T3511P Relative humidity and temperature transmitter for compressed air measurements with Ethernet COMET interface

Description

T3511P relative humidity and temperature transmitter for compressed air measurements with Ethernet interface.

The meter has a built-in capacitive polymer sensor, which ensures long-term calibration stability and ultimate accuracy. The device is equipped with a T+RV probe with a 1 metre cable.

The measured moisture value can also be converted into a format: dew-point temperature, absolute humidity, specific humidity, mixing ratio or other.

 

Features of the T3511P

Temperature sensor

• measuring range: -30 … +105 °C
• Accuracy: ±0.4 °C
• resolution: 0.1 °C

Relative humidity sensor

• measuring range: 0 … 100 % RH
• Accuracy: ±2.5 % RH from 5 to 95 % at 23 °C
• resolution: 0.1 % RH

Rosišče (dew point)

• measuring range: -60 … +80 °Cdp
• Accuracy: ±1.5 °Cdp for dew point temperature +10 °C and above at room temperature +25 °C
• resolution: 0.1 °Cdp
• measuring range: up to 25 bar
• air velocity: up to 25 m/s at 1 bar (1 m/s at 25 bar)

 

GENERAL TECHNICAL DATA

• ambient temperature: -30 … +80 °C
• Input: 1x connectable temperature and humidity probe
• Output: Ethernet
• measurement interval: 2 s
• Power: 9-30 V DC
• Protection class: IP 30 electronics, IP 40 sensors
• communication protocols: WWW, ModbusTCP, SNMPv1, SOAP, XML
• dimensions: 88,5 x 93 x 39,5 mm
• Probe dimensions: 150 x 18 mm
• cable length: 1 m
• weight: 260 g
• Warranty: 3 years
• Set includes: the T3511P, user manual, calibration certificate with traceability and FREE TSensor software to configure the transmitter

 

Areas of use, applications

• HVAC building management,
• warehouses,
• production facilities,
• museums, archives, galleries,
• air-conditioned rooms,
• weather stations,
• three binary inputs,
• two relay outputs.

 

You can find much more useful information in the Documentation tab.

Articles

You are invited to take a look at our article ˝Websensors˝ and
˝World Meteorology Day – Precision Measurements in Meteorology”
.