M H Inprocess Messtechnik TP-R-400 Radio Wave Probe Instruction Manual

M H Inprocess Messtechnik TP-R-400 Radio Wave Probe

Replacing Measuring Unit

NOTICE
Risk of damage to the equipment!

• Clean and dry the probe well before opening!
• Do not use compressed air to clean the touch probe!
• When inserting the new measuring unit, ensure that the O-rings inside the touch probe housing and on the measuring unit are properly seated!

1. Remove the stylus according to chapter 2.2.1.

2. Remove the battery from the touch probe according to chapter 2.2.3.

3. Insert the C-spanner into the bores of the measuring unit and carefully unscrew the measuring unit in a counter-clockwise direction.

4. Insert the new measuring unit into the touch probe and carefully screw it in by hand.

5. Insert the C-spanner into the bores of the new measuring unit, screw the measuring unit completely to the stop.

6. Mount the stylus according to chapter 2.2.1.

7. Reinsert the battery into the touch probe according to chapter 2.2.3.
   INFORMATION
   After changing the battery, the time for starting the touch probe (reboot) is approx. 5 s!

8. Align the stylus to spindle centre.

9. Calibrate the probe. Replacing Measuring Unit (Example: PP41.00 - > MY21.00)

Force setting (Measuring Unit PP41.00 only)

INFORMATION
In the case of strong vibrations in the machine or when using heavy probe inserts, an increase in the trigger force may improve the measuring results.

1. Unscrew the stylus (refer to chapter 2.2.1).
2. Use an AF1.3 mm hexagon key to increase or decrease the trigger force (refer to Fig. 18). Adjusting trigger force
   Revolutions based on lowest force setting| ≈ Trigger force with 50 mm stylus in N
   ---|---
   Z| X/Y
   min. 0| 2.5| 0.3
   1| 3.5| 0.4
   2| 4.5| 0.5
   3| 5.5| 0.6
   4| 6.5| 0.7
   5| 7.5| 0.9
   6| 8.5| 1
   7| 9.5| 1.1
   8| 10.5| 1.2
   9| 11.5| 1.3
   max. 10| 12.5| 1.4
3. Screw in the stylus (refer to chapter 2.2.1) and align the stylus to the spindle centre (refer to chapter 2.2.5).
4. Calibrate the probe.

Maintenance and Cleaning (Measuring Unit PP41.00 only)

NOTICE
Risk of damage to the equipment!

• Clean and dry the probe well before opening!
• Do NOT clean with compressed air or high pressure water!
• Do NOT use any sharp tools (these could damage the inner seal)!

1. Unscrew the stylus.
   INFORMATION
   Dirt can collect under the metal eyelid.

2. Remove the service cover with metal eyelid and conical spring by hand.

3. Clean the touch probe and components under running water.

4. Reassemble all parts.

5. Align the stylus to spindle centre.

6. Calibrate the probe! Maintenance and cleaning of the radio-wave touch probe TP-R-400

Modular System (for Measuring Units PP41.00 and MY21.00 only)

NOTICE
Risk of material damage/damage to the equipment!

• Wipe the probe clean and dry before dismounting!
• Do not use compressed air to clean the touch probe!
• When screwing in the extension, make sure the O-ring is properly seated.
• The probe may be extended by a maximum of 200 mm!
• Align probe in the spindle axis to the spindle centre.
• Calibrate the touch probe. Modular system

Measuring Unit Extensions Order Number Length

21.00-VE30           30 mm (1.18”)

21.00-VE50           50 mm (1.97”)

41.00-VE100         100 mm (3.94”)

41.00-VE200         200 mm (7.87”)

EU Declaration of Conformity

This declaration of conformity is issued under the sole responsibility of m&h Inprocess Messtechnik GmbH

Manufacturer/ Representative      m&h lnprocess Messtechnik GmbH
Am Langholz 11 88289 Waldburg  Germany
Product name:                             Radio-wave touch probe
Model / Type:                             TP-R-400

The product mentioned above meets the requirements of the following relevant directives/ standards:

electrical and electronic equipment
2014/53/EU| 2014| Making radio equipment available on the market
2014/30/EU| 2014| Electromagnetic compatibility
ETSI EN 300328| 2019| Wideband transmission systems – Data transmission equipment operating in the 2,4 GHz ISM band and using wide band modulation

techniques

ETSI EN 301489-1| 2019| ElectroMagnetic Compatibility (EMC) standard for radio equipment and services – Part 1
ETSI EN 301489-17| 2020| ElectroMagnetic Compatibility (EMC) standard for radio equipment and services – Part 17
EN ISO 12100| 2010| Safety of machinery – General principles for design – Risk assessment and risk reduction
EN 62368-1| 2014| Audio/video, information and communication technology equipment – Part 1: Safety requirements
C E| |

Date 15.07.2021

Place, Waldburg,

UKCA Declaration of Conformity

This declaration of conformity is issued under the sole responsibility of m&h Inprocess Messtechnik GmbH

Manufacturer/ Representative:              m&h lnprocess Messtechnik GmbH
Am Langholz 11 88289 Germany
Product name:                                      Radio-wave touch probe
Model / Type:                                      TP-R-400

The product mentioned above meets the requirements of the following relevant directives/ standards:

electrical and electronic equipment
2014/53/EU| 2014| Making radio equipment available on the market
2014/30/EU| 2014| Electromagnetic compatibility
ETSI EN 300328| 2019| Wideband transmission systems – Data transmission equipment operating in the 2,4 GHz ISM band and using wide band modulation

techniques

ETSI EN 301489-1| 2019| ElectroMagnetic Compatibility (EMC) standard for radio equipment and services – Part 1
ETSI EN 301489-17| 2020| ElectroMagnetic Compatibility (EMC) standard for radio equipment and services – Part 17
BS EN ISO 12100| 2010| Safety of machinery – General principles for design – Risk assessment and risk reduction
BS EN 62368-1| 2014| Audio/video, information and communication technology equipment – Part 1: Safety requirements

Place    Waldburg
Date     15.07.2021

Machine Tool Measurement

c/o m&h lnprocess Messtechnik GmbH Am Langholz 11 88289 Waldburg Germany

Tel. +49 (0 )7529 9733 0
Fax+49( 752997337
[email protected]

hexagonmi.com / MTM

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Our technologies are shaping urban and production ecosystems to become increasingly connected and autonomous – ensuring a scalable , sustainable future.

Hexagon’s Manufacturing Intelligence division provides solutions that utilise data from design and engineering, production and metrology to make manufacturing smarter. For more information, visit hexagonmi.com.

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