Adjustment procedure


NOTICE
Risk of damage to the equipment!
• Clean and dry the probe well before opening!
• Do NOT blow off with compressed air!

  1. Slide the battery compartment sleeve partially down, keeping the battery held in place in the touch probe.
  2. Press the push-button for approx. 1 s to display the activation method or the activation code set.
  1. Keep pressing the push-button to set the activation method or the activation code (refer also to Fig. 14, setting level 1).
    ► After approx. 3 s, the display automatically jumps to the setting of the interference safety.
  2. Press the push-button to set the interference safety (refer also to Fig. 14, setting level 2).
    ► If the push-button is not pressed again, the display starts to show two alternating squares after approx. 3 s,. The touch probe is now in pairing mode and can be paired with a receiver.
Pair the touch probe. To do this, hold the IR interface of the touch probe directly in front of the IR interface on the receiver. The receiver must be in “Standby” mode, i.e. the power supply to the receiver must be switched on but no activitation signal from the control unit and no “Standby” signal from an already connected touch probe may be transmitted to the receiver (refer to Fig. 13).
► After successful pairing, both LEDs briefly illuminategreen on the receiver and the display on the touch probe now shows two blinking squares for approx. 5 s.
Close the battery compartment sleeve.

Menu structure

Activation Method – AZ (patented)
Activation method AZ is a mechanical activation method. If the shank is equipped with a pullstud, the probe is activated via tension on the pullstud (refer to Fig. 6).
Activation Method – WS (patented)
Activation method WS can be applied to all machines with programmable through-spindle coolant or switchable air blast > 3.5 bar. The touch probe is activated by programmed switching on of the medium by the M code. The probe is active while under pressure (refer to Fig. 6).
Activation Method – ME
Activation method ME is a mechanical activation method. The probe is activated by a mechanical switch inside the HSK. If the probe is on inside the spindle, the probe is off inside the magazine (refer to Fig. 6).
Activation Method – BI (Bidirectional Activation)
In the case of the activation method BI, the probe is directly activated via a radio-wave signal sent from the receiver.