.1 Figure 5: Key module......................................................................................................................15
6.1.2 Switching the key module...............................................................................................................15
6.2 Indicator module .............................................................................................................................17
6.2.1 Figure 6: Indicator module..............................................................................................................17
6.2.2 Switching the indicator module.......................................................................................................17
7Maintenance
7.1 Service............................................................................................................................................18
7.2 Replacing locking cylinders ............................................................................................................18
7.3 Type plate.......................................................................................................................................18
8Warranty / Guarantee
9Faults
10 Technical data
11 Details for ordering
12 Cause and effect
1EG-Konformitätserklärung
2Symbole
3Beschreibung
3.1 Anwendung.....................................................................................................................................25
3.2 Voraussetzungen für einen sicheren Einsatz .................................................................................25
4Lieferumfang
5Montage und Installation
5.1Abbildung 1: Anschlüsse bei geöffnetem Gehäuse........................................................................26
5.2 Hinweise zur Montage ....................................................................................................................26
5.3 Abbildung 2: Verbindung der Gehäuse ..........................................................................................27

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5.4 Abbildung 3: Zusammenbau der Montagehilfe...............................................................................28
5.5 Anschlussbelegung.........................................................................................................................29
5.6 Sabotageanschlüsse ......................................................................................................................31
5.7 Abbildung 4: Verbindungen ............................................................................................................31
5.8 Schlüsselmodul konfigurieren.........................................................................................................32
5.9 Anzeigemodul konfigurieren...........................................................................................................33
6Betrieb
6.1 Schlüsselmodul...............................................................................................................................34
6.1.1 Abbildung 5: Schlüsselmodul .........................................................................................................34
6.1.2 Schlüsselmodul schalten................................................................................................................34
6.2 Anzeigemodul.................................................................................................................................36
6.2.1 Abbildung 6: Anzeigemodul............................................................................................................36
6.2.2 Anzeigemodul schalten...................................................................................................................36
7Wartung
7.1 Service............................................................................................................................................37
7.2 Schließzylinder austauschen..........................................................................................................37
7.3 Typenschild.....................................................................................................................................37
8Gewährleistung / Garantie
9Störungen
10 Technische Daten
11 Bestellinformationen
12 Ursache und Wirkung

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1 EC declaration of conformity
Hereby Vanderbilt International (IRL) Ltd declares that this equipment type is in compliance with all relevant EU
Directives for CE marking. From 20/04/2016 it is in compliance with Directive 2014/30/EU (Electromagnetic
Compatibility Directive).
The full text of the EU declaration of conformity is available at the following internet address:
http://pcd.vanderbiltindustries.com/doc/Seismic.
2 Symbols
The following symbols are used throughout this document.
This symbol identifies information that must be observed in order to prevent damage and to maintain
function.
This symbol identifies useful information.
3 Description
By buying a Vanderbilt product you have chosen outstanding reliability and quality. The GMYA7-AS remote test-
ing system for seismic detectors exceeds statutory requirements. The testing system also satisfies the high qual-
ity standards of Vanderbilt and the VdS requirements relating to the seismic detector guidelines.
The remote testing system offers a simple way of testing the function of seismic detectors installed in the building
or displaying saved alarms.
GMYA7-AS
Remote testing system
for seismic detectors
1x indicator module GMYA7-A
1x key module GMYA7-S
GMYA7-A
Indicator module
1x indicator module GMYA7-A

