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Siemens

3RF2390-1BA26

3RF2390-1BA26 Siemens

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Description for 3RF2390-1BA26 Siemens

3RF2390-1BA26 Siemens - Solid-state contactor 1-phase 3RF2 AC 15 / 30 A / 40 °C 48-600 V / 110-230 V AC Instantaneous switching Phased-out product, no successor available!

Free Delivery to UK Mainland on orders over £25

Product

Article Number (Market Facing Number) 3RF2390-1BA26
Product Description Solid-state contactor 1-phase 3RF2 AC 15 / 30 A / 40 °C 48-600 V / 110-230 V AC Instantaneous switching Phased-out product, no successor available!
Product family Not available
Product Lifecycle (PLM) PM410:Product cancellation
PLM Effective Date Product is cancelled since: 01.12.2017
Notes Sucessor:Phase-out 3RF2390

Delivery information

Export Control Regulations ECCN : N / AL : N
Estimated dispatch time (Working Days) 5 Day/Days
Net Weight (kg) 3,165 Kg
Packaging Dimension 236,00 x 241,00 x 183,00
Package size unit of measure MM
Quantity Unit 1 Piece
Packaging Quantity 1

Additional Product Information

EAN 4011209573642
UPC 754554862873
Commodity Code 85364900
LKZ_FDB/ CatalogID CC-IC10
Product Group 3725
Group Code R711
Country of origin Germany
Compliance with the substance restrictions according to RoHS directive Since: 28.05.2009
Product class C: products manufactured / produced to order, which cannot be reused or re-utilised or be returned against credit.
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.
SCIP number

General Technical Data

Product Function Instantaneous Switching
Power Loss [W] For Rated Value Of The Current
At Ac In Hot Operating State 117 W
At Ac In Hot Operating State Per Pole 117 W
Without Load Current Share Typical 3.5 W
Insulation Voltage Rated Value 600 V
Degree Of Pollution 3
Type Of Voltage
Of The Operating Voltage Ac
Of The Control Supply Voltage Ac
Surge Voltage Resistance Of Main Circuit Rated Value 6 Kv
Protection Class Ip Ip20
Protection Class Ip On The Front According To Iec 60529 Ip20
Shock Resistance According To Iec 60068-2-27 15G / 11 Ms
Vibration Resistance According To Iec 60068-2-6 2G
Reference Code According To Iec 81346-2 Q
Substance Prohibitance (Date) 05/28/2009
Svhc Substance Name Lead - 7439-92-1
Weight 3.165 Kg

Main Circuit

Number Of Poles For Main Current Circuit 1
Number Of No Contacts For Main Contacts 1
Number Of Nc Contacts For Main Contacts 0
Type Of Voltage Of The Operating Voltage Ac
Operating Voltage
At Ac
— At 50 Hz Rated Value 48 ... 600 V
— At 60 Hz Rated Value 48 ... 600 V
Operating Frequency Rated Value 50 ... 60 Hz
Operating Range Relative To The Operating Voltage At Ac
At 50 Hz 40 ... 660 V
At 60 Hz 40 ... 660 V
Operation Al Current
At Ac-51 Rated Value 50 A
At Ac-51 According To Iec 60947-4-3 50 A
According To Ul 508 Rated Value 30 A
Operation Al Current Minimum 500 Ma
Rate Of Voltage Rise At The Thyristor For Main Contacts
Maximum Permissible1 000 V/Μs
Blocking Voltage At The Thyristor For Main Contacts
Maximum Permissible1 600 V
Reverse Current Of The Thyristor 10 Ma
Derating Temperature 40 °C
Surge Current Resistance Rated Value 1 150 A
I2T Value Maximum 6 600 A²·S
Control Circuit/
Type Of Voltage Of The Control Supply Voltage Ac
Control Supply Voltage 1 At Ac
At 50 Hz 110 ... 230 V
At 60 Hz 110 ... 230 V
Control Supply Voltage Frequency
1 Rated Value 50 Hz
2 Rated Value 60 Hz
Control Supply Voltage At Ac
At 50 Hz Full-Scale Value For Signal<0> Recognition 40 V
At 60 Hz Full-Scale Value For Signal<0> Recognition 40 V
Control Supply Voltage
At Ac Initial Value For Signal <1> Detection 90 V
Symmetrical Line Frequency Tolerance 5 Hz
Control Current At Minimum Supply Voltage
At Ac 2 Ma
Control Current At Ac Rated Value 15 Ma
On-Delay Time 40 Ms
Off-Delay Time 40 Ms; Additionally Max. One Half-Wave
Auxiliary Circuit
Type Of Switching Contact Normally Open Contact (No)
Number Of Nc Contacts For Auxiliary Contacts 0
Number Of No Contacts For Auxiliary Contacts 0
Number Of Co Contacts For Auxiliary Contacts 0
Installation/ Mounting/ Dimensions
Fastening Method Side-By-Side Mounting Yes
Fastening Method Screw Fixing
Design Of The Thread Of The Screw For Securing The
Equipmentm4
Height 200 Mm
Width 180 Mm
Depth 163 Mm

