ODU MINI-SNAP PC Product Description ODU MINI-SNAP PC: The Connector with Push-Pull-Locking in Plastic Cylindrical Connectors are generally available with several locking mechanisms: The most frequently used are: Threaded-Locking Sleeve Bayonet-Locking Push-Pull-Locking Push-Pull-Connectors have a very simple locking mechanism: Pulling on the cable or on the back nut causes the locking fingers to grip tighter into the groove inside receptacle. A separation is virtually impossible. Pulling on the outer plug housing disengages the locking fingers from the receptacle groove and the connector separates easily. The Advantages of Push-Pull-Connectors: Quick and easy mating and demating Easy blind mating in difficult to-reach places Less panel space required Definite and secure locking condition Less mating required
Product Description ODU MINI-SNAP PC Applications Medical Consumer Products Test and Measurement Commercial Electronic Industrial Electronic
ODU MINI-SNAP PC General Product Informations Important Issues At A Glance: The series is certificated for and VDE. Connector with plastic housing available in sizes Outside diameter between, mm and 9 mm Number of contact positions: to position With solder-, crimp and print termination available Operation temperature: - C - + C Compatible to ODU MINI-SNAP Series F & Fischer Connectors Holding S.A. (Must be checked) Mating Cycles with all contact types High Economy: - Automatic crimping - Easy mounting of the contacts - Easy mounting from the connector - Economic solutions Further Advantages: - % touch protection - Low weight - Low mating forces - Non magnetic - Autoclavable, chemical resistant Special designs - Watertight version, IP 8 - Shielded version - Disposable = One-Way-Version - Autoclavable version
General Product Informations ODU MINI-SNAP PC Plug, Style, IP Inner parts (sleeve and cable collet in plastic) Back nut Sleeve Housing Cable collet Insert Insulation bodies with turned contacts (Pin or socket) Insulation bodies with stamped and formed contacts (Pin or socket) Easy and fast assembling The long housing guiding groove makes blind assembling possible
ODU MINI-SNAP PC General Product Informations Receptacle, Style, IP Already mounted Press ring (Metal) Housing Hex Nut (Metal or Plastic) Insert Insulation bodies with turned contacts (Pin or socket) Insulation bodies with stamped and formed contacts (Pin or socket) Other styles see page 9
General Product Informations ODU MINI-SNAP PC In-Line Receptacle, Style, IP Inner part (cable collet) in plastic Cable collet Housing Already mounted Press ring Housing Back nut Insert Insulation bodies with turned contacts (Pin or socket) Insulation bodies with stamped and formed contacts (Pin or socket) Easy and fast assembling
General Product Informations ODU MINI-SNAP PC Turned contact Turned contacts are available from the metal version ODU MINI-SNAP in the diameters of. to. mm. The contacts are available with following terminations: Solder Crimp PCB Standard Pin Print termination Solder termination Crimp termination Mating cycles: > Material: Brass Plating: At least, µm Ni; at least, µm Au Informations for diameter, termination styles and current load please find by the inserts (Page )
ODU MINI-SNAP PC General Product Informations Compatibility ODU MINI-SNAP PC is intermatable with the metal version Series F. A part from this, when choosing the right inserts, the connector is intermatable with products of Fischer Connectors Holding S.A. (must be checked). Inserts ODU MINI-SNAP PC has been developed on the basis of the metal version ODU MINI-SNAP. Accordingly a lot of inserts of the series F and series B from the metal version in sizes,, and can be inserted into the MINI-SNAP PC. Approx. different contact configurations are available right now.
ODU MINI-SNAP PC Special designs Watertight version (IP 8) Seal (a) Panel Seal (b) Seal (c) Seal (d) Seal place (b) Seal (a): Sealing between the receptacle and the panel Seal (b): Sealing between the plug and the receptacle Seal (c): Sealing between the both plug housings Seal (d): Sealing between the cable and the plug Receptacle IP 8 (Style E) - IP 8 in mated condition or with protective cover (see page ) - Receptacle is not potted - For all Types (see page ) Plug IP 8 (Style & ) - IP 8 in mated condition - with metall inner parts (Type A/C see page ) The watertight version is also shielded available.
