Bosch DS6R2 Operating instructions

EN
Installation and Operation Guide
Self-Contained Control
Panel
DS6R2

DS6R2 |Installation and Operation Guide | Trademarks
2 Bosch Security Systems, Inc. | 4/08 | F01U081960-01
Trademarks
Microsoft®is a registered trademark of Microsoft
Corporation in the United States and/or other
countries.

DS6R2 |Installation and Operation Guide | Contents
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Bosch Security Systems, Inc. | 4/08 | F01U081960-01 3
Contents
1.0 Overview.............................................................................................................................................................4
1.1 Multi-Tenant System (MTS) Overview .............................................................................................................4
1.2 MTS Device Address...........................................................................................................................................4
1.3 DS6R2 Overview ................................................................................................................................................. 4
2.0 Installation........................................................................................................................................................... 6
2.1 Mounting the DS6R2...........................................................................................................................................6
2.2 Wiring the DS6R2................................................................................................................................................ 6
2.2.1. System Wiring............................................................................................................................................... 6
2.2.2. Input Wiring..................................................................................................................................................7
2.2.3. Output Wiring...............................................................................................................................................8
2.2.4. Wireless Receiver.......................................................................................................................................... 8
3.0 Programming...................................................................................................................................................... 9
3.1 Entering Programming Mode............................................................................................................................. 9
3.2 Changing Programming Values .........................................................................................................................9
3.3 Exiting Programming Mode ...............................................................................................................................9
3.4 Programming Wireless Devices........................................................................................................................14
3.5 Resetting Default Values ................................................................................................................................... 14
3.5.1. Reset the Master Code ...............................................................................................................................14
3.5.2. Reset Programming Default Values..........................................................................................................14
4.0 Wireless Maintenance ....................................................................................................................................15
4.1 Wireless Device Test Mode ..............................................................................................................................15
4.2 Low Battery Trouble..........................................................................................................................................15
4.3 Supervisory Trouble ..........................................................................................................................................15
5.0 Specifications....................................................................................................................................................15
6.0 RS-485 Bus Address .........................................................................................................................................16

DS6R2 |Installation and Operation Guide | 1.0 Overview
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1.0 Overview
1.1 Multi-Tenant System (MTS) Overview
MTS is a distributed security system for monitoring
and controlling a large number of small sites.
Examples include apartment and condominium
complexes, retail plazas, office buildings, and
educational and hospital campuses.
A typical MTS installation consists of the following
components:
•MTSW Security Station Software: MTSW is a
Microsoft®Windows-based application installed on
a PC and monitored by guard station personnel.
•MTR Communication Receiver: The MTR
receives and handles alarm events from devices
connected to the CAN RS-485 bus. It monitors
and reports CAN bus status and other system
internal events, and interfaces with MTSW to
synchronize system data.
•MTGW CAN RS-485 Bus Gateway: The MTGW
converts data back and forth from an RS-485
format to a Controller Area Network (CAN) bus
format. The system supports up to 100 MTGWs
per CAN bus line. The MTGW provides three RS-
485 loops that support a total of 120 RS-485
devices spread across the three loops.
•RS-485 Bus Devices: Refer to Table 1 for a list of
supported RS-485 devices.
Table 1: MTS RS-485 Bus Devices
RS-485 Device Description
DS6R2 6-zone self-contained control panel
DS12R 12-zone self-contained control panel
MT1-1 Single-zone input device
MT1-2 Two-zone input device
MT1-8 8-zone input device
MT2-8 8-output device
MT3-1 Single-zone input/output device
CAN bus wiring requirements are as follows:
•CAN Bus Interface: Connect the CAN bus to the
MTR Communication Receiver with at least
1.5 mm (16 AWG) shielded twisted-pair wire;
maximum length: 2000 m (6500 ft).
•RS-485 Buses 1-3: Use at least 1.0 mm (20 AWG)
shielded twisted-pair wire for the RS-485 bus;
maximum length: 1200 m (3900 ft). RS-485 bus
wiring status is supervised.
1.2 MTS Device Address
You must assign an address to each device in the
system. The address consists of at least four segments.
For example:
1.2.5.3.6
•1: This segment identifies the number assigned to
the MTR central receiver (01 to 99).
•2: This segment identifies the CAN bus number
occupied by the MTGW (1 or 2).
•5 : This segment identifies the MTGW’s CAN bus
address (1 to 100).
•3 : This segment identifies the device’s RS-485
address (1 to 120).
•6 : This segment identifies the zone number of an
input or output device connected to the RS-485
device.
To set the address on this device, refer to Section 6.0
RS-485 Bus Address on page 16.
1.3 DS6R2 Overview
The DS6R2 is a self-contained, six-zone control panel.
Use it as a stand-alone security system, or connect it to
a Multi-tenant System (MTS). MTS combines
individual apartment housing units into a single
monitoring system.
The DS6R2 supports:
•6 alarm input zones
•1 alarm relay output
•2 solid-state outputs
•1 keyswitch input
•1 master code
•3 user PIN codes
•1 duress code
•1 door unlock code
•RF3212 and RF3212E Wireless Receiver
•RF3332 and RF3334 Key Fobs
•RF3332E and RF3334E Key Fobs

