Siemens 3RW50556AB14
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Siemens 3RW50556AB14

SKU: PL27085597772
MPN: 3RW50556AB14

SIRIUS soft starter 200-480 V 143 A, 110-250 V AC Screw terminals Analog output

This Siemens 3RW50556AB14 is supplied brand new by PartLogic for motor control, speed regulation, machinery automation, production equipment and industrial maintenance applications. It forms part of our Industrial automation > Drives > Soft starters range and is referenced internally as PartLogic SKU PL27085597772.

Brand New - 12 Months Warranty
$2,300.39 (inc. GST)
In Stock

Datasheet

product brand name SIRIUS
product category Hybrid switching devices
product designation Soft starter
product type designation 3RW50
of standard HMI module usable 3RW5980-0HS01
of high feature HMI module usable 3RW5980-0HF00
of communication module PROFINET standard usable 3RW5980-0CS00
of communication module PROFIBUS usable 3RW5980-0CP00
of communication module Modbus TCP usable 3RW5980-0CT00
of communication module Modbus RTU usable 3RW5980-0CR00
of communication module Ethernet/IP 3RW5980-0CE00
of circuit breaker usable at 400 V 3VA2220-7MN32-0AA0; Type of assignment 1, Iq = 20 kA
of circuit breaker usable at 500 V 3VA2220-7MN32-0AA0; Type of assignment 1, Iq = 20 kA
of the gG fuse usable up to 690 V 3NA3244-6; Type of coordination 1, Iq = 65 kA
of full range R fuse link for semiconductor protection usable up to 690 V 3NE1 227-0; Type of coordination 2, Iq = 65 kA
of back-up R fuse link for semiconductor protection usable up to 690 V 3NE3 334 -0B; Type of coordination 2, Iq = 65 kA
of line contactor usable up to 480 V 3RT1055
of line contactor usable up to 690 V 3RT1055
starting voltage [%] 30 ... 100 %
stopping voltage [%] 50 %; non-adjustable
start-up ramp time of soft starter 0 ... 20 s
ramp-down time of soft starter 0 ... 20 s
current limiting value [%] adjustable 130 ... 700 %
CE marking Yes
UL approval Yes
CSA approval Yes
HMI-High Feature No
is supported HMI-Standard Yes
is supported HMI-High Feature Yes
product feature integrated bypass contact system Yes
number of controlled phases 2
for main current circuit 100 msbusbar connection
for control circuit 100 msscrew-type terminals
insulation voltage rated value 600 V
degree of pollution 3, acc. to IEC 60947-4-2
impulse voltage rated value 6 kV
blocking voltage of the thyristor maximum 1 400 V
service factor 1
surge voltage resistance rated value 6 kV
between main and auxiliary circuit 600 V
shock resistance 15 g / 11 ms, from 12 g / 11 ms with potential contact lifting
vibration resistance 15 mm to 6 Hz; 2g to 500 Hz
utilization category according to IEC 60947-4-2 AC-53a
reference code according to IEC 81346-2 Q
Substance Prohibitance (Date) 09/23/2019
SVHC substance name Lead - 7439-92-1 Lead monoxide (lead oxide) - 1317-36-8 2,2',6,6'-tetrabromo-4,4'-isopropylidenediphenol - 79-94-7 6,6'-di-tert-butyl-2,2'-methylenedi-p-cresol - 119-47-1 2-methyl-1-(4-methylthiophenyl)-2-morpholinopropan-1-one - 71868-10-5
Net Weight 3.979 kg
ramp-up (soft starting) Yes
ramp-down (soft stop) Yes
Soft Torque Yes
adjustable current limitation Yes
pump ramp down Yes
intrinsic device protection Yes
motor overload protection Yes; Electronic motor overload protection
evaluation of thermistor motor protection No
auto-RESET Yes
manual RESET Yes
remote reset Yes; By turning off the control supply voltage
communication function Yes
operating measured value display Yes; Only in conjunction with special accessories
error logbook Yes; Only in conjunction with special accessories
via software parameterizable No
via software configurable Yes
PROFIenergy Yes; in connection with the PROFINET Standard communication module