Special designs ODU MINI-SNAP PC Shielded Version with plastic inner parts Contact on spring inner housing sleeve Contact circulated press ring receptacle housing Contact inner housing press ring Contact receptacle housing hex nut panel Contact cable shielding sleeve (inner housing) metallized surface The shielded version is realized by metallizing several components. In spite of the metallizing the connector in mated condition remains % touch proof. Plating: Mating cycles: Contact resistance: Attenuation: µm Cu + µm Ni At least Cycles < mω > db Autoclaving cycles: At least Cycles (DIN EN )
ODU MINI-SNAP PC Special designs Disposable / One-Way-Version Insert Turned or stamped and formed contacts only socket version Hex nut plastic Already mounted Housing plastic Custom specific connector (on request) Not in shielded version available Only with socket insert available
Special designs ODU MINI-SNAP PC Autoclaving of the insulation bodies The insulation body materials are PBT (Standard) or PEEK For Autoclaving - connectors we always use PEEK. (Disposable on request)
Part Number Key ODU MINI-SNAP PC * 8 9 8 9. Connector S = plug type G = receptacle K = In-Line receptacle (Page 8 - ). Style - 9 and A - Z (Page 8 - ). Size, and (Page - ). Type A, B, C and D (Page - ). Coding (Page ). Material - Housing (Page ) 8. Material - Insulator (Page ) 9. +. Contact insert (Page - ) z.b. -way =. Contact Type / Surface (Page ). Contact Diameter (Page ). +. Term. Cross Section. Special inserts 9 (Page - 8). +. Collet System (Page 9 - ) 8. + 9. Cable bend relief Color/Material (Page ) Example: 8 9 8 9 S A 8 T F Z G P Plug IP 8 Size Type A Coding Black plastic housing PBT insulator -way stamped and formed Crimp-Pin AWG 8- Cable diam.,-, mm Black Cable Bend Relief - Material PUR * If in field number there is a or 8, and in field number there is a A, B, C, or D, it can be seen right away that this product is a Push-Pull Connector of the plastic PC version.
ODU MINI-SNAP PC Dimensions Part Number Key 8 9 8 9 S S S S Straight Plug - IP With Standard Back Nut - IP With Back Nut for Cable Bend Relief - IP 8 Watertight with Standard Back Nut - IP 8 Watertight with Back Nut for Cable Bend Relief Contact configuration from page L (Suitable for all following receptacles and In-Line-Receptacles) S S D SW-A SW-B L Dimensions in mm Size L L D SW-A SW-B S S L D ~ ~, ~ ~ 9 ~ 9 ~ 9 SW-A SW-B L
Dimensions ODU MINI-SNAP PC Part Number Key 8 9 8 9 G Receptacle Style ODU MINI-SNAP PC receptacle IP, installation from front of panel L C Technical Data SW D IP anti-rotation feature contact configuration from page min. wall-thickness mm M G Dimensions in mm Panel Size L D C M SW Cut-Out 8,,,,, SW, / Ø,,,,, 9, SW, / Ø,,,,,, SW 9, / Ø, Style ODU MINI-SNAP PC receptacle IP, continuous thread, installation from rear or front of panel. Front extension adjustable. L M Ø Technical Data SW SW D IP anti-rotation feature contact configuration from page M SW Dimensions in mm Panel Size L D M M SW Cut-Out 8, 9,,,, SW, / Ø,,,,, 9, SW, / Ø,, 8,,,, SW 9, / Ø, Ø SW G E Style E ODU MINI-SNAP PC receptacle IP 8, installation from front of panel. L C Technical Data SW D IP 8 contact configuration from page M Dimensions in mm Panel Size L D C M SW Cut-Out, 8, ~,,, SW, / Ø,,, ~,, 9, SW, / Ø, 8,, ~,,, SW 9, / Ø, Ø SW
ODU MINI-SNAP PC Dimensions Part Number Key 8 9 8 9 K K In-Line Receptacle - IP With Standard Back Nut - IP With Back Nut for Cable Bend Relief Contact configuration from page L K D SW-A L Dimensions in mm Size L D SW-A,,,,,,,,, K D SW-A ODU MINI-SNAP PC In-Line Receptacle connect to plug for cable-to-cable connection. For assembly use adhesive Scotch Weld DP 9 (ODU Number: 89 ) for thread locking of the housings.