DS6R2 |Installation and Operation Guide | 1.0 Overview
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Figure 1: MTS System Overview
1- MTSW Security Station Software
2- MTR Communication Receiver
3- CAN Bus 1
4- CAN Bus 2
5- MTGW CAN RS-485 Bus Gateway
6- RS-485 Device (DS12R pictured)
7- RS-485 Device (DS6R2 pictured)

DS6R2 |Installation and Operation Guide | 2.0 Installation
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2.0 Installation
Install the DS6R2 as described in this
document to avoid damage to the devices.
When installation is complete, perform a
full system test.
2.1 Mounting the DS6R2
You can mount the DS6R2 directly to the intended
surface (flush or semi-flush), or you can mount it to an
electrical box.
1. To open the keypad, use a screwdriver to press the
release tabs on the bottom of the keypad.
Refer to Figure 2.
Figure 2: Opening the DS6R2
1
1
1- Release tab
2. Mount the base on the intended surface or
electrical box.
Refer to Figure 3.
Figure 3: Mounting Holes
1 1
2
2
3
1- Holes for surface-mounting
2- Holes for electrical box
3- Hole for wall tamper screw
To use the wall tamper feature, mount the
DS6R2 directly to the intended surface.
2.2 Wiring the DS6R2
2.2.1. System Wiring
Remove power to all devices before
connecting or removing the DS6R2.
Connect devices as shown in Figure 4. If the DS6R2 is
the last device on the RS-485 bus, connect a 120 Ω
EOL resistor in parallel with the
RS-485 bus.
Only the last device on the RS-485 bus
requires a 120 ΩEOL resistor (included
with the MTGW CAN-RS-485 BUS
Gateway).
Figure 4: RS-485 Bus Wiring
DS6R
MT1-8
MT1-1
MTGW
RS-485
1
1
1- 120 ΩEOL resistor

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Refer to Table 2 for wiring connections.
Table 2: Terminal Wiring
Terminal Description
B RS-485 B Terminal
A RS-485 A Terminal
+ Power + (12 VDC)
- Power – (common)
RF RF receiver interface
P01 Solid State Output 1
COM Solid State Output Common
P02 Solid State Output 2
NO Alarm output (normally open)
C Alarm output (common)
NC Alarm output (normally closed)
Z1 Zone 1
COM Common (earth ground)
Z2 Zone 2
Z3 Zone 3
COM Common (earth ground)
Z4 Zone 4
Z5 Zone 5
COM Common (earth ground)
Z6 Zone 6
INS Instant zone
KS Keyswitch input
2.2.2. Input Wiring
Typical Zone Wiring
The DS6R2 supports zones wired with normally-open
(NO) or normally-closed (NC) contacts. Terminate
each zone with a 10 kΩEOL resistor. Refer to Figure 5.
Figure 5: Typical Zone Wiring
Z1 COM Z2 Z3 Z4COM COMZ5 Z6 INS KS
NC NC NC NC
10 k Ω
NO NO
10 k Ω
NO NO
10 k Ω
NO NO
Instant Zone Wiring
To change a delay zone to an instant zone and
override Entry Delay and Exit Delay, connect a short
between the INS terminal and the zone’s COM
terminal. Remove the short to restore the delay zone to
its programmed operation. Refer to Figure 6.
Figure 6: Instant Zone Wiring
Z1 COM Z2 Z3 Z4COM COMZ5 Z6 INS KSNCCNOPO2COMPO1RF+ 12 V -B 485 A
Smoke Detector Wiring
The DS6R2 supports four-wire smoke detectors.
Figure 7 shows a smoke detector connected to an EOL
relay module.
The total current draw of the four-wire
smoke detectors and the EOL relay
module cannot exceed 250 mA.
Figure 7: Smoke Detector with EOL Relay Module
.
+
-
Z1 COM Z2 Z3 Z4COM COMZ5 Z6 INS KSNCCNOPO2COMPO1RF+ 12 V -B 485 A
1
2
3
1- D275 EOL Relay Module
2- Smoke detector
3- EOL resistor

