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[[File:PA000000074.png|center|frameless|694x694px]]
== Datasheet ==
== Datasheet ==


=== 1. Features ===
=== 1. Features ===
'''Built for the Wild. Engineered for Industry.'''


==== Built for the Wild. Engineered for Industry. ====
Remote monitoring is often required in the most unforgiving places. SENSBLUE MONARCH was explicitly designed for demanding and harsh installation locations where standard equipment often fails.
Remote monitoring is often required in the most unforgiving places. SENSBLUE MONARCH was explicitly designed for demanding and harsh installation locations where standard equipment often fails.


==== True efficiency isn’t about doing less. It’s about timing. ====
'''True efficiency isn’t about doing less. It’s about timing.'''
 
Engineered to master the balance between granular monitoring and energy conservation. If values are not within range, it will send the data as soon as possible so you can act on time. It is autonomy, redefined.
Engineered to master the balance between granular monitoring and energy conservation. If values are not within range, it will send the data as soon as possible so you can act on time. It is autonomy, redefined.


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=== 3. Communication Interfaces ===
=== 3. Communication Interfaces ===
SENSBLUE MONARCH supports the following communication interfaces:
SENSBLUE MONARCH supports the following communication interfaces:
{| class="wikitable tech-table"
{| class="wikitable tech-table led-table"
| colspan="6" |'''RS485'''
! colspan="6" |'''RS485'''
|-
|-
| colspan="6" |local  12V DC/DC boost converter (max100mA)
| colspan="6" |local  12V DC/DC boost converter (max100mA)
|-
|-
| colspan="6" |'''Wi-Fi'''
! colspan="6" |'''Wi-Fi'''
|-
|-
| colspan="6" |2.4  GHz Wi-Fi 802.11 b/g/n with HT20 / HT40
| colspan="6" |2.4  GHz Wi-Fi 802.11 b/g/n with HT20 / HT40
Line 112: Line 115:
| colspan="6" |Centre  frequency range of operating channel: 2412 ~ 2484 MHz
| colspan="6" |Centre  frequency range of operating channel: 2412 ~ 2484 MHz
|-
|-
| colspan="6" |'''GSM - Quectel BG95-M3:'''
! colspan="6" |'''GSM - Quectel BG95-M3:'''
|-
|-
| colspan="4" rowspan="2" |Cat M1
| colspan="4" rowspan="2" |Cat M1
Line 130: Line 133:
| colspan="2" |Power  Class 5 (21 dBm)
| colspan="2" |Power  Class 5 (21 dBm)
|-
|-
| colspan="6" |'''HMI'''
! colspan="6" |'''HMI'''
|-
|-
| colspan="6" |RGB LEDs
| colspan="6" |RGB LEDs
Line 138: Line 141:
| colspan="6" |Push-button, Reset-button
| colspan="6" |Push-button, Reset-button
|-
|-
| colspan="6" |'''Led behaviour'''
! colspan="6" |'''Led behaviour'''
|-
|-
| colspan="2" |'''Colour'''
| colspan="2" |'''Colour'''
Line 144: Line 147:
| colspan="3" |'''Description'''
| colspan="3" |'''Description'''
|-
|-
| rowspan="3" |
| rowspan="3" class="led-cyan" |
| rowspan="3" |Cyan
| rowspan="3" |Cyan
| rowspan="3" |Normal  Operation
| rowspan="3" |Normal  Operation
Line 153: Line 156:
| colspan="3" |The system is operating normally.
| colspan="3" |The system is operating normally.
