Technical Data; Mechanical Data; Electrical Data - VALPES ER PLUS Serie Manual De Instalación Y Funcionamiento

ENGLISH
UK
Type (1/4 turn electric actuator)
Housing type
IP protection (EN60529)
Corrosion resistance (outdoor and
indoor use)
Temperature
Hygrometry
Pollution degree
Altitude
Extended environmental conditions
Sound level
Weight
Nominal torque
1/4 turn travel time (standard ER)
1/4 turn travel time (slow ER)
1/4 turn travel time (ER POSI)
Mounting actuator base (ISO5211)
Swing angle
Mechanical end stops
Manual override
Direction of rotation
Voltage ±10%
Frequency
Power consumption
Overvoltage category
Torque limiter
Duty cycle (CEI34)
Limit switches maximal voltage
Limit switches maximal current
Electrical wiring
Inrush current
DSBA3200 • Rév. 15/02/2018

TECHNICAL DATA

ER10
ER20
Small housing (see p.19)
(dusts, water spraying « flow <12.5 L/min »)
Housing: PA6 UL94V0 + 25% GF and cover: PA6 UL94V0
Raw material : 304L Stainless Steel or Steel + Zn treatment
-10°C to +55°C (FAILSAFE GS2: -10°C to +40°C)
maximum relative humidity 80 % for temperatures up to 31 °C decreasing linearly
1 Kg

MECHANICAL DATA

10Nm 20Nm
11s 11s
25s
Star 14
F03-F04-F05

ELECTRICAL DATA

15V to 30V AC 50/60Hz or 100V to 240V AC 50/60Hz
12V to 48V DC (FAILSAFE: 24V to 48V DC) or 100V to 350V DC
15W (0.08A) cos j = 0.75
TRANSIENT OVERVOLTAGES up to the levels of OVERVOLTAGE CATEGORY ll
TEMPORARY OVERVOLTAGES occurring on the MAINS supply
1 ISO M20 cable gland and 1 DIN43650 3P+T connector
Circuit breaker type D, nominal current according the number of actuators (max. 4 ac-
tuators) or use a inrush current limiter at the output of the circuit breaker.
ER35
ER35
IP66
to 50 % relative humidity at 40 °C
altitude up to 2 000 m
Outdoor use and in WET LOCATION
61 dB
35Nm 35Nm
25s 7s
41s
41s
90° (others on request)
90° +/- 5°
Out axle
Anticlockwise to open
50/60Hz
Electric
50%
4 to 250V AC/DC
(Overvoltage category II)
1mA to 5A max
ER60
ER100
large housing (see p.19)
2.1 Kg
60Nm 100Nm
12s
79s 119s
79s 119s
Star 22
F05-F07
45W (0.15A) cos j = 0.75
23s
29