EE441

Strap-on Temperature Sensor

The EE441 measures accurately the temperature on round ducts and pipes and is optimized for heating systems (warm and cold water pipes) or solar collectors.

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  • Temperature
EE441 strap-on temperature sensor
EE441 strap-on temperature sensor

The T measured data is available on the voltage or current output, as well as on the RS485 interface with Modbus RTU or BACnet MS/TP protocol. In addition, EE441 features a wide choice of sensing elements for passive T measurement.

The compact enclosure and the stainless steel hose clamp allow for easy and fast installation on pipes with diameter from 25 mm to 175 mm (0.98"...6.89").

An optional adapter and the free EE-PCS Product Configuration Software facilitate the setup and adjustment of the EE441.

Enclosure

  • IP65 / NEMA4
  • External mounting holes
  • Bayonet screws
  • Hose clamp
  • Aluminium contact surface

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Technical data EE441

  • -40...70 °C (-40...158 °F)

    Operating temperature

  • ±0.3 °C (±0.54 °F)

    Accuracy active output

  • 0-10 V or 4-20 mA

    Analogue output

  • RS485 with Modbus RTU or BACnet MS/TP

    Digital interface

  • IP65 / NEMA 4

    Protection class

  • 24 V AC/DC

    Supply

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Related products

Downloads EE441

Datasheet
EE441 Datasheet
(830.58 kb)
Scaling of the outputs
(252.78 kb)
EE-PCA Product Configuration Adapter
(790.77 kb)
Manual
EE4x1 Quick Guide Digital Interface
(584.95 kb)
EE4x1 PICS - BACnet Protocol Implementation
(245.97 kb)
Passive T sensors
R-T Characteristics NTC10k - B25/85:3435K
(181.59 kb)
R-T Characteristics NTC10k - B25/100:3950K
(181.68 kb)
R-T Characteristics Pt100 DIN B / Pt1000 DIN B
(244.46 kb)
R-T Characteristics NTC1.8k
(181.61 kb)
R-T Characteristics NTC2.2k
(249.83 kb)
R-T Characteristics NTC10k - B25/85:3989K
(265.4 kb)
R-T Characteristics Ni1000 TK6180 DIN B
(168.38 kb)
R-T Characteristics Ni1000 TK5000 DIN B
(167.61 kb)
Planning Data
EE441 BIM - Building Information Modeling (ifc)
(109.06 kb)

EE441 FAQ

  • What is the difference between a 2 wire and a 3 wire current output?

    Transmitter with "two-wires" technology receive the power from the process, and the signal is carry on return wire (closed current loop). With technology "three-wires" the power supply is separate from current output: 2 wires are the power supply and third carry the signal.

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