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A key module with an indicator module form the basis of the system. The remote testing system can include up
to 7 indicator modules.
Minimum
Maximum
1x GMYA7-A
1x GMYA7-S
1x GMYA7-S
7x GMYA7-A
3.1 Application
The remote testing system is designed for testing permanently connected seismic detectors for indoor use in
stationary operations only. Correct function cannot be guaranteed for applications exceeding the limits (see Sec-
tion 10 Technical data).
3.2 Requirements for safe use
The appropriate seismic detectors GM775 have a VdS-compliant test input and must be equipped with a test
generator GMXS1. The remote testing system must be installed correctly and tested successfully after initial
commissioning.
The remote testing system must be connected to a source of voltage with a limited rating in accordance with
EN60950-1.
4 Scope of supply
Basic module GMYA7-AS
Indicator module GMYA7-A (optional)
1 x Key module with 2 keys
1 x Indicator module
1 x Mounting aid (8 parts)
1 x Connection cable with 10 way terminal block
1 x 10 way terminal block
6 x Screws 4 x 30mm
4 x Screws 2.5 x 8mm
6 x Dowels Ø 6 x 30mm
2 x Jumpers
4 x Blanks
2 x Inscription templates
1 x Operating manual
1 x Indicator module
1 x Mounting aid (8 parts)
1 x Connection cable with 10 way terminal block
3 x Screws 4 x 30mm
2 x Screws 2.5 x 8mm
3 x Dowels Ø 6 x 30mm
2 x Blanks
2 x Inscription templates
1 x Operating manual

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5 Assembly and installation
The following cables are recommended for connection to the intrusion detection control unit and seismic detec-
tors:
From control panel to key module
I-Y(St)Y 4 x 2 x 0.6mm
From indicator module to seismic detector
I-Y(St)Y 2 x 2 x 0.6mm
Cable between modules
1 x Ribbon cable 1 x 4 x AWG26
1 x Ribbon cable 1 x 5 x AWG26
The remote testing system contains components that are susceptible to electrical discharge. Always
eliminate electrostatic charge before touching these components.
Only connect plug and cable joints when the system is switched off and free of any supply voltage.
5.1 Figure 1: Connections with housing open
A
Key module
B
Indicator module
C
Intruder alarm system
D
Connection cable to intruder alarm sys-
tem
E
Connection cable to indicator module
F
Mounting aid as mechanical connection
between modules
G
Connection cable to seismic detector
H
Seismic detector
I
Mounting screws
5.2 Assembly guidelines
1. The system must be assembled by a suitably trained person and all country-specific requirements must be
observed.
2. Assemble the system on a hard, level surface.
3. When positioning, ensure the necessary space and note the wiring arrangement. Each module must be se-
cured with two screws (Fig. 1, Item I).
4. Modules should preferably be joined together on the long side. Use the mounting aid (Fig.1, item F) for this
purpose. If modules are to be connected on the short side, at least two pairs of modules should be con-
nected next to one another on this side.

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5.3 Figure 2: Housing interconnection
Long side of GMYA7 housing
Use the mounting aid to connect the bot-
tom parts of the housing and fit these to-
gether.
Open GMYA7 housing
Loosen screws a few turns.
Use a screwdriver to press down the
snap-in hooks (A) and raise the upper
part of the housing slightly.
Raise the upper part of the
housing max. 1 cm and
slide up
Close GMYA7 housing
Attach the upper part of the housing at
the top to the housing bottom and press
down until the two snap-in hooks snap in.
Tighten the screws and fit the seals (B)
to complete the assembly.
Inner view of GMYA7 housing
A
Snap-in hook
B
Printed circuit board
C
Screw terminal
D
Tamper contact switch
E
Mounting screw for printed circuit
board
F
Retaining clips
G
Holes for mounting
H
Safety screw for back tamper con-
tact
I
Break-out point for cable entry

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5.4 Figure 3: Mounting aid assembly
When the end pieces (T and S) are fitted they can no longer be loosened without being destroyed.
Only join the end pieces when the final position for all of the modules is decided.
The mounting aid joins the modules of the housing in any combination.
For the short housing side use two pieces (R) and the end pieces (S).
For the long housing side use the end pieces (T) and terminator (U).
On the long side the marks (V) on the rear should be next to one another.
Snap the mounting aid into the pins on the back of the housing.
5. Make the holes for the housing fastening (Fig. 2, Inner view of GMYA7-AS housing, item I) and safety screw
(Fig. 2, Inner view of GMYA7-AS housing, item J).
6. Make the holes for the cable duct for cables (Fig. 1, Items D, E, G) and screw on housing.
7. Before connecting to a power supply, connect the wires of the connection cables as shown in Fig. 1
Prior to fitting the front of each housing, remove all cable access points that are required to complete
the installation (Fig. 1, items D, E, G).

