EHN.3F.330.XLM

EHN.3F.330.XLM Datasheet

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Part	Datasheet
EHN.3F.330.XLM	EHN.3F.330.XLM (pdf)

Related Parts	Information
DCE.91.131.FVC	DCE.91.131.FVC
DCE.91.131.FVM	DCE.91.131.FVM
ECS.FF.303.XLC	ECS.FF.303.XLC
ECN.FF.304.XLN	ECN.FF.304.XLN
ECN.FF.304.XLM	ECN.FF.304.XLM
PBS.1F.308.XLC	PBS.1F.308.XLC
PBN.2F.319.CLM	PBN.2F.319.CLM
PBN.1F.305.XLM	PBN.1F.305.XLM
PEN.0F.303.XLM	PEN.0F.303.XLM
PEN.1F.305.XLM	PEN.1F.305.XLM
PEN.0F.305.XLM	PEN.0F.305.XLM
PEN.2F.310.XLM	PEN.2F.310.XLM
PEN.2F.312.XLM	PEN.2F.312.XLM
PES.0F.305.XLC	PES.0F.305.XLC
PEX.5F.364.XLC	PEX.5F.364.XLC
PES.1F.308.XLC	PES.1F.308.XLC
PEW.5F.364.XLM	PEW.5F.364.XLM
PES.2F.310.XLC	PES.2F.310.XLC
EEN.1F.307.XLM	EEN.1F.307.XLM
EES.2F.319.XLC	EES.2F.319.XLC
EEN.3F.322.XLM	EEN.3F.322.XLM
EEN.2F.319.XLM	EEN.2F.319.XLM
EEN.1F.308.XLM	EEN.1F.308.XLM
EEN.2F.308.XLM	EEN.2F.308.XLM
EEN.1F.305.XLM	EEN.1F.305.XLM
EEN.1F.303.XLM	EEN.1F.303.XLM
EEN.0F.305.XLM	EEN.0F.305.XLM
EEN.0F.304.XLM	EEN.0F.304.XLM
EEN.2F.310.XLM	EEN.2F.310.XLM
PHN.2F.310.XLM	PHN.2F.310.XLM
PHN.FF.304.XLM	PHN.FF.304.XLM
PHP.0F.303.XLM	PHP.0F.303.XLM
PHP.1F.308.XLM	PHP.1F.308.XLM
PHN.1F.307.XLM	PHN.1F.307.XLM
PHS.0F.303.NLC	PHS.0F.303.NLC
PHS.0F.303.XLC	PHS.0F.303.XLC
PHS.0F.305.XLC	PHS.0F.305.XLC
PHS.1F.307.XLC	PHS.1F.307.XLC
PHS.1F.308.XLC	PHS.1F.308.XLC
PHP.2F.308.XLM	PHP.2F.308.XLM
PHN.1F.305.XLM	PHN.1F.305.XLM
PHN.1F.303.XLM	PHN.1F.303.XLM
PHS.2F.319.XLB	PHS.2F.319.XLB
PHW.5F.364.XLM	PHW.5F.364.XLM
PHS.3F.330.XLC	PHS.3F.330.XLC
HEP.1F.308.XLNP	HEP.1F.308.XLNP
HES.0F.304.XLDP	HES.0F.304.XLDP
HEN.0F.304.CLNP	HEN.0F.304.CLNP
HEN.0F.305.XLNPS	HEN.0F.305.XLNPS
HEN.0F.305.XLVP	HEN.0F.305.XLVP
HEW.LF.368.XLNP	HEW.LF.368.XLNP
HEN.FF.304.XLNP	HEN.FF.304.XLNP
HEP.2F.319.XLNP	HEP.2F.319.XLNP
HES.0F.302.XLDP	HES.0F.302.XLDP
HEW.4F.340.XLNP	HEW.4F.340.XLNP
HES.1F.303.CLDP	HES.1F.303.CLDP
HES.1F.307.XLDP	HES.1F.307.XLDP
HES.1F.308.XLDP	HES.1F.308.XLDP
HES.2F.308.XLDP	HES.2F.308.XLDP
HES.3F.322.XLDP	HES.3F.322.XLDP
HET.3F.330.XLDPS	HET.3F.330.XLDPS
HEP.2F.308.XLNP	HEP.2F.308.XLNP
FNN.1F.307.XLC	FNN.1F.307.XLC
FNN.1F.305.XLC	FNN.1F.305.XLC
FNN.2F.319.XLC	FNN.2F.319.XLC
GEC.2F.240.RR	GEC.2F.240.RR
GEC.5F.240.PA	GEC.5F.240.PA
GEC.0F.240.PJ	GEC.0F.240.PJ
GRA.0F.269.GJ	GRA.0F.269.GJ
GEC.5F.240.PR	GEC.5F.240.PR
GRA.0F.269.GR	GRA.0F.269.GR
GEC.2F.240.RA	GEC.2F.240.RA
GEC.2F.240.PR	GEC.2F.240.PR
GEC.2F.240.PA	GEC.2F.240.PA
GEC.1F.240.RA	GEC.1F.240.RA
GEC.1F.240.PA	GEC.1F.240.PA
GEC.0F.240.PR	GEC.0F.240.PR
EHS.2F.310.XLC	EHS.2F.310.XLC
EHN.3F.330.XLN	EHN.3F.330.XLN
EGN.2F.310.XLM	EGN.2F.310.XLM
EHN.2F.308.XLM	EHN.2F.308.XLM
EHN.0F.305.XLN	EHN.0F.305.XLN
EHN.0F.303.XLN	EHN.0F.303.XLN
EHN.2F.312.XLM	EHN.2F.312.XLM
EGN.3F.330.XLM	EGN.3F.330.XLM
EGN.2F.312.XLM	EGN.2F.312.XLM
EHS.1F.308.XLC	EHS.1F.308.XLC
EGN.2F.308.XLM	EGN.2F.308.XLM
EHN.0F.304.XLN	EHN.0F.304.XLN
EGN.0F.303.XLM	EGN.0F.303.XLM
EGS.2F.310.XLC	EGS.2F.310.XLC
EGW.4F.340.XLM	EGW.4F.340.XLM
EGN.1F.305.XLM	EGN.1F.305.XLM
EHN.1F.307.XLM	EHN.1F.307.XLM
EGN.0F.304.XLN	EGN.0F.304.XLN
EHS.0F.304.XLC	EHS.0F.304.XLC
EGN.0F.302.XLM	EGN.0F.302.XLM
EHS.3F.330.XLC	EHS.3F.330.XLC
EHW.4F.340.XLM	EHW.4F.340.XLM
EHS.2F.319.XLC	EHS.2F.319.XLC
FGN.0F.304.CLC	FGN.0F.304.CLC
FGN.0F.302.YLC	FGN.0F.302.YLC
FGX.5F.364.XLM	FGX.5F.364.XLM
FGN.1F.307.XLCS	FGN.1F.307.XLCS
FGN.1F.307.YLC	FGN.1F.307.YLC
FGN.1F.308.XLCF	FGN.1F.308.XLCF
FGS.1F.308.XLM	FGS.1F.308.XLM
FGN.2F.310.XLC	FGN.2F.310.XLC
FGN.0F.304.YLC	FGN.0F.304.YLC
FGN.2F.312.CLC	FGN.2F.312.CLC
FGN.2F.319.YLC	FGN.2F.319.YLC
FGP.1F.308.CLC	FGP.1F.308.CLC
FGP.1F.308.YLC	FGP.1F.308.YLC
FGP.2F.308.XLC	FGP.2F.308.XLC
FGP.2F.319.YLCS	FGP.2F.319.YLCS
FGS.0F.302.XLM	FGS.0F.302.XLM
FGN.1F.308.YLCS	FGN.1F.308.YLCS
FGN.1F.307.XLC	FGN.1F.307.XLC
FGS.0F.305.YLM	FGS.0F.305.YLM
FGN.1F.305.XLC	FGN.1F.305.XLC
FGW.5F.364.XLC	FGW.5F.364.XLC
FGS.1F.303.XLM	FGS.1F.303.XLM
FGS.1F.307.XLM	FGS.1F.307.XLM
FGN.1F.303.XLC	FGN.1F.303.XLC
FGN.0F.304.XLC	FGN.0F.304.XLC
FGN.2F.319.XLCF	FGN.2F.319.XLCF
FGN.0F.304.YLB	FGN.0F.304.YLB
FGN.1F.303.YLC	FGN.1F.303.YLC
FGS.1F.308.YLM	FGS.1F.308.YLM
FGS.2F.308.XLM	FGS.2F.308.XLM
FGS.2F.310.XLM	FGS.2F.310.XLM
FGT.3F.330.XLMS	FGT.3F.330.XLMS
FGW.4F.340.XLC	FGW.4F.340.XLC
FGS.0F.303.YLM	FGS.0F.303.YLM
FGN.0F.305.YLCS	FGN.0F.305.YLCS
BRA.1F.200.PZSG	BRA.1F.200.PZSG
BFG.1F.100.XAZ	BFG.1F.100.XAZ
BRF.2F.200.XAV	BRF.2F.200.XAV
BRF.4F.200.XAV	BRF.4F.200.XAV
BRE.4F.200.XAV	BRE.4F.200.XAV
BRE.FF.200.YAV	BRE.FF.200.YAV
BFG.4F.100.XAZ	BFG.4F.100.XAZ
BFN.2F.100.PCSG	BFN.2F.100.PCSG
BFN.1F.100.PCSG	BFN.1F.100.PCSG
BFG.FF.100.XAZ	BFG.FF.100.XAZ
BRE.0F.200.XAV	BRE.0F.200.XAV

