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Siemens

3UG5514-1BR20

3UG5514-1BR20 Siemens

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Description for 3UG5514-1BR20 Siemens

3UG5514-1BR20 Siemens - analog adjustment monitoring relay phase failure, phase sequence, asymmetry and under-voltage monitoring 3x 160-690 V AC, 15-70 Hz 2 changeover contacts screw terminal

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Product

Article Number (Market Facing Number) 3UG5514-1BR20
Product Description analog adjustment monitoring relay phase failure, phase sequence, asymmetry and under-voltage monitoring 3x 160-690 V AC, 15-70 Hz 2 changeover contacts screw terminal
Product family Line monitoring
Product Lifecycle (PLM) PM300:Active Product

Delivery information

Export Control Regulations AL : N / ECCN : N
Estimated dispatch time (Working Days) 3 Day/Days
Net Weight (kg) 0,169 Kg
Packaging Dimension 111,00 x 127,00 x 38,00
Package size unit of measure MM
Quantity Unit 1 Piece
Packaging Quantity 1

Additional Product Information

EAN 4047621099927
UPC Not available
Commodity Code 85364900
LKZ_FDB/ CatalogID CC-IC10
Product Group 5885
Group Code R711
Country of origin Germany
Compliance with the substance restrictions according to RoHS directive Since: 01.06.2023
Product class A: Standard product which is a stock item could be returned within the returns guidelines/period.
WEEE (2012/19/EU) Take-Back Obligation Yes
REACH Art. 33 Duty to inform according to the current list of candidates Lead CAS-No. 7439-92-1 > 0, 1 % (w / w) Information obligation imposed by Article 33, REACH Regulation: This product includes one or several articles in which the following substance of the candidate list is contained in concentrations higher than 0,1% weight by weight (w/w): Lead Based on the information currently available, we assume that these substances do not pose any risk if the articles are used as intended (including disposal). Please also refer to product documentation. | Lead monoxide (lead ... CAS-No. 1317-36-8 > 0, 1 % (w / w) Information obligation imposed by Article 33, REACH Regulation: This product includes one or several articles in which the following substance of the candidate list is contained in concentrations higher than 0,1% weight by weight (w/w): Lead monoxide (lead oxide) Based on the information currently available, we assume that these substances do not pose any risk if the articles are used as intended (including disposal). Please also refer to product documentation.
SCIP number

General Technical Data

Product Function Line Monitoring
Display Version Led Yes
Design Of The Display Led
Power Loss [W] Maximum 1.8 W
Power Loss [V·A] Maximum 5.1 Va
Insulation Voltage For Overvoltage Category Iii According To
Iec 60664
With Degree Of Pollution 2 Rated Value 690 V
With Degree Of Pollution 3 Rated Value 690 V
Degree Of Pollution 3
Type Of Voltage
For Monitoring Ac
Of The Operating Voltage For Actuation Ac/Dc
Of The Control Supply Voltage Ac
Surge Voltage Resistance Rated Value 6 Kv
Shock Resistance According To Iec 60068-2-27 Sinusoidal Half-Wave 15G / 11 Ms
Vibration Resistance According To Iec 60068-2-6 10 ... 55 Hz: 0.35 Mm
Switching Behavior Monostable
Mechanical Service Life (Operating Cycles) Typical 10 000 000
Electrical Endurance (Operating Cycles) At Ac-15 At 230 V
Typical100 000
Thermal Current Of The Switching Element With Contacts
Maximum 5 A
Reference Code According To Iec 81346-2 K
Relative Repeat Accuracy 0.4 %
Substance Prohibitance (Date) 06/01/2023
Svhc Substance Name Lead - 7439-92-1
Lead Monoxide (Lead Oxide) - 1317-36-8
Weight 0.169 Kg

Product Function

Product Function
Undervoltage Detection Yes
Overvoltage Detection No
Phase Sequence Recognition Yes
Phase Failure Detection Yes
Asymmetry Detection Yes
Overvoltage Detection 3 Phase No
Undervoltage Detection 3 Phases Yes
Voltage Window Recognition 3 Phase No
Adjustable Open/Closed-Circuit Current Principle No
Auto-Reset Yes
Suitability For Use Safety-Related Circuits No
Control Circuit/
Control Supply Voltage At Ac
At 50 Hz Rated Value 200 ... 690 V
At 60 Hz Rated Value 200 ... 690 V
Operating Range Factor Control Supply Voltage Rated Value At
Ac At 50 Hz
Initial Value 0.85
Full-Scale Value 1.1
Operating Range Factor Control Supply Voltage Rated Value At
Ac At 60 Hz
Initial Value 0.85
Full-Scale Value 1.1

