Bosch DX2010 Manuel utilisateur

Installation Instructions

for the

DX2010 Input Expander

1.0 General Information

The DX2010 is an input expander that connects directly to the data

bus of compatible control/communicators. Each expander allows

an additional eight input loops to be connected to the control/

communicator. See the control panel's literature for programming

instructions.

2.0 Specifications

•Operating Voltage: 8 VDC to 14 VDC

•Current Draw: 35 mA standby; 135 mA max

with connected accessories

•Outputs: 100 mA, 12 VDC supervised

output for accessories

•Sensor Loop Terminal Wire Size: #14 AWG (1.8 mm) to

#22 AWG (0.8 mm)

•Operating Temperature: +32°F to +122°F

(+0°C to +50°C)

•RelativeHumidity: 5% to 85% @ +86°F (30°C)

non-condensing

•Max. Sensor Loop Resistance: 60 W

•Sensor Loop: Up to eight inputs; input

contacts can be Normally

Open (NO) or Normally

Closed (NC) with

appropriate EOL resistor(s)

for supervision.

•ControlPanel Compatibility: DS7240, DS7220, D6412,

D4412

3.0 Mounting

Failuretofollowtheinstructions in this manual may

result in personal injury and/or damage to the

equipment.

The DX2010 contains static-sensitive components

and must be handled with care. Follow anti-static

procedures when handling the modules.

TestaccordingtoNFPA72if usedinfire applications.

Up to five DX2010 Modules can be installed in the control/

communicator’s enclosure, three on the interior walls and two on

the back wall of the enclosure (see Figures 1 and 2).

DX2010

Side Mounting Locations

DX2010

Terminals

Enclosure Wall

Mounting Hardware

(supplied with DX2010

)

Figure 1: Control Panel Enclosure Side Wall Mounting

Optional mounting locations for the

DX2010 inside the

Control/Communicator Enclosure

Terminals

DX2010

Terminals

DX2010

AE1/D2203 Enclosure

Mounting Clip Assembly

Enclosure

Standoff

Mounting

Clip

Corner of

DX2010 PCB

Figure 2: Control Panel Enclosure Back Wall Mounting

Another mounting option for the DX2010 is a D203 Enclosure. See

Figure 3.

Install the module

in the D20 Enclosur

Figure 3: Mounting the DX2010 in a D203 Enclosure

4.0 Wiring

Remove all power to the system (AC and standby

battery) before making or breaking any

connections. Failure to do so might result in

personal injury and/or damage to the equipment.

4.1 Data Bus Connections

Connect the DX2010 to the control/communicator data and auxiliary

power sources. The DX2010 can be powered directly from the

data bus (see Figure 4).

+OUT- TMPR 1 COMR B G Y

Red (+)

Black (-)

Green (Data)

Yellow (Data)

ontrol/Communicator

Data Bus

DX2010

Figure 4: Control/Communicator Connections

If using an external 12 VDC power supply, wire as shown in

Figure 5.

Whenusingany external power supply,thenegative

(-)outputmust not be tied to earth ground. A ground

fault condition will be reported if negative (-) is

grounded.

+OUT- TMPR 1 COMR B

Red (+)

ontrol/Communicator

Data Bus

DX2010

External 12 VDC

Power Supply

(+) (-)

Black (-)

Green (Data)

Yellow (Data)

Figure 5: External Power Supply Connections

See Table 1 for the data bus wiring length requirements.

#22 AWG

(0.8 mm) #18 AWG

(1.2 mm)

Panel to DX2010

DX2010 AUX Output not used 1000 ft.

(305 m)*2000 ft.

(610 m)*

Panel to DX2010

DS2010 AUX Output supplying

100 mA

100 ft.

(30 m)** 250 ft.

(76 m)**

Table 1: Wire Lengths

* Wire length may be restricted by panel limitations. See the panel’s

Installation Guide for more information.

**If the DX2010 is powered directly by an external auxiliary power

supply (Figure 5), use the wire lengths specified in the first row

of Table 1.

4.2 Auxiliary Output Connections

The DX2010 has the capacity to provide 12 VDC at up to 100 mA

from the Auxiliary Output (+) OUT (-) terminals to power external

devices such as motion detectors (see Figure 6).

If a trouble condition occurs on the DX2010 (such as an overcurrent

condition), it sends a data bus trouble message to the panel.

When using the auxiliary output on the DX2010, the

maximum distance between the control/

communicator and the module must be limited to

250 ft. (76 m) using #18 AWG (1.2 mm) wire or

100 ft. (30 m) using #22 AWG (0.8 mm) wire. The

maximum distance from the DX2010 output

terminals and the external devices (PIRs, smoke

detectors, etc.) must be limited to 50 ft. (15 m) for

#22 AWG (0.8 mm) or 100 ft. (30 m) for #18 AWG

(1.2 mm) wire.

If the DX2010 Module is powered by an external

12 VDC power supply, the output terminals can

supply power for up to 450 ft. (138 m) from the

DX2010 to the remotely powered devices.

If the DX2010's Aux Output ("+Out-" terminals) is

used as an auxiliary power source, the DX2010's R

and B wires must be home-run to either the panel

or to an auxiliary power supply. Do not use a daisy-

chain wire configuration (see Figure 6).

TMPR G Y 1 COM+OUT-

(-)

(+)

Motion Detectors,

Photobeams, etc.

Panel or

Auxiliary

Power Supply

R B

Figure 6: Auxiliary Output Connections

4.3 Tamper Input Connections

Each DX2010 provides an input for tamper devices. The tamper

input monitors external Normally Closed (NC) tamper switches

when wired as shown in Figure 7. The tamper circuit must be

closed to provide proper DX2010 tamper supervision to the control

panel. Do not use an EOL resistor.

