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Hydraulic Dieless Crimping Tool

 

Doc No. TM-638161700  Release Date: 03-21-14 

UNCONTROLLED COPY

 

Page 28 of 29 

Revision: D 

Revision Date: 05-10-17 

 

5.3

 

Troubleshooting 

 

Symptom 

 

Cause 

Solution 

Pump reciprocates 

but no oil delivery. 

(Ram will not extend) 

 

Low oil level. 

1.

 

Add oil see 

Refilling The Bladder

 Section 4-5. 

 

Release improperly adjusted. 

2.

 

See 

Adjusting the Pump Release Mechanism

 

Section 3.4. 

Low oil delivery. 

(Ram extends 

slowly) 

 

Inadequate air supply. 

1.

 

Check air input supply. 

2.

 

Contamination,  
check air side of the pump. 

1.

 

Should be 20 CFM mininum. 

2.

 

Clean and reassemble. Thoroughly inspect the 

slot inthe air cylinder tube. 

 

Hydraulic failure. 
Air in hydraulic system. 

Check the oil filter for contamination.  Clean and 
reinstall. 

See 

Bleeding Air From The System

 

Section 4-2. 

 

Release improperly adjusted. 

See 

Adjusting the Pump Release Mechanism 

Section 3.4. 

Pump will not build to 

maximum pressure. 
(No visible leakage) 

 

Check the air supply. 

100 PSI (7 BAR) is required to obtain maximum 
pressure. 

Pump builds pressure 

but will not hold 

 system pressure. 

 

Check hydraulic connections.  Refit as needed. 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Application Tooling Support 

 

Phone:

 +1-402-458-TOOL (8665) 

E-Mail:

 [email protected] 

Website:

 www.molex.com/applicationtooling 

 
 
Molex is a registered trademark of Molex, LLC in the United States of America and may be registered in other countries; all other 
trademarks listed herein belong to their respective owners. 

 

Содержание 63816-1700

Страница 1: ... 14 UNCONTROLLED COPY Page 1 of 29 Revision D Revision Date 05 10 17 Hydraulic Dieless Crimping Tool With Swivel Bench Adapter and Terminal Locator Operation Manual Order No 63816 1700 For Insulated and Non Insulated Terminal and Splices Description Operation Maintenance ...

Страница 2: ... 9 2 1 Setup 10 Air Supply Hook Up 10 Hydraulic Connections and Bench Mounting 10 2 2 Adjustments 11 2 3 Alternative Pump Settings 11 Section 3 12 Terminal Specifications and Crimping Operation 12 3 1 Scope 13 3 2 Terminal Chart 13 3 3 Crimping Terminals 19 3 4 Adjusting the Pump Release Mechanism 20 Section 4 21 4 1 Lubrication 22 4 2 Bleeding Air From The System 22 4 3 Inspecting The Hydraulic F...

Страница 3: ...y also be used to alert against unsafe practices associated with events that could lead to personal injury WARNING WARNING Always wear proper eye protection when Operating or servicing this equipment Failure to wear eye protection could result in serious eye injury from flying debris Heavy Object To avoid muscle strain or back injury use lifting aids and proper lifting techniques when removing or ...

Страница 4: ...ire extreme heat or cold sharp surfaces or heavy impact Do not allow the hose to kink twist curl or bend so tightly that the oil flow within the hose is blocked or reduced Periodically inspect the hose for wear because any of these conditions can damage the hose and possibly result in personal injury Do not use the hose to move attached equipment Stress may damage hose and possibly cause personal ...

Страница 5: ...US 1 630 969 4550 Global This assistance is limited to the operation and set up of a customer s Molex Press Assembly Questions with regard to Molex connector products or how to identify the proper tooling and or tooling documentation should be directed to your local Molex personnel or Customer Service Representative When calling for service on the tool a copy of the Tooling Manual and Specific App...

Страница 6: ...Tool Doc No TM 638161700 Release Date 03 21 14 UNCONTROLLED COPY Page 6 of 29 Revision D Revision Date 05 10 17 Section 1 General Description 1 1 Description 1 2 Features 1 3 Technical Specifications 1 4 Delivery Check 1 5 Tools ...

Страница 7: ...zes four crimp nibs 3 moving and one stationary The three movable nibs close against the terminal which nests on the fourth nib creating crimp indentations from the top bottom and both sides resulting in a four sided quad crimp The operator adjusts the air pressure thru the air gauge to produce the proper crimp This tool is designed to crimp 8 AWG to 500MCM insulated and uninsulated terminals and ...

Страница 8: ...echnical Specification Pneumatic Supply Pressure 100 PSI 6 9 Bars Air Pressure 125 PSI max 8 6 Bars max Cycle Time 15 seconds 1 4 Delivery Check Carefully remove the Hydraulic Dieless Crimping Tool from its shipping container and determine that the following items are included in the package Description Quantity 63816 1710 Crimp Head Assembly 1 63916 1711 Hydraulic Hose Assembly 1 63816 1720 Air H...

