Otto Bock Michelangelo Hand 8E500, Инструкция по эксплуатации

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11.2 Technical data
Ambient conditions
Storage (with and without packaging) +5 °C/+41 °F to +40 °C/+104 °F
Max. 85%relative humidity, non-condensing
Transport (with and without packaging) -20 °C/-4 °F to +60 °C/+140 °F
Max. 90% relative humidity, non-condensing
Operation -5 °C/+23 °F to +45 °C/+113 °F
Max. 95% relative humidity, non-condensing
General information
Reference number 8E500
Opening width 120 mm/4.72 inch
Weight of Michelangelo hand alone, without
the AxonRotation Adapter and without a pros­
thetic glove approx. 510 g/18 oz
Flexion of the wrist 75°/four locking positions
Extension of the wrist 45°/three locking positions
Expected lifetime given compliance with the
recommended maintenance intervals 5 years
The following gripping forces and load limits apply only when the battery of the Axon-Bus pros­
thetic system is fully charged and at room temperature.
Maximum gripping forces
Gripping force "Opposition Mode" Approx. 70 N
Gripping force "Lateral Mode" Approx. 60 N
Gripping force "Neutral Mode" Approx. 15 N
Load limits
Maximum vertical load on the palm with locked
wrist joint (e.g. when holding a sphere) 10 kg / 22.1 lbs
Maximum load on the actively driven fingers
(index finger, middle finger) in the fully open
hand position (e.g. holding a plate) 10 kg / 22.1 lbs
Maximum load on the actively driven fingers
(index finger, middle finger) in the closed hand
position (e.g. carrying bags) 20 kg / 44.1 lbs
Maximum vertical load on the knuckles (e.g.
bracing oneself on the fist) 60 kg / 132 lbs
Weight of objects (typical diameter
19 mm/0.75 inch) before they slide out of the
hand ("Power Grip" grip type) 18 kg / 39.6 lbs
11.3 Glossary
The term "Axon" stands for
A
daptive e
x
change
o
f
n
europlacement data. The Axon-Bus is an
Ottobock innovation for the field of exoprosthetics: a data transmission system, derived from
safety-related bus systems in the aviation and automobile industries. For the user this means
enhanced safety and reliability because of a considerably reduced sensitivity to electromagnetic
interference in comparison with conventional systems.