ODU MINI-SNAP PC Contact Configurations Size, turned contacts Part Number Key 8 9 8 9 * Size Positions Positions Contact Ø mm (Termination cross section see page ) Rated current (A) (Derating factor see page ) Test voltage acc. VDE :98- (kvrms) Test voltage acc. SAE AS:998 method. (kvrms) Rated voltage acc. SAE AS:998 method. (kvrms) ) Terminations (Surface see page 8) Solder Crimp (Tools for assembly see page ) PCB (PCB Layout and pin length on request) View on to termination area Pin Part Socket part,,,,,,,, Standard Contact Configuration compatible with other manufacturers,9,,,,9,8,,,,8,,,,8,,,,8,, 8 9 9 8 Special Contact Configuration not compatible with other manufacturers 8,,8,,,,8,,,,,9, * If you use a standard contact configuration, so please insert a. If you use a special contact configuration, so please insert a 9. ) Rated voltage acc. SAE AS :998 method. corresponded MIL-STD, method, test acc. IEC test a. calculation method, caution and suggestion see page 8
Contact Configurations ODU MINI-SNAP PC Size, stamped and formed contacts Part Number Key 8 9 8 9 * Terminations (Surface see page 8) Size Positions Positions Contact Ø mm (Termination cross section see page 8) Rated current (A) (Derating factor see page ) Test voltage acc. VDE :98- (kvrms) Test voltage acc. SAE AS:998 method. (kvrms) Rated voltage acc. SAE AS:998 method. (kvrms) ) Solder Crimp (Tools for assembly see page ) PCB only socket (PCB Layout and pin length on request) View on to termination area Pin Part Socket part Standard *,,,,,,,, Special * 8,,,, * = Standard Contact Configuration compatible with other manufacturers * = Special Contact Configuration not compatible with other manufacturers * If you use a standard contact configuration, so please insert a. If you use a special contact configuration, so please insert a 9. ) Rated voltage acc. SAE AS :998 method. corresponded MIL-STD, method, test acc. IEC test a. calculation method, caution and suggestion see page 8 ) The stamped crimp contacts are only with PEEK insulator available
ODU MINI-SNAP PC Contact Configurations Size, turned contacts Part Number Key 8 9 8 9 * * If you use a standard contact configuration, so please insert a. If you use a special contact configuration, so please insert a 9. Size Positions Positions Contact Ø mm (Termination cross section see page ) Rated current (A) (Derating factor see page ) Test voltage acc. VDE :98- (kvrms) Test voltage acc. SAE AS:998 method. (kvrms) Rated voltage acc. SAE AS:998 method. (kvrms) ) Terminations (Surface see page 8) Solder Crimp (Tools for assembly see page ) PCB (PCB Layout and pin length on request) View on to termination area Pin Part Socket part Standard Contact Configuration compatible with other manufacturers,9,,,,9,,,,,,, 9,,8,, 9 8 9 9 8 9 8 8 9 8 8 9 9 8 8 9,,,,8 Special Contact Configuration not compatible with other manufacturers 8,,,,,9,,,,9,,,,,,, ) Rated voltage acc. SAE AS :998 method. corresponded MIL-STD, method, test acc. IEC test a. calculation method, caution and suggestion see page 8
Contact Configurations ODU MINI-SNAP PC Size, stamped and formed contacts Part Number Key 8 9 8 9 * Size Positions Positions Contact Ø mm (Termination cross section see page ) Rated current (A) (Derating factor see page 8) Test voltage acc. VDE :98- (kvrms) Test voltage acc. SAE AS:998 method. (kvrms) Rated voltage acc. SAE AS:998 method. (kvrms) ) Terminations (Surface see page 8) Solder Crimp (Tools for assembly see page ) PCB (only sockets) ) (PCB Layout and pin length on request) View on to termination area Pin Part Socket part Standard *,,,, 8 9 8 9 Special *,,,,,,,, * = Standard Contact Configuration compatible with other manufacturers * = Special Contact Configuration not compatible with other manufacturers * If you use a standard contact configuration, so please insert a. If you use a special contact configuration, so please insert a 9. ) Rated voltage acc. SAE AS :998 method. corresponded MIL-STD, method, test acc. IEC test a. calculation method, caution and suggestion see page 8 ) The stamped crimp contacts are only with PEEK insulator available