DS6R2 |Installation and Operation Guide | 2.0 Installation
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Keyswitch Wiring
Depending on programming settings, you can use a
keyswitch to arm or disarm the DS6R2:
•If Program Address 29 is set to 1, the input operates
as a momentary keyswitch that can only arm the
system.
•If Program Address 29 is set to 2, the input operates
as a maintained keyswitch that can arm and disarm
the system.
Refer to Figure 8.
Figure 8: Keyswitch Wiring
Z1 COM Z2 Z3 Z4COM COMZ5 Z6 INS KSNCCNOPO2COMPO1RF+ 12 V -B 485 A
1 kΩ
1 2
1- LED (not required for keyswitch)
2- Normally-open keyswitch
2.2.3. Output Wiring
The DS6R2 has Form C (NO/C/NC) contacts rated
for 3 A at 28 VDC.
Two solid-state current sinks can be used for devices
with a current draw of up to 250 mA for each device.
Refer to Figure 9.
The operating voltage for attached relays cannot
exceed 15 VDC. Refer to Program Addresses 26 and 27
in Table 3 starting on page 11 for output options.
Figure 9: Output Wiring
Z1 COM Z2 Z3 Z4COM COMZ5 Z6 INS KSNCCNOPO2COMPO1RF+ 12 V -B 485 A
+-
+-
1
2
1- Device 1
2- Device 2
2.2.4. Wireless Receiver
An RF3212 or RF3212E Receiver is required to use
key fobs and wireless devices with the system.
Refer to Figure 10.
Figure 10: Wireless Receiver Wiring
RF+ 12 V -B 485 A
RF3212
+- 4
3
2
1
1- 12 VDC power supply
2- +12 VDC
3- -12 VDC
4- Data

DS6R2 |Installation and Operation Guide | 3.0 Programming
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3.0 Programming
Use the Master Code for programming. The three User Codes cannot be used to program the
DS6R2.
The default Master Code is 1234. If you forget the Master Code, reset the DS6R2 to its default
values. Refer to Section 3.5 Resetting Default Values on page 14.
3.1 Entering Programming Mode
1. Enter the Master Code.
2. Press and hold the [*] key for 3 sec.
The keypad beeps and the zone LEDs flash quickly to indicate that you entered Programming Mode.
3.2 Changing Programming Values
3. Enter the programming address (xor xx), then press [*].
Program Addresses 0through 9require only one digit. Program Addresses 10 through 99 require two digits.
4. Enter the desired value.
The programming value can be from one digit to nine digits in length, depending on the address. A beep
indicates the input is accepted. Refer to Table 3 on page 10.
5. Repeat Steps 3 and 4 to program other addresses.
If you make an incorrect entry before completing the number, press [*] to clear the previous entry,
and then re-enter it.
If you enter the wrong digits and complete the number, press [*] and re-enter the program address
number and the program value.
Example 1: To change the Master Code (Program Address 0) to 3345, enter the address, press [*],
then enter the desired value: [0]+[*]+[3]+[3]+[4]+[5].
Example 2: To enable the Quick Arm function (Program Address 28): [2]+[8]+[*]+[1].
3.3 Exiting Programming Mode
Press and hold [*] for 3 sec to exit Programming Mode. The keypad beeps and the zone LEDs turn off, indicating
you have exited Programming Mode.

