New: A brand-new, unused, unopened, undamaged item in its original packaging.
Country of Manufacture: UNITED KINGDOM
Brand: RENISHAW
Model: PH10T PHC10-3
MPN: A-1025-7526 A-1025-0100
Renishaw PH10T Motorized Probe Head and Renishaw PHC10-3 Probe Head Controller New with 1 Year Warranty. (The PHC10-3 has now replaced the PHC10-2)
Renishaw List Price $25756.00
About PH10's
The range comprises three PH10 models, each of which can carry a range of probes and extensions and can be orientated in 720 repeatable positions, giving access to the most difficult-to-reach workpiece features.
All three variants of the new PH10 heads are now supplied with a revised repeatability specification, down from 0.5 µm (2?) to just 0.4 µm (2?) (specified at a distance of 62 mm), giving users improved positioning at the stylus tip. The new specification heads are physically differentiated by a new ‘aqua blast’ finish which gives a modern, matt black appearance.
The PH10T is similar to the PH10M, except that it features an M8 thread probe mount in place of the autojoint.
All M8 threaded probes, such as TP20 and TP200, and extension bars fit directly onto the head. The PH10T is fully compatible with all of Renishaw's stylus and module change systems.
| Length | 103 mm |
| Width | 62 mm |
| Weight | 645 g |
| Probe mounting | M8 thread (2 wire) |
| Head mounting | Shank to suit CMM |
| Suitable controller | PHC10-2 |
| Repeatability of position | 0.4 µm (0.00002 in) specified at a distance of 48 mm (equivalent to a TP2 and PS1R stylus) |
| Total no. of positions | 720 |
| Max recommended drive torque | 0.45 Nm |
| Maximum extension bar | 300 mm (11.8 in) using PEL4 extension |
PHC10-3 head controller receives instructions from the CMM control. The PHC10-3 controls all head functions and reports system status to the CMM:
- Drives PH10 (PH10T, PH10M or PH10MQ) to position - sent either from the HCU1 or CMM.
- Checks and reports position
- Flags up errors, e.g. failure to reach position, obstruction before or after locking etc.
The PHC10-3 does not process any of the probe sensor signals. These are railed clean through the heads axes and controller to the probe interface.
