nemeuswiki - User contributions [en]

NIS-UL UltraSonic Sensor

2017-06-01T10:54:08Z

Grn:

[[Category:Sensors]]
[[File:MS006-overview.jpeg|thumb|400px|Ultrasonic sensor]]

= General information =
{{:MSxxx Overview}}

= Mechanics =
* Dimensions 60 x 95 x 85mm (109mm including fixing brackets)
* 96mm spacing between brackets
* IP 65
* Solid ABS & PC material

= WARNING =
This sensor is not designed for critical purposes.
It should never be used in an application where a malfunction of the device could cause personal injury.
Due to ultrasonic physics, we can not guarantee 100% reliability at close distances.

= Ultrasonic sensor properties =
Default configuration allows target detection until 6 meters.

Objects from 0cm to 20cm range as 20cm or closer.

The acoustic detection pattern has an angle of 7°.
The geometry of the detection pattern depends mainly on the size, orientation, and acoustic properties of the target, but also on the atmospheric pressure, temperature and humidity.

Each sensor is factory calibrated to unify results between sensors.

= Magnetic Switch Protocol description =
{{:MSxxx Generic Magnetic Switch Protocol}}

= Radio frames description =
{{:MSxxx Generic Application Protocol}}

== Uplink data Frame format ==

The uplink payload contains multiple fields:
<mask>: bit field on 1 byte indicating the presence of other fields. Bit 7 is always to 1 because the mask is never extended on next byte. Least significant bit (bit 0) indicates the presence of <usonic_dist> field, bit 2 indicates the presence of <temp>.

if (mask.bit0 == 1) :
: <nb_meas>: 1 byte containing the number of distance measurements which follows.
: <usonic_dist>: 2 bytes containing the distance measured by the ultrasonic sensor in centimeters (1 to 600 cm).
if (mask.bit2 == 1) :
: <temp>: 1 byte containing the signed integer of the temperature
Thus the uplink frame format is <mask><nb_meas><usonic_dist><temp>.

Some examples (in hexadecimal):
* “8502009700981f”: the frame indicates two measurements of 151cm and 152cm followed by a temperature of 31°C.
* “810100a0”: the frame indicates a single measurement of 160cm without temperature.
* “841e”: the frame indicates a temperature of 30°C.
* “fd02009c009c1cxxxxxxxxxxxx”: the frame indicates two measurements of 156cm and 156cm with a temperature of 28°C followed by private data.

== Downlink Frame format ==

The sensor configuration contains the following fields:

* <up_frame_mask>: the mask identifying the different fields present in uplink frames (possible values are described in “Uplink data Frame format” section)
* <meas_period>: the period of the measures in seconds (possible values are [600..65535], default value is 14400 seconds => one measure every 4 hours)
* <nb_meas_for_tx>: the number of measures required to trigger a transmission (possible values are [1..8], default values is 6 => 6 measures are sent in one frame every day)

It is possible to change the sensor configuration using the Nemeus downlink protocol. The downlink frame must be sent on the MS006 LoRaWAN port (8).

The downlink frame has the following format:

<cmd>: 1 byte containing WRITE_CFG_CMD=0x02

<mask>: bit field on 1 byte indicating the presence of other fields. Most significant bit (bit7) is always to 1 because the mask is never extended on next byte. Least significant bit (bit0) indicates the presence of <up_frame_mask> field, bit1 indicates the presence of <nb_meas_for_tx> and bit2 indicates the presence of <meas_period>

If (mask.bit0 == 1):
: <up_frame_mask>: 1 byte containing the uplink frame mask
If (mask.bit1 == 1):
: <nb_meas_for_tx>: 1 byte containing the number of measures required to trigger a transmission
If (mask.bit2 == 1):
: <meas_period>: 2 bytes in little endian (LSB first) containing the period of measures in seconds

Thus the downlink frame format is <cmd><mask><up_frame_mask><nb_meas_for_tx><meas_period>.