|-
|-
| rowspan="3" |
| rowspan="3" class="led-blue" |
| rowspan="3" |Blue
| rowspan="3" |Blue
| rowspan="3" |Connectivity
| rowspan="3" |Connectivity
Line 162: Line 165:
| colspan="3" |A periodic blue blink means the  device is waiting for network access.
| colspan="3" |A periodic blue blink means the  device is waiting for network access.
|-
|-
| rowspan="3" |
| rowspan="3" class="led-green" |
| rowspan="3" |Green
| rowspan="3" |Green
| rowspan="3" |Success
| rowspan="3" |Success
Line 171: Line 174:
| colspan="3" |A steady green light means the  communication was completed successfully.
| colspan="3" |A steady green light means the  communication was completed successfully.
|-
|-
| rowspan="2" |
| rowspan="2" class="led-orange" |
| rowspan="2" |Orange
| rowspan="2" |Orange
| rowspan="2" |Warning
| rowspan="2" |Warning
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| colspan="3" |A temporary or partial  communication issue occurred.
| colspan="3" |A temporary or partial  communication issue occurred.
|-
|-
| rowspan="3" |
| rowspan="3" class="led-red" |
| rowspan="3" |Red
| rowspan="3" |Red
| rowspan="3" |Error
| rowspan="3" |Error
Line 188: Line 191:
|3 blinks: Network or  configuration error
|3 blinks: Network or  configuration error
|}
|}
=== 4. RSSI levels, valid for Wi-Fi and LTE: ===
{| class="wikitable"
|'''Excellent'''
|From  0 to -51 dBm
|-
|'''Good'''
|From −52 to −64 dBm
|-
|'''Medium'''
|From −65 to −94 dBm
|-
|'''Poor'''
|From −95 to −125 dBm
|}
=== 5. Power Supply ===
Multiple power inputs characteristics
{| class="wikitable tech-table"
|'''External DC/DC Power Supply'''
| colspan="2" |12 – 24VDC
|-
| rowspan="6" |'''Battery  Input'''
| colspan="2" |4.2V  Battery Li-Ion 18650
|-
| colspan="2" |2900mAh
|-
| rowspan="2" |Working  Temperature
|Charge:  -20ºC ~ 60ºC
|-
|Discharge:  -40ºC ~ 85ºC
|-
| rowspan="2" |On-board  measurement
|Range:  0–100%
|-
|Resolution:  1%
|-
| rowspan="2" | '''USB'''
| colspan="2" |Type  C connector
|-
| colspan="2" |5V  only
|-
| '''Solar panel'''
| colspan="2" |For  charging internal battery only
|}
<br>
=== 6. Hardware Block Diagram ===
<br>
[[File:Hardware Block Diagram 2.0.png|center|frameless|800x800px]]
<br>
=== 7. Internal Pinout Diagram ===
<br>
[[File:Mother Board 01.png|center|frameless|800x800px]]
<br>
{| class="wikitable tech-table pinout-table"
|1
|12V Sensor power Out
|12
|ASP (Application-Specific Port)
|-
|2
|RS485  A+
|13
|5-24V  External Power Supply
|-
|3
|RS485 B-
|14
|GND
|-
|4
|GND
|15
|GND
|-
|5
|Same  as 1
|16
|ASP (Application-Specific Port)
|-
|6
|Same  as 2
|17
|ASP (Application-Specific Port)
|-
|7
|Same  as 3
|18
|ASP (Application-Specific Port)
|-
|8
|Same  as 4
|19
|ASP (Application-Specific Port)
|-
|9
|ASP  (Application-Specific Port)
|20
|Nano  Sim Holder
|-
|10
|ASP  (Application-Specific Port)
|21
|18650 Battery
|-
|11
|ASP (Application-Specific Port)
|22
|Type C USB connector
|}
<br>
=== 8. External Connectors Electrical Pinout Diagram & Mechanical Dimensions (mm) ===
<br>
[[File:Side View wiki.png|center|frameless|634x634px]]
