by Ellenex
Datasheet Buy PDS2-L is our LoRaWAN Operated Low Power Differential Pressure Transmitter for Liquid and Gas MediaIt is designed to work in harsh environments and provide accurate measurements. Industries Applications Water & Environment Agriculture & Fa
PDS2-L is our LoRaWAN Operated Low Power Differential Pressure Transmitter for Liquid and Gas MediaIt is designed to work in harsh environments and provide accurate measurements. Find out more at Ellenex.
Sensor
Range: Selectable between 0~0.1 to 25 bar
Accuracy: ±0.25 (typ.) %Span
(combined linearity, hysteresis, repeatability)
Resolution: ±0.01 %Span
Pressure Reference: Differential
Temperature Coefficient of Zero: ≤±0.02 (range > 1bar), <±0.04 (range < 1bar) %FS/°C
Temperature Coefficient of Span: ≤±0.02 (range > 1bar), <±0.04 (range < 1bar) %FS/°C
Long Term Stability (1 year): ≤ 0.3 %Span
Pressure Overload: 200 (positive side); 100 (negative side, max 10bar) %FS
Pressure Cycles (Zero to Full Scale): 10+ Million
Compensated Temperature: 0 ~ +60 °C
Power
Power Supply: Built-in Replaceable Lithium Battery, External Power (option)
Rated Voltage: 3.6 V
Battery Lifetime: 100,000+ readings and 20,000+ transmission
(With UDP protocol/ More than 10 years for most applications)
Physical Specification
Materials: O-ring: Viton, Body: SS304, Diaphragm: SS316, Oil: Silicon / Olive, Enclosure: ASA/POM
Process Connection: G1/4 Male (or others on request)
Weight: 550 g
Protection Rate: IP66, UV Protected
Communication
LoRaWAN® Version, Class: 1.0.2revB, Class A (Class C on request)
LoRaWAN® Frequency Zone: AS923, EU868, US902-928, AU915-928 (other zones available on request)
LoRaWAN® Activation Type: OTA (default), ABP
Sampling Type: Periodic (default), Event triggered
Sampling Period: Configurable via downlink (default 4 hours)
Transmission Type: Per sample (default), Event triggered, Conditional
Parameter Configuration: Over-the-air via LoRaWAN® downlinks, Locally via wireless connectivity
Firmware Update: Locally via Wireless Connectivity, Over The Air
ISDN » W-Lan