9
Note:
Swing control is working only when using the device as a freely
movable joint with integrated Extension Spring (refer to the following
section:
Converting the Joint - From Locking to Mechanical
).
Converting the Joint
(Fig. 7)
From Locking to Mechanical
• Push the Release Lever (A) upwards and hold it in this position.
• Turn the two Release Screws (B) adjacent to the Release Lever (A)
finger-tight to the right to secure it in this position.
• Tighten the Release Screws (B) to 5 Nm and always secure them with
a medium strength threadlocker when finishing the prosthesis.
Caution:
Failure in above mentioned conversion when tightening the
Release Screws (B) results in loss of function of the device and/or makes
it impossible to release the joint.
Caution:
If the device is being used with the freely moving function, the
Release Screws (B) must be tightened to 5 Nm and secured with
a medium strength threadlocker.
From Mechanical to Locking
• Conversion to a fixed knee is performed in the reverse order by
turning the two Release Screws (B) to the left until the Release Lever
(A) moves freely.
• Secure the Release Screws (B) again with a medium strength
threadlocker and check that the Release Lever (A) is freely movable.
Caution:
After every conversion, carry out a functional check before the
dynamic alignment.
Caution:
If the device is being used with the locking function, the Release
Screws (B) must not impede the function of the Release Lever (A) and
must be secured with a medium strength threadlocker to rule out any
inadvertent loosening and incorrect function.
Note:
If the device is being used with the locking function, a certain
amount of play may develop. This play can be eliminated with the help of
the Extension Stop Adjustment Screw (D) which is turned right. This
moves the Extension Stop, which compensates for the play. If the Release
Lever (A) does not click into place easily, correct the position of the
Extension Stop with the help of the Extension Stop Adjustment Screw
(D), which you turn to the left.
Caution:
When readjusting the Extension Stop with the Extension Stop
Adjustment Screw (D), make sure that the device functions or locks
properly and carry out a functional check before the dynamic alignment.
USAGE
Cleaning and care
Wipe the device with a soft cloth. Do not use solvents.
Environmental Conditions
The device should not come in contact with fresh water, salt water or
chlorinated water.
Caution:
Device should not be used in dusty environment. Exposure to
sand, talcum, or similar should be avoided.
The device can be used in temperatures between -10 °C to 40 °C.
Summary of Contents for OFM1
Page 1: ...Instructions for Use BALANCE KNEE OFM1...
Page 3: ...3 35Nm A B E F L M K J I G C D H B D C E A 5 A 1 2 3 4...
Page 4: ...4 A B A B A D C 5 6 7...
Page 57: ...57 1 36 mm B 3 IKF 136...
Page 58: ...58 36 mm 3 3 1 3 10 Nm 1 E E 1 1 I IA 2 3 35 Nm IKF A P...
Page 59: ...59 1 2 3 4 5 6 7 7 A 8 1 2 3 4 5 6 7 8 7 A 9 7 A Allen M4 7 A 2 B A 1 3 1 1 3...
Page 60: ...60 2 3 4 E 5 B 6 5 7 3 1 35 Nm 4 16 Nm 5 A B IKF 1 H...
Page 61: ...61 35 Nm 6 A 7 C 7 A B A B 5 Nm B B 5 Nm B A B A...
Page 62: ...62 B A D A D D 10 C 40 C 6 ssur...
Page 63: ...63 ISO 10328 3 5 ISO 10328 P6 136 kg...
Page 103: ...103 1 A 36 B C IKF D 136...
Page 104: ...104 36 1 B 10 1 E E F 1 1 L M I J K 2 3 35 IKF A P G...
Page 105: ...105 1 2 3 4 5 6 7 7 A 8 1 2 3 4 5 6 7 8 7 A 9 7 A M4 7 A 2 B D A 1 3 1 B 1 3...
Page 106: ...106 2 3 A 4 D E 5 B D 6 5 7 3 1 I J K 35 4 16 5 A B...
Page 107: ...107 IKF 1 H 35 6 A 7 C 7 A B A B 5 B B 5...
Page 108: ...108 B A B A B A D A D D 10 C 40 C 6...
Page 109: ...109 ssur ISO 10328 3 5 ISO 10328 P6 136 kg...
Page 110: ...110 4 4 1 A 3 36 mm B C IKF D 136 kg 1 3 36 mm 3 1 B 3 10 Nm...
Page 111: ...111 1 1 E E F Plastilin 1 1 L M I J K 2 3 35 Nm IKF A P G 1 2 3 4 5 6 7 7 A 8 1 2 3 4 5...
Page 113: ...113 Locking Knee 5 A B IKF 1 H 35 Nm 6 A 7 C...
Page 114: ...114 7 A B A B 5 Nm B B 5 Nm 2 B A B A B A D A D D 10 C 40 C 6...
Page 115: ...115 ssur 300 ISO 10328 3 5 ISO 10328 P6 136 kg...
Page 116: ...116 1 A 36 mm B 3 C IKF D 136 kg 36 mm B 3 3 1 B 10 Nm...
Page 117: ...117 1 E E F Plastilin 1 1 L M I J K 2 3 35 Nm IKF G A P 1 2 3 4 5 6 7 7 A 8 1 2 3 4 5...
Page 119: ...119 5 A B IKF 1 H 35 Nm 6 A 7 C...
Page 120: ...120 7 A B A 5 Nm B B B 5 Nm B A B A B A D A D D 10 C 40 C 6...
Page 121: ...121 ssur ISO 10328 300 3 5 ISO 10328 P6 136 kg...
Page 122: ...122 4 4 1 A 3 36mm B C IKF D 136kg...
Page 123: ...123 3 36mm 3 1 B 3 10Nm 1 E E F Plastilin 1 1 L M I J K 2 3 35Nm IKF A P G...
Page 124: ...124 1 2 3 4 5 6 7 7 A 8 1 2 3 4 5 6 7 8 7 A 9 7 A M4 7 A 2 B D A 1 3 1 B 1 3 2...
Page 125: ...125 3 A 4 D E 5 B D 6 5 7 3 1 I J K 35Nm 4 A 16Nm 5 A B IKF 1 H...
Page 126: ...126 35Nm 6 A 7 C 7 A B A B 5Nm B B 5Nm B A B A B A D A D...
Page 127: ...127 D 10 C 40 C 6 ssur...
Page 128: ...128 ISO 10328 300 3 5 ISO 10328 P6 136 kg...
Page 129: ...129...