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All dimensions in mm. All figures are illustrations of photos. Changes reserved

 
 

17 

Adjustment of the Crimp Tongs 080.000.037.000.000 and 080.000.038.000.000 

 

 

 
 
 

 
Please fasten the Positionier under consideration 
of the guiding into the tong. 
 
 
 
 
 
 
080.000.037:  
Therby push the positionier down and turn it  
clockwise at the same time. 

 

080.000.038:  
You don´t have to do this with this tong. 
 
 
080.000.037:  
To fix the positionier in this position, you have to 
use the attached safety pin. 

 

080.000038: 
Here you have to fix the positionier with some 
attached allen screw and the suitable spanner. 

Please turn the adjustment wheel onto the right 
position. If the adjustment is done, so please fix 
the wheel with the attached safety pin. 
 
Now the tong is ready adjusted. You can start 
with the crimp process. 

ODU MAC LC – Crimp Information 

Required Tools: 

Positionier 
 
 
 
 
 
Crimp Tong 

1. Fasten the Positionier on the Crimp Tong 

2. Adjust of the Crimp Tong for the cable cross section 

Summary of Contents for MAC LC

Page 1: ...All dimensions in mm All figures are illustrations of photos Changes reserved 1 ODU MAC LC Modular Attachable Connector Stand February 2008...

Page 2: ...Table of Content Product information Page 3 Modules Page 4 10 Frames Page 11 Panel Mounted Base DIN housing Page 12 Cable Hood DIN housing Page 13 Accessories Page 14 Crimp Information Page 15 17 Remo...

Page 3: ...ng turned slotted contacts up to 5 000 mating cycles The economic aspect is reinforced by the simple processing of the contacts and modules User friendly assembly and removal even when assembled disti...

Page 4: ...s 5 000 5 6 Positions 2 Units 4 8 mm Reference voltage 400V Rated surge voltage 2500 V Degree of pollution 2 Mating cycles 5 000 6 5 Positions 3 Units 7 2 mm Reference voltage 630V Rated surge voltage...

Page 5: ...contact Cu Alloy gold plated Operating temperature 40 C up to 125 C Mating cycles 5 000 Part No Wire cross section mm Termination AWG max Current A Contact Resistance m average Insulation body 631 11...

Page 6: ...rial contact Cu Alloy gold plated Operating temperature 40 C up to 125 C Mating cycles 5 000 Part No Wire cross section mm Termination AWG max Current A Contact Resistance m average Insulation body 63...

Page 7: ...ial contact Cu Alloy gold plated Operating temperature 40 C up to 125 C Mating cycles 5 000 Part No Wire cross section mm Termination AWG max Current A Contact Resistance m average Insulation body 631...

Page 8: ...l Insulation body PBT PTFE Contact Cu Alloy Operating temperature 40 C up to 125 C Mating cycles 5 000 Part No Cable Impedance Cable Insulation body 631 120 102 923 000 Pin Contact 122 131 003 270 000...

Page 9: ...rial Insulation body PBT PTFE Contact Cu Alloy Operating temperature 40 C up to 125 C Mating cycles 5 000 Part No Cable Impedance Cable Insulation body 631 121 104 923 000 Pin contact 122 133 001 270...

Page 10: ...All figures are illustrations of photos Changes reserved 10 Spacer Part No Spacer 1 Unit 631 151 000 923 000 Spacer 3 Units 631 153 000 923 000 Spacer 5 Units 631 155 000 923 000 1 Unit 3 Units 5 Uni...

Page 11: ...31 190 000 600 000 Pin frame 12 51 44 12 x 2 4 28 8 630 191 000 600 000 Socket frame 2 631 191 000 600 000 Pin frame 18 64 57 18 x 2 4 43 2 630 192 000 600 000 Socket frame 3 631 192 000 600 000 Pin f...

Page 12: ...protective cover available Size Part No Panel Mounted Base Dim A Dim B Dim C Dim D x 35 Dim E 1 490 130 400 644 000 44 70 80 48 ca 25 2 491 130 400 644 000 57 83 93 65 ca 35 3 492 130 400 644 000 77 5...

Page 13: ...Dim A Dim B Dim C Exit x 1 5 Protection cover 490 414 450 644 102 490 214 450 644 102 48 25 1 490 415 450 644 102 490 215 450 644 102 44 60 70 32 490 097 212 644 000 491 414 450 644 102 491 214 450 64...

Page 14: ...007 11 0 21 0 027 832 110 210 007 Cover Transport Cover Size Part number with holding rope Part number without holding rope 1 490 097 900 924 000 490 097 900 924 101 2 491 097 900 924 000 491 097 900...

Page 15: ...ing creates an easy reliable corrosion free and long term connection between conductor and contact It requires little skill and can be performed by non experts Crimping causes cold flow of the conduct...

Page 16: ...r completing the crimp process Please consider the assembly instructions mentioned on page 8 and 9 Coax Cable Crimp dies RG 178 RG 196 082 000 039 101 000 RG 174 RG 188 RG 316 RG 179 RG187 082 000 039...

Page 17: ...ng 080 000 037 To fix the positionier in this position you have to use the attached safety pin 080 000038 Here you have to fix the positionier with some attached allen screw and the suitable spanner P...

Page 18: ...lick is hearable By pulling on the cable the contact is removed from the insulation body Removal tool for Coax Contacts Contact Part No 3 9 087 7CC 310 001 000 6 9 087 7CC 690 001 000 Contact Part No...

Page 19: ...mp Crimp information see page 15 Step 3 Insert contacts into insulator according the numbering Step 4 Put assembled insulators into frame observe A to A the coding Clamp PE Shield onto frame Step 5 Mo...

Page 20: ...rect position before inserting See that all insulators were snapped in correctly All snap fits should be in line For Disassembling of insulators always disassemble several insulators Don t pull on the...

Page 21: ...re rise is higher that with single contacts It is therefore necessary to apply a derating factor to calculate the maximum current load per contact in multi pole connectors There is no precise specific...

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