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©JRI 

 

 

VI.

 

CHARACRERISTICS 

LoRa® TEMP’  - (internal probe) 

 

HMI 

: 1 white LED  + 1 push button  

Communication 

: LoRa® 868MHz, 915MHz ou 470 MHz 

Memory 

: 100 time-stamped measurements 

Sensor 

: Internal Cl A PT100  sensor 

Operating range 

: -30+70°C 

Measurement range 

: -30+70°C 

Storage temperature 

: -40+85°C 

Accuracy 

: ±0.5°C from 0°C to +25°C / ±1°C from -20°C to 0°C and 
from +25°C to +70°C /  ±2°C from -30°C to -20°C 

Resolution 

: 0.01 °C 

IP rating 

: IP65 with condensation resistance 

Shock rating 

: IK05 

Recording and transmission interval  

: adjustable from 5 min to 24h 
 

Measurement interval 

: adjustable from 5 min to 24h 

Response time 

: ~ 10 min 

Power Source 

: Lithium battery type A (14 or 17 mm in diameter)  
  -  Battery life ( 

14 mm ): 5 years 

     with the following uage profile: 

 

Fixed measurement interval : 10mn 

 

Recording Interval: 120 mn 

 

Transmission interval: 6 hours 

  -  Battery life (

17 mm ): 7 years 

     with the following uage profile: 

 

Fixed measurement interval : 10mn 

 

Recording Interval: 120 mn 

 

Transmission interval: 6 hours 

Case 

: White ABS  – Food contact safe 

Dimensions 

: 65 mm x 65 mm x 28 mm 

Weight 

: ~ 100 gr 

 

a)

 

Compliance 

 

CE Marking  RED Directive 2014/53/EU  

 

Radio 868: EN300220-1 v3.1.1 : 2017 

 

 

SAFETY REQUIREMENTS FOR ELECTRICAL EQUIPMENT FOR MEASUREMENT, CONTROL, AND 
LABORATORY USE : EN61010-1 / 2010  

 

 

CEM: en301486-3 v2.1.1 / 2016 

 

 

FCC: 15C 

 

 

470 Mhz : CCC 

 

 

Reach 

 

 

ROHS 

 

 

NF EN 13485 Classe 1 

 

 

Lora WAN Certification 

 

 
 
 
 
 
 
 

Содержание LoRa TEMP

Страница 1: ...LoRa TEMP USER GUIDE Ref 12628 vs2_February 2020...

Страница 2: ...b Positioning 4 III PRESENTATION 5 a Case 5 b Mounting 5 IV USE 6 a Device activation 6 b Turning off the device 6 c LED functionality 6 V BATTERY REPLACEMENT 7 a Removal of the battery 7 b Installati...

Страница 3: ...isruptive electromagnetic emissions and immunity to environmental electrical disturbances Redirect to JRI MySirius home page FCC ID W4512267 This device complies with Part 15 of the FCC Rules Operatio...

Страница 4: ...lly than perpendicularly A solid metal wall will not allow transmission by radio A perforated metal wall will allow waves to pass while attenuating them b Positioning The LoRa TEMP can be placed insid...

Страница 5: ...fferent ways Via the eyelet Via the supplied wall mount bracket Use a string to attach the device to the unit being monitored Install the wall mount bracket using screws eyelet ON OFF button White sta...

Страница 6: ...on for approximately 3 to 6 seconds Note a user configurable parameter on MySirius makes it possible to prevent an unwanted deactivation if the on off button is pressed accidentally c LED functionalit...

Страница 7: ...battery compartment and make sure that it is properly aligned Put the grid back Put the back panel back Battery detection is confirmed by the activation of the LED for a couple of seconds The device c...

Страница 8: ...min to 24h Response time 10 min Power Source Lithium battery type A 14 or 17 mm in diameter Battery life 14 mm 5 years with the following uage profile Fixed measurement interval 10mn Recording Interv...

Страница 9: ...NANCE CONTRACT How best to optimize your radiofrequency installation Radiofrequency measurement systems communicate through Hertzian waves Many factors change in installation moving supplemental wall...

Страница 10: ...not be avoided these should be reused through the recycling process best adapted to the concerned materials and to the protection of the environment RoHS Directive The RoHS European directive regulate...

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