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5.5 Connection assignment
There are four different connection types for the remote testing system as follows:
Connection type A
Field wiring (X2 terminal
block)
Ribbon cable connections (X1 terminal
block)
Connection assignment between
intruder alarm system and GMTA7-
S.
10
SPARE
9
SPARE
8
SPARE
7
TAMPER B
6
TAMPER A
5
SPARE
4
SPARE
3
DAY NIGHT IN
2
+ 12V IN
1
0V IN
Connection type B
Field wiring (X2 terminal
block)
Ribbon cable connections (X1 terminal
block)
Connection assignment between
GM775 seismic detector and
GMYA7-A.
10
KSM_TEST OUT
Connect terminal 4 of a GM775 seismic de-
tector to one of the two KSM_TEST OUT
terminals in the indicator module (multiple
use, maximum 4 conductors per terminal).
Connect the EL Alarm(12) alarm outputs
of the individual seismic detectors to
KSM_0 IN… KSM_7 IN.
9
KSM_TEST OUT
8
KSM_7 IN
7
KSM_6 IN
6
KSM_5 IN
5
KSM_4 IN
4
KSM_3 IN
3
KSM_2 IN
2
KSM_1 IN
1
KSM_0 IN

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Connection type C
Field wiring (X2 terminal
block)
Ribbon cable connections (X1 terminal
block)
Connection assignment between
indicator modules (GMYA7-A to
GMYA7-A)
10
TAMPER LOOP
9
STATUS (1)
8
STATUS (0)
7
TAMPER B
6
TAMPER A
5
KEY STATE (1)
4
KEY STATE (0)
3
DAY NIGHT
2
+ 12V IN
1
0V IN
Connection type D
Field wiring (X2 terminal
block)
Ribbon cable connections (X1 terminal
block)
Connection assignment between
modules - connection on key mod-
ule (GMYA7-S to GMYA7-A)
10
SPARE
9
STATUS (1)
8
STATUS (0)
7
TAMPER B
6
TAMPER A
5
KEY STATE (1)
4
KEY STATE (0)
3
DAY NIGHT
2
+ 12V IN
1
0V IN

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5.6 Tamper connections
8. Connect modules with cable (Fig. 1, Item E) and connect tamper contact switch as shown in Figure 4: Inter-
connections.
5.6.1 Figure 4: Interconnections
The following diagrams show the opened housing covers:
(Fig.4, item 1) Example with 1 indicator module
(Fig.4, item 2) Example with 3 indicator modules
(Fig.4, item 3) Example with n indicator modules
1
A–Tamper
B–Jumper ON
2
A–Tamper
B–Jumper OFF
C–Jumper ON
3
A–Tamper
B–Jumper OFF
C–Jumper ON
9. Set the jumper on the last indicator module to ON, all other jumpers are OFF
GMYA7-S
GMYA7-A
GMYA7-A

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The jumper connects pins 7 and 10 on terminal X1. Instead of setting the jumper to ON, an End of
Line (EOL) resistor can be used in the last indicator module.
GMYA7-A
A–Terminal block X1
B–Terminal block X2
C–Jumper
5.7 Configure the key module
10. Configure the day/night polarity for the key module with the DIP switch.
GMYA7-S
A–Terminal block X1
B–Terminal block X2
C–DIP switch
Day/night input: Set the polarity with the DIP switch.
Active high = 0 V applied
Active low = 0 V removed
Function according to VdS
Night = Active high
Inverted
Night = Active low (0 V)

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5.8 Configure the indicator module
11. Configure the I/P and O/P polarities for the indicator module using the DIP switch.
GMYA7-A
A–Terminal block X1
B–Terminal block X2
C–DIP switch
Test output: Set the polarity using the DIP switch
Active high = 0 V applied
Active low = 0 V removed
Seismic detector
Test = Active low (0 V)
Inverted
Test = Active high
Seismic detector output: Set the polarity using the DIP switch
Active high = 0 V applied
Active low = 0 V removed
Seismic detector
Alarm = Active low (0 V)
Inverted
Alarm = Active high
Non-assigned KSM connections must be
connected to 0 V otherwise an alarm is indi-
cated
12. Enter the relevant details for each connected detector on the inscription template. Slide the inscription temp-
late into the window through the slot from the inside of the cover.
13. Close all indicator modules, then close the key switch module to power up the system for the first time.
14. Carry out initial commissioning as described in the Operation section.
Once successfully commissioned, the remote testing system is operational and can be sealed. We would recom-
mend taking a log of commissioning, using the GMSW7 SensTool software.