Connections/ Terminals

Product Component Removable Terminal For Auxiliary And
Control Circuityes
Type Of Electrical Connection
For Main Current Circuit Screw-Type Terminals
For Auxiliary And Control Circuit Screw-Type Terminals
Type Of Connectable Conductor Cross-Sections
For Main Contacts
— Solid 2X (1.5 ... 2.5 Mm²), 2X (2.5 ... 6 Mm²)
— Finely Stranded With Core End Processing 2X (1 ... 2.5 Mm²), 2X (2.5 ... 6 Mm²), 1X 10 Mm²
For Awg Cables For Main Contacts 2X (14 ... 10)
Connectable Conductor Cross-Section For Main Contacts
Solid Or Stranded 1.5 ... 6 Mm²
Finely Stranded With Core End Processing 1 ... 10 Mm²
Type Of Connectable Conductor Cross-Sections
For Auxiliary And Control Contacts
— Solid 1X (0.5 ... 2.5 Mm²), 2X (0.5 ... 1.0 Mm²)
— Finely Stranded With Core End Processing 1X (0.5 ... 2.5 Mm²), 2X (0.5 ... 1.0 Mm²)
— Finely Stranded Without Core End Processing 1X (0.5 ... 2.5 Mm²), 2X (0.5 ... 1.0 Mm²)
For Awg Cables For Auxiliary And Control Contacts 1X (Awg 20 ... 12)
Awg Number As Coded Connectable Conductor Cross Section For
Main Contacts10 ... 14
Tightening Torque
For Main Contacts With Screw-Type Terminals 2 ... 2.5 N·M
For Auxiliary And Control Contacts With Screw-Type
Terminals0.5 ... 0.6 N·M
Tightening Torque [Lbf·In]
For Main Contacts With Screw-Type Terminals 18 ... 22 Lbf·In
For Auxiliary And Control Contacts With Screw-Type
Terminals4.5 ... 5.3 Lbf·In
Design Of The Thread Of The Connection Screw
For Main Contacts M4
Of The Auxiliary And Control Contacts M3
Stripped Length Of The Cable
For Main Contacts 7 Mm
For Auxiliary And Control Contacts 7 Mm
Electrical Safety
Protection Class Ip On The Front According To Iec 60529 Ip20
Touch Protection On The Front According To Iec 60529 Finger-Safe, For Vertical Contact From The Front

Ambient Conditions

Installation Altitude At Height Above Sea Level Maximum 1 000 M
Ambient Temperature
During Operation -25 ... +60 °C
During Storage -55 ... +80 °C

Conducted Interference

Due To Burst According To Iec 61000-4-4 2 Kv / 5 Khz Behavior Criterion 2
Due To Conductor-Earth Surge According To Iec 61000-4-5 2 Kv Behavior Criterion 2
Due To Conductor-Conductor Surge According To Iec
61000-4-51 Kv Behavior Criterion 2
Due To High-Frequency Radiation According To Iec 61000-
4-6140 Dbuv In The Frequency Range 0.15 ... 80 Mhz, Behavior Criterion 1
Field-Based Interference According To Iec 61000-4-3 80 Mhz ... 1 Ghz 10 V/M, Behavior Criterion 1
Electrostatic Discharge According To Iec 61000-4-2 4 Kv Contact Discharging / 8 Kv Air Discharging, Behavior Criterion 2
Conducted Hf Interference Emissions According To
Cispr11Class A For Industrial Environment
Field-Bound Hf Interference Emission According To Cispr11 Class B For The Domestic, Business And Commercial Environments
Short-Circuit Protection, Design Of The Fuse Link
Manufacturer'S Article Number
Of Full Range R Fuse Link For Semiconductor Protection At
Nh Design Usable3Ne1020-2; These Fuses Have A Smaller Rated Current Than The Semiconductor
Relays
Of Back-Up R Fuse Link For Semiconductor Protection At Nh
Design Usable3Ne8021-1
Of Back-Up R Fuse Link For Semiconductor Protection At
Cylindrical Design 22 X 58 Mm Usable3Nc2280; These Fuses Have A Smaller Rated Current Than The Semiconductor
Relays

Documentation

Downloads

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