Some examples in hexadecimal:
* “028181”: set the <up_frame_mask> to 0x81 => the next uplink frames will include the <usonic_dist> field only (no <temp> field)
* “0286046054”: set <nb_meas_for_tx> to 4 and <meas_period> to 21600 seconds => one measure every 6 hours and one transmission every 4 measures (every day). Each uplink frame will include 4 measures

== Status Frame format ==
== Configuration Frame format ==

Category:Sensors

2017-06-01T10:53:25Z

Grn:

[[Category:Products]]

'''Welcome on the wiki page of the Nemeus Sensors!'''

Nemeus manufactures Standard and custom Sensors embedding technologies such as LoRa™, Sigfox™, Bluetooth...

== MSxxx Sensors ==

[[File:MSxxx generic box.jpeg|thumb|300px|Sensor box (generic version)]]

The MSxxx is a family of long-range and low power wireless sensors operating in ISM unlicensed band. With interferers’ robustness and low power consumption, it is the best solution for applications requiring long range, maximum battery lifetime and secure radio link. This module integrates a Nemeus MM00x modules.

<br />

NIS-UL UltraSonic Sensor

2017-06-01T10:47:46Z

Grn:

[[Category:Sensors]]
[[File:MS006-overview.jpeg|thumb|300px|Ultrasonic sensor]]

= General information =
{{:MSxxx Overview}}

= Mechanics =
* Dimensions 60 x 95 x 85mm (109mm including fixing brackets)
* 96mm spacing between brackets
* IP 65
* Solid ABS & PC material

= WARNING =
This sensor is not designed for critical purposes.
It should never be used in an application where a malfunction of the device could cause personal injury.
Due to ultrasonic physics, we can not guarantee 100% reliability at close distances.

= Ultrasonic sensor properties =
Default configuration allows target detection until 6 meters.

Objects from 0cm to 20cm range as 20cm or closer.

The acoustic detection pattern has an angle of 7°.
The geometry of the detection pattern depends mainly on the size, orientation, and acoustic properties of the target, but also on the atmospheric pressure, temperature and humidity.

Each sensor is factory calibrated to unify results between sensors.

= Magnetic Switch Protocol description =
{{:MSxxx Generic Magnetic Switch Protocol}}

= Radio frames description =
{{:MSxxx Generic Application Protocol}}

== Uplink data Frame format ==

The uplink payload contains multiple fields:
<mask>: bit field on 1 byte indicating the presence of other fields. Bit 7 is always to 1 because the mask is never extended on next byte. Least significant bit (bit 0) indicates the presence of <usonic_dist> field, bit 2 indicates the presence of <temp>.

if (mask.bit0 == 1) :
: <nb_meas>: 1 byte containing the number of distance measurements which follows.
: <usonic_dist>: 2 bytes containing the distance measured by the ultrasonic sensor in centimeters (1 to 600 cm).
if (mask.bit2 == 1) :
: <temp>: 1 byte containing the signed integer of the temperature
Thus the uplink frame format is <mask><nb_meas><usonic_dist><temp>.

Some examples (in hexadecimal):
* “8502009700981f”: the frame indicates two measurements of 151cm and 152cm followed by a temperature of 31°C.
* “810100a0”: the frame indicates a single measurement of 160cm without temperature.
* “841e”: the frame indicates a temperature of 30°C.
* “fd02009c009c1cxxxxxxxxxxxx”: the frame indicates two measurements of 156cm and 156cm with a temperature of 28°C followed by private data.

== Downlink Frame format ==

The sensor configuration contains the following fields:

* <up_frame_mask>: the mask identifying the different fields present in uplink frames (possible values are described in “Uplink data Frame format” section)
* <meas_period>: the period of the measures in seconds (possible values are [600..65535], default value is 14400 seconds => one measure every 4 hours)
* <nb_meas_for_tx>: the number of measures required to trigger a transmission (possible values are [1..8], default values is 6 => 6 measures are sent in one frame every day)

It is possible to change the sensor configuration using the Nemeus downlink protocol. The downlink frame must be sent on the MS006 LoRaWAN port (8).

