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SV 7.62HP/04/270MF4 SC/08R SN BK BX — Product image

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SV 7.62HP/04/270MF4 SC/08R SN BK BX

PCB plug-in connector, male header, closed side, Middle flange, THT solder connection, 7.62 mm, Number of poles: 4, 270°, Solder pin length (l): 3.5 mm, tinned, black, Box

Product ID 1156280000

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General ordering data

Version	PCB plug-in connector, male header, closed side, Middle flange, THT solder connection, 7.62 mm, Number of poles: 4, 270°, Solder pin length (l): 3.5 mm, tinned, black, Box
Order No.	1156280000
Type	SV 7.62HP/04/270MF4 SC/08R SN BK BX
GTIN (EAN)	4032248943128
Qty.	30 items
Product data	IEC: 1000 V / 41 A UL: 300 V / 35 A
Packaging	Box

Dimensions and weights

Depth	28,3 mm
Depth (inches)	1,114 inch
Height	14,9 mm
Height (inches)	0,587 inch
Height of lowest version	11,4 mm
Width	54,31 mm
Width (inches)	2,138 inch
Net weight	2 g

Environmental Product Compliance

RoHS Compliance Status	Compliant without exemption
REACH SVHC	No SVHC above 0.1 wt%

System specifications

Product family	OMNIMATE Power - series BV/SV 7.62HP
Type of connection	Board connection
Mounting onto the PCB	THT solder connection
Pitch in mm (P)	7,62 mm
Pitch in inches (P)	0,3 "
Outgoing elbow	270°
Number of poles	4
Number of solder pins per pole	2
Solder pin length (l)	3,5 mm
Solder pin length tolerance	+0.1 / -0.3 mm
Solder pin dimensions	0.8 x 1.0 mm
Solder eyelet hole diameter (D)	1,4 mm
Solder eyelet hole diameter tolerance (D)	+ 0,1 mm
L1 in mm	30,48 mm
L1 in inches	1,2 "
L2 in mm	11,43 mm
L2 in inch	0,45 "
Number of rows	1
Pin series quantity	1
Touch-safe protection acc. to DIN VDE 57 106	safe to back of hand above the printed circuit board
Touch-safe protection acc. to DIN VDE 0470	IP 20
Volume resistance	2.00 mΩ
Can be coded	Yes
Plugging cycles	25
Plugging force/pole, max.	12 N
Pulling force/pole, max.	7 N

Material data

Insulating material	PA GF
Colour	black
Colour chart (similar)	RAL 9011
Insulating material group	II
Comparative Tracking Index (CTI)	≥ 500
UL 94 flammability rating	V-0
Contact material	Cu-alloy
Contact surface	tinned
Layer structure of solder connection	1...3 µm Ni / 4...6 µm Sn matt
Layer structure of plug contact	1...3 µm Ni / 4...6 µm Sn matt
Storage temperature, min.	-40 °C
Storage temperature, max.	70 °C
Operating temperature, min.	-50 °C
Operating temperature, max.	130 °C
Temperature range, installation, min.	-25 °C
Temperature range, installation, max.	130 °C

Rated data acc. to IEC

tested acc. to standard	IEC 60664-1 IEC 61984
Rated current, min. number of poles (Tu=20°C)	41 A
Rated current, max. number of poles (Tu=20°C)	41 A
Rated current, min. number of poles (Tu=40°C)	41 A
Rated current, max. number of poles (Tu=40°C)	41 A
Rated voltage for surge voltage class / pollution degree II/2	1.000 V
Rated voltage for surge voltage class / pollution degree III/2	630 V
Rated voltage for surge voltage class / pollution degree III/3	630 V
Rated impulse voltage for surge voltage class/ pollution degree II/2	6 kV
Rated impulse voltage for surge voltage class/ pollution degree III/2	6 kV
Rated impulse voltage for surge voltage class/ contamination degree III/3	6 kV
Short-time withstand current resistance	3 x 1s with 420 A

Rated data acc. to CSA

Institute (CSA)	CSA
Certificate No. (CSA)	200039-1121690
Rated voltage (Use group B / CSA)	300 V
Rated voltage (Use group C / CSA)	300 V
Rated voltage (Use group D / CSA)	600 V
Rated current (Use group B / CSA)	33 A
Rated current (Use group C / CSA)	33 A
Rated current (Use group D / CSA)	5 A
Reference to approval values	Specifications are maximum values, details - see approval certificate.

Rated data acc. to UL 1059

Institute (cURus)	CURUS
Certificate No. (cURus)	E60693
Rated voltage (Use group B / UL 1059)	300 V
Rated voltage (Use group C / UL 1059)	300 V
Rated voltage (Use group D / UL 1059)	600 V
Rated current (Use group B / UL 1059)	35 A
Rated current (Use group C / UL 1059)	33 A
Rated current (Use group D / UL 1059)	5 A
Clearance distance, min.	6,9 mm
Creepage distance, min.	9,6 mm
Reference to approval values	Specifications are maximum values, details - see approval certificate.

