Bosch ISC-SK10 Installation Manual

1 | Overview

The ISC-SK10 is an advanced shock sensor designed to monitor doors, windows, safes, and ATM machines. The sensor detects mechanical attacks, such as blasting, hammering, drilling, and sawing.

Figure 1.1: Sensor overview

Callout ― Description

1 ― LED

2 ― DIP switches

3 ― Sensitivity adjustment POT

4 ― Tamper switch

5 ― Terminal block

6 ― Cover

7 ― Unlock/lock switch

2 | Installation considerations

Install the ISC-SK10 on a door or window surface, inside a safe, or ATM. Mount the ISC-SK10 on a flat surface such as metal, glass, concrete, or wood surfaces.

When installing the sensor, use the included screws to secure the base to the desired surface, or use an adhesiveAB glue if screws are not suitable. Do not use double-sided tape.

Avoid installing in locations where movement and other manual operations might generate false alarms due to vibrations or accidental contact.

NOTICE!

The ISC-SK10 is intended for indoor use only.

Maximum detection range

Use the different detection ranges that are suitable for the desired surface.

Applications Radius (m)

Concrete 1.5

Brick wall 2.5

Steel 3

Wood 3.5

Glass 3.5

3 | Installation and conﬁguration

3.1 | Hardware installation

Perform the following steps to install the hardware.

3.1.1 | Open cover

1. Insert a slotted screwdriver into the Unlock/lock switch and turn counter-clockwise 90° to unlock.

2. Pull apart the cover from the base.

Figure 3.1: Opening cover

Callout ― Description

1 ― Unlocking the switch

2 ― Pull apart base from cover

3.1.2 | Install base

1. Locate desired installation location.

2. Insert supplied screws (two ST2.9x13 mm) into screw slot locations (or use AB glue) to secure the base to the desired surface.

Figure 3.2: Screw locations

Callout ― Description

1 ― Screw locations

2 ― Tamper

3.1.3| Wiring

1. Insert wiring through the grommet.

2. Fasten wires to terminal block and secure with tie-wrap (included).

Figure 3.3: Mounting the module in the enclosure

TAMPER ALARM - 12 +

Callout ― Description

1 ― Terminal block

2 ― Grommet cut-out area

3 ― Wiring

3.2 | Set DIP switches

Refer to Figure 3.4 for the DIP switch locations and settings.

DIP

Figure 3.4: DIP switch settings

Callout ― Description

1 ― Sensitivity levels (#1 and #2)

2 ― Pulse counting

3 ― Drilling/saw detection (enable/disable)

4 ― LED enable/disable

5 ― Installation mode (this switch enables “Intelligent” mode)

6 ― DIP switch positioning example: ON (open)

7 ― DIP switch positioning example: OFF (closed)

3.2.1| Sensitivity

1. Select the desired sensitivity level (1-4) using DIP switches #1 and #2. Refer to the table below for

settings.

2. Fine-tune the sensitivity level by turning the POT adjustment clockwise to increase sensitivity, and counter-clockwise to descrease the sensitivity.

Figure 3.5: Fine sensitivity adjustment POT

Level DIP#1 DIP#2

High ON ON

High-middle ON OFF

Low-middle OFF ON

Low (default) OFF OFF

Callout ― Description

1 ― Fine sensitivity adjustment POT

3.2.2| Pulse counting

Select DIP #3 to set the pulse counting adjustment. The sensor generates an alarm when certain pulse countings are reached during the speciﬁed time.

DIP #3 Pulse counting time(s)

ON 4

OFF 1 (Default)

3.2.3 | Drilling/saw detection

Select DIP #4 to enable or disable the detection of drilling or sawing vibrations. Functionality occurs after sensor is powered up.

DIP #4 Drilling/saw detection

ON Disable

OFF Enabled (default)

3.2.4 | LED descriptions

NOTICE!

The LEDs must be enabled during installation.

DIP #5 LED function

ON Enabled (default)

OFF Disable

LED Function

Green Indicates an attempt attack was

Red Indicates an alarm was generated.

Red (ON steady)

detected.

Indicates there is a sensor fault.

3.3 | Installation mode

Select DIP #6 to choose between manual or intelligent mode.

DIP #6 Installation mode

ON Intelligent

OFF Manual (default)

NOTICE!