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6 Operation
When remote testing seismic detectors, the system can be activated with the key switch on the GMA7-S. The
key can be inserted and removed in the Display OFF position. All seismic detectors can be tested at the same
time using the key module. Each indicator module can also be used to test the seismic detectors connected to
them.
The day / night changeover is controlled by the intruder alarm system. When in the night state, the alarms, which
occur, are saved in the indicator modules. These suppressed alarms are displayed on the indicator modules
when the key switch in the GMA7-S is turned to the Display ON position. The first seismic detector which enters
the alarm condition is indicated by a flashing LED. All other seismic detectors, which have triggered into alarm,
light up constantly.
When testing in day state, wait approximately 10 seconds before setting the system.
If a detector in night state is activated during a test, an alarm may be triggered in the control panel
(alarm holding time of the detectors is approximately 2.5 s).
Wait at least 10 seconds before changing the intruder alarm system to night state (armed) after a test.
6.1 Key module
6.1.1 Figure 5: Key module
A
LED lights up green
B
LED flashes orange
C
LED lights up orange
D
LED lights up red
E
Display OFF switch position (Off)
F
Display ON switch position (On)
G
System TEST switch position: clear
alarm
memory (after 3 seconds) and run
test (after 5 seconds)
H
Key
6.1.2 Switching the key module
Switch the connected intruder alarm system to day mode (disarmed).
Insert key (Fig. 5, item H). The remote testing system is ready.
To switch off, turn the key to Display OFF and remove the key.
Red
Fault
Fault in indicator module or key mod-
ule. (see "Faults" chapter)
Insert key in Display OFF
position (Fig. 5, item E)
The remote testing system is ready.
The displays are off.

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Green
Turn key to Display ON po-
sition (Fig. 5, Item F)
The key module is switched on. The
alarm condition of individual seismic
detectors is shown in the indicator
module (Fig. 3, Items A, B, C).
LED test is possible (Fig. 3, Item E).
All functions are only possible in the System TEST key position if the intruder alarm system is dis-
armed (day state). When changing from day to night, via the intruder alarm system, the alarm
memory is cleared
Orange
Turn key into System TEST
position (Fig. 5, Item G).
(LED flashes slowly)
If this action is aborted, the alarm
memory is retained.
Orange
After 3 seconds
(LED flashes quickly)
Alarm memory is cleared.
Orange
After 5 seconds
(LED lights up constantly)
New test is carried out on all indicator
modules.
Test result appears in the indicator
module.
LED lights up constantly if the seismic
detector is functioning correctly.

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6.2 Indicator module
6.2.1 Figure 6: Indicator module
A
LED lights up
red constantly
Alarm
B
LED flashes red
First alarm
C
LED off
No alarm
D
Key switch DET
test
Check all seismic de-
tectors that are con-
nected to this display
module
E
Key switch LED
test
Check LED in indicator
module
F
Inscription box
6.2.2 Switching the indicator module
The indicator module is automatically activated via the key module in the Display ON key position (Fig.5, item,
F). Saved alarms are displayed. The function of the LED and the connected seismic detectors can also be tested
individually for each indicator module. To do this, press and hold down the corresponding key switch. Once re-
leased, the normal display is active.
DET test:
This test is only possible if the intruder alarm system is disarmed.
Press and hold
down key switch
Connected seismic detectors are tested
LED flash slowly
After 3 seconds
Alarm memory is cleared
LEDs flash quickly
After 5 seconds
New test is carried out
LED test:
This test is only possible if the intruder alarm system is armed.
Press and hold
down key switch
All LEDs in this indicator module are tested.
LED lights up constantly if the LED is functioning cor-
rectly.
7 Maintenance
The product is maintenance-free. Damage should be rectified immediately.
In terms of disposal, the device is considered a used electronic device subject to European Directive
2002/96/EC (WEEE) and must not be disposed of with domestic waste. The device should be dis-
posed of via the intended channels. Local legislation and that valid at the time must be taken into ac-
count.

