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Technical data
8 Technical data
Purpose of control: operating control, electric actuator.
Mains voltage:
100 – 230 V AC, ±10%, 50/60 Hz, the actuator auto-
matically adjusts to the respective mains voltage.
Power consumption: 10.5 W/21 VA at 230 V AC,
9 W/16.5 VA at 120 V AC.
Switch-on peak current: max. 10 A for max. 5 ms.
Screw terminals using the elevator principles for cables
up to 4 mm
2
(single core cables) and for cables up to
2.5 mm
2
with wire end ferrules.
Angle of rotation: 0 – 90°, setting accuracy < 0.05°.
Holding torque = torque as long as mains voltage is ap-
plied.
Independently mounted control.
Pollution degree: 3 (outside of enclosure)/
2 (within enclosure).
Rated impulse voltage: 4000 V.
Impedance protected motor.
2 digital inputs:
24 V DC or 100 – 230 V AC each.
Current requirement of digital inputs:
24 V DC: approx. 5 mA eff,
230 V AC: approx. 3 mA eff.
IC 40 · Edition 07.18
1 analogue input (optional):
4 – 20 mA (load impedance switchable from 50 Ω to
250 Ω).
Potentiometer (optional): 1 kΩ ± 20%, see page 62
(Feedback potentiometer).
Linearity tolerance: ± 2%, max. capacity: 0.25 W, con-
ductive plastic element.
Tap wiper at high resistance.
2 digital outputs:
Signalling contacts designed as relay change-over
contacts. Contact current of digital outputs: min. 5 mA
(resistive) and max. 2 A (resistive).
Enclosure:
IC 40: IP 64, in conjunction with BVH: IP 65,
IC 40: Nema 2, in conjunction with BVG, BVA or
BVH: Nema 3.
Safety class: I.
Duty cycle: 100%.
Type of action to EN 60730: type 1C.
Software class A.
Overvoltage category III.
Electrical connection: line entrance: 3 x M20 plastic
cable glands.
Ambient temperature:
-20 to +60°C, no condensation permitted.
Storage temperature: -20 to +40°C.
Max. installation altitude: 2000 m AMSL.
66
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