<br>
{| class="wikitable tech-table"
|'''Left/Centre Connector'''
|'''Right Connector'''
|-
|CA6GD  Female 7-pin (6+PE) IP67 HIRSCHMANN Pinout:
|CA6GS  Male 7-pin (6+PE) IP67 HIRSCHMANN Pinout:
|-
|1  - 12V Sensor power Out
|1  - External Power Supply (12V-24V)
|-
|2  - GND
|2  – GND
|-
|3  - RS485 A+
|3  – ASP  (Application-Specific Port)
|-
|4  - RS485 B-
|4  – ASP  (Application-Specific Port)
|-
|5  - ASP  (Application-Specific Port)
|5  - RS485 B-
|-
|6  - External power supply (12V-24V)
|6  - RS485 A+
|-
|7  -  ASP (Application-Specific Port)
|7  - 12V Sensor power Out
|}
<br>
[[File:Top View.png|center|frameless|800x800px]]
<br>
[[File:Front View.png|center|frameless|800x800px]]
<br>
<div class="two-tables">
{| class="wikitable tech-table small-table"
!'''European Directives'''
|-
|Directive  2014/53/EU (RED)
|-
|Directive  2014/30/EU (EMC)
|-
|Directive  2011/65/EU (RoHS)
|}
{| class="wikitable tech-table small-table"
!'''Applicable harmonized standards'''
|-
|EN  61326-1
|-
|EN  62368-1
|-
|ETSI  EN 301 489-1 / -17 / -52
|-
|ETSI  EN 300 328
|-
|ETSI  EN 301 908-1 / -13
|}
</div>
=== 9. Probes ===
{| class="wikitable"
|
|'''Name'''
|'''Firmware  v.'''
|'''Requirements'''
|-
|PA000000085
|SENSBLUE  RS-485 Dissolved Oxygen Probe AT-SB-PROBE-DO-T-C1, w/ 15m cable w/connector
|10.70
|
|-
|PA000000066
|SENSBLUE  RS-485 Turbidity Probe AT-SB-PROBE-T-P-C1, w/ 15m cable w/connector
|10.70
|
|-
|PA000000067
|SENSBLUE  RS-485 pH Probe AT-SB-PROBE-pH-P-C1, w/ 15m cable w/connector
|10.70
|
|-
|PA000000086
|SENSBLUE  RS-485 Low Conductivity Probe AT-SB-PROBE-LC-P-C1, w/ 15m cable w/connector
|10.70
|
|-
|PA000000087
|SENSBLUE  RS-485 Medium Conductivity Probe AT-SB-PROBE-MC-P-C1, w/ 15m cable  w/connector
|10.70
|
|-
|PA000000068
|SENSBLUE  RS-485 High Conductivity Probe AT-SB-PROBE-HC-P-C1, w/ 15m cable w/connector
|10.70
|
|-
|PA000000069
|SENSBLUE  RS-485 Nitrates (NO3) Probe AT-SB-PROBE-NO3-P-C1, w/ 15m cable w/connector
|10.70
|
|-
|PA000000073
|SENSBLUE  RS-485 Multiparameter Probe AT-SB-PROBE-MP-P-C1, w/ 15m cable w/connector
|10,71
|
|}
=== 10. Accessories ===
{| class="wikitable"
|
|'''Name'''
|'''Requirements'''
|-
|PA000000020
|SENSBLUE  MONARCH RS485 Probe Splitter Box (1 input -> 2 outputs)
|
|-
|PA000000046
|SENSBLUE  MONARCH Power Supply (EU) 230VAC/12V@1A CA6LD
|
|-
|PA000000092
|SENSBLUE  MONARCH External Solar Panel 60W W/ Battery LiFePO4 12v 20Ah
|
|-
|MP000000428
|SENSBLUE  IoT Data Card 500MB
|
|-
|MP000000431
|N-Type  Antenna Cable 1m Male to Male
|
|-
|MP000000432
|N-Type  Antenna Cable 1m Male to Female
|
|-
|MP000000429
|Straight  N-Type Outdoor Antenna
|
|-
|MP000000430
|Panel  Mount Cellular N Type Antenna
|
|}
=== 11. Document History ===
{| class="wikitable"
|'''Version'''
|'''Description'''
|'''Date'''
|-
|SBMDATA v1.0
|First  version of SENSBLUE MONARCH Datasheet
|16/02/2026
|}
=== 12. MONARCH in-the-field ===
<br>
<div class="image-row">
[[File:Picture2.jpg|left|frameless|535x535px]]
[[File:Picture1.jpg|left|frameless|535x535px]]
</div>
[[File:Picture3.png|frameless|824x824px|left]]