Packing

Packaging	Box
VPE length	350 mm
VPE width	136 mm
VPE height	40 mm

Technical data - hybrid

Pitch in mm (hybrid)	nominal: 3,81 mm Hybrid component: Signal
Pitch in mm (Signal)	3.81 mm
Pitch in inch (hybrid)	nominal: 0,15 " Hybrid component: Signal
Pitch in inches (Signal)	0.15 "
Pole count (hybrid)	nominal: 8 Hybrid component: Signal
Number of poles (Signal)	8
Number of solder pins per pole (hybrid)	Hybrid component: Signal nominal: 1
Number of solder pins per pole (Signal)	1
Solder pin dimensions (hybrid)	Solder pin dimensions: 0.8 x 0.8 mm Hybrid component: Signal
Solder pin dimensions (Signal)	0.8 x 0.8 mm
Solder pin dimensions = d tolerance (hybrid)	Solder pin dimensions = d tolerance: Lower tolerance with prefix (reveals minimum): -0,03 Upper tolerance with prefix (reveals maximum): +0,01 Tolerance, unit: mm Hybrid component: Signal
Solder pin dimensions = d tolerance (Signal)	-0,03 / +0,01 mm
Diameter of solder eyelet (hybrid)	Hybrid component: Signal nominal: 1,3 mm
PCB hole diameter (Signal)	1.3 mm
Tolerance of the diameter of the solder eyelet (hybrid)	Hybrid component: Signal Solder eyelet hole diameter tolerance (D): ± 0.1 mm
PCB hole diameter tolerance (Signal)	± 0.1 mm
L2 in mm	11,43 mm
L2 in inch	0,45 "
Number of rows (hybrid)	Hybrid component: Signal
Number of rows (Signal)	2
Contact material (hybrid)	Hybrid component: Signal Contact material: CuMg
Contact material (Signal)	CuMg
Contact surface (hybrid)	Hybrid component: Signal Contact surface: tinned
Contact surface (Signal)	tinned
Layer structure of the solder connection (hybrid)	Layer structure of the solder connection: Material: Ni Layer strength: min.: 1 µm max.: 3 µm Material: Sn Layer strength: min.: 4 µm max.: 8 µm Hybrid component: Signal
Layer structure of the solder connection (Signal)	1-3 µm Ni / 4-8 µm Sn
Layer structure of the plug contact (hybrid)	Layer structure of the plug contact: Material: Ni Layer strength: min.: 1 µm max.: 3 µm Material: Sn Layer strength: min.: 4 µm max.: 8 µm Hybrid component: Signal
Layer structure of the plug contact (Signal)	1-3 µm Ni / 4-8 µm Sn
Rated voltage for overvoltage class / pollution severity level II/2 (hybrid)	Hybrid component: Signal nominal: 320 V
Rated voltage for overvoltage class/pollution severity level II/2 (Signal)	320 V
Rated voltage for overvoltage class / pollution severity level III/2 (hybrid)	Hybrid component: Signal nominal: 160 V
Rated voltage for overvoltage class/pollution severity level III/2 (Signal)	160 V
Rated voltage for overvoltage class / pollution severity level III/3 (hybrid)	Hybrid component: Signal nominal: 160 V
Rated voltage for overvoltage class/pollution severity level III/3 (Signal)	160 V
Rated impulse voltage for overvoltage class / pollution severity level II/2 (hybrid)	Hybrid component: Signal nominal: 2,5 kV
Rated impulse voltage for overvoltage class/pollution severity level II/2 (Signal)	2.5 kV
Rated impulse voltage for overvoltage class / pollution severity level III/2 (hybrid)	Hybrid component: Signal nominal: 2,5 kV
Rated impulse voltage for overvoltage class/pollution severity level III/2 (Signal)	2.5 kV
Rated impulse voltage for overvoltage class / pollution severity level III/3 (hybrid)	Hybrid component: Signal nominal: 2,5 kV
Rated impulse voltage for overvoltage class/pollution severity level III/3 (Signal)	2.5 kV
Rated current, number of poles (Tu=40°C) (hybrid)	Hybrid component: Signal min.: 12,7 A
Rated current, number of poles (Tu=20°C) (hybrid)	Hybrid component: Signal min.: 14,2 A
Short-time withstand current capacity (hybrid)	Short-time withstand current resistance: 3 x 1s with 80 A Hybrid component: Signal
Short-time withstand current resistance (Signal)	3 x 1s with 80 A
Creepage distance (hybrid)	Hybrid component: Signal min.: 4,38 mm
Clearance distance (hybrid)	Hybrid component: Signal min.: 3,6 mm
Rated voltage (Use group B / CSA) (Hybrid)	Hybrid component: Signal nominal: 300 V
Rated voltage (Use group B / CSA) (Signal)	300 V
Rated voltage (Use group C / CSA) (Hybrid)	Hybrid component: Signal nominal: 50 V
Rated voltage (Use group C / CSA) (Signal)	50 V
Rated current (Use group B / CSA) (Hybrid)	Hybrid component: Signal nominal: 9 A
Rated current (Use group B / CSA) (Signal)	9 A
Rated current (Use group C / CSA) (Hybrid)	Hybrid component: Signal nominal: 9 A
Rated current (Use group C / CSA) (Signal)	9 A
Rated current (Use group D / CSA) (Hybrid)	Hybrid component: Signal nominal: 9 A
Rated current (Use group D / CSA) (Signal)	9 A
Rated voltage (Use group B / UL 1059) (Hybrid)	Hybrid component: Signal nominal: 300 V
Rated voltage (Use group B / UL 1059] (Signal)	300 V
Rated voltage (Use group C / UL 1059) (Hybrid)	Hybrid component: Signal nominal: 50 V
Rated voltage (Use group C / UL 1059] (Signal)	50 V
Rated voltage (Use group D / UL 1059) (Hybrid)	Hybrid component: Signal
Rated current (Use group B / UL 1059) (Hybrid)	Hybrid component: Signal nominal: 5 A
Rated current (Use group B / UL 1059) (Signal)	5 A
Rated current (Use group C / UL 1059) (Hybrid)	Hybrid component: Signal nominal: 5 A
Rated current (Use group C / UL 1059) (Signal)	5 A
Rated current (Use group D / UL 1059) (Hybrid)	Hybrid component: Signal