The downlink frame has the following format:

<cmd>: 1 byte containing WRITE_CFG_CMD=0x02

<mask>: bit field on 1 byte indicating the presence of other fields. Most significant bit (bit7) is always to 1 because the mask is never extended on next byte. Least significant bit (bit0) indicates the presence of <up_frame_mask> field, bit1 indicates the presence of <nb_meas_for_tx> and bit2 indicates the presence of <meas_period>

If (mask.bit0 == 1):
: <up_frame_mask>: 1 byte containing the uplink frame mask
If (mask.bit1 == 1):
: <nb_meas_for_tx>: 1 byte containing the number of measures required to trigger a transmission
If (mask.bit2 == 1):
: <meas_period>: 2 bytes in little endian (LSB first) containing the period of measures in seconds

Thus the downlink frame format is <cmd><mask><up_frame_mask><nb_meas_for_tx><meas_period>.

Some examples in hexadecimal:
* “028181”: set the <up_frame_mask> to 0x81 => the next uplink frames will include the <usonic_dist> field only (no <temp> field)
* “0286046054”: set <nb_meas_for_tx> to 4 and <meas_period> to 21600 seconds => one measure every 6 hours and one transmission every 4 measures (every day). Each uplink frame will include 4 measures

== Status Frame format ==
== Configuration Frame format ==

File:MS006-overview.jpeg

2017-06-01T10:46:54Z

Grn:

NIS-UL UltraSonic Sensor

2017-06-01T10:45:46Z

Grn:

[[Category:Sensors]]
[[File:MSxxx_generic_box.jpeg|thumb|300px|sensor box (Generic version)]]

= General information =
{{:MSxxx Overview}}

= Mechanics =
* Dimensions 60 x 95 x 85mm (109mm including fixing brackets)
* 96mm spacing between brackets
* IP 65
* Solid ABS & PC material

= WARNING =
This sensor is not designed for critical purposes.
It should never be used in an application where a malfunction of the device could cause personal injury.
Due to ultrasonic physics, we can not guarantee 100% reliability at close distances.

= Ultrasonic sensor properties =
Default configuration allows target detection until 6 meters.

Objects from 0cm to 20cm range as 20cm or closer.

The acoustic detection pattern has an angle of 7°.
The geometry of the detection pattern depends mainly on the size, orientation, and acoustic properties of the target, but also on the atmospheric pressure, temperature and humidity.

Each sensor is factory calibrated to unify results between sensors.

= Magnetic Switch Protocol description =
{{:MSxxx Generic Magnetic Switch Protocol}}

= Radio frames description =
{{:MSxxx Generic Application Protocol}}

== Uplink data Frame format ==

The uplink payload contains multiple fields:
<mask>: bit field on 1 byte indicating the presence of other fields. Bit 7 is always to 1 because the mask is never extended on next byte. Least significant bit (bit 0) indicates the presence of <usonic_dist> field, bit 2 indicates the presence of <temp>.

if (mask.bit0 == 1) :
: <nb_meas>: 1 byte containing the number of distance measurements which follows.
: <usonic_dist>: 2 bytes containing the distance measured by the ultrasonic sensor in centimeters (1 to 600 cm).
if (mask.bit2 == 1) :
: <temp>: 1 byte containing the signed integer of the temperature
Thus the uplink frame format is <mask><nb_meas><usonic_dist><temp>.

Some examples (in hexadecimal):
* “8502009700981f”: the frame indicates two measurements of 151cm and 152cm followed by a temperature of 31°C.
* “810100a0”: the frame indicates a single measurement of 160cm without temperature.
* “841e”: the frame indicates a temperature of 30°C.
* “fd02009c009c1cxxxxxxxxxxxx”: the frame indicates two measurements of 156cm and 156cm with a temperature of 28°C followed by private data.

== Downlink Frame format ==

The sensor configuration contains the following fields:

* <up_frame_mask>: the mask identifying the different fields present in uplink frames (possible values are described in “Uplink data Frame format” section)
* <meas_period>: the period of the measures in seconds (possible values are [600..65535], default value is 14400 seconds => one measure every 4 hours)
* <nb_meas_for_tx>: the number of measures required to trigger a transmission (possible values are [1..8], default values is 6 => 6 measures are sent in one frame every day)

It is possible to change the sensor configuration using the Nemeus downlink protocol. The downlink frame must be sent on the MS006 LoRaWAN port (8).