Enable the LED and cycle power on the system before applying the intelligent installation mode.

NOTICE!

Manual installation is active 20 min after powering up the system.

3.3.1 | Intelligent installation (recommended)

Perform the following to enable Intelligent Installation.

1. Power down the sensor and select intelligent installation (DIP#6 is set to ON).

DIP #1 DIP #2 DIP #3 DIP #4 DIP #5 DIP #6 POT

OFF OFF OFF OFF ON ON Random

2. Power up and wait for 2 sec. During this period, do not remove or disturb the sensor.

3. Use a suitable instrument to tap or bang within the detection range. During a 3 min duration, the sensor simulates, and records the maximum shock data. Installer simulates the typical noise to be ignored: printer, cash dispenser, bumps...etc.

4. After 3 mins, the red LED begins to flash quickly. Set the DIP#6 to OFF. The LED flashes slowly.

5. According to LED status , adjust sensitivity till LED turns OFF steadily.

• LED slow flashing: according to LED slow flashing time(s), set DIP #1 and DIP#2 as stated in the table below. The LED either turns ON or OFF steadily. If ON steadily, tune the pot slowly till LED turns OFF steadily; if OFF steady, no adjustment is needed. (Slow flashing LED pattern: 0.5 second ON, 0.5 second OFF, repeat 1-4 times.Then the LED stays off for 2 seconds and restart slow flashing pattern.)

Red LED slow flashing DIP #1 DIP #2

4 times ON ON

3 times ON OFF

2 times OFF ON

1 time OFF OFF

• LED ON Steadily: correct sensitivity level is selected, no need to set DIP #1 or DIP#2. But the POT is needed to be tuned till LED turns OFF steadily.

• LED OFF Steadily: desired sensitivity is achieved.

6. Power up the system and wait for 2 sec. The sensor starts working.

3.3.2 | Manual installation (Intelligent Install mode disabled)

Perform the following to set the sensitivity manually.

1. Power down the system and select manual installation (DIP#6 is OFF). Select any one of the 4 sensitivity levels and adjust the sensitivity to desired as steps 2~6. Default is low level, 1 pulse, drilling/saw detection enabled and LED enabled as stated in the table below.

DIP #1 DIP #2 DIP #3 DIP #4 DIP #5 DIP #6 POT

OFF OFF OFF OFF ON OFF Intermediate

2. Power up and wait for 2 seconds. During this period, the sensor shall not be removed or disturbed.

3. Use a suitable instrument to tap or bang within the detection range. Observe the LED response.

4. If needed, tune the POT slowly with the screwdriver based on the LED response observed in Step 3.

5. Repeat steps 3 and 4 until the desired sensitivity is achieved.

6. Power up again and wait for 2 sec. The sensor starts working.

4 | Speciﬁcations

Dimensions 100 mm x 30 mm x 20 mm

Voltage (operating) 9-15 VDC, 12 V nominal

Current (maximum)

Alarm output NC relay output, 100 mA/30

Tamper switch NC 50 mA/30 VDC

Sensitivity settings 4 adjustment levels

Operating temperature

Relative humidity 0% to 95% non-condensing

Enclosure protection

Detection method Digital, triaxial acceleration

(3.93 in x 1.18 in x 0.78 in)

8.5 mA (Standby), 12 mA (Alarm)

VDC

+14°F to +131°F (-10°C to +55°C)

IP43

sensor

Shock Sensor

ISC-SK10

en Installation Guide

3.4 | Close the cover

1. Slip the cover into the base slots and close the cover.

2. Turn the slotted screwdriver clockwise 90° to lock in place.

Figure 3.6: Closing the cover

Callout ― Description

1 ― Sensor base

2 ― Sensor cover

3 ― Slotted screwdriver (turning clockwise)

Trademarks

All hardware and software product names used in this document are likely to be registered trademarks and must be treated accordingly.

Bosch Security Systems, Inc. product manufacturing dates

Use the serial number located on the product label and refer to the Bosch Security Systems, Inc. website at http://www.boschsecurity.com/datecodes/.

Bosch Security Systems, Inc.

130 Perinton Parkway Fairport, NY 14450 USA

www.boschsecurity.com

F.01U.306.533 | 01 | 2014.09