Technical Data - DOLD BH 5932 Fiche Technique

Technical Data

Input
Nominal voltage U :
N
Voltage range
AC:
DC:
Nominal consumption:
Nominal frequency
Frequency range:
Start up reset time t :
Res
Hysteresis:
Inputs for NPN- or optional PNP Proximity Sensors
Input voltage:
Input current:
Min. current of sensor
Min. pulse time:
Max. lpm at inputs
IN und IN :
A B
Speed Ranges [lpm]
Devices with fixed tripping value
BH 5932.22/_ _0:
Operate delay at standstill:
Release delay on overspeed:
Devices with separate adjustment for both channels
BH 5932.22/_ _2
Range 8 ... 14000 lpm:
or
range 20 ... 26000 lpm:
Operate delay at standstill:
Release delay on overspeed
Range 8 ... 14000:
Range 20 ... 26000:
Devices with common adjustment for both channels
BH 5932.22/_ _1
Range 8 ... 14000 lpm:
Range 7 ... 21000 lpm:
Operate delay at standstill:
Release delay on overspeed
Range 8 ... 14000:
Range 7 ... 21000:
Devices with common adjustment for both channels and fine tuning
to synchronise both channels
BH 5932.22/_ _3
Range 5 ... 10500 lpm:
or
range 10 ... 20000 lpm:
Operate delay at standstill:
Release delay on overspeed
Range 5 ... 10500:
Range 10 ... 20000:
AC/DC 24 V
AC 110, 230 V
0.85 ... 1.1 U
N
0.9 ... 1.1 U
N
approx. 4 VA, 2.5 W
50 / 60 Hz
45 ... 65 Hz
1.5 s
typ. 6 %
DC 24 V
max. 25 mA (per channel)
3 mA
1 ms On, 1 ms Off
30000 lpm
15 / 30 / 60 / 120 Ipm, fixed
others on request
(the output contacts close, when the
speed is under the fixed lpm values)
see formula
t = typ. 700 ms
aus
adjustable in 4 subranges
8 ... 60, 60 ... 450, 450 ... 3600,
1800 ... 14000 Ipm
adjustable in 4 subranges
20 ... 110, 120 ... 900, 950 ... 7000,
3700 ... 26000 Ipm
see formula
t = typ. 700 ms
off
t = typ. 350 ms
off
adjustable in 4 subranges
8 ... 60, 60 ... 450, 450 ... 3600,
1800 ... 14000 Ipm oder
adjustable in 4 subranges
7 ... 90, 60 ... 700, 470 ... 5500,
1800 ... 21000 Ipm
see formula
t = typ. 700 ms
aus
t = typ. 350 ms
aus
adjustable in 4 subranges
5 ... 40, 35 ... 340, 300 ... 2700,
1200 ... 10500 Ipm
adjustable in 4 subranges
10 ... 80, 80 ... 650, 600 ... 5300,
2400 ... 20000 Ipm
see formula
t = typ. 700 ms
off
t = typ. 350 ms
off
Technical Data
Output
Contacts:
The NO contacts are safety contacts.
ATTENTION! The NC contacts 31-32 can only be used for monitoring.
Contact type:
Thermal current I :
th
Switching current:
Switching capacity
according to AC 15
NO contact:
NC contact:
according to DC 13
NO contact:
NC contact:
according to DC 13
NO contact:
NC contact:
Elektrical life
at 5 A, AC 230 V cos ϕ = 1:
Short-circuit strength
max. fuse rating:
Mechanical life:
General Data
Operating mode:
Temperature range
operation:
storage :
altitude:
Clearance and creepage
distances
rated impulse voltage /
pollution degree
Input / output
EMC
Interference suppression
Auxiliary voltage
AC 110 V, AC 230 V:
AC/DC24V:
Degree of protection
Housing:
Terminals:
Housing:
Vibration resistance:
Climate resistance:
Terminal designation:
Wire fixing:
Mounting:
Weight:
Dimensions
Width x height x depth:
20
2 NO, 1 NC
forcibly guided
4 A
AC: 8 A cos ϕ 1 ... 0.7
3 A / AC 230 V IEC/EN 60 947-5-1
1 A / AC 230 V IEC/EN 60 947-5-1
1 A / DC 24 V IEC/EN 60 947-5-1
1 A / DC 24 V IEC/EN 60 947-5-1
4 A / DC 24 V at 0.1 Hz
4 A / DC 24 V at 0.1 Hz
IEC/EN 60 947-5-1
≥ 2 x 10
5 switching cycles
4 A gG / gL IEC/EN 60 947-5-1
≥ 50 x 10
6 switching cycles
Continuous operation
- 25 ... + 60 °C
- 25 ... + 85 °C
< 2.000 m
IEC 60 664-1
4 kV / 2
IEC/EN 61 326-3-1, IEC/EN 62 061
Limit value class B EN 55 011
Limit value class A*) EN 55 011
*) The device is designed for the usage
under industrial conditions (Class A,
EN 55011). When connected to a low
voltage public system (Class B,
EN 55011) radio interference can be
generated.
To avoid this, appropriate measures
have to be taken.
IP 40 IEC/EN 60 529
IP 20 IEC/EN 60 529
Thermoplastic with V0 behaviour
according to UL subject 94
Amplitude 0.35 mm
frequency 10 ... 55 Hz IEC/EN 60 068-2-6
25 / 060 / 04 IEC/EN 60 068-1
EN 50 005
Plus-minus terminal screws M3.5
box terminals with wire protection
DIN rail IEC/EN 60 715
410 g
45 x 85 x 121 mm
BH 5932 / 10.12.18 en / 044A