Latest revision as of 16:19, 27 February 2026

Datasheet

1. Features

Built for the Wild. Engineered for Industry.

Remote monitoring is often required in the most unforgiving places. SENSBLUE MONARCH was explicitly designed for demanding and harsh installation locations where standard equipment often fails.

True efficiency isn’t about doing less. It’s about timing.

Engineered to master the balance between granular monitoring and energy conservation. If values are not within range, it will send the data as soon as possible so you can act on time. It is autonomy, redefined.

1.1 Table of SENSBLUE MONARCH Reference ID Model Number

Solar Panel Probe Connectors External LTE Antenna
PA000000076 x x1 -
PA000000079 x x2 -
PA000000080 x x1 x
PA000000074 x x2 x
PA000000081 - x1 -
PA000000082 - x2 -
PA000000083 - x1 x
PA000000084 - x2 x

2. General Description

SENSBLUE MONARCH is a multifunctional embedded system designed for industrial and remote monitoring applications.

It integrates a wide range of communication interfaces, sensor inputs, and control outputs, making it suitable for IoT, telemetry, and simple automation solutions. Powered by a solar panel and internal battery for remote, demanding and harsh installation locations, or, alternatively, by an external power supply.

2.1 Main Features

  • Integrated Solar Panel (in specific model versions)
  • Internal 18650 lithium-ion Battery
  • RS485 Interface
  • ESP32-WROOM-32E Microcontroller
  • Internal USB-C for charging
  • Internal Sensors (Humidity, Barometric Pressure and Temperature)
  • Human-Machine Interface (RGB LEDs, push-button)
  • FOTA (Firmware Over the Air Update)

2.2 Technical Specifications

Parameter Value
Microcontroller ESP32-WROOM-32E
Communication Interfaces RS485, GSM (2G, LTE-M), Wi-Fi
Power Supply - (Li-Ion 18650) Internal battery + Solar panel
- 12-24V External power
Protections Transient Voltage Protection, ESD Protection, Reverse Polarity Protection
Connectors USB-C, standard headers, Male, Female *PA dependable
Operating Temperature / Humidity Range -20 ~ 60 ºC 95% HR Non-condensing
Enclosure and lid material Polycarbonate

3. Communication Interfaces

SENSBLUE MONARCH supports the following communication interfaces:

RS485
local 12V DC/DC boost converter (max100mA)
Wi-Fi
2.4 GHz Wi-Fi 802.11 b/g/n with HT20 / HT40
Centre frequency range of operating channel: 2412 ~ 2484 MHz
GSM - Quectel BG95-M3:
Cat M1 B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/
B25/B26/B27/B28/B66/B85
Cat NB2 B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/
B25/B28/B66/B71/B85
EGPRS GSM850/EGSM900/DCS1800/PCS1900
LTE Bands Power Class Power Class 5 (21 dBm)
HMI
RGB LEDs
Internal OLED Display 0.96”
Push-button, Reset-button
Led behaviour
Colour Meaning Description
Cyan Normal Operation The device is starting up.
Sensors are being initialized or read.
The system is operating normally.
Blue Connectivity The device is connecting to the network (GSM or Wi-Fi).
The device is communicating with the server.
A periodic blue blink means the device is waiting for network access.
Green Success Data is being transmitted.
A short green blink indicates each data transmission.
A steady green light means the communication was completed successfully.
Orange Warning Data was sent but no confirmation was received.
A temporary or partial communication issue occurred.
Red Error Blinking patterns indicate different types of errors: 1 blink: Communication error
2 blinks: SIM card error
3 blinks: Network or configuration error

4. RSSI levels, valid for Wi-Fi and LTE:

Excellent From 0 to -51 dBm
Good From −52 to −64 dBm
Medium From −65 to −94 dBm
Poor From −95 to −125 dBm

5. Power Supply

Multiple power inputs characteristics

External DC/DC Power Supply 12 – 24VDC
Battery Input 4.2V Battery Li-Ion 18650
2900mAh
Working Temperature Charge: -20ºC ~ 60ºC
Discharge: -40ºC ~ 85ºC
On-board measurement Range: 0–100%
Resolution: 1%
USB Type C connector
5V only
Solar panel For charging internal battery only