PDF Datasheet Preview
COMPACT MULTIPOLE CONNECTORS No reproduction or use without express permission of editorial or pictorial content, in any manner. LEMO reserve the right at all times to modify and improve specifications without any notification. Printed in Switzerland, 2008 LEMO SA Pdf updated, February 2011 Table of Contents General production programme 2 Main characteristics and Series and types LEMO’s push-pull self-latching connection F series production program General characteristics Selection of shell materials, degrees of protection IP code Selection of contact types crimp, print, fibre F Series Interconnections Part numbering system Part section showing internal components Technical characteristics Metal housing models Watertight PCB Models for Fibre Alignment Insert configuration Housings, contacts, cable Variant LEMO F1 ECU systems connectors Spare parts Crimp contacts F7 fibre optic Locking washers, hexagonal nuts, notched nuts Conical nuts Caps Heatshrink boot, insulating washers Tooling Spanners, taps, manual and pneumatic crimping tools Positioners, extractor for crimp contact Banding tool, retention testing tool Fibre Optic Tooling Complete workstation for F7 fibre optic Crimping tool, epoxy curing oven, polishing tool Fibre inspection microscope, microscope adaptor, F7 contact alignment device tool.............................33 Panel Mounting nut torque PCB Drilling Pattern Fixed socket with straight print contact Fixed socket with elbow print contact Technical Characteristics.................. Outer Insulator Electrical contact Test voltage Rated current Assembly instructions Technical Product safety General Production Programme Connectors Unipole from 2 to 150 Amps Coaxial 50 and 75 Ω Coaxial 50 Ω NIM-CAMAC Coaxial 50 Ω for frequency 12 GHz Multicoaxial 50 and 75 Ω ● Multipole from 2 to 68 contacts Multipole up to 106 contacts High Voltage 3, 5, 8, 10, 15, 30 and 50 kV cc Multi High Voltage 3, 5, and 10 kV cc Triaxial 50 and 75 Ω Quadrax Mixed High Voltage HV + Low Voltage LV Mixed Coax + LV and Triax + LV Thermocouple and multithermocouple Fibre optic singlemode and multimode ● Multi Fibre optic ● Mixed fibre optic + LV Mixed fibre optic + HV + LV Fluidic and Multifluidic Mixed fluidic + LV Subminiature ● Miniature ● Sockets for printed circuit board Remote handling shell ● Watertight socket Hermaphroditic shell Rectangular connectors Sealed pressure and/or vacuum socket Plastic shell ● With aluminium outer shell With stainless steel outer shell With microswitch Main Characteristics and Types