DS6R2 |Installation and Operation Guide | 3.0 Programming
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Table 3: Programming Values
Program
Address Description Factory Default Value Program Value
0 Master Code 1234 0001 to 9999 (0000 is not allowed)
1 User Code 1 1000 0001 to 9999 (0000 = disable)
2 User Code 2 0000 0001 to 9999 (0000 = disable)
3 User Code 3 0000 0001 to 9999 (0000 = disable)
4 Alarm Time 180 000 to 999 (0 sec to 999 sec)
5 Exit Delay Time 090 000 to 999 (0 sec to 999 sec)
6 Entry Delay time 090 000 to 999 (0 sec to 999 sec)
7 Zone 1 Type12 1 = Instant
2 = Delay2
3 = 24-hour
4 = Follower
5 = Silent zone
6 = Perimeter zone
7 = Perimeter delay zone
8 Zone 1 Bypass32 1 = Bypass allowed
2 = No bypass allowed
9 Zone 1 Shunt 2 1 – Zone shunt allowed
2 = No zone shunt allowed
10 Zone 2 Type14 1 = Instant
2 = Delay2
3 = 24-hour
4 = Follower
5 = Silent zone
6 = Perimeter zone
7 = Perimeter delay zone
11 Zone 2 Bypass32 1 = Bypass allowed
2 = No bypass allowed
12 Zone 2 Shunt 2 1 – Zone shunt allowed
2 = No zone shunt allowed
13 Zone 3 Type11 1 = Instant
2 = Delay2
3 = 24-hour
4 = Follower
5 = Silent zone
6 = Perimeter zone
7 = Perimeter delay zone
14 Zone 3 Bypass32 1 = Bypass allowed
2 = No bypass allowed
15 Zone 3 Shunt 2 1 – Zone shunt allowed
2 = No zone shunt allowed
16 Zone 4 Type11 1 = Instant
2 = Delay2
3 = 24-hour
4 = Follower
5 = Silent zone
6 = Perimeter zone
7 = Perimeter delay zone
17 Zone 4 Bypass32 1 = Bypass allowed
2 = No bypass allowed
18 Zone 4 Shunt 2 1 – Zone shunt allowed
2 = No zone shunt allowed
1 Refer to Table 4 on page 13 for descriptions of each zone type.
2 There is only one Entry Delay Timer and one Exit Delay timer. Any zone programmed to “Delay” follows these timers.
3 If a zone is programmed to 24-hour, bypass is not allowed.

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Table 3: Programming Values (continued)
Program
Address Description Factory Default Value Program Value
19 Zone 5 Type11 1 = Instant
2 = Delay2
3 = 24-hour
4 = Follower
5 = Silent zone
6 = Perimeter zone
7 = Perimeter delay zone
20 Zone 5 Bypass32 1 = Bypass allowed
2 = No bypass allowed
21 Zone 5 Shunt 2 1 – Zone shunt allowed
2 = No zone shunt allowed
22 Zone 6 Type13 1 = Instant
2 = Delay2
3 = 24-hour
4 = Follower
5 = Silence 24-hour
6 = Perimeter instant
7 = Perimeter delay
8 = REX
23 Zone 6 Bypass32 1 = Bypass allowed
2 = No bypass allowed
24 Zone 6 Shunt 2 1 – Zone shunt allowed
2 = No zone shunt allowed
25 Built-in Buzzer (Alarm Sound) 1 0 = Off
1 = On
26 Solid State Output 141 1 = Follows armed state
2 = Follows alarm output
27 Solid State Output 251 1 = Follows fire reset
2 = Follows zone status
3 = Follows unlock6code
28 Quick Arm 2 1 = Enable Quick Arm
2 = Disable Quick Arm
29 Keyswitch Input71 1 = Allow arm only
2 = Allow arm or disarm
30 Panic Key Enable 0 0 = Off
1 = On
31 Relay Function 0 0 = Follows alarm
1 = Follows Unlock User code
32 Duress User Code80000 0001 to 9999 (0000 = disable)
33 Door Unlock Code 0000 0001 to 9999 (0000 = disable)
This code must be different from the Master Code.
34 Door Unlock Time 000 000 to 999 (0 sec to 999 sec) 000 = disable
1 Refer to Table 4 on page 13 for descriptions of each zone type.
2 There is only one Entry Delay Timer and One Exit Delay timer. Any zone programmed to “Delay” follows these timers.
3 If a zone is programmed to 24-hour, bypass is not allowed.
4This output is normally open, but drops to 0 V when the system is armed or an alarm occurs. If this output drops to 0 V after an alarm occurs,
it remains active for the time defined in Program Address 4 (Alarm Time).
5 When this output is programmed to the Fire Reset function, this output drops to 0 V and remains open during Fire Reset. If this output is
programmed to follow Zone Alarm, it remains active for the entire time that a zone remains in alarm.
6A user can enter the Door Unlock code to unlock a door that is controlled by Programming Address 27 (Solid State Output 2) or
Programming Address 31 (Relay Function). If Programming Address 27 = 3, the output drops to 0 V after the Door Unlock code is entered.
If Programming Address 31 = 1, the relay activates after the Door Unlock code is entered.
7 Turn and hold the keyswitch for at least 1 sec to start the arming sequence. If Program Address 29 is set to 2, a continuous switch or dry
contact can be used.
8If the Duress code is entered, the control panel disarms normally, but sends a silent alarm to the central station. Use this feature to allow a
user in danger to activate a silent alarm. This code must be unique.

