Datasheet
 60
v1.3 / Modification rights reserved
EE471EE471
EE471 sensors with separate housing are used for temperatu-
re measurement in applications with space restrictions or 
where the electronics must be protected against high tempera-
ture or strong vibrations. 
In addition to active outputs 0-10 V or 4-20 mA various types 
of sensing elements such as Pt1000, NTC10k or Ni1000 are 
available for passive temperature measurement. Due to an 
innovative cable outlet and housing concept a high protection 
class is provided. Product-specific information for the remote 
probe is printed all along the cable.
The optional adapter EE-PCA and the free configuration soft-
ware EE-PCS facilitate the adjustment and setup of the active 
temperature sensors. 
EE471
Temperature Sensor with Remote Probe
EE471
Features
External mounting holes
 » Mounting with closed cover 
 » Protection against construction 
site pollution
Bayonet screws
 » Open/closed with a ¼ rotation
Product-
specifi c 
information
IP67 cable 
outlet
(star pressing of 
the sensor sleeve)
Technical Data
Active Output
  Operating temperature  remote probe:  -30 °C… +105 °C (-22 °F...+221 °F)
    electronics:  -30 °C.... +70 °C (-22 °F...+158 °F)
  Sensing element  Pt1000 (class A, DIN EN60751)
  Output  0-10 V  -1 mA < I
L
 < 1 mA
    4-20 mA (two-wire)  R
L
 < 500 Ω
  Accuracy  ±0.3 °C 
(±0.54 °F) at 20 °C (68 °F)
  Supply voltage (Class III) 
    for 0-10 V  15-35 V DC or 24 V AC ±20%
    for 4-20 mA  10 V DC + R
L
 x 20 mA < V+ < 35 V DC
  Current demand  DC: typ. 5 mA
    AC: typ. 12 mA
eff
  Electromagnetic compatibility  EN61326-1, EN61326-2-3
    industrial environment
Passive Output
  Operating temperature  -30 °C…+105 °C (-22 °F...+221 °F)
  Types of T-Sensors 
  Measurement current  typ. < 1 mA
1)
  T-Sensor connection  two-wire, wire resistance see additional information below
  Electrical connection  screw terminal, 2x max. 2.5 mm
2
 (0.004 in
2
)
1) according technical data of the specifi c T-sensors
Sensor Type Nominal Resistance Sensitivity Standard
Pt100 DIN B
R
0: 100 Ω TC: 3.850 x 10
-3
/°C DIN EN 60751
Pt1000 DIN B R
0: 1000 Ω TC: 3.850 x 10
-3
/°C DIN EN 60751
NTC10k R
25: 10 kΩ ± 0.5 % B25/85: 3989 K (B25/50: 3950 K ± 1.0 %) -
NTC1.8k R
25: 1.8 kΩ ± 0.2 K B25/85: 3500 K ± 1.0 % -
Ni1000 TK6180 DIN B R
0: 1000 Ω TC: 6180 ppm/K DIN 43760
Ni1000 TK5000 DIN B R
0: 1000 Ω TC: 5000 ppm/K DIN 43760



