Automation Dr. Nix QNix 9500 Series Operation Manual page 4

9500
9.2 Probe Technical Data .......................................................................................................... 36
9.2.1 Probe mechanical data.................................................................................................... 36
9.2.2 Probe Electrical Data ....................................................................................................... 37
9.3 Measuring Data .................................................................................................................. 37
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Table of Contents
QNix 9500 EN_ES_FR_IT_NL_PL
1 General Information
1 General Information
1 General Information
These operating instructions describe the gauges QNix® 9500B (Basic) QNix® 9500P (Premium) and
1 General Information
QNix® 9500P+ (Premium+).
Carefully read the information before use.
These operating instructions describe the gauges QNix® 9500B (Basic) QNix® 9500P (Premium) and
Keep the instructions with the device. QNix® 9500P+ (Premium+).
Carefully read the information before use.
A detailed instruction manual can be downloaded from our homepage:
1.1 Intended Use
https://www.q-nix.com/en/download/bda/
Keep the instructions with the device.
This device, depending on the connected probe, is used to measure the thickness of coatings over
metallic surfaces. For surfaces made from steel or iron (FE probe) the coating thickness can be de-
1.1 Intended Use
termined for both non-conductive coatings (e.g. paint, enamel) as well as conductive, non-magnetic
This device, depending on the connected probe, is used to measure the thickness of coatings over
coatings (e.g. chrome, copper, zinc). On non-magnetic, metallic surfaces (e.g. aluminium, copper,
metallic surfaces. For surfaces made from steel or iron (FE probe) the coating thickness can be de-
brass), an NFe probe or a duplex probe can be used to determine the thickness of each non-
termined for both non-conductive coatings (e.g. paint, enamel) as well as conductive, non-magnetic
conductive coating.
coatings (e.g. chrome, copper, zinc). On non-magnetic, metallic surfaces (e.g. aluminium, copper,
Any other use is considered improper use. The user is liable for any damages resulting from improp-
brass), an NFe probe or a duplex probe can be used to determine the thickness of each non-
er use.
conductive coating.
Any other use is considered improper use. The user is liable for any damages resulting from improp-
1.2 Scope of Delivery
er use.
> QNix® 9500
1.2 Scope of Delivery
> 2 reference plates Fe / NFe with test films
> QNix® 9500
> Software QN9 (loaded on the device)
> 2 reference plates Fe / NFe with test films
> 2 batteries (type mignon/AA)
> Software QN9 (loaded on the device)
> 1 battery (type CR-1220)
> 2 batteries (type mignon/AA)
> Operation manual
> 1 battery (type CR-1220)
> Case
> Operation manual
> Certificate
> Case
For QNix® 9500 with cable:
> Certificate
> Probe and cable (optional)
For QNix® 9500 with cable:
> Probe holder (optional)
> Probe and cable (optional)
1.3 Safety Notes
> Probe holder (optional)
Observe the safety notes, as failure to do so may result in dangers to persons or the environment or
device damage.
1.3 Safety Notes
Observe the safety notes, as failure to do so may result in dangers to persons or the environment or
CAUTION
Device modification
device damage.
Do not open or modify the device.
CAUTION
Device modification
Repairs must be performed by the manufacturer or authorised speciality retailer.
Do not open or modify the device.
Repairs must be performed by the manufacturer or authorised speciality retailer.
QNix 9500 EN_ES_FR_IT_NL_PL
9500
9500
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