DS6R2 |Installation and Operation Guide | 3.0 Programming
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Table 3: Programming Values (continued)
Program
Address Description
Factory
Default Value Program Value
35 RF Key Fob Enable 0 0 = Disable
1 = Use key fob (up to six)
36 RF Supervisory Trouble 1 1 = Report supervisory trouble after 12 h
2 = Report supervisory trouble after 24 h
37* RF Zone 1 Device 1 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
38* RF Zone 1 Device 2 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
39* RF Zone 1 Device 3 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
40* RF Zone 2 Device 1 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
41* RF Zone 2 Device 2 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
42* RF Zone 2 Device 3 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
43* RF Zone 3 Device 1 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
44* RF Zone 3 Device 2 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
45* RF Zone 3 Device 3 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
46* RF Zone 4 Device 1 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
47* RF Zone 4 Device 2 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
48* RF Zone 4 Device 3 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
49* RF Zone 5 Device 1 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
50* RF Zone 5 Device 2 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
51* RF Zone 5 Device 3 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
52* RF Zone 6 Device 1 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
53* RF Zone 6 Device 2 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
54* RF Zone 6 Device 3 ID Number 000000000 000000000 = Disabled (zone is hard-wired)
Allows 000000001 to 999999999 ID numbers
55 RF Key fob 1 ID Number 000000000 000000000 = Disabled
Allows 000000001 to 999999999 ID numbers
*If an RF ID is entered for Program Addresses 37 to 54, the zone is a wireless zone. The DS6R2 ignores the wired zone.

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Table 3: Programming Values (continued)
Program
Address Description
Factory
Default Value Program Value
56 RF Key fob 2 ID Number 000000000 000000000 = Disabled
Allows 000000001 to 999999999 ID numbers
57 RF Key fob 3 ID Number 000000000 000000000 = Disabled
Allows 000000001 to 999999999 ID numbers
58 RF Key fob 4 ID Number 000000000 000000000 = Disabled
Allows 000000001 to 999999999 ID numbers
59 RF Key fob 5 ID Number 000000000 000000000 = Disabled
Allows 000000001 to 999999999 ID numbers
60 RF Key fob 6 ID Number 000000000 000000000 = Disabled
Allows 000000001 to 999999999 ID numbers
99 Return to factory default values 0 18
Enter this value to return all values except the Master Code to
the factory default values. Use this function for installation and
maintenance. Refer to Section 3.5 Resetting Default Values on
page 14 to return the Master Code to its default value.
Table 4: Zone Types
Type Description
Instant When the system is armed, faulting an Instant zone causes an alarm.
Delay When the system is armed, faulting this zone causes an alarm after the Entry or Exit Delay time setting
expires.
24-hour This zone is always active. Faulting this zone always causes an alarm.
Follower When the system is armed and a Delay zone is not faulted, faulting this zone causes an alarm. If a Delay
zone is faulted, an alarm occurs after the delay time.
Silent Zone When the system is armed, faulting a Silent zone causes a Silent alarm. The keypad is silent and shows
no alarm output, but the DS6R2 sends an alarm event to the central station.
Perimeter Zone When the perimeter is armed, faulting a Perimeter zone causes an alarm.
Perimeter Delay
Zone
When the perimeter is armed, faulting this zone causes an alarm after the Entry or Exit Delay time setting
expires.
Bypass If a zone is programmed to bypass when arming the system:
1. Enter your PIN.
2. Press the [Bypass] key.
3. Enter the zone number.
4. Press [ON] to bypass this zone.
The bypass condition clears when the system is disarmed. A 24-hour zone type cannot be bypassed. All
other zone types can be bypassed.
Shunt If a zone is programmed for Zone Shunt, only the first zone faulted causes an alarm. All other faults during
this armed period are ignored. The Zone Shunt clears when the system is disarmed.
Request-to-exit
(REX)
When this zone is disarmed, activating this input activates the output programmed to follow the Door
Unlock Time setting.
If Zone 6 is programmed to 8=REX, Door Unlock activates after Zone 6 is activated.