voltage ramp Yes
torque control No
analog output Yes; 4 ... 20 mA (default) / 0 ... 10 V (parameterizable with High Feature HMI)
at 40 °C rated value 143 A
at 50 °C rated value 128 A
at 60 °C rated value 118 A
rated value 200 ... 480 V
relative negative tolerance of the operating voltage -15 %
relative positive tolerance of the operating voltage 10 %
at 230 V at 40 °C rated value 37 kW
at 400 V at 40 °C rated value 75 kW
Operating frequency 1 rated value 50 Hz
Operating frequency 2 rated value 60 Hz
relative negative tolerance of the operating frequency -10 %
relative positive tolerance of the operating frequency 10 %
at rotary coding switch on switch position 1 68 A
at rotary coding switch on switch position 2 73 A
at rotary coding switch on switch position 3 78 A
at rotary coding switch on switch position 4 83 A
at rotary coding switch on switch position 5 88 A
at rotary coding switch on switch position 6 93 A
at rotary coding switch on switch position 7 98 A
at rotary coding switch on switch position 8 103 A
at rotary coding switch on switch position 9 108 A
at rotary coding switch on switch position 10 113 A
at rotary coding switch on switch position 11 118 A
at rotary coding switch on switch position 12 123 A
at rotary coding switch on switch position 13 128 A
at rotary coding switch on switch position 14 133 A
at rotary coding switch on switch position 15 138 A
at rotary coding switch on switch position 16 143 A
minimum 68 A
minimum load [%] 15 %; Relative to smallest settable Ie
at 40 °C after startup 23 W
at 50 °C after startup 19 W
at 60 °C after startup 16 W
at 40 °C during startup 1 336 W
at 50 °C during startup 1 134 W
at 60 °C during startup 1 007 W
type of the motor protection Electronic, tripping in the event of thermal overload of the motor
type of voltage of the control supply voltage AC
at 50 Hz 110 ... 250 V
at 60 Hz 110 ... 250 V
relative negative tolerance of the control supply voltage at AC at 50 Hz -15 %
relative positive tolerance of the control supply voltage at AC at 50 Hz 10 %
relative negative tolerance of the control supply voltage at AC at 60 Hz -15 %
relative positive tolerance of the control supply voltage at AC at 60 Hz 10 %
control supply voltage frequency 50 ... 60 Hz
relative negative tolerance of the control supply voltage frequency -10 %
relative positive tolerance of the control supply voltage frequency 10 %
control supply current in standby mode rated value 30 mA
holding current in bypass operation rated value 80 mA
inrush current by closing the bypass contacts maximum 2.5 A
inrush current peak at application of control supply voltage maximum 12.2 A
duration of inrush current peak at application of control supply voltage 2.2 ms
design of the overvoltage protection Varistor
design of short-circuit protection for control circuit 4 A gG fuse (Icu=1 kA), 6 A quick-acting fuse (Icu=1 kA), C1 miniature circuit breaker (Icu= 600 A), C6 miniature circuit breaker (Icu= 300 A); Is not part of scope of supply
number of digital inputs 1
number of digital outputs 3
not parameterizable 2
digital output version 2 normally-open contacts (NO) / 1 changeover contact (CO)
number of analog outputs 1
at AC-15 at 250 V rated value 3 A
at DC-13 at 24 V rated value 1 A
mounting position with vertical mounting surface +/-90° rotatable, with vertical mounting surface +/- 22.5° tiltable to the front and back
fastening method screw fixing
height 198 mm
width 120 mm
depth 249 mm
forwards 10 mm
backwards 0 mm
upwards 100 mm
downwards 75 mm
at the side 5 mm
weight without packaging 3.2 kg
width of connection bar maximum 25 mm
using the front clamping point solid 16 ... 120 mm²
