Wireless Smart Metering LAN-WMBUS-M. Wireless MBUS, door and window sensor. With optional glass break accessory.

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1 Wireless Smart Metering LAN-WMBUS-M Wireless MBUS, door and window sensor. With optional glass break accessory. The LAN-WMBUS-M (I/A) (G)/(E)- is a activity sensor for detecting for example openings/closing of windows, doors etc. It can also be used for counting the number of openings in a certain timeframe. The sensor can be ordered in different configurations see the product matrix for more details. The devices have the following features. Wireless MBUS EN /4:2013 Standard. S, T and C- mode are supported. Superb antenna design and high output power for long range. Onboard Magnet sensor. Possibility to connect external wired magnet detector (E) Possibility to connect external wired glass break detector (G) Values can be send instantaneous (I) or accumulated (A). Sabotage detection if sensor is opened or removed from wall. AES 128 encryption. CBC Mode 5 OMS compliant. Very long battery lifetime, up to 14 years. Depending on how many openings, and MBUS-mode. Wide operating temperature range - 20 to +55 degree C. (other temperatures upon request) Plug & Play. Works right out the box, no complex installation needed. Low battery alarm. Available with optional high quality battery.

2 Product description The device is made up of a sensor and a magnet. Whenever the magnet is removed or returned to the sensor a message is sent (I-variant). The number of passages can also be accumulated and the total number of passages is transmitted in even intervals (A- Accumulated). Is also possible to further enhance the device by connect an external magnet detector through cabling (E-variant) or connect it to Lansen Glass Break device (G). Product Matrix Article Number External External Inputs interface LAN-WMBUS-M - - LAN-WMBUS-ME Magnet 2 LAN-WMBUS-MG GlassBreak 1 SE

3 Radio characteristics Frequency Chiprate S-Mode MHz T-Mode Mhz C-Mode Mhz S-Mode kcps T-Mode 100 kcps C-Mode 100 kcps Datarate S-Mode Chiprate /2 T-Mode Chiprate x 2/3 C-Mode Chiprate RF output power Antenna Transmission intervals accumulated values Retransmission 12dBm Integrated 15 minutes (other intervals are also available). 30 seconds during the first 4 minutes after powerup. 3 times for alarm (sabotage, Alarm) 2 times for other messages. Power and battery Power consumption Battery type Max 40 ma, SAFT LS V - AA Primary Li-SOCL2 (recommended) Max operating voltage 3.6V Minimum operating voltage 2.8V Lifetime Typical more than 10 years. W-MBUS Info Header type EN APPLAYER LONG TRANSPORT HEADER (0X72) Encryption AES 128 CBC (mode 5) Sensor type Low battery warning Manufacture code 0x1D Door and Window device. Yes LAS (standard, other code if requested) SE

4 -A and -I variant Accumulated value. Example: DATA_FIELD_BCD_12_DIGIT; H.C.A Number of openings detected 12 BCD digits, instantiations accumulated value from the power up of the device Data is sent using H.C.A. That is unconverted data value. 0x0E 0x6E 0x01,0x23,0x45,0x67,0x89,0x12 Sabotage Detected Message. The sabotage message is always sent in two ways: Sabotage using Error Flag message. The message is only sent when the status of sabotage is changed. X->don t care that is not affected by the changed alarm condition. 0x02; (DIF field 2 byte integer) 0xFD; (VIF Extension table) 0x17; (VIFE Error flags binary manufacture specific 16 bits) (2 bytes) Sabotage detected.xxxx1 (Bit 0) Sabotage restored.xxxx1 (Bit 0) Sabotage using the manufacture specific status-byte in EN APPLAYER LONG TRANSPORT HEADER (0X72). The bit is set to 1 as long as sabotage is detected. Sabotage detected 1 (Bit 5) Sabotage restored 0 (Bit 5) Low battery Low battery is sent using the power low bit in the status-byte in EN APPLAYER LONG TRANSPORT HEADER (0X72) EN :2013 Table 7 Coding of the status field Battery low 1 (Bit 2) Battery OK 0 (Bit 2) -I Only variant Alarm sent etc using the following encoding if any of the 3 alarm status have changed. The current status of the all 3 alarm ports are sent. X->don t care, that is not affected by the changed alarm condition. Alarm message is sent using Error Flag message as soon as the alarm status is changed. 0x02; (DIF field 2 byte integer) 0xFD; (VIF Extension table) 0x97; SE

5 . 0x1D; (VIFE Error flags binary 16 bits) (2 bytes) Alarm detected (door opened) XXXXXX1XX (Bit2) -> Any Reed are IN alarm condition (any door open) Alarm restored (door closed) XXXXXX0XX (Bit2) -> Reeds are NOT in alarm condition (all doors closed) Examples: X is don t care and is not affected by the change in alarm condition.. Operating conditions Storage temperature Operating temperature, Relative moisture - 55 to + 85 gr C -20 to + 55 gr C (other temperature upon request) Less than 95% non-condensing Casing Colour Dimensions Material White 25,5 x 105 x 22 mm ABS Conformity EMC EN Safety EN Radio EN SE

6 Features for easier installation. Red LED indication when sabotage is detected Red LED indication when sabotage is restored When: When the device is opened or removed from the wall. (sabotage is detected) What: The LED flashes for 4 seconds at 4 Hz. Why: In order to verify that the sabotage detection is working. When: When the device is closed or placed against the wall again(sabotage is restored) What: The LED flashes for 2 seconds at 1 Hz. Why: In order to verify that the sabotage is restored and the device is closed and mounted correctly. Red LED indication of Alarm. When: When the magnet is removed from the device the red led is lit. This only apply to the first 4 minutes of operation (after battery is inserted) What: The LED is lit during alarm condition (door is opened) and turned off again after the magnet is placed nearby the device again ( door is closed) Why: In order to verify that the magnet and device is correctly mounted and is working as intended. Changelog Revision 1.1 Changed the packet type for sabotage and Alarm to better Martin comply with the Alarm message in the MBUS standard. The Hallberg new version is used in software version 2 of the LAN- WMBUS-M. Corrected the physical size of the device. Added information for the RED led during alarm condition. Changed device type from 0x1B to 0x1D SE