ODU MINI-SNAP PC Contact Configurations Size, turned contacts Part Number Key 8 9 8 9 * * If you use a standard contact configuration, so please insert a. If you use a special contact configuration, so please insert a 9. Size Positions Positions Contact Ø mm (Termination cross section see page ) Rated current (A) (Derating factor see page ) Test voltage acc. VDE :98- (kvrms) Test voltage acc. SAE AS:998 method. (kvrms) Rated voltage acc. SAE AS:998 method. (kvrms) ) Terminations (Surface see page 8) Solder Crimp (Tools for assembly see page ) PCB (PCB Layout and pin length on request) View on to termination area Pin Part Socket part Standard Contact Configuration compatible with other manufacturers,9,,,,,,,,,,, 9 8 8 8 9 9 8 9 8 9 9 8 8 8 9 9 8 9 8 9,,,,,,,8, 8,,,, Special Contact Configuration not compatible with other manufacturers 8,9,,,,9,,,,,,,,,8,,,,8,, ) Rated voltage acc. SAE AS :998 method. corresponded MIL-STD, method, test acc. IEC test a. calculation method, caution and suggestion see page 8
Contact Configurations ODU MINI-SNAP PC Size, stamped and formed contacts Part Number Key 8 9 8 9 * Size Positions Positions Contact Ø mm (Termination cross section see page 8) Rated current (A) (Derating factor see page ) Test voltage acc. VDE :98- (kvrms) Test voltage acc. SAE AS:998 method. (kvrms) Rated voltage acc. SAE AS:998 method. (kvrms) ) Terminations (Surface see page 8) Solder Crimp (Tools for assembly see page ) PCB (only sockets) ) (PCB Layout and pin length on request) View on to termination area Pin Part Socket part Standard *,,,,,,,, 8 8 9 9 8 9 8 9 8 8 9 9 8 9 8 9,,,, Special *,,,,,,,, * = Standard Contact Configuration compatible with other manufacturers * = Special Contact Configuration not compatible with other manufacturers * If you use a standard contact configuration, so please insert a. If you use a special contact configuration, so please insert a 9. ) Rated voltage acc. SAE AS :998 method. corresponded MIL-STD, method, test acc. IEC test a. calculation method, caution and suggestion see page 8 ) The stamped crimp contacts are only with PEEK insulator available
ODU MINI-SNAP PC Details for the Part Number Key Coding Part Number Key 8 9 8 9 Receptacle Front View Size Special Coding (not compatible) 9 Housing Part Number Key 8 9 8 9 8 Standard Plastic, black similar RAL 9 Plastic, white similar RAL 9 (shielded version not in white colour available)
Details for the Part Number Key ODU MINI-SNAP PC Insulation Body Material Part Number Key 8 9 8 9 T PBT P PEEK Turned Contacts Solder Crimp Print PBT PEEK - Stamped and Formed Contacts Solder Crimp Print PBT - - PEEK ) PEEK for receptacle disposable only on request.
ODU MINI-SNAP PC Details for the Part Number Key Contact Type / Contact Surface - Contact Diameter Part Number Key 8 9 8 9 Type Surface Contact Ø Turned Contacts * Stamped Contacts Socket Pin Socket Pin Socket Pin Socket Pin Socket Pin Socket L -, µm Au (min.) L -, µm Au (min.) C-, µm Au (min.) C -, µm Au (min.) P -, µm Au (min.) P -, µm Au (min.) L -, µm Au (min.) L -, µm Au (min.) C-, µm Au (min.) C -, µm Au (min.) P -, µm Au (min.) L M N P Q R,,,9 mixed,,,,,, Has to mach with selected contact inserts (Page ) C F J M P Q S T V W L = Solder termination C = Crimp termination P = PCB termination * = Only with Ø, mm available
Details for the Part Number Key ODU MINI-SNAP PC Termination Cross Section for Turned Contacts Part Number Key 8 9 8 9 Crimp Contact Contact Ø Size AWG mm, /,/,,,8,9 /,/,,9 /,/,8, 8,, /,/,,,8,9 /,/,,9,8,9 /,/,8, 8,, /,/,,,8, 8/,8/,,9 /,/,,9 /,/,8, 8,, - D G D H L D G D G H L D G C D H L N Tools for crimping and their adjustments see Page Solder Contact Contact Ø Term. Ø Term. Cross AWG mm,, 8,8,,,,9,8,8,,,,, 8,,,8,,,, C D G H N Q S PCB Contact Contact Ø Term. Ø,,,,,9,,,,,,, For mixed inserts (Please provide details of termination cross section!)
