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Electrical data
Direction of rotation
Rotation time
5)
for 100%
Electrical connection
Position feedback
Resistance change
of potentiometer
max. slider current
of potentiometer
max. power in
potentiometer
max. power in
potentiometer
Rated operating
9) ) ) ) )
voltage
Voltage tolerance
Power consumption
NOTE
1 )
Pause time with change of rotation 0.4 s.
2 )
Increased wear with continuous operation of the motor.
3 )
limited gas seal
4 )
Impurities (e.g., fluff etc.) should be pre-filtered, otherwise the function of the valve could be impaired.
5 )
At 24 V DC smoothed. Pulsed drive increases the rotation time (see also
6 )
dependent on pressure/load
7 )
Higher currents considerably reduce the service life!
8 )
Higher temperatures limit the max. power loss of the potentiometers.
9 )
min. pulse length (the min. pulse length increases at no-load/ at pressure/load):
for LC: approx. 100 ms / for Mod.: approx. 100 ms
depending on polarity
LC:
approx. 4 ... 8 s at 24 V DC
Mod: approx. 28 s at 24 V DC
LC:
for AMP socket 967066-1
and AMP contact 962885-1
Mod: circular plug according to DIN 43651
(6-pole and earth)
LC:
5 kΩ lin
Mod: Potentiometer 1 kΩ linear (optional 5 kΩ
linear and models in conducting plastic)
Protective resistance Rs = 6.8 kΩ
ca. 55 ... 75 % (at 100 % rotation path)
Standard design: ≤ ≤ ≤ ≤ ≤ 4 mA
Conduction plastic design: ≤ ≤ ≤ ≤ ≤ 65 µA
LC:
7.5 V
Mod: 10 V
LC:
0.25 W / 40 °C
8)
Mod: 0.5 W / 40 °C
24 V DC
±10 %
LC:
4.8 W
Mod: 3 W
LC
LC
LC
LC
LC: Max. number of operations (at nominal torque) = 100,000
under laboratory conditions, 20 °C and 1 s drive time in each
case over the complete adjustment range.
Mod
Mod
Mod
Mod: Max. number of operations = 400,000 under laboratory
Mod
conditions, 20 °C and 1 s drive time in each case over the
complete adjustment range.
6)
7)
(Potentiometer terminals 1 and 3)
(Potentiometer terminals 4 and 6)
8)
)
0258 - 13