Important note

IPC conformity

Conformity: The products are developed, manufactured and delivered according international recognized standards and norms and comply with the assured properties in the data sheet resp. fulfill decorative properties in accordance with IPC-A-610 "Class 2". Further claims on the products can be evaluated on request.

Notes

Technical specifications refer to the power contacts

Technical data of signal contacts: 50V / 5A, stripping length 8mm

Rated current related to rated cross-section & min. No. of poles.

Specifications of diagram: P1=7.62 mm; P2=3.81 mm

Rated data refer only to the component itself. Clearance and creepage distances to other components are to be designed in accordance with the relevant application standards.

MFX and MSFX: X= Position of the middle flange e.g. MF2, MSF3

In accordance with IEC 61984, OMNIMATE-connectors are connectors without breaking capacity (COC). During designated use, connectors are not allowed to be engaged or disengaged when live or under load

Long term storage of the product with average temperature of 50 °C and maximum humidity 70%, 36 months

Downloads

Approval/Certificate/Document of Conformity	[Declaration of the Manufacturer](https://mdcop.weidmueller.com/mediadelivery/asset/900_39474)
Engineering Data	[CAD data -- STEP](https://mdcop.weidmueller.com/mediadelivery/asset/900_99036)
CADENAS eCATALOG	[CAX data](https://weidmueller-embedded.partcommunity.com?catalog=weidmueller_qs&part=1156280000)
Catalogues	[Catalogues in PDF-format](LINK/Catalog.html)
Brochures	[FL DRIVES EN](http://download.weidmueller.com/asset/download/file/40061) [MB DEVICE MANUF. EN](http://download.weidmueller.com/asset/download/file/38257) [PO OMNIMATE EN](http://download.weidmueller.com/asset/download/file/38132) [FL DRIVES DE](http://download.weidmueller.com/asset/download/file/40062) [FL HEATING ELECTR EN](http://download.weidmueller.com/asset/download/file/38195) [FL APPL_INVERTER EN](http://download.weidmueller.com/asset/download/file/38256) [FL_BASE_STATION_EN](http://download.weidmueller.com/asset/download/file/38194) [FL ELEVATOR EN](http://download.weidmueller.com/asset/download/file/38203) [FL POWER SUPPLY EN](http://download.weidmueller.com/asset/download/file/38213) [FL 72H SAMPLE SER EN](http://download.weidmueller.com/asset/download/file/38294) [PO OMNIMATE EN](http://download.weidmueller.com/asset/download/file/38132)

Classifications

ETIM 6.0	EC002637
ETIM 7.0	EC002637
ETIM 8.0	EC002637
ETIM 9.0	EC002637
ECLASS 9.0	27-44-04-02
ECLASS 9.1	27-44-04-02
ECLASS 10.0	27-44-04-02
ECLASS 11.0	27-46-02-01
ECLASS 12.0	27-46-03-01
ECLASS 13.0	27-46-03-01
ECLASS 14.0	27-46-03-01

Approvals

Approvals	![CSA](/picture/CSA.gif) ![CURUS](/picture/CURUS.gif)
ROHS	Conform
UL File Number Search	[UL Website](LINK/UL_search.html)
Certificate No. (cURus)	E60693

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