JA100-WL 152P-KRY

JA-152P Wireless PIR motion detector

The product is a wireless system device for the JABLOTRON 100+. It is designed to detect human body motion inside buildings. Its guaranteed detection coverage is 90 °/12 m. The detector meets the highest quality and design requirements, making it suitable even for luxurious interiors.

Besides standard positioning in a corner of a room it can be installed on a wall surface using a JA-196PL-S bracket where the detector is partly recessed and elegantly blends with the wall. For special applications such as e.g. ceiling mounting or an inclined detection angle the JA-191PL articulated holder can be used.

The detector has impulse activation.

The detector can be used to control programmable PG outputs.

The resistance to false alarms is adjustable at two levels

The detector provides standard resistance to white light at the level prescribed by the standard (up to 6000 lux).

The detector is addressable and it occupies one position in the system

Technical Specifications

Additional information

Compatible With

F-Link 2.0.0 and higher

Power

1 Lithium battery type CR123A (3 V/1500 mAh)
Please note: Battery not included

Typical battery lifetime

4 years (the longest in smartwatch mode, at 20 °C)

Low battery voltage

< 2.4 V

Current consumption in standby mode

30 μA

Maximum current consumption

100 mA

Communication band

868.1 MHz, JABLOTRON protocol

Communication range

approx. 300 m (open area)

Detection angle/detection coverage

90°/12 m

Dimensions

62 x 110 x 40 mm

Weight (without battery)

90 g

Classification

Security grade 2/Environmental class II (according to EN 50131-1)

Operational environment

Indoor general

Operational temperature range

-10 °C to +40 °C

Average operational humidity

75 % RH, non-condensing

Certification body

Trezor Test s.r.o. (no. 3025)

Complies with

EN 50131-1 ed. 2+A1+A2, EN 50131-2-2, EN 50131-5-3+A1, EN 50131-6 ed. 2+A1, ETSI EN 300 220-1,-2, EN 50130-4 ed. 2+A1, EN 55032, EN 62368-1, EN 50581

Can be operated according to

ERC REC 70-30