DS6R2 |Installation and Operation Guide | 3.0 Programming
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3.4 Programming Wireless Devices
The DS6R2 supports one RF3212 or RF3212E
Wireless Receiver. Mount the receiver up to 20 m
(65.7 ft) from the DS6R2.
The DS6R2 supports up to 6 key fobs and 18 wireless
devices, including motion detectors, smoke detectors,
and door contacts.
You can assign up to three wireless devices to a zone.
Refer to Table 5.
Table 5: Wireless Device Assignments
RF Zone Program Address Wireless Device
37 Device 1
38 Device 2
1
39 Device 3
40 Device 1
41 Device 22
42 Device 3
43 Device 1
44 Device 23
45 Device 3
46 Device 1
47 Device 24
48 Device 3
49 Device 1
50 Device 25
51 Device 3
52 Device 1
53 Device 26
54 Device 3
N/A 55 Key fob 1
N/A 56 Key fob 2
N/A 57 Key fob 3
N/A 58 Key fob 4
N/A 59 Key fob 5
N/A 60 Key fob 6
Each wireless device is labeled with a unique, nine-
digit ID. Refer to Figure 11.
Figure 11: Device Identification Number
167770187
167770187
167770187
167770187
or
To add a wireless device to the system:
1. Enter Programming Mode.
2. Select the appropriate program address.
Refer to Table 5.
3. Enter the nine-digit ID for the wireless device.
4. For key fobs, set Program Address 35 to 1.
This setting enables up to six key fobs. Refer to
Table 3 on page 11.
You cannot assign the Master Code to a
key fob. Assign each key fob to a different
user. All Exit Delay and Entry Delay times
operate as if the DS6R2 was armed or
disarmed using a standard user code.
3.5 Resetting Default Values
3.5.1. Reset the Master Code
1. Remove power from the DS6R2.
2. Place the J1 jumper across both pins (ON).
Refer to Figure 12.
Figure 12: J1 Jumper
DIP
456TAMPER PROG
1
2
1- On
2- Off
3. Reapply power to the DS6R2.
4. Remove the J1 jumper (OFF).
3.5.2. Reset Programming Default Values
1. Enter Programming Mode.
2. Enter [9][9][*] for Program Address 99.
3. Enter 18 for the programming value ([1][8]).
4. Press and hold [*] for 3 sec to exit from
Programming Mode.
The DS6R2 resets all programming values to the
original factory defaults.

