Electrical Features Of The Podoscope; Components Identification - Gima AP500GIMA User Manual

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- Class II
- Type B
- Ordinary protection against humidity
- Do never use with inflammable anaesthetics
- Voltage: 220-240 V ~ 50/60 Hz.
The device highlights areas of the foot plant with heavest pressure thanks to different intensity of light.
In order to visualize them the patient just needs to step on the podoscope barefoot. The particu-
lar features of this device grant adequate protection and isolation against direct or indirect electric
shocksand against electric or mechanic surcharge.
The thermic power implied in this podoscope avoid dangerous overheating for materials and compo-
nents.
Electric isolation and well-balanced distances between the surfaces avoid
the formation of electric arches. In addition to this, the podoscope has a solid mechanical structure
and an excellent stability on the ground.
It has no sharp edges, therefore there exists no danger of mechanical nature both for operators and
patients.
Each part of the inner circuits are assembled and fixed in such a solid way
so as to stand up to the often adverse transport conditions.
As to indirect shocks, the device is classified in Class II.
As to current leakage it can be classified in class B.
No essential performance is defined for this device.

1.5 Electrical features of the podoscope

The conventional led power supply functions with single-phase current
(220-240 V - 50/60 Hz); the mark is ILC NanoLED.
The power cord - H05VV-F - 2 mt (6.56 ft) long, section 2 x 0.75 bears the mark IMQ, has a two-pole
plug and it is connected to the podoscope through a connector.
The internal connectors of the power cord satisfy the norm CEI 20-20 (type H05V).

1.6 Components identification

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1 - Transparent methacrylate surface
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ENGLISH
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