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Helios-P Technical Data Sheet

Are you looking for the technical data sheet for the Helios-P pressure sensor?

Table of Contents
  1. Helios-P Part Numbers
  2. Helios-P Order Tree
  3. Default Settings / Factory Defaults
  4. Standard Specifications
  5. Connectivity and RF Specifications
  6. Pressure Sensor Specifications (10 bar)
  7. Cable Specifications
  8. Service Life
  9. Service Life (Years)
  10. Technical Drawing
  11. Marking and Certification
Figure 1. Helios-P housing view

1. Helios-P Part Numbers

Part Number Sensor Technology Maximum Pressure (bar) Communication Power Supply Status
S-HELI-LOEU-P-10-BAT Pressure Transmitter 10 LoRaWAN® Battery In Production
S-HELI-LOEU-P-25-BAT Pressure Transmitter 25 LoRaWAN® Battery In production
S-HELI-LOEU-P-60-BAT Pressure Transmitter 60 LoRaWAN® Battery In production
S-HELI-LOEU-P-100-BAT Pressure transmitter 100 LoRaWAN® Battery In production
S-HELI-LOEU-P-450-BAT Pressure transmitter 450 LoRaWAN® Battery In production
S-HELI-MIOTY-P-10-BAT Pressure transmitter 10 mioty® Battery In production
S-HELI-MIOTY-P-25-BAT Pressure transmitter 25 mioty® Battery In production
S-HELI-MIOTY-P-60-BAT Pressure transmitter 60 mioty® Battery In production
S-HELI-MIOTY-P-100-BAT Pressure transmitter 100 mioty® Battery In production
S-HELI-MIOTY-P-450-BAT Pressure Transmitter 450 mioty® Battery In Production
S-HELI-NB-P-10-BAT Pressure Transmitter 10 NB-IoT + LTE-CAT-M1 Battery In production
S-HELI-NB-P-25-BAT Pressure Transmitter 25 NB-IoT + LTE-CAT-M1 Battery In Production
S-HELI-NB-P-60-BAT Pressure Transmitter 60 NB-IoT + LTE-CAT-M1 Battery In Production
S-HELI-NB-P-100-BAT Pressure Transmitter 100 NB-IoT + LTE-CAT-M1 Battery In production
S-HELI-NB-P-450-BAT Pressure transmitter 450 NB-IoT + LTE-CAT-M1 Battery In production
Z-ADAP-14-12 Accessories - - - In production

2. Helios-P Order Tree

Prefix Product Series Code Communication Sensors Pressure Range (bar) Power Supply Example
S HELI mioty®, LOEU, NB P 10, 25, 60, 100, 450 BAT, NET S-HELI-LOEU-P-100-BAT

3. Default Settings / Factory Default Values

Name For Communication Protocol Description Unit Default Value
Measurement Interval All Specifies the period during which measurement values are recorded . 10 minutes means that every 10 minutes the sensor takes a measurement. min 5
Delta Value All Specifies the absolute change in the measured value compared to the last transmission that must occur for an alarm transmission to be triggered. This transmission is carried out regardless of the regular transmission interval. Always refers to the main measured value. mbar 100
Regular Transmission Interval All Number of measurements after which the sensor sends an uplink even if no alarm condition exists. Number 2
Low Temperature Warning All Threshold value in °C at which an alarm message is triggered due to a temperature that is too low. °C 4
High Temperature Warning All Threshold value in °C at which an alarm message is triggered due to a temperature that is too high (first high temperature threshold). °C 55
Critical Temperature Warning All Threshold value in °C at which an alarm is triggered due to a critical, excessively high temperature (second high-temperature threshold). °C 55
Low Pressure Warning All Threshold value in mbar at which an alarm is triggered due to pressure that is too low. mbar 8000
High Pressure Warning All Threshold value in mbar at which an alarm is triggered due to excessive pressure (first high-pressure threshold). mbar 200
Critical Pressure Warning All Threshold value in mbar at which an alarm is triggered due to critical, excessively high pressure (second high-pressure threshold). mbar 8000

4. Standard Specifications

Characteristic Value Unit
Dimensions L × W × H 152 × 81 × 45 mm
Weight 266 g
Operating temperature -30 to +85 °C
Storage temperature (recommended) +12 to +26 °C
Relative humidity during operation 0–100 %
IP Rating IP67 (IP69K upon request)
Sensors Pressure
Traffic light function -
Acoustic alarm function -
Provisioning NFC
Material ABS/PC
NFC antenna integrated
RF antenna internal
Accelerometer -
Other Sensors -
Cable length 2 m
Cable material PVC
Connection Type Plug
Batteries replaceable
Primary cell type 4 × AA (recommended: Energizer® Ultimate Lithium AA or VARTA Ultra Lithium AA)

5. Connectivity and RF Specifications

Feature Value Unit
RF Standards
LoRaWAN® / mioty® EU Frequency 868 MHz
Cellular Frequency Band 8, 20 (900 MHz, 800 MHz) MHz
Transmit Power LoRaWAN® / mioty® EU 14 dBm
NB-IoT Transmit Power 23 dBm
LoRaWAN® MAC Layer Version 1.0.2

6. Sensor Specifications: Pressure Sensor (10 bar)*

Feature Value Unit
Pressure Type Relative Pressure
Application range Liquid and gaseous media, refrigerants, ammonia
Minimum pressure measurement range 0 bar
Max. pressure measurement range 10 bar
Pressure resistance 30 bar
Process connection DIN EN ISO 1179-2
Male thread
G 1/4
Minimum ambient temperature -30 °C
Maximum ambient temperature 85 °C
Medium temperature -30 to 135 °C
Protection Class IP67
Resolution 1 mbar
Accuracy Typical ± 0.3% FS
Max. ± 0.5% FS at 23 °C, including zero point, full scale, linearity, hysteresis, and repeatability
Long-term stability ± 0.25% FS (Full Scale)
Temperature response ± 0.2% FS / 10 K Kelvin
Materials in contact with the medium V4A
Tightening torque 20 Nm

*For additional maximum pressures, please request data sheets.

7. Cable Specifications

Feature Value Unit
Specification M12 sensor connector -
Cable diameter 4.5 mm
Cable material PVC -
Sheath Material PVC -
Tightening Torque for Cap Nut 0.6 - 1.5 Nm
Min. temperature -25 °C
Max. temperature 70 °C

* IP69K cable with PUR material available upon request.

8. Service Life

Characteristic Value Unit
Measurement frequency 288 per day (24 h)
Primary cell Energizer Ultimate Lithium Energizer Ultimate Lithium

9. Service Life (Years)

Number of transmissions per day 96 48 24 12 6 2
LoRaWAN® SF7 (@5.3 µWh) 10 10 10 10 10 10
LoRaWAN® SF12 (@100 µWh) 4 7 10 10 10 10
mioty® (@80 µWh) 4.8 8.2 10 10 10 10
Cellular NB-IoT / LTE Cat-M1
(Good Signal Strength, @70 µWh)
5.4 8.9 10 10 10 10
Cellular NB-IoT / LTE Cat-M1
(Average Signal Strength, @250 µWh)
1.7 3.3 5.9 9.6 10 10
Cellular NB-IoT / LTE Cat-M1
(Worst-Case Signal Strength, @1100 µWh)
0.4 0.8 1.6 3.0 5.5 10

10. Technical Drawing

Technical Drawing
Figure 2. Technical drawing of the Helios-P

11. Marking and Certification

Supported radio technologies
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