Environmental Conditions And Ingress Protection; Physical Interface Characteristics; Input Circuit; Tamper Circuit - ADEUNIS PULSE IP68 V4 Sigfox RC1 Guide Utilisateur

sigfox RC1 PULSE IP68 - Guide utilisateur / User guide version V4.0.0

1.4.4 Environmental conditions and ingress protection

The casing of the LoRaWAN 863-870 PULSE IP68 has been tested to ensure a certain level of dust and water protection.
• For dust: level 6 guarantees complete sealing against dust.
• For water: level 8 guarantees at least a complete waterproof casing for more than 1 hour in one meter deep.
The tests carried out by Adeunis for the immersion were under the following conditions: immersion for 10 hours at a depth of 1 meter in water
at room temperature (around 20 ° C) followed by an immersion for one hour in water at 60 °C.
We can therefore guarantee the waterproofness of our IP68 case for immersions less than or equal to these times. Any use of our sensor outside
the criteria mentioned above cannot be guaranteed by Adeunis.
Important: the degree of protection IP68 does not, in any way, guarantee protection against condensation linked to ambient humidity and
temperature variations. Large variations in temperature and / or prolonged high relative humidity can lead to an early end of product life.
Depending on the mission profile of your product, we advise you to contact us.

1.4.5 Physical interface characteristics

1.4.5.01

INPUT Circuit

The schematic diagram is the following:
1.4.5.02

TAMPER Circuit

The schematic diagram is the following:
Absolute maximum ratings
Minimum input voltage
Maximum input voltage
Electrical characteristics (Typ.)
Minimum input voltage
Maximum input voltage
Equivalent Input pull-up
Input frequency
Current consumption - Input HIGH
Current consumption - Input LOW
Values beyond absolute maximum ratings will damage the device
Absolute maximum ratings
Minimum input voltage
Maximum input voltage
Electrical characteristics
Minimum input voltage
Maximum input voltage
Equivalent Input pull-up
Current consumption - Input HIGH
Current consumption - Input LOW
Values beyond absolute maximum ratings will damage the device
Unit
- 0.7 V
3.6 V
Unit
0 V
3.3 V
180 kΩ (Water)
47 kΩ (Gas)
<100 HZ
0 µA
20 µA (Water)
80 µA (Gas)
Unit
- 0.7 V
3.6 V
Unit
0 V
3.3 V
10 kΩ
NA µA
NA µA
FR
EN
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