The downlink frame has the following format:

<cmd>: 1 byte containing WRITE_CFG_CMD=0x02

<mask>: bit field on 1 byte indicating the presence of other fields. Most significant bit (bit7) is always to 1 because the mask is never extended on next byte. Least significant bit (bit0) indicates the presence of <up_frame_mask> field, bit1 indicates the presence of <nb_meas_for_tx> and bit2 indicates the presence of <meas_period>

If (mask.bit0 == 1):
: <up_frame_mask>: 1 byte containing the uplink frame mask
If (mask.bit1 == 1):
: <nb_meas_for_tx>: 1 byte containing the number of measures required to trigger a transmission
If (mask.bit2 == 1):
: <meas_period>: 2 bytes in little endian (LSB first) containing the period of measures in seconds

Thus the downlink frame format is <cmd><mask><up_frame_mask><nb_meas_for_tx><meas_period>.

Some examples in hexadecimal:
* “028181”: set the <up_frame_mask> to 0x81 => the next uplink frames will include the <usonic_dist> field only (no <temp> field)
* “0286046054”: set <nb_meas_for_tx> to 4 and <meas_period> to 21600 seconds => one measure every 6 hours and one transmission every 4 measures (every day). Each uplink frame will include 4 measures

== Status Frame format ==
== Configuration Frame format ==

NIS Overview

2017-06-01T10:40:27Z

Grn:

== Overview ==
;LoRa™ WAN 1.0.2 EU Class A & C
: Activation by Personalization (ABP)
: Over-The-Air Activation (OTAA)
;SIGFOX™ ready
;Fully certified on major LoraWan & Sigfox networks
;Easy to use and deploy
;3.6V / 2200mAh Primary battery Li-SOCl2 embedded
;Magnetic switch and LED to ease the installation
;RoHS conform / Pre-Certified ETSI EN 300-220 / RED compliance under certification

=== RF Performance ===
* TX Power 14 dBm (25 mW)
* RX Sensitivity -137 dBm
* Approx. 10 km range
* Integrated PCB antenna

=== Environment ===
* Operating temperature -25°C to +60°C
* Storage temperature -40°C to 85°C
* Rel. humidity 0% to 95% (not condensing)

=== Options ===
* External antenna
* SDK for your SW development purposes
* 10-30V external power supply
* Compatible with the NEMEUS PicoGateway for private networks

== Installation ==

By using the internal antenna, the position of the sensor is critical.

Install your product as high as possible, and prefer unobstructed area (concrete and metal are the worst materials).

If you cannot fulfill these conditions, it is still possible to use an optional external antenna.

NIS-UL UltraSonic Sensor

2017-06-01T10:39:02Z

Grn:

[[Category:Sensors]]
= General information =
{{:MSxxx Overview}}

= Mechanics =

* Dimensions 60 x 95 x 85mm (109mm including fixing brackets)
* 96mm spacing between brackets
* IP 65
* Solid ABS & PC material

= WARNING =
This sensor is not designed for critical purposes.
It should never be used in an application where a malfunction of the device could cause personal injury.
Due to ultrasonic physics, we can not guarantee 100% reliability at close distances.

= Ultrasonic sensor properties =
Default configuration allows target detection until 6 meters.

Objects from 0cm to 20cm range as 20cm or closer.

The acoustic detection pattern has an angle of 7°.
The geometry of the detection pattern depends mainly on the size, orientation, and acoustic properties of the target, but also on the atmospheric pressure, temperature and humidity.

Each sensor is factory calibrated to unify results between sensors.

= Magnetic Switch Protocol description =
{{:MSxxx Generic Magnetic Switch Protocol}}

= Radio frames description =
{{:MSxxx Generic Application Protocol}}

== Uplink data Frame format ==

The uplink payload contains multiple fields:
<mask>: bit field on 1 byte indicating the presence of other fields. Bit 7 is always to 1 because the mask is never extended on next byte. Least significant bit (bit 0) indicates the presence of <usonic_dist> field, bit 2 indicates the presence of <temp>.

if (mask.bit0 == 1) :
: <nb_meas>: 1 byte containing the number of distance measurements which follows.
: <usonic_dist>: 2 bytes containing the distance measured by the ultrasonic sensor in centimeters (1 to 600 cm).
if (mask.bit2 == 1) :
: <temp>: 1 byte containing the signed integer of the temperature
Thus the uplink frame format is <mask><nb_meas><usonic_dist><temp>.

