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© Danfoss FT1380 Crimp Machine Operator’s Manual

AQ435955684211en-000101

© Danfoss FT1380 Crimp Machine Operator’s Manual | 2022.12. | 7

Crimping Procedures

  WARNING : Maintain clear distance  
  from all moving parts.

Refer to the current Danfoss PowerSource Crimp Spec tool for complete and 
detailed crimp specification information for each hose and fitting style.

1. 

Retract the crimp ring by depressing the retract switch until the crimp 
ring is fully retracted. Select the proper die cage as shown in the 
PowerSource Crimp Spec tool. Slide the die cage into the cage holder 
slots.

2. 

Press the proper PRESET button or key in a value to the DISPLAY (see 
example).

3. 

Position the fitting within the crimp cage aligning the scribe line to the 
top of the dies.

4. 

To crimp the fitting, depress the CRIMP switch. The crimp ring will rise 
until the fitting is fully crimped (Figure 4). It will then stop and begin to 
retract, signifying that the crimp is complete. Remove your finger from 
the CRIMP switch. The crimp ring will automatically retract. 
 

Hint:

 Retraction can be halted at any point by momentarily depressing 

the RETRACT switch, and then resumed by depressing and holding the 
RETRACT switch.

5. 

Verify correct crimp diameter.

Reminder: 

Full retraction is required for changing die cages.

Example:

Enter the number “300” into the DISPLAY and start the crimping process. 
If the dies crimp the fitting, measure the crimp diameter and decrease 
the DISPLAY setting by the same amount that you wish to decrease the 
crimp diameter. If the dies don’t touch the fitting, lower the DISPLAY 
setting by 050 to “250” and try to crimp the fitting again. If that still isn’t 
enough, continue to reduce the DISPLAY setting by 050 increments until 
the dies make contact with the fitting. Then measure the crimp diameter 
and decrease the DISPLAY setting by the same amount that you wish to 
decrease the crimp diameter.

If a display setting of “250”, using GH78108/H28008 hose with TTC/Z Series 
fittings produces a crimp diameter of 1.124 inches, subtract the crimp 
specification (0.990 inches) from the diameter that you need measured 
(1.124-0.990=0.134). Then, subtract “134” from the DISPLAY setting (250-
134=116) and change the DISPLAY to “116”. Crimp the fitting again and 
measure the crimp diameter. If the crimp diameter is still too large, repeat 
this process.

!

Summary of Contents for FT1380

Page 1: ...Operator s Manual Danfoss FT1380 Crimp Machine CAUTION It is recommended this booklet be read prior to set up then used as a guide during actual assembly Retain for reference purposes...

Page 2: ...Instructions 5 Loading and Unloading Die Cages 5 Operating the Keypad 5 6 Entering a Number into the Display 6 Storing a Number from the Display 6 Recalling a Number from the Display 6 Crimping Proced...

Page 3: ...ke hose assemblies using only Danfoss hose and fittings specified for this assembly equipment 6 Verify correct crimp diameters Check and verify correct crimp diameters of all fittings after crimping D...

Page 4: ...unit 3 CAUTION Failure to do so will cause cavitation and damage to the pumping mechanism Hand tighten the vent cap CAUTION Provide electrical service with a dedicated circuit per the crimp machine e...

Page 5: ...ched the setting entered on the keypad this is when crimp is complete Operating the Keypad 1 The DISPLAY shows the three digit setting that will determine the crimp diameter The ratio of the crimp dia...

Page 6: ...ENTER button will illuminate 3 Press three numerical buttons in less than five seconds If more than five seconds elapse the display reverts back to its previous setting After the third number is enter...

Page 7: ...at any point by momentarily depressing the RETRACT switch and then resumed by depressing and holding the RETRACT switch 5 Verify correct crimp diameter Reminder Full retraction is required for changi...

Page 8: ...g since the numbers are a direct ratio Part II 1 Enter in the value of 400 using the keypad Don t hit enter 2 Center a TTC Z Series 12 fitting without a hose in the die cage holding the socket or fitt...

Page 9: ...ge maintenance should be performed at 1000 crimp intervals or every six months whichever occurs first Die cages should be free of grease and debris and inspected for worn or damaged components a The s...

Page 10: ...ate the source of leak If the hose assembly is leaking tighten or replace it If the pump or cylinder is leaking refer to the ENERPAC Repair Parts Sheets Slight oil seepage of the cylinder is normal Pu...

Page 11: ...rew 8 32 x 3 8 SHCS 8 13 ET4020C 0002 Main Guard 1 14 FT1380 3 5 Transducer Assembly 1 15 FT1380 3 17 Bracket Transducer Rod 1 16 FT1380 3 16 Bracket Transducer 1 17 FT1380 3 21 Nut 2 Detail Part Numb...

Page 12: ...d 1 FT1330 2 9 21 FT1330 2 9 2 FT1330 2 9 21 Die Spring 8 or 16 2 FT1380 2 9 3 FT1380 2 9 2 FT1381 2 9 3 Front Plate 1 3 FT1330 2 9 13 FT1330 2 9 3 FT1330 2 9 13 Spring Plate 1 4 FT1330 2 9 55 FT1330...

Page 13: ...achine Operator s Manual AQ435955684211en 000101 Danfoss FT1380 Crimp Machine Operator s Manual 2022 12 13 Electrical Schematics Electrical Schematic for FT1380 115 115V model Electrical Schematic for...

Page 14: ...ires Black To work light TB2 2 0V AC White From transformer 2 wires White To work light TB1 3 None Green To earth ground TB2 1 4 04V DC Orange To transducer TB2 2 4 04 to 0 04V DC Red To transducer TB...

Page 15: ...s Manual AQ435955684211en 000101 Danfoss FT1380 Crimp Machine Operator s Manual 2022 12 15 Hydraulic Schematic SEQUENCE 1 Pump on Cylinder advances 2 Valve energized Cylinder retracts 3 Pump and valv...

Page 16: ...ss hoses fittings and tooling provide the ultimate fluid conveyance solutions for a variety of equipment and applications around the world We proudly engineer to support a sustainable future for tomor...

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