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7.1 Service
Vanderbilt provides service around the world. Contact www.service.vanderbiltindustries.com.
7.2 Replacing locking cylinders
When replacing, we would recommend using a KESO universal cylinder type 23.008.025 or KABA 1008c.
1. Open housing (see Assembly).
2. Remove key.
3. Use screwdriver to remove 2 flat head screws on cylinder driver.
4. Remove cylinder driver and flexible disc (note driver position).
5. Use screwdriver to remove 3 flat head screws from cylinder holder.
6. Remove cylinder.
7. Insert customer-specific cylinder.
8. Secure cylinder holder with 3 flat head screws.
9. Insert flexible disc in center.
10. Insert cylinder driver back in initial position.
11. Tighten cylinder driver with 2 flat head screws.
7.3 Type plate
A
Type plate in housing
B
Approval plate
Example of type plate:
A
Type
B
Item number
C
Week code
D
Product version

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8 Warranty / Guarantee
Vanderbilt only supplies tested products. Should the product or packaging be defective despite these checks,
the following details are needed for complaints:
Type
Item number (see type plate)
Week code
Product version
Information about delivery (supplier, date etc.)
Description of defect
Claims for warranty / guarantee cannot be granted if:
The permissible limits are exceeded (see Technical data)
Unauthorized changes are made to the product
9 Faults
If functional faults occur:
Check all connection cables, connections and wiring.
Disconnect supply voltage for around 5 seconds and re-connect.
Run LED test on indicator module.
10Technical data
Dimensions of GMYA7-A:
L x W x H= 112mm x 92mm x 31mm
Dimensions of GMYA7-S
L x W x H= 112mm x 92mm x 37mm
Permissible ambient temperature
-10°C to 55°C
Permissible storage temperature
-20°C to 60°C
Permissible air humidity (EN60721)
95% rel. h.
Operating voltage
8 to 16 V DC
Currentconsumption, GMYA7-A
max.25 mA
Currentconsumption, GMYA7-S
max.18 mA
Protection category
IP41
Conformity with standards
Conforms to CE (EMC) Directive 2004/108
(RoHS)Directive2002/95/EC
VdS device class C, environmental class II

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11Details for ordering
V54534-F101-A100
Remote testing system for seismic detectors (type: GMYA7-AS)
V54534-F102-A100
Alarm for indicator module (type: GMYA7-A)
VA5Q00006246
SensTool Software
V54534-F109-A100
GM775 Seismic detector
VBPZ:4202370001
GMXS1 Internal Test transmitter
12Cause and effect
Cause
System
Status
GMA7-S Key
Position
GMA7-S LED
(colour)
GMA7-A LEDs 1-8
Notes
1
Set
Off
Off
Off
No function
1.1
Set
Display On
On
Off
No function
2
GMA7-A LED
Test
Set
Display On
On
All LED's on.
On for duration of
test
2.1
GMA7-A Det
Test
Set
Display On
On
Off
No function
2.2
Set
System Test
On
Off
No function
2.3
GMA7-A LED
Test
Set
System Test
On
Off
No function
2.4
GMA7-A Det
Test
Set
Display On
On
Off
No function
3
Unset
Display off
Off
Off
No function
3.1
Unset
Display On
On
Off
No function
3.2
GMA7-A LED
Test
Unset
Display On
On
Constant
On for duration of
test
3.3
GMA7-A Det
Test
Unset
Display On
On
4 slow pulse, 4 fast
pulses, then LED's for
devices tested remain
constant until test but-
ton is released.
Hold test button un-
til confirmation of
activation from de-
tector(s)
4
Unset
System Test
Pulses for du-
ration of test
and then con-
stant
4 slow pulse, 4 fast
pulses, then LED's for
devices tested remain
constant until key
switch is moved from
system test.
Ok
5
First detector
activates
Set
Off
Off
Off
Ok
5.1
Second detec-
tor activates
Set
Off
Off
Off
Ok