ODU MINI-SNAP PC Details for the Part Number Key Termination Cross Section for Stamped and Formed Contacts Part Number Key 8 9 8 9 Crimp Contact Contact Ø Size AWG mm, /,/,8, 8/,9/,, /,/,8, 8/,9/,, /,/,8, 8/,9/, Y Z Y Z Y Z Solder Contact Contact Ø Term. Ø Term. Cross AWG mm,,,8 G PCB Contact* Contact Ø Term. Ø,, * Only socket insert available
Details for the Part Number Key ODU MINI-SNAP PC Plastic cable collet for the Types B & D (Page and ) Part Number Key 8 9 8 9 Cable diameter in mm >, -, >, -, Size Insert: Application: for all Plugs and In-Line Receptacles of the Types B & D Collet Nut for strain relief. >, -, >, -, >, - 9, 9 > 9, -, without collet nut with all collet nuts X X
ODU MINI-SNAP PC Details for the Part Number Key Anti Rotation Pin Collet System for the Types A & C (Page ) Part Number Key Cable-Ø 8 9 8 9 EMI Ring Cable diameter in mm Size Collet Nut >, -, >, -, Insert: for all Plugs and In-Line Receptacles of the Types A & C. >, -, >, -, Application: Collet nut for strain relief, EMI ring for conductive path between shield and housing. >, -, >, -, >, -, >, -, >, -, >, -, >, - 8, > 8, - 8, > 8, - 9, > 9, - 9, > 9, -, >, -, 8 8 9 9 >, -, without collet system
Details for the Part Number Key ODU MINI-SNAP PC Right-angeled PCB-contacts for the Receptacle Part Number Key 8 9 8 9 G Right-angeled PCB-contacts A Only in style available. Style and E on request. For the Panel cut-out and the PCB-layout please ask for a data sheet.
ODU MINI-SNAP PC Details for the Part Number Key Cable Bend Relief (see page ) Part Number Key 8 9 8 9 Color of the Cable Bend Relief Color / RAL-Number (similar) red RAL A white RAL 9 B yellow RAL C green RAL 9 D blue RAL E grey RAL F black RAL 9 G orange RAL H purple RAL J brown RAL 8 K light green RAL 8 L light blue RAL M Temperature range PUR - ºC up to +8 ºC Short-term up to + ºC Material PUR without cable bend relief P
ODU MINI-SNAP PC Technical Information Current Load - Turned Contacts Nominal Single Contact Current Load for pin / slotted socket (Nominal Diameter. mm -. mm) Increase of temperatures (K) 9 8 Ø, mm Ø, mm Ø,9 mm Ø, mm Ø, mm 8 9 8 9 Load Current (A) Upper Maximum Temperature for Standard Contacts: + C Test contact was terminated to largest possible conductor. Connectors or cables with more than one contact or conductor generate a higher temperature than a single contact. Therefore, a Derating Factor must be applied. For connectors the Derating Factor is applied according to DIN 98 part / VDE 98 part. The Derating Factor is used starting with loaded wires. (DIN T ) Derating Factor: Number of loaded wires Derating Factor,,,, 9,,
Technical Information ODU MINI-SNAP PC Current Load - Stamped and Formed Contacts Nominal Single Contact Current Load for pin / slotted socket (Nominal diameter, mm) Termination Cross Section: AWG 8 Termination Cross Section: AWG Termination Cross Section: AWG Termination Cross Section: AWG 9 8 Increase of temperatures (K) 8 Load Current (A) Mating Force: Demating Force:..~,... N..~,... N Conclusion: The diagram shows that the connector under a current load of A will reach a temperature of approx. K with connection AWG 8 will reach a temperature of approx. K with connection AWG will reach a temperature of approx. K with connection AWG will reach a temperature of approx. K with connection AWG