Страница 9: ...eless Crimping Tool Doc No TM 638161700 Release Date 03 21 14 UNCONTROLLED COPY Page 9 of 29 Revision D Revision Date 05 10 17 Section 2 Setup and Adjustments 2 1 Setup 2 2 Adjustments 2 3 Alternative Pump Settings ...

Страница 10: ...he filter regulator gauge unit The air supply should be 20 CFM 550 L M and 100 PSI 6 9 Bars to obtain the rated hydraulic output Air pressure should be regulated to a maximum of 125 PSI 8 6 Bars See Figure 2 1 Hydraulic Connections and Bench Mounting 1 Remove the dust cap from the hose where it attaches to the crimp head 2 Connect the quick connect coupler onto the cylinder inlet on the crimp head...

Страница 11: ...ef 8 40 PSI 4000 PSI 4960 PSI 6 45 PSI 4500 PSI 5580 PSI 4 50 PSI 5000 PSI 6200 PSI 2 55 PSI 5500 PSI 6820 PSI 1 65 PSI 6500 PSI 8060 PSI 1 0 65 PSI 6500 PSI 8060 PSI 2 0 70 PSI 7000 PSI 8680 PSI 3 0 75 PSI 7500 PSI 9300 PSI 4 0 75 PSI 7500 PSI 9300 PSI 250 MCM 85 PSI 8500 PSI 10 540 PSI 300 MCM 90 PSI 9000 PSI 11 160 PSI 350 MCM 90 PSI 9000 PSI 11 160 PSI 400 MCM 100 PSI 10 000 PSI 12 400 PSI 500...

Страница 12: ... Release Date 03 21 14 UNCONTROLLED COPY Page 12 of 29 Revision D Revision Date 05 10 17 Section 3 Terminal Specifications and Crimping Operation 3 2 Scope 3 3 Terminal Specifications Chart 3 4 Crimping Terminals 3 5 Adjusting the Pump Release Mechanism ...

Страница 13: ...D 750 14 438 11 11 265 6 73 19063 0012 D 750 56 438 11 11 265 6 73 19063 0019 D 750 38 438 11 11 265 6 73 19063 0021 D 750 56 438 11 11 265 6 73 19063 0025 D 752 10 438 11 11 265 6 73 19063 0026 D 752 12 438 11 11 265 6 73 19063 0028 D 752 14 438 11 11 265 6 73 19063 0029 D 752 38 438 11 11 265 6 73 19063 0031 D 752 58 438 11 11 265 6 73 19063 0032 D 752 78 438 11 11 265 6 73 19063 0033 D 753 12 4...

Страница 14: ...0204 D 356 14 438 11 11 N A N A 19202 0054 D 754 375 9 53 265 6 73 19205 0004 D 355 312 7 92 N A N A 19215 0034 D 354 375 9 53 170 4 32 19221 0167 HDC 8102 CC 610 15 49 N A N A Wire Size 8 AWG 8 50mm Terminal No Terminal Eng No REF Wire Strip Length Insulation Diameter Maximum In mm In mm 19221 0212 HDC 810 CC 516 13 11 N A N A 19221 0223 BCL 810 PL 438 11 11 N A N A 19221 0224 BCL 814 PL 438 11 1...

Страница 15: ...8 520 13 20 19067 0086 F 969 38 531 13 48 520 13 20 19067 0087 F 969 58 531 13 48 520 13 20 19067 0088 F 970 34 531 13 48 520 13 20 19067 0089 F 970 58 531 13 48 520 13 20 Wire Size 4 AWG 25 00mm Terminal No Terminal Eng No REF Wire Strip Length Insulation Diameter Maximum In mm In mm 19071 0231 F 666 10X 531 13 48 515 13 08 19071 0234 F 666 12X 531 13 48 515 13 08 19071 0237 F 666 14X 531 13 48 5...

Страница 16: ...14 68 N A N A 19193 0319 G 377 14 578 14 68 N A N A 19193 0320 G 377 34 578 14 68 N A N A 19193 0321 G 377 38 578 14 68 N A N A 19193 0322 G 377 56 578 14 68 N A N A 19193 0324 G 377 76 578 14 68 N A N A 19193 0611 G 377 76 578 14 68 N A N A Wire Size 2 AWG 35 00mm Terminal No Terminal Eng No REF Wire Strip Length Insulation Diameter Maximum In mm In mm 19202 0057 G 772 531 13 48 509 12 92 19205 0...

Страница 17: ...1 0340 J 687 58X 781 19 83 675 17 14 19193 0341 J 385 12 781 19 83 N A N A 19193 0342 J 385 14 781 19 83 N A N A 19193 0345 J 385 38 781 19 83 N A N A 19193 0346 J 385 56 781 19 83 N A N A 19193 0348 J 385 76 781 19 83 N A N A Wire Size 2 0 AWG 70 00mm Terminal No Terminal Eng No REF Wire Strip Length Insulation Diameter Maximum In mm In mm 19193 0350 J 387 12 781 19 83 N A N A 19193 0351 J 387 34...

