Technical Data - Ottobock 8E44 6 Instrucciones De Uso

12 Technical data

Average current consumption
Electronic switch-off
Static current
Operating temperature
Opening width
Proportional speed
Proportional grip force
Weight (with System Inner Hand)
Service life of terminal device
Battery service life
Power supply
EnergyPack
EnergyPack
MyoEnergy Integral
X-ChangePack
13 Liability
Otto Bock Healthcare Products GmbH, hereafter referred to as manufacturer, assumes liability
only if the user complies with the processing, operating and maintenance instructions as well
as the service intervals. The manufacturer explicitly states that this product may only be used in
combination with components that were authorized by the manufacturer (see instructions for use
and catalogs). The manufacturer does not assume liability for damage caused by component
combinations which it did not authorize.
The product may only be opened and repaired by authorized Ottobock technicians.
14 CE conformity
This product meets the requirements of the 93/42/EWG guidelines for medical products. This
product has been classified as a class I product according to the classification criteria outlined
in appendix IX of the guidelines. The declaration of conformity was therefore created by Ottobock
with sole responsibility according to appendix VII of the guidelines.
Please read the corresponding safety instructions prior to handling and processing
617H12 Pedilen Rigid Foam 200 and 617H19 Orthocryl lamination resin.
Manufacture the inner socket (Fig. 10).
1.
Pull powdered PVC bag over inner socket and apply vacuum. Glue a 2 cm wide foam cut-
2.
ting strip along trim line.
Transcarpal Hand DMC plus 8E44=6 / Transcarpal Hand Digital Twin 8E44=7
250
720
~1
0 – 70
100
15 – 130 mm/s
0 – 90
320
5
2
757B20
757B21
757B25=*, 757B35=* – 7.4 V Li-Ion technology
757B15
Lamination Instructions
Transcarpal Hand 8E44=6/8E44=7
mA
mA
mA
°C
mm
N
g (size 71/4)
years
years
– 7.2 V Li-Ion technology
– 7.2 V Li-Ion technology
– 6 V NiMH technology
Ottobock | 19