The DX2010 also provides an on-board tamper switch for use if

the DX2010 is installed inside the AE20 plastic enclosure. The

cover tamper spring is supplied with the DX2010. The on-board

tamper switch cannot be used if the DX2010 is mounted inside the

control panel’s enclosure (wire the tamper input as shown in

Figure 7 if installed in the control panel’s enclosure).

Use either the tamper input or the on-board tamper switch. Both

cannot be used simultaneously.

1R B G Y

DX2010

+OUT- TMPR COM

On-board

amper switch

Figure 7: Tamper Wiring

If neither the tamper input nor the on-board tamper switch are

used, a wire jumper must be placed as shown in Figure 8.

1R B G Y

DX2010

+OUT- TMPR COM

On-board

amper switch

Figure 8: Wire Jumper Location

4.4 Sensor Loop Connections

The DX2010 has the capacity for both Normally Open (N/O) and

Normally Closed (N/C) contacts. Wire the inputs as shown in

Figure 9.

The DX2010 is not designed for use with two-wire

smoke detectors.

Only use Normally Open (N/O) contacts for fire

applications.

12345678COM COM COM COM

Use 2.21 K EOL

Figure 9: Single Point/Zone Sensor Loop Wiring

For Point/Zone Doubling, wire the inputs as shown in Figure 10.

Each loop is monitored

as a separate point.

pen for alarm

therwise

ormally Closed

Open for alarm

otherwise

Normally Close

2.2 k Ω

3.65 k Ω

Input

Terminals

1 to 8

Common

DX2010 Inputs

9-16

DX2010 Inputs

1-8

Figure 10: Doubled Point/Zone Wiring

Zonedoubling is not permitted for fire applications.

130 Perinton Parkway, Fairport, New York, USA 14450-9199

Customer Service: (800) 289-0096; Technical Support: (888) 886-6189

03/04

DX2010 Installation Instructions

P/N: 49533E Page 4

4.5 Tamper Point/Zone Inputs

This feature is not available for some control/communicators.

Consult your control/communicator’s Installation Instructions.

The DX2010 has the capacity for dual tamper point/zone inputs

utilizing two EOL resistors (using 1.5k or 2.2k Alarm Resistor). See

Figure 11.

5.0 DX2010 LED Operation

The DX2010 LED (Figure 12) flashes to indicate the status of the

device. The LED indications are:

• One flash per second indicates normal operation.

• LED steady ON can indicate any of the following:

- G wire is not connected or there is a communications problem

between the control panel and the DX2010.

- No locations/points are assigned to the DX2010 with this

address. See your control/communicator’s programming

guide for location/point assignment instructions.

- Address on the DX2010 is not set correctly.

• LED OFF indicates that there is no power to the module.

6.0 Setting the DX2010’s Address

Use Table 2 to configure the DX2010’s address. Refer to the control/

communicator’s installation manual to determine the appropriate

address for each DX2010 you connect. Figure 13 shows the DIP

switch configuration.

Each time you change the address DIP switches,

cycle the power to the DX2010 (turn the power off

and then on) for the address change to take effect.

L+COML+

2.2 k

EOL

Resistor

2.2 k

EOL

Resisto

1.5 k or 2.2 k

Alarm

Resistor

1.5 k or 2.2

Alarm

Resistor

Alarm

Contacts

Tamper

ontacts Tampe

Contac

Figure 11: Dual Point/Zone Input Wiring

123456

tatus LED

Figure 12: DX2010 Status LED

123456

OFF ON

Example:

Module Address 102

Figure 13: DIP Switch Configuration

DIP Switch Settings DIP Switch Settings

DIP

Switches S1 S2 S3 S4 S5 S6 DIP

Switches S1 S2 S3 S4 S5 S6

Module

Address 32 16 8 4 2 1 Module

Address 32 16 8 4 2 1

101 OFF OFF OFF OFF OFF OFF 117 OFF ON OFF OFF OFF OFF

102 OFF OFF OFF OFF OFF

ON 118 OFF

ON OFF OFF OFF ON

103 OFF OFF OFF OFF

ON OFF 119 OFF

ON OFF OFF ON OFF

104 OFF OFF OFF OFF

ON ON 120 OFF

ON OFF OFF ON ON

105 OFF OFF OFF

ON OFF OFF 121 OFF ON OFF ON OFF OFF

106 OFF OFF OFF

ON OFF ON 122 OFF

ON OFF ON OFF ON

107 OFF OFF OFF

ON ON

OFF 123 OFF

ON OFF ON ON

OFF

108 OFF OFF OFF

ON ON ON 124 OFF

ON OFF ON ON ON

109 OFF OFF

ON OFF OFF OFF 125 OFF ON ON

OFF OFF OFF

110 OFF OFF

ON OFF OFF ON 126 OFF

ON ON

OFF OFF ON

111 OFF OFF

ON OFF ON OFF 127 OFF

ON ON

OFF ON OFF

112 OFF OFF

ON OFF ON ON 128 OFF

ON ON

OFF ON ON

113 OFF OFF

ON ON

OFF OFF 129 OFF ON ON ON

OFF OFF

114 OFF OFF

ON ON

OFF ON 130 OFF

ON ON ON

OFF ON

115 OFF OFF

ON ON ON

OFF 131 OFF

ON ON ON ON

OFF

116 OFF OFF

ON ON ON ON 132 OFF

ON ON ON ON ON

ON indicates the DIP switch is in the ON position; OFF indicates the DIP switch is in the OFF position.

Table 2: Address Jumper Settings

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