Bosch ISP-SM90-120 User Manual

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ISP-SM90-120

(en) Seismic detector

(de) Körperschallmelder

11/2016

4 5

1. EC declaration of conformity

Hereby Bosch Security Systems, Inc. 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).

2. Application

The ISP-SM90-120 seismic detector is compatible with both

types of local security network LSNi & LSN and has a loop

connection to the control panel. The detector reliably

detects attempted break-ins to safes, ATMs, night deposits,

lightweight safes, strong rooms and modular steel or

concrete vaults. Intelligent signal processing enables

detection sensitivity to be set individually and therefore

reliably ensures no false alarms. The anti-tamper system for

the cover (Fig. 1, item A) and on the back of the ISP-SM90-

120 will detect the opening or the forcible removal of the

detector.

Installation, programming and commissioning must

be performed by specialists.

3. Contents

• 1 x ISP-SM90-120 seismic detector

• 1 x ISP-SM90-120 drill template

• 3 x cable ties

4. Coverage area

The area monitored by the detector is referred to as the

coverage area. It covers the area around the detector with an

operating radius (r).

Detector coverage

Joints in the construction of the vault may impair the

transmission of the signal. Doors must have their own

detector installed to provide the correct coverage.

Tightly sealed corners and edges may reduce the operating

radius (r) by >25%, therefore, corners and edges on steel

vaults must be seamlessly welded. Incorrect positioning can

reduce the coverage area. It is recommended that detectors

are installed on each plane (walls, floor, and ceiling) of the

protected area. Coverage from adjoining planes should not

form part of a comprehensive protection strategy.

4.1. Detector spacing distance

Detectors should be positioned so that they cover the entire

area to be monitored. The distance between detectors is

referred to as the spacing distance (sd).

Detector spacing distance (sd)

To ensure complete coverage of the protected area, the

following formula should be applied to determine the correct

spacing distance between seismic detectors.

Spacing distance (sd) = operating radius(r) x 2 x 0.75

Example:

Material Operating

radius

Spacing

distance

Steel 2m 3m

Concrete 4m 6m

LWS (Systems of armour plating

with synthetic/composite

materials)

1.5m 2.25m

5. Installation

5.1. Direct Installation on steel

The ISP-SM90-120 seismic detector can be installed directly

onto a flat, even metal surface.

Take note of the orientation of the ISP-SM90-120

seismic detector and the required drill pattern.

There must be a direct connection between the

detector and the mounting surface. Paint, varnish,

dirt, silicone or similar materials will impede the

acoustics. Remove these materials from the

mounting location before installation.

Use the ISP-SM90-120 drilling template (provided) to

determine the location of the required holes.

1. Drill 3 x 3.2mm holes, 6mm deep. 2 holes for the

detector and 1 hole for the ISN-GMX-S1 internal test

transmitter (Fig. 1, item H).

2. Remove the drilling template.

3. Thread all holes to M4.

4. Secure the detector and the test transmitter to the

mounting surface.

5.2. Installation on steel using the ISN-GMX-P0 mounting

plate

Use the weld symbol side of the ISN-GMX-P0 mounting plate

(Fig. 2) to install the detector on uneven or reinforced steel

surfaces.

The ISN-GMX-P0 mounting plate can be used for

installing a seismic detector on a steel surface. It is

essential to use the correct side and mounting

methods. The ISN-GMX-P0 displays a detector

symbol to indicate the direction of the cable access

to the detector.

Take note of the orientation of the ISP-SM90-120

seismic detector and the required orientation of

the ISN-GMX-P0 mounting plate.

ISN-GMX-P0 weld symbol

Detector symbol showing cable access at

top

1. With the weld symbol visible, attach the ISN-GMX-P0 to

the mounting surface using two fillet welds as shown

(Fig. 3, item B).

If welding is not possible, use the ISN-GMX-P0 as a drill

template.

• Mark the 3 centrally located countersunk holes (Fig.

3, item A).

• Drill 3 x 3.2mm Ø holes (depth to be determined by

the thickness of the mounting surface).

• Thread to M4.

• Secure the ISN-GMX-P0 using 3 x M4 countersunk

screws (provided with ISN-GMX-P0).

2. Mount the detector on to the ISN-GMX-P0.

3. Mount the ISN-GMX-S1 internal test transmitter on the

designated location on the ISN-GMX-P0 (Fig. 3, item C)

and connect to the detector (Fig. 1, item E).

5.3. Installation on concrete using the ISN-GMX-P0

mounting plate

Use the drill symbol side of the ISN-GMX-P0 mounting plate

(Fig. 4) to install the detector on concrete surfaces.

The ISN-GMX-P0 mounting plate can be used for

installing a seismic detector on a concrete surface.

It is essential to use the correct side and mounting

methods. The ISN-GMX-P0 displays a detector

symbol to indicate the direction of the cable access

to the detector.

Take note of the orientation of the ISP-SM90-120

seismic detector and the required orientation of

the ISN-GMX-P0 mounting plate.

ISN-GMX-P0 drill symbol

Detector symbol showing cable access at

top

1. Use the ISP-SM90-120 drilling template (provided) to

determine the location of the required holes.

2. Drill a 10mm Ø x 60mm hole and insert the steel

expansion plug.

3. Drill a 5mm Ø x >22mm hole and insert the ISN-GMX-S1

brass expansion plug.

When installing on concrete, the ISN-GMX-S1 must

not have any contact with the ISN-GMX-P0

mounting plate. The ISN-GMX-S1 must be attached

to the concrete using the M4 x 21mm screw and the

associated brass expansion plug.

4. Secure the ISN-GMX-P0 to the steel expansion plug with

the M6 x 47mm screw.

5. Secure the ISN-GMX-S1 to the brass expansion plug with

the M4 x 21mm screw.

6. Mount the detector on to the ISN-GMX-P0.

6. Mounting the detector

1. Remove the cover from the detector.

2. Attach the detector to the prepared mounting base using

the two mounting screws (Fig. 1, items I).

3. Remove the cable access skirt (Fig. 5).

4. Wire the connection cables to the terminal (Fig. 1, item

B) as shown in diagram (Fig. 6).

5. Secure the cable to a cable anchor (Fig. 1, items C) with

a cable tie (provided).

6. Connect the accessories and program the detector.

7. Remove the pre-formed cable access points as required

to enable cable access through the skirt (Fig. 5).

8. Replace the cable access skirt.

The cables connected to terminals 8, 10 and 11

must not exceed 3m in length.

The polarity of the LSN Bus must be maintained.

The screen from the LSN cables must be connected

into terminal 7.

7. Accessories

All of the accessories (Fig. 7) have their own installation

instructions, which are supplied with each accessory. These

installation instructions should be followed for the correct

installation and optimum performance from this seismic

detector. For ordering information, see section 16.

8. Configuration (addressing LSNi/LSN)

ISP-SM90-120 supports LSNi (LSN improved) and LSN (LSN

classic). The detector must be configured using the two DIP

switches (Fig. 1, items G and J) before the power supply is

connected via the LSNi/LSN bus. The DIP switches are used

for configuration and addressing as follows:

• Fig. 1, item G – Addressing

• Fig. 1, item J – Material and coverage application

The following configurations are possible:

LSN application

Fig. 1, item G all in ON

position

Fig. 1, item J in ON position

(default setting)

LSNi application with

automatic addressing

Fig. 1, item G all in OFF

position

Fig. 1, item J in ON position

LSNi application with

manual addressing

Fig. 1, item G set to the

corresponding address (see

the table in the Appendix at

the end of this document).

Fig. 1, item J ON position

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