PDF Datasheet Preview

COMPACT MULTIPOLE CONNECTORS

No reproduction or use without express permission of editorial or pictorial content, in any manner. LEMO reserve the right at all times to modify and improve specifications without any notification.

Printed in Switzerland, 2008 LEMO SA Pdf updated, February 2011

Table of Contents

General production programme 2 Main characteristics and Series and types LEMO’s push-pull self-latching connection F series production program General characteristics Selection of shell materials, degrees of protection IP code Selection of contact types crimp, print, fibre

F Series Interconnections

Part numbering system Part section showing internal components Technical characteristics Metal housing models Watertight PCB Models for Fibre Alignment Insert configuration Housings, contacts, cable Variant LEMO F1 ECU systems connectors

Spare parts Crimp contacts

F7 fibre optic Locking washers, hexagonal nuts, notched nuts Conical nuts

Caps

Heatshrink boot, insulating washers

Tooling Spanners, taps, manual and pneumatic crimping tools

Positioners, extractor for crimp contact Banding tool, retention testing tool

Fibre Optic Tooling Complete workstation for F7 fibre optic

Crimping tool, epoxy curing oven, polishing tool Fibre inspection microscope, microscope adaptor, F7 contact alignment device tool.............................33

Panel Mounting nut torque

PCB Drilling Pattern Fixed socket with straight print contact

Fixed socket with elbow print contact

Technical Characteristics.................. Outer

Insulator Electrical contact Test voltage Rated current Assembly instructions Technical Product safety

General Production Programme

Connectors

Unipole from 2 to 150 Amps Coaxial 50 and 75 Ω Coaxial 50 Ω NIM-CAMAC Coaxial 50 Ω for frequency 12 GHz Multicoaxial 50 and 75 Ω ● Multipole from 2 to 68 contacts Multipole up to 106 contacts

High Voltage 3, 5, 8, 10, 15, 30 and 50 kV cc

Multi High Voltage 3, 5, and 10 kV cc Triaxial 50 and 75 Ω Quadrax

Mixed High Voltage HV + Low Voltage LV

Mixed Coax + LV and Triax + LV

Thermocouple and multithermocouple

Fibre optic singlemode and multimode ● Multi Fibre optic ● Mixed fibre optic + LV

Mixed fibre optic + HV + LV

Fluidic and Multifluidic

Mixed fluidic + LV

Subminiature ● Miniature ● Sockets for printed circuit board

Remote handling shell ● Watertight socket

Hermaphroditic shell

Rectangular connectors

Sealed pressure and/or vacuum socket

Plastic shell ● With aluminium outer shell

With stainless steel outer shell

With microswitch

Main Characteristics and Types

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived EHN.3F.330.XLM Datasheet file may be downloaded here without warranties.

Datasheet ID: EHN.3F.330.XLM 645553