ODU MINI-SNAP PC Technical Information Housing materials / Surfaces Material Surface Component Parts Designation Thickness of the film Housing (standard) PEI (GF) Back Nut Polyetherimid Sleeve Housing (shielded) PEI (GF) Partial: + µm Cu Polyetherimid + µm Ni Collet (Type B & D) PES Polyethersulfon Collet (Type A & C) EMI-Ring Half-Shells Cu-alloy Ni matt -8 µm Nut Turned Contacts Cu-alloy +, µm Ni +, µm Au +, µm Ni Stamped and formed Cu-alloy +, µm Au on the contacts mating area +, µm Sn on the termination area Insulation Body Material (UL 9 V- rated) Norm Unit PBT PEEK Dialectric Strenght DIN ASTM KV / mm 9 8 D-9 Operating Temperature -- -- C - / + - / + Flammability rating UL 9 -- -- V- V- Creeping distance IEC (V) acc. to CTI
Technical Information ODU MINI-SNAP PC Mating Force, Demating Force and Pull-Off-Force (All details are for the standard housing without insert) Size Size Size Mating Force max., N max.,8 N max. N Demating Force max., N max.,8 N max. N Pull-Off-Force* min. 8 N min. 8 N min.. 8 N * After an inadvertment pull-out the plug can used again.
ODU MINI-SNAP PC Technical Information Electromagnetic Compatibility (EMC) When discussing electromagnetic compatibility (EMC) we nned take into account not only the device, circuit etc. but moreover the entire network and communication links and interconnections. This involves all connecting elements such as conductors and connectors. Electromagnetic interference from the outside into the connector can lead to system malfunctioning. The best way to prevent this is by providing a high-quality shield between the cable and the connector. In order to provide reliable EMC data to our customers we engaged the services of a certified test laboratory to investigate the EMC characteristics of the ODU MINI-SNAP PC. They tested for us Size,,, and MINI-SNAP connectors. Measurements were conducted using the inductive wire or parallel wire method in accordance with test procedure VG --. In this set-up, the mated connector is connected on one end to a network analyzer and terminated on the other end with a suitable impedance. The inductive wire is then mounted in close proximity along the mated connector pair. The induction wire is a ribbon cable which permits to vary the level of induction by using more or less of the ribbon conductors. Next, a signal with a frequency range of khz to, GHz is connected to the ribbon cable. The network analyzer is used to measure the amount of signal induced into the connector circuit. The result is shown as the shielding attenuation A T in db. It is essential that all leads to the connector are shielded so that no signal can be induced into the circuit at any other place except the connector. The various attenuation values are plotted on a logarithmic scale as attenuation in db vs. frequency. Network Analyzer Attenuator db Power Devider Coupler Termination Impedance Termination Impedance Inductive wire Tape Coupler Object under Test Frequency in GHz,,,, - - Attenuation in db - - - - - -8
Technical Information ODU MINI-SNAP PC Autoclaving of ODU MINI-SNAP Connectors If required ODU can deliver MINI-SNAP connectors for the following sterilization process: Steam-sterilization with pre-vacuum or gravitation-process. Connectors were tested with autoclave equipment with reference to DIN EN at C and cycles. Sterilization Curve: pressure in mbar abs. time. Pre-vacuum. Pressure increase. Pressure increase. Pre-vacuum. Pressure increase Temperature increase in transition Influence min. at C min. at C Pressure decrease After-vacuum Drying time Ventilation Ventilation Increase of pressure Sterilization Sterilization Curve Drying For other sterilization-processes please contact our technical support team.