Supply Voltage

Supply Voltage Frequency Rated Value 70 ... 15 Hz
Measuring Circuit
Measurable Voltage At Ac 160 ... 760 V
Adjustable Operating Delay Time Initial Value 0.1 S
Adjustable Response Delay Time
With Lower Or Upper Limit Violation 0.1 ... 20 S
Buffering Time In The Event Of Power Failure Minimum 20 Ms
Response Time Maximum 500 Ms
Relative Temperature-Related Measurement Deviation 1 %
Precision
Relative Metering Precision 5 %
Temperature Drift Per °C 0.003 %/°C
Short-Circuit Protection
Design Of The Fuse Link
For Short-Circuit Protection Of The No Contacts Of The Relay
Outputs Requiredgl/Gg: 6 A Or Mcb Type C: 1 A
For Short Circuit Protection Of The Nc Contacts Of The Relay
Outputs Requiredgl/Gg: 6 A Or Mcb Type C: 1 A

Communication/ Protocol

Protocol Is Supported Io-Link Protocol No
Type Of Voltage Supply Via Input/Output Link Master No

Auxiliary Circuit

Material Of Switching Contacts Agsno2
Number Of Nc Contacts Delayed Switching 0
Number Of No Contacts Delayed Switching 0
Number Of Co Contacts
For Auxiliary Contacts 2
Delayed Switching 2
Operating Frequency With 3Rt2 Contactor Maximum 5 000 1/H
Contact Reliability Of Auxiliary Contacts One Incorrect Switching Operation Of 100 Million Switching Operations (17 V, 5
Ma)
Contact Rating Of Auxiliary Contacts According To Ul R300 / B300

Main Circuit

Number Of Poles For Main Current Circuit 3
Ampacity Of The Output Relay At Ac-15
At 250 V At 50/60 Hz 3 A
At 400 V At 50/60 Hz 3 A
Ampacity Of The Output Relay At Dc-13
At 24 V 1 A
At 110 V 0.2 A
At 125 V 0.2 A
At 230 V 0.1 A
At 250 V 0.1 A
Operation Al Current At 17 V Minimum 5 Ma
Continuous Current Of The Diazed Fuse Link Of The Output
Relay6 A

Electromagnetic Compatibility

Emc Emitted Interference According To Iec 60947-1 Class A

Conducted Interference

Due To Burst According To Iec 61000-4-4 2 Kv (Power Ports), 2 Kv (Signal Ports)
Due To Conductor-Earth Surge According To Iec 61000-4-5 2 Kv
Due To Conductor-Conductor Surge According To Iec
61000-4-51 Kv
Field-Based Interference According To Iec 61000-4-3 10 V/M
Electrostatic Discharge According To Iec 61000-4-2 6 Kv Contact Discharge / 8 Kv Air Discharge
Galvanic Isolation
Design Of The Electrical Isolation Galvanic Isolation
Galvanic Isolation
Between Input And Output Yes
Between The Outputs Yes
Between The Voltage Supply And Other Circuits Yes
Electrical Safety
Protection Class Ip On The Front According To Iec 60529 Ip20

Connections/ Terminals

Product Component Removable Terminal For Main Circuit Yes
Product Component Removable Terminal For Auxiliary And
Control Circuityes
Type Of Electrical Connection Screw Terminal
Design Of Terminals With Cross-Head Screw Pz 1
Type Of Connectable Conductor Cross-Sections
Solid 1X (0.5 ... 4.0 Mm²), 2X (0.5 ... 2.5 Mm²)
Finely Stranded With Core End Processing 1X (0.5 ... 4 Mm²), 2X (0.5 ... 2.5 Mm²)
For Awg Cables Solid 1X (20 ... 12), 2X (20 ... 14)
Connectable Conductor Cross-Section
Solid 0.5 ... 4 Mm²
Finely Stranded With Core End Processing 0.5 ... 4 Mm²
Awg Number As Coded Connectable Conductor Cross
Section
Solid 20 ... 12
Stranded 20 ... 12
Tightening Torque With Screw-Type Terminals 0.6 ... 0.8 N·M
Stripped Length 10 Mm
Installation/ Mounting/ Dimensions
Mounting Position Any
Fastening Method Screw And Snap-On Mounting Onto 35 Mm Din Rail
Height 100 Mm
Width 22.5 Mm
Depth 90 Mm
Required Spacing
With Side-By-Side Mounting
— Forwards 0 Mm
— Backwards 0 Mm
— Upwards 0 Mm
— Downwards 0 Mm
— At The Side 0 Mm
For Grounded Parts
— Forwards 0 Mm
— Backwards 0 Mm
— Upwards 0 Mm
— At The Side 0 Mm
— Downwards 0 Mm
For Live Parts
— Forwards 0 Mm
— Backwards 0 Mm
— Upwards 0 Mm
— Downwards 0 Mm
— At The Side 0 Mm

Ambient Conditions

Installation Altitude At Height Above Sea Level Maximum 2 000 M
Ambient Temperature
During Operation -25 ... +60 °C
During Storage -40 ... +85 °C
During Transport -40 ... +85 °C
Relative Humidity During Operation Maximum 70 %
Environmental Footprint
Global Warming Potential [Co2 Eq] Total 18 Kg
Global Warming Potential [Co2 Eq] During Manufacturing 5.65 Kg
Global Warming Potential [Co2 Eq] During Operation 12.3 Kg
Global Warming Potential [Co2 Eq] After End Of Life -0.03 Kg

Documentation

Downloads

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