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4.0 Wireless Maintenance
4.1 Wireless Device Test Mode
Disarm the system before using Test
Mode. The DS6R2 ignores all zone input
while in Test Mode. All keys function
normally.
Use Test Mode to check the signal strength of the
wireless receiver. The DS6R2 LEDs indicate if the
location of the receiver is acceptable, marginal, or out
of range.
To enter Test Mode:
1. Enter the Master Code.
2. Press and hold [#] for three seconds.
Zone LEDs 4, 5 and 6 flash quickly to indicate that
you entered Test Mode.
Zone LEDs 1,2, and 3 indicate signal strength.
Refer to Table 6 to interpret LED indications.
Table 6: Wireless Signal Strength
LED Signal Strength
1 Poor, relocate RF receiver
1 and 2 Marginal, relocate RF receiver
1, 2, and 3 Good
3. To exit from Test Mode:
•Press and hold [#] for 3 sec, or
•Wait 3 min for the DS6R2 to exit
automatically from Test Mode.
The LEDs return to their previous condition after
exiting from Test Mode.
4.2 Low Battery Trouble
The DS6R2 beeps twice every minute when it receives
a low battery signal from the wireless receiver. The
LED for the zone with the low battery condition
flashes once each second.
If the Reset button is pressed, the DS6R2 ignores the
low battery condition for up to eight hours. If, after
eight hours, the low battery condition is still present,
the DS6R2 starts beeping again.
4.3 Supervisory Trouble
You can program the DS6R2 to ignore Supervisory
Trouble conditions for 12 or 24 hours. After the
programmed time, the DS6R2 beeps once each
minute. The corresponding zone LED flashes once
each second. When the supervisory condition clears,
the flashing and beeping stop.
Program Address 36 sets the Supervisory Trouble time.
Refer to Table 3 on page 11.
5.0 Specifications
Table 7: DS6R2 Specifications
Dimensions: 11.8 cm x 12.4 cm x 3 cm
(4.7 in. X 4.9 in. x 1.2 in.)
Weight: 0.5 kg (17 oz)
Operating Temperature: -100C to + 500C
(-40F to +1220F)
Relative Humidity : 0 to 93% non-condensing
Operating Voltage: 9 VDC to 15 VDC
Zones: Normally-open (NO) or normally-
closed (NC) zones.
Zone Response Time: 500 ms
Zone EOL Resistor: 10 kΩ
Output Relay: Normally open (NO) or normally
closed (NC). Contacts rated for
3 A at 28 VDC
Solid State Outputs: Two DC current sink outputs.
250 mA current sink maximum
per output at 0.1VDC
saturation. The operating
voltage cannot exceed 15 VDC.
Compatible Wireless
Receivers:
RF3212 and RF3212E
Tamper: Built-in cover and wall tamper

DS6R2 |Installation and Operation Guide | 6.0 RS-485 Bus Address
16 Bosch Security Systems, Inc. | 4/08 | F01U081960-01
6.0 RS-485 Bus Address
Assign a unique address to each device connected to the RS-485 bus.
DIP Switch Number
•= DIP switch ON
DIP Switch Number
•= DIP switch ON
DIP Switch Number
•= DIP switch ON
Address
0 1 2 3 4 5 6
Address
0 1 2 3 4 5 6
Address
0 1 2 3 4 5 6
001
•041 •• •081 •• •
002
•042 •••082 •• •
003
••043 ••••083 •• ••
004
•044 •••084 •••
005
••045 ••••085 ••••
006
••046 ••••086 ••••
007
•••047 •••••087 •••••
008
•048 ••088 •••
009
• •049 •• •089 ••• •
010
••050 •• •090 ••••
011
•••051 •• ••091 •••••
012
••052 •••092 ••••
013
•••053 ••••093 •••••
014
•••054 ••••094 •••••
015
••••055 •••••095 ••••••
016
•056 •••096 ••
017
• •057 ••• •097 •• •
018
• •058 ••••098 •• •
019
• ••059 •••••099 •• ••
020
••060 ••••100 •• •
021
•••061 •••••101 •• ••
022
•••062 •••••102 •• ••
023
••••063 ••••••103 •• •••
024
••064 •104 •••
025
•• •065 • •105 ••• •
026
•••066 • •106 ••••
027
••••067 • ••107 •••••
028
•••068 • •108 ••••
029
••••069 • ••109 •••••
030
••••070 • ••110 •••••
031
•••••071 • •••111 ••••••
032
•072 • •112 •••
033
• •073 • • •113 ••• •
034
• •074 • ••114 ••• •
035
• ••075 • •••115 ••• ••
036
• •076 • ••116 ••••
037
• ••077 • •••117 •••••
038
• ••078 • •••118 •••••
039
• •••079 • ••••119 ••••••
040
••080 ••120 ••••

DS6R2 |Installation and Operation Guide | 6.0 RS-485 Bus Address
.
Bosch Security Systems, Inc. | 4/08 | F01U081960-01 17
Notes

© 2008 Bosch Security Systems, Inc.
F01U081960-01
Bosch Security Systems, Inc.
130 Perinton Parkway
Fairport, NY 14450-9199 USA
www.boschsecurity.com