ODU MINI-SNAP PC Accessories Back Nut for Cable Bend Relief A Cable Bend Relief SW ØB Color Black White Size Part Number K 9 8 K 9 8 K 9 8 K 9 K 9 K 9 Dimensions in mm A ØB SW,,,,,,,,,,,,,,,,,, Cable Bend Relief L * = In... please indicate color code Size Part Number* Dim. L... 9... 9... 9... 9... 9... 9... 9... 9... 9... 9... 9... 9... 9... 9 8... 9... 9... 9... 9... 9 8... 9 9 Cable O.D. min. >, >, >, >, >, >, >, >, >, >, >, >, >, > 8, >, >, >, >, > 8, > 9, max.,,,,,,,,,,,, 8, 9,,,, 8, 9,, Color code 8 9 Color red white yellow green blue grey black orange violet brown light green light blue RAL-No. (similar) 9 9 9 8 8 Temperature range PUR - ºC up to +8 ºC Short-term up to + ºC
Accessories ODU MINI-SNAP PC Protective Cover for IP and IP8 (for all receptacle styles) A Spanner Wrench L B b B C C Size Part Number K 9 9.. K 9 9.. K 9 9.. Dimensions in mm A B C,,,,, ~ ~8 ~ With. please, register desired lanyard material = Polyamid lanyard with loop = Stainless steel lanyard with loop = Polyamid lanyard with solder lug = Stainless steel lanyard with solder lug With. please, register desired colour of the cap* = White cap 8 = Black cap * = If you use a polyamid lanyard, the colour is corresponding with the colour of the cap. SW t = Thickness Part number No. SW t B L b 98..., 98...,, 98, 98..., 98...8., 98... 9 9, 8 98...,
ODU MINI-SNAP PC Assembly Instructions Assembly Instructions For plugs with plastic inner parts (IP ) Type B and D Crimp insertes Housing Screw locking with glue. Recommended glue: Scotch Weld DP 9 Solder insertes Sleeve Collet Back nut. Slide back nut, collet and sleeve over the cable. Crimp termination Solder termination Part number see page. Strip cable and wire. Fit wire into the contact barrel and crimp. Strip cable and wire. Pre-tinning of strands recommended Solder iron Part number see page and 8. insert contacts into insulator, use the insertion tool to push them in. Solder each wire to the corresponding contact. Bend cable shield outwards.. Slide the collet against the sleeve and clamp the shield between it. Internal guides. Now you can put the assembled cable into the plug-housing. 8. Screw back nut on the plug and fasten cabel in the housing. * Now the plug is assembled. * ODU Spanner-Wrench: see page
Assembly Instructions ODU MINI-SNAP PC Assembly Instructions For plugs with metal inner parts (IP 8) Type A and C Housing Half shells Crimp insertes Back nut Screw locking with glue. Recommended glue: Scotch Weld DP 9 Solder insertes Collet Seal Ring EMI Ring. Slide Back nut, Collet, Seal Ring and EMI-Ring over the cable. Crimp termination Solder termination Part number see page. Strip cable and wire. Fit wire into the contact barrel and crimp. Strip cable and wire. Pre-tinning of strands recommended Solder iron Part number see page and 8. insert contacts into insulator, use the insertion tool to push them in. Solder each wire to the corresponding contact. Bend cable shield outwards. Half shells. Slide the EMI-Ring against the sleeve and clamp the shield between it. Internal guides. Now you can put the assembled cable into the plug-housing. 8. Screw back nut on the plug and fasten cabel in the housing. * Now the plug is assembled. * ODU Spanner-Wrench: see page
Part Number Key * 8 9 8 9. Connector S = plug type G = receptacle K = In-Line receptacle (Page 8 - ). Style - 9 and A - Z (Page 8 - ). Size, and (Page - ). Type A, B, C and D (Page - ). Coding (Page ). Material - Housing (Page ) 8. Material - Insulator (Page ) 9. +. Contact insert (Page - ) z.b. -way =. Contact Type / Surface (Page ). Contact Diameter (Page ). +. Term. Cross Section. Special inserts 9 (Page - 8). +. Collet System (Page 9 - ) 8. + 9. Cable bend relief Color/Material (Page ) Example: 8 9 8 9 S A 8 T F Z G P Plug IP 8 Size Type A Coding Black plastic housing PBT insulator -way stamped and formed Crimp-Pin AWG 8- Cable diam.,-, mm Black Cable Bend Relief - Material PUR * If in field number there is a or 8, and in field number there is a A, B, C, or D, it can be seen right away that this product is a Push-Pull Connector of the plastic PC version.