USER'S MANUAL
General instructions for use
I-Max Touch (110-120V) (Rev. 0)
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6.2.1 Inserting the sensor in the sensor holder
The digital sensor is equipped with a handgrip used to safely transport
the sensor from one holder to the other, in order to minimise the risk of
fall. The system used to hook the mobile sensor to the holder is also
engineered to reduce the sensor's risk of fall due to failure to hook the
sensor and/or due to early release.
Inside the transport handgrip there is a lever that controls the sensor's
hooking and release operations; at the same time, this lever works on the
electronic connector in order to guarantee the correctness of the
connection operations. On the fixed part of the sensor holder, there are
two hooks that need to be inserted into the corresponding gaps on the
mobile part of the sensor. On this latter, metallic plugs have been
mounted which, by joining in the corresponding fixed part, guide all
parts to a position suitable for the execution of a safe and stable contact.
In order to insert the sensor in the desired station, carry out the following
operations:
1. Grip the sensor by the appropriate handgrip; close your fingers to
form a fist, by engaging the control lever and bring it to the position
where the lever disappears inside the handgrip, so that the whole
mobile system retracts.
2. Keep the sensor with the relative handgrips vertical, so that the
upper plane is parallel to the horizontal part of the sensor holder,
bring the sensor close to the fixed station, by engaging the protruding
part of the mobile sensor into the relative casing.
3. Push the sensor mobile part to the very end, in order to engage the
mobile part onto the fixed hooking system.
4. Carry out a movement towards the lower part, ensuring that the
movement is complete.
5. Only at this point, release the hooking lever, checking that the
sensor is correctly engaged before releasing the handgrip.
WARNING:
During the lever releasing operation, hold the sensor firmly, to prevent
the sensor from falling during the insertion phase due to possible errors.