using the front clamping point finely stranded with core end processing 16 ... 120 mm²
using the front clamping point finely stranded without core end processing 10 ... 120 mm²
using the front clamping point stranded 16 ... 70 mm²
using the back clamping point solid 16 ... 120 mm²
r box terminal using the back clamping point 6 ... 250 kcmil
using both clamping points solid max. 1x 95 mm², 1x 120 mm²
using both clamping points finely stranded with core end processing max. 1x 95 mm², 1x 120 mm²
using both clamping points finely stranded without core end processing max. 1x 95 mm², 1x 120 mm²
using both clamping points stranded max. 2x 120 mm²
using the back clamping point finely stranded with core end processing 16 ... 120 mm²
using the back clamping point finely stranded without core end processing 10 ... 120 mm²
using the back clamping point stranded 16 ... 120 mm²
for AWG cables for main current circuit solid 4 ... 250 kcmil
for DIN cable lug for main contacts stranded 16 ... 95 mm²
for DIN cable lug for main contacts finely stranded 25 ... 120 mm²
for control circuit solid 1x (0.5 ... 4.0 mm²), 2x (0.5 ... 2.5 mm²)
for control circuit finely stranded with core end processing 1x (0.5 ... 2.5 mm²), 2x (0.5 ... 1.5 mm²)
for AWG cables for control circuit solid 1x (20 ... 12), 2x (20 ... 14)
between soft starter and motor maximum 800 m
at the digital inputs at AC maximum 1 000 m
for main contacts with screw-type terminals 10 ... 14 N·m89 ... 124 lbf·in
for auxiliary and control contacts with screw-type terminals 0.8 ... 1.2 N·m7 ... 10.3 lbf·in
installation altitude at height above sea level maximum 5 000 m
during operation -25 ... +60 °C; Please observe derating at temperatures of 40 °C or above
during storage and transport -40 ... +80 °C
during operation according to IEC 60721 3K6 (no ice formation, only occasional condensation), 3C3 (no salt mist), 3S2 (sand must not get into the devices), 3M6
during storage according to IEC 60721 1K6 (only occasional condensation), 1C2 (no salt mist), 1S2 (sand must not get inside the devices), 1M4
during transport according to IEC 60721 2K2, 2C1, 2S1, 2M2 (max. fall height 0.3 m)
EMC emitted interference acc. to IEC 60947-4-2: Class A
PROFINET standard Yes
EtherNet/IP Yes
Modbus RTU Yes
Modbus TCP Yes
PROFIBUS Yes
— usable for Standard Faults at 460/480 V according to UL Siemens type: 3VA5225, max. 250 A; Iq = 10 kA
— usable for Standard Faults up to 575/600 V according to UL Type: Class RK5 / K5, max. 350 A; Iq = 10 kA
— usable for High Faults up to 575/600 V according to UL Type: Class J, max. 350 A; Iq = 100 kA
at 200/208 V at 50 °C rated value 40 hp
at 220/230 V at 50 °C rated value 40 hp
at 460/480 V at 50 °C rated value 100 hp
protection class IP on the front according to IEC 60529 IP00; IP20 with cover
touch protection on the front according to IEC 60529 finger-safe, for vertical contact from the front with cover
Safety Integrity Level (SIL) according to IEC 61508 relating to ATEX SIL 1
PFHD with high demand rate according to IEC 61508 relating to ATEX 9E-6 1/h
PFDavg with low demand rate according to IEC 61508 relating to ATEX 0.09
hardware fault tolerance according to IEC 61508 relating to ATEX 0
T1 value for proof test interval or service life according to IEC 61508 relating to ATEX 3 a
ATEX Yes
IECEx Yes
UKEX Yes
global warming potential [CO2 eq] / during manufacturing 31.2 kg
global warming potential [CO2 eq] / during sales 0.945 kg
global warming potential [CO2 eq] / during operation 316 kg
global warming potential [CO2 eq] / after end of life -2.75 kg
global warming potential [CO2 eq] / total 345 kg

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