6. Hardware Block Diagram



7. Internal Pinout Diagram



1 12V Sensor power Out 12 ASP (Application-Specific Port)
2 RS485 A+ 13 5-24V External Power Supply
3 RS485 B- 14 GND
4 GND 15 GND
5 Same as 1 16 ASP (Application-Specific Port)
6 Same as 2 17 ASP (Application-Specific Port)
7 Same as 3 18 ASP (Application-Specific Port)
8 Same as 4 19 ASP (Application-Specific Port)
9 ASP (Application-Specific Port) 20 Nano Sim Holder
10 ASP (Application-Specific Port) 21 18650 Battery
11 ASP (Application-Specific Port) 22 Type C USB connector


8. External Connectors Electrical Pinout Diagram & Mechanical Dimensions (mm)



Left/Centre Connector Right Connector
CA6GD Female 7-pin (6+PE) IP67 HIRSCHMANN Pinout: CA6GS Male 7-pin (6+PE) IP67 HIRSCHMANN Pinout:
1 - 12V Sensor power Out 1 - External Power Supply (12V-24V)
2 - GND 2 – GND
3 - RS485 A+ 3 – ASP (Application-Specific Port)
4 - RS485 B- 4 – ASP (Application-Specific Port)
5 - ASP (Application-Specific Port) 5 - RS485 B-
6 - External power supply (12V-24V) 6 - RS485 A+
7 - ASP (Application-Specific Port) 7 - 12V Sensor power Out




European Directives
Directive 2014/53/EU (RED)
Directive 2014/30/EU (EMC)
Directive 2011/65/EU (RoHS)


Applicable harmonized standards
EN 61326-1
EN 62368-1
ETSI EN 301 489-1 / -17 / -52
ETSI EN 300 328
ETSI EN 301 908-1 / -13

9. Probes

Name Firmware v. Requirements
PA000000085 SENSBLUE RS-485 Dissolved Oxygen Probe AT-SB-PROBE-DO-T-C1, w/ 15m cable w/connector 10.70
PA000000066 SENSBLUE RS-485 Turbidity Probe AT-SB-PROBE-T-P-C1, w/ 15m cable w/connector 10.70
PA000000067 SENSBLUE RS-485 pH Probe AT-SB-PROBE-pH-P-C1, w/ 15m cable w/connector 10.70
PA000000086 SENSBLUE RS-485 Low Conductivity Probe AT-SB-PROBE-LC-P-C1, w/ 15m cable w/connector 10.70
PA000000087 SENSBLUE RS-485 Medium Conductivity Probe AT-SB-PROBE-MC-P-C1, w/ 15m cable w/connector 10.70
PA000000068 SENSBLUE RS-485 High Conductivity Probe AT-SB-PROBE-HC-P-C1, w/ 15m cable w/connector 10.70
PA000000069 SENSBLUE RS-485 Nitrates (NO3) Probe AT-SB-PROBE-NO3-P-C1, w/ 15m cable w/connector 10.70
PA000000073 SENSBLUE RS-485 Multiparameter Probe AT-SB-PROBE-MP-P-C1, w/ 15m cable w/connector 10,71

10. Accessories

Name Requirements
PA000000020 SENSBLUE MONARCH RS485 Probe Splitter Box (1 input -> 2 outputs)
PA000000046 SENSBLUE MONARCH Power Supply (EU) 230VAC/12V@1A CA6LD
PA000000092 SENSBLUE MONARCH External Solar Panel 60W W/ Battery LiFePO4 12v 20Ah
MP000000428 SENSBLUE IoT Data Card 500MB
MP000000431 N-Type Antenna Cable 1m Male to Male
MP000000432 N-Type Antenna Cable 1m Male to Female
MP000000429 Straight N-Type Outdoor Antenna
MP000000430 Panel Mount Cellular N Type Antenna

11. Document History

Version Description Date
SBMDATA v1.0 First version of SENSBLUE MONARCH Datasheet 16/02/2026

12. MONARCH in-the-field



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