Some examples (in hexadecimal):
* “8502009700981f”: the frame indicates two measurements of 151cm and 152cm followed by a temperature of 31°C.
* “810100a0”: the frame indicates a single measurement of 160cm without temperature.
* “841e”: the frame indicates a temperature of 30°C.
* “fd02009c009c1cxxxxxxxxxxxx”: the frame indicates two measurements of 156cm and 156cm with a temperature of 28°C followed by private data.

== Downlink Frame format ==

The sensor configuration contains the following fields:

* <up_frame_mask>: the mask identifying the different fields present in uplink frames (possible values are described in “Uplink data Frame format” section)
* <meas_period>: the period of the measures in seconds (possible values are [600..65535], default value is 14400 seconds => one measure every 4 hours)
* <nb_meas_for_tx>: the number of measures required to trigger a transmission (possible values are [1..8], default values is 6 => 6 measures are sent in one frame every day)

It is possible to change the sensor configuration using the Nemeus downlink protocol. The downlink frame must be sent on the MS006 LoRaWAN port (8).

The downlink frame has the following format:

<cmd>: 1 byte containing WRITE_CFG_CMD=0x02

<mask>: bit field on 1 byte indicating the presence of other fields. Most significant bit (bit7) is always to 1 because the mask is never extended on next byte. Least significant bit (bit0) indicates the presence of <up_frame_mask> field, bit1 indicates the presence of <nb_meas_for_tx> and bit2 indicates the presence of <meas_period>

If (mask.bit0 == 1):
: <up_frame_mask>: 1 byte containing the uplink frame mask
If (mask.bit1 == 1):
: <nb_meas_for_tx>: 1 byte containing the number of measures required to trigger a transmission
If (mask.bit2 == 1):
: <meas_period>: 2 bytes in little endian (LSB first) containing the period of measures in seconds

Thus the downlink frame format is <cmd><mask><up_frame_mask><nb_meas_for_tx><meas_period>.

Some examples in hexadecimal:
* “028181”: set the <up_frame_mask> to 0x81 => the next uplink frames will include the <usonic_dist> field only (no <temp> field)
* “0286046054”: set <nb_meas_for_tx> to 4 and <meas_period> to 21600 seconds => one measure every 6 hours and one transmission every 4 measures (every day). Each uplink frame will include 4 measures

== Status Frame format ==
== Configuration Frame format ==

NIS Overview

2017-06-01T10:37:35Z

Grn: /* Overview */

[[File:MSxxx_generic_box.jpeg|thumb|300px|sensor box (Generic version)]]

== Overview ==
;LoRa™ WAN 1.0.2 EU Class A & C
: Activation by Personalization (ABP)
: Over-The-Air Activation (OTAA)
;SIGFOX™ ready
;Fully certified on major LoraWan & Sigfox networks
;Easy to use and deploy
;3.6V / 2200mAh Primary battery Li-SOCl2 embedded
;Magnetic switch and LED to ease the installation
;RoHS conform / Pre-Certified ETSI EN 300-220 / RED compliance under certification

=== RF Performance ===
* TX Power 14 dBm (25 mW)
* RX Sensitivity -137 dBm
* Approx. 10 km range
* Integrated PCB antenna

=== Environment ===
* Operating temperature -25°C to +60°C
* Storage temperature -40°C to 85°C
* Rel. humidity 0% to 95% (not condensing)

=== Options ===
* External antenna
* SDK for your SW development purposes
* 10-30V external power supply
* Compatible with the NEMEUS PicoGateway for private networks

== Installation ==

By using the internal antenna, the position of the sensor is critical.

Install your product as high as possible, and prefer unobstructed area (concrete and metal are the worst materials).

If you cannot fulfill these conditions, it is still possible to use an optional external antenna.

Category:Sensors

2017-06-01T10:34:49Z

Grn:

[[Category:Products]]

'''Welcome on the wiki page of the Nemeus Sensors!'''

Nemeus manufactures Standard and custom Sensors embedding technologies such as LoRa™, Sigfox™, Bluetooth...

== MSxxx Sensors ==

The MSxxx is a family of long-range and low power wireless sensors operating in ISM unlicensed band. With interferers’ robustness and low power consumption, it is the best solution for applications requiring long range, maximum battery lifetime and secure radio link. This module integrates a Nemeus MM00x modules.
<br />

NIS Overview

2017-06-01T10:09:01Z

Grn:

[[File:MSxxx_generic_box.jpeg|thumb|300px|sensor box (Generic version)]]

== Overview ==
;LoRa™ WAN 1.0.2 EU Class A & C
: Activation by Personalization (ABP)
: Over-The-Air Activation (OTAA)
;SIGFOX™ ready
;Fully certified on major LoraWan & Sigfox networks
;Easy to use and deploy
;3.6V / 2200mAh Primary battery Li-SOCl2 embedded
;Magnetic switch and LED to ease the installation
;RoHS conform / Pre-Certified ETSI EN 300-220 / RED compliance under certification

=== RF Performance ===
* TX Power 14 dBm (25 mW)
* RX Sensitivity -137 dBm
* Approx. 10 km range
* Integrated PCB antenna

=== Mechanics ===
* Dimensions 60 x 33 x 85mm (109mm including fixing brackets)
* 96mm spacing between brackets
* IP 65
* Solid ABS & PC material

=== Environment ===
* Operating temperature -25°C to +60°C
* Storage temperature -40°C to 85°C
* Rel. humidity 0% to 95% (not condensing)

=== Options ===
* External antenna
* SDK for your SW development purposes
* 10-30V external power supply
* Compatible with the NEMEUS PicoGateway for private networks

== Installation ==

By using the internal antenna, the position of the sensor is critical.

Install your product as high as possible, and prefer unobstructed area (concrete and metal are the worst materials).

If you cannot fulfill these conditions, it is still possible to use an optional external antenna.

NIS Overview

2017-06-01T10:08:30Z

Grn:

[[File:MSxxx_generic_box.jpeg|thumb|300px|sensor box (Generic version)]]

== Overview ==
;LoRa™ WAN 1.0.2 EU Class A & C
: Activation by Personalization (ABP)
: Over-The-Air Activation (OTAA)
;SIGFOX™ ready
;Fully certified on major LoraWan & Sigfox networks
;Easy to use and deploy
;3.6V / 2200mAh Primary battery Li-SOCl2 embedded
;Magnetic switch and LED to ease the installation
;RoHS conform / Pre-Certified ETSI EN 300-220 / RED compliance under certification

=== RF Performance ===
* TX Power 14 dBm (25 mW)
* RX Sensitivity -137 dBm
* Approx. 10 km range
* Integrated PCB antenna

=== Mechanics ===
* Dimensions 60 x 33 x 85mm (109mm including fixing brackets)
* 96mm spacing between brackets
* IP 65
* Solid ABS material

=== Environment ===
* Operating temperature -25°C to +60°C
* Storage temperature -40°C to 85°C
* Rel. humidity 0% to 95% (not condensing)

=== Options ===
* External antenna
* SDK for your SW development purposes
* 10-30V external power supply
* Compatible with the NEMEUS PicoGateway for private networks

== Installation ==

By using the internal antenna, the position of the sensor is critical.

Install your product as high as possible, and prefer unobstructed area (concrete and metal are the worst materials).

If you cannot fulfill these conditions, it is still possible to use an optional external antenna.

Category:Sensors

2017-06-01T10:02:44Z

Grn: /* MSxxx Sensors */

[[Category:Products]]

'''Welcome on the wiki page of the Nemeus Sensors!'''

Nemeus manufactures Standard and custom Sensors embedding technologies such as LoRa™, Sigfox™, Bluetooth...

== MSxxx Sensors ==

The MSxxx is a family of long-range and low power wireless sensors operating in ISM unlicensed band. With interferers’ robustness and low power consumption, it is the best solution for applications requiring long range, maximum battery lifetime and secure radio link. This module integrates a Nemeus MM00x modules.
<br />

{{:MSxxx Overview}}