Data Sheet

On-the-Glass

Shock Sensor

5150 Series

interlogix.com

Intrusion

The 5150 Series Shock Sensor is one of the most low proﬁ le

glassbreak sensors in the industry. Advanced piezo transducer

technology powers the sensor, so no power is needed from the loop.

Instead, the piezo generates its own electricity when it bends as the

glass breaks. Bending of the transducer must occur for the sensor to

go into alarm providing excellent false alarm immunity.

Specially formulated 3M

tape holds the shock sensor on the glass.

The tape, which sets up quickly, has been ﬁ eld-tested for proven

reliability. The sensor can be repositioned during the ﬁ rst ﬁ ve minutes

of installation.

For up to 10 ft. (3m) of protection on a single pane of glass, the 5150

is ideal for small glass rooms, next to kitchen sinks, in high noise

areas, in occupied factory and ofﬁ ce environments, and in retroﬁ t

installations where only 2-wire protection is practical. The 5150

offers 24-hour perimeter detection and its on-the glass mounting

is a visual deterrent.

OVERVIEW

• Low proﬁ le design

• Up to 10 ft. (3m) range on a single pane of glass

• Easy to use, ﬁ eld-proven 3M

adhesive mounting

• Detects all types of glass without adjustment

• Ideal for 24-hour loop protection

STANDARD FEATURES

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Intrusion On-the-Glass Shock Sensor 5150 Series OVERVIEW STANDARD FEATURES The 5150 Series Shock Sensor is one of the most low proﬁle glassbreak sensors in the industry. Advanced piezo transducer technology powers the sensor, so no power is needed from the loop. Instead, the piezo generates its own electricity when it bends as the glass breaks. Bending of the transducer must occur for the sensor to go into alarm providing excellent false alarm immunity. • Low proﬁle design • Up to 10 ft.
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North America T 855-286-8889 On-the-Glass Shock Sensor Latin America T 561-998-6114 5150 Series Dimensional Diagram Speciﬁcations Electrical Power consumption Normal Resistance Alarm (open) Maximum loop rating Loop conﬁguration Output Self-generating on alarm 14Ω (24Ω maximum) 1 MegΩ minimum 10VDC, 15mA Closed loop Open 1 to 10 seconds on alarm Environmental Lightning suppression Operating temperature 400 watts for 1 msec pulse 0°F~120°F (–18°C~50°C) Features Housing material Sensitivity setting Ra