Страница 18: ...25038 PL 859 21 8 N A N A Wire Size 300 MCM AWG 152 00mm Terminal No Terminal Eng No REF Wire Strip Length Insulation Diameter Maximum In mm In mm 19221 0187 HDC 300382 CC 1 330 33 78 N A N A 19221 0188 HDC 300122 CC 1 330 33 78 N A N A Wire Size 300 MCM AWG 152 00mm Terminal No Terminal Eng No REF Wire Strip Length Insulation Diameter Maximum In mm In mm 19221 0307 HDCL 300382 CC 2 060 52 32 N A ...

Страница 19: ...t the properly stripped wire into the terminal barrel The wire ends should butt up against the wire stop of the locator 4 If the terminal is to big or the barrel of the terminal has a closed end take off the locators and the wire stop Position the terminal in the center of the jaws Insert the properly stripped wire visually into the terminal barrel as shown in Figure 3 4 5 Depress the pedal on the...

Страница 20: ...ild pressure 4 Release the Foot Pedal The pump will stop running but the hydraulic pressure will be held 5 With the Foot Pedal resting on the Air Inlet Stem rotate the Adjusting Plate clockwise until a stop is felt Note If the end of the slot in theAdjusting Plate is met before a stop is felt the Adjusting Plate must berepositioned one step counter clockwise on the Hex Stem then repeat step 5 6 Ti...

Страница 21: ...age 21 of 29 Revision D Revision Date 05 10 17 Section 4 Maintenance 4 1 Lubrication 4 2 Bleeding Air From the System 4 3 Inspecting the Hydraulic Fluid Level 4 4 Draining and Flushing the Reservoir 4 5 Refilling the Bladder 4 6 Periodic Cleaning 4 7 Spare Parts 4 8 Perishable Parts 4 9 Storage ...

Страница 22: ... must be at a lower level than the pump to allow air to be released through the pump bladder 4 3 Inspecting The Hydraulic Fluid Level CAUTION Always disconnect the air supply before all maintenance 1 Check the oil level in the bladder after every 10 hours of use 2 Drain and replenish the bladder with Power Team hydraulic oil after every 300 hours of use Hoses Hydraulic hoses on this unit carry a r...

Страница 23: ...hydraulic oil in this unit and change as recommended every 300 hours An example of a maintenance chart is shown below Copy and use this chart to track the maintenance of your 63816 1700 Dieless Crimping Tool or use this as a template to create your own schedule or use your company s standard chart if applicable Preventive Maintenance Chart Daily Clean See Section 3 5 As Required Lubricate See Sect...

Страница 24: ...the Repair Parts List See Section 5 2 4 8 Perishable Parts Customers are responsible for maintaining the 63816 1700 Dieless Crimping Tool Perishable parts are those parts that come in contact with the product and will wear out over time Molex recommends that all customers keep at least one set of the perishable tooling in stock at all times This will reduce the amount of production down time 4 9 S...

Страница 25: ...raulic Dieless Crimping Tool Doc No TM 638161700 Release Date 03 21 14 UNCONTROLLED COPY Page 25 of 29 Revision D Revision Date 05 10 17 Section 5 5 1 Parts Lists and Assembly Drawings 5 2 Troubleshooting ...

Страница 26: ...igure 5 1 2 4 3 1 5 1 Main Parts List and Assembly Drawing 63816 1700 Main Assembly Figure 5 1 Item Order No Description Qty 1 63816 1710 Crimp Head Assembly 1 2 63816 1711 Hydraulic Hose Assembly 10 ft 1 3 63816 1720 Air Hydraulic Pump Power Unit 1 4 19286 0049 Filter Regulator with Gauge 1 5 19286 0103 Air Hose 1 4 NPT Male Fitting 10 Feet 1 ...

Страница 27: ... of spare and perishable parts that are available 63816 1710 Repair Parts Figure 5 2 Item Order No Description Qty 1 63816 1712 Hydraulic Cylinder 1 Ref Repair Part 2 63816 1713 Main Seal for Item 1 1 Ref Repair Part 3 63816 1714 Retract Spring for Item 1 1 Ref Repair Part 4 63816 1715 Indenter large 2 Ref Repair Part 5 63816 1716 Indenter small 2 Ref Repair Part 6 63816 1717 Base and locator asse...

Страница 28: ...e air cylinder tube Hydraulic failure Air in hydraulic system Check the oil filter for contamination Clean and reinstall See Bleeding Air From The System Section 4 2 Release improperly adjusted See Adjusting the Pump Release Mechanism Section 3 4 Pump will not build to maximum pressure No visible leakage Check the air supply 100 PSI 7 BAR is required to obtain maximum pressure Pump builds pressure...

Страница 29: ...OPY Page 29 of 29 Revision D Revision Date 05 10 17 For more information use the Crimping Testing and Inspection Handbook for Industrial Closed Barrel products There is no charge for this book which can be found on the Molex